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CURIOSITIES
OF
MEDICAL EXPERIENCE.
By J. G. MILLINGEN, M.D., M.A.
SURGEON TO THE FORCES; RESIDENT PHYSICIAN
OF THE COUNTY OF MIDDLESEX PAUPER LUNATIC ASYLUM AT HANWELL;
MEMBER OF THE MEDICAL SOCIETY OF THE ANCIENT FACULTY OF PARIS;
OF THE MEDICAL SOCIETY OF BORDEAUX; AND AUTHOR OF
“THE ARMY MEDICAL OFFICER’S MANUAL,” &c.
By J.G. Millingden, M.D., M.A.
SURGEON TO THE FORCES; RESIDENT PHYSICIAN
OF THE COUNTY OF MIDDLESEX PAUPER LUNATIC ASYLUM AT HANWELL;
MEMBER OF THE MEDICAL SOCIETY OF THE ANCIENT FACULTY OF PARIS;
OF THE MEDICAL SOCIETY OF BORDEAUX; AND AUTHOR OF
“THE ARMY MEDICAL OFFICER’S MANUAL,” & c.
SECOND EDITION.
2nd Edition.
REVISED AND CONSIDERABLY AUGMENTED.
Revised and significantly enhanced.
IN ONE VOLUME.
In one book.
LONDON:
RICHARD BENTLEY, NEW BURLINGTON STREET,
Publisher in Ordinary to Her Majesty.
1839.
LONDON:
RICHARD BENTLEY, NEW BURLINGTON STREET,
Publisher for Her Majesty.
1839.
WHITING, BEAUFORT HOUSE, STRAND.
Whiting, Beaufort House, Strand.
TO
SIR JAMES M’GRIGOR, Bart.
M.D., F.R.S., K.T.S., &c. &c.
DIRECTOR GENERAL OF THE ARMY MEDICAL DEPARTMENT,
TO WHOSE ZEAL AND EXAMPLE THE MEDICAL OFFICERS OF HER MAJESTY’S
FORCES ARE SO MUCH INDEBTED FOR THAT DISTINGUISHED
CHARACTER AND CONSIDERATION THEY COLLECTIVELY
AND INDIVIDUALLY HOLD IN THE ESTIMATION
OF THE EUROPEAN ARMIES,
THIS WORK IS INSCRIBED,
AS A TESTIMONIAL OF PUBLIC RESPECT AND
SINCERE PRIVATE ESTEEM,
BY THE AUTHOR.
TO
SIR JAMES M'GRIGOR, Bart.
M.D., F.R.S., K.T.S., etc.
DIRECTOR GENERAL OF THE ARMY MEDICAL DEPARTMENT,
TO WHOSE DEDICATION AND EXAMPLE THE MEDICAL OFFICERS OF HER MAJESTY’S
FORCES OWE A GREAT DEAL FOR THE REPUTATION
AND RESPECT THEY HOLD BOTH COLLECTIVELY AND INDIVIDUALLY
IN THE EYES OF THE EUROPEAN ARMIES,
THIS WORK IS DEDICATED,
AS A SIGN OF PUBLIC RESPECT AND
GENUINE PRIVATE ADMIRATION,
BY THE AUTHOR.
PREFACE TO THE SECOND EDITION.
The rapid sale of the first edition of this work has induced the publisher to reprint it with considerable additions in a less expensive, and more concise form—and the author embraces this opportunity, gratefully to acknowledge the liberality with which it has been received, and the indulgence shown to its many imperfections. At the same time he cannot but regret, that in some quarters it has been surmised that he yielded credence to the many strange relations which he has recorded from various medical works, but which he merely narrated, to show the fallacy even of experience, and the many dangers that may arise from the most ingenious theories and doctrines, in the very ratio of their apparent plausibility.
The quick sell-out of the first edition of this work has led the publisher to reprint it with significant additions in a more affordable and concise format—and the author takes this chance to express gratitude for the generous reception it has received and the patience shown towards its many flaws. At the same time, he can't help but regret that in some circles it’s been assumed he endorses the many strange accounts he has documented from various medical sources, which he only shared to demonstrate the shortcomings of personal experience and the potential risks that can arise from even the most clever theories and beliefs, in direct relation to their apparent credibility.
Although these sketches were not intended for the profession, yet they may prove of some utility to the pupil who commences the arduous study of medicine. They may convince him, that great names, however justly respected and renowned, do not constitute a sufficient basis, on which to rest a satisfactory and conclusive judgment; and, as Locke has justly observed, that “reverence or prejudice must not be suffered to give beauty or deformity to any of their opinions.” He will find that of which further experience will subsequently convince him, that medical investigation is too often founded upon analogy and hypothesis—but let not this painful and disheartening impression arrest his progress, or deter him from seeking to assist his judgment by collecting “the scattered parts of truth,” for in speaking of hypothesis, Dr. Crichton has thus expressed himself: “There is a period in [Pg vi]knowledge, when it must be indulged in if we mean to make any progress; it is that period when the facts are too numerous to be recollected without general principles, and yet, where the facts are too few to constitute a valid theory. If the exterior form of an edifice is often the principal motive with men for examining its internal structure; so it is in science, that the splendour of an hypothesis, and the desire of proving its solidity, are more frequent motives for research than a mere love of knowledge.”
Although these sketches weren’t meant for professionals, they might still be useful for students starting the challenging study of medicine. They can show that even well-respected and famous names aren’t enough to form a solid and definitive judgment; and as Locke wisely noted, “reverence or prejudice must not be suffered to give beauty or deformity to any of their opinions.” Students will discover, and later experience will confirm, that medical research is often based on analogy and hypothesis. But let this uncomfortable and discouraging realization not hold back their progress or stop them from gathering “the scattered parts of truth.” Speaking of hypothesis, Dr. Crichton said: “There is a point in [Pg vi]knowledge when we have to entertain it if we want to make any advancement; it’s when there are too many facts to remember without general principles, yet too few facts to form a valid theory. Just as the outer appearance of a building often draws people to examine its interior, in science, the allure of a hypothesis and the wish to prove its soundness often inspire research more than just a pure love for knowledge.”
Notwithstanding our boasted progress in scientific pursuits, and our supposed approach to perfection, there never perhaps was a period, since the fanciful days of Paracelsus, Agrippa, and Van Helmont, when more deceitful and fascinating reveries were indulged in than at the present enlightened moment, nor more ingenuity and disingenuousness displayed in seeking to give substance to a vision or overthrowing its baseless fabric. It is painful to be obliged to admonish the would be legislators of our belief, in the words of the sceptical Bolingbroke:
Despite our claimed advancements in science and our supposed approach to perfection, there's likely never been a time since the imaginative days of Paracelsus, Agrippa, and Van Helmont when such deceitful and captivating fantasies have been entertained as they are now in this so-called enlightened era, nor when more cleverness and dishonesty have been shown in trying to give form to an illusion or dismantling its unsupported structure. It's unfortunate that we must remind those who wish to shape our beliefs with the words of the skeptical Bolingbroke:
“Folly and knavery have prevailed most where they should be tolerated the least, and presumption has been excused most where diffidence and candour are on many accounts the most necessary.
“Foolishness and trickery have thrived the most in places where they should be accepted the least, and arrogance has been overlooked the most where humility and honesty are, for many reasons, the most important.”
“Quale per incertam lunam sub luce maligna
Est iter in Silvis.”
“Which under an uncertain moon, in malevolent light
Is the journey in the Woods.”
Hanwell Lunatic Asylum,
Dec. 1838.
Hanwell Asylum,
Dec. 1838.
INTRODUCTION.
The great success and correspondent utility of D’Israeli’s “Curiosities of Literature,” have induced me to add to the ample harvest of that ingenious writer a few gleanings from another field. They may not afford the same amusing variety to the general reader, but they may tend to draw some attention to many important points that affect the chequered lot of mankind. The progress that every science has rapidly made during the last half-century has been astounding, and seems to have kept pace with those struggles of the intellectual faculties to burst from the shackles of prejudice and error that had ignobly bound them for so many ages. Groping in darkness, man sought the light, but unfortunately the sudden refulgence at times dazzled instead of guiding his steps in the pursuit of truth, and led him into errors as perilous as those that had surrounded him in his former mental obscurity. His gigantic powers were aroused, but, too frequently misapplied, they shook the social edifice to its very foundation. The daring hand of innovation destroyed without contemplating what better fabric could be raised on the ruin: and while the nobler faculties with which Providence had gifted us were exerted for the public weal, the baser parts of our passions sought liberty in licentiousness. Ambition degenerated into ferocity, scepticism led to impiety, and even apparent virtue sought to propagate the doctrines of good, by assuming the “goodly outside” of vice. Religion was [Pg viii]overthrown because priestcraft had deceived, and high rank was held up to detestation because princes and nobles had been corrupt; and to use Shakespeare’s words,
The great success and usefulness of D'Israeli's “Curiosities of Literature” have inspired me to add a few insights from a different area to the impressive work of that clever writer. They may not offer the same entertaining variety to general readers, but they might highlight some important issues that impact the complicated lives of people. The rapid progress made by every science in the last fifty years has been astonishing and seems to have matched the efforts of our minds to break free from the chains of prejudice and ignorance that have held them down for so long. While searching for knowledge, humanity sought the light, but often the sudden brilliance blinded rather than illuminated the path to truth, leading to mistakes as dangerous as those that existed in earlier times of darkness. Our immense potential was awakened, but too often it was misused, shaking society to its core. The bold act of innovation destroyed without considering what better structures could be built on the rubble; and while the nobler qualities with which we’ve been blessed were used for the public good, the baser sides of our nature sought freedom in disorder. Ambition turned into brutality, doubt led to disrespect, and even seemingly virtuous intentions attempted to spread good by pretending to be something they weren't. Religion was [Pg viii]overthrown because the clergy had deceived, and high status was condemned because rulers and nobles had been corrupt; and to use Shakespeare’s words,
Thus we debase
The nature of our seats, and make the rabble
Call our cares, fears; which will in time break ope
The lock o’ the senate, and bring in the crows
To peck the eagles.
So we reduce
The quality of our positions, and make the crowd
Label our worries as fears; which will eventually unlock
The senate's door, and let in the crows
To peck at the eagles.
In ten short years this mighty revolution in the intellect of man took place,—in a country too that may be considered the cradle of the future weal and woe, perhaps of the universe;—in ten short years we beheld Montesquieu, Raynal, Rousseau, Voltaire, Condillac, Helvetius, beaming like rising meteors in the dark firmament, and shedding a fearful gleam on the past, the present, and the future; boldly tracking a path once trodden with groping steps by Bacon, Descartes, Hobbes, and Gassendi![1] No longer trusting in blind confidence to the scholastic rules of those dignitaries of science whose conclusions were considered sufficient to command our faith, man became sceptical and positive; doubt and disbelief were carried into every investigation; the reign of prestiges was over; the former monopolists of power and of science, the two great levers of society (the more effective since their fulcra rested on timidity and ignorance), were thrown from their antiquated stand, and found themselves brought face to face in explanatory contact with their once all-believing and obedient pupils, but now become a neoteric generation;—the crown and the sceptre,[Pg ix] the cap and the gown, were baubles in their eyes. When the faculty of reasoning was not able to prevail, the shafts of ridicule were drawn from the quiver of philosophic wit, and inflicted rankling wounds where they could not destroy. Ancient systems were exploded with ancient prejudices, theories were overthrown with dynasties, and doctrines with governments;—one might have imagined that the formidable power of steam had been communicated to the mind, illustrating the words of Milton,
In just ten years, a massive revolution in human thought occurred—in a country that might be seen as the birthplace of future joys and sorrows, perhaps even for the world;—in those ten short years, we witnessed Montesquieu, Raynal, Rousseau, Voltaire, Condillac, and Helvetius shining like bright meteors in a dark sky, casting a daunting light on the past, present, and future; boldly following a path once cautiously explored by Bacon, Descartes, Hobbes, and Gassendi![1] No longer placing blind trust in the outdated rules of those scientific authorities whose findings were taken as gospel, people became skeptical and assertive; doubt and disbelief permeated every inquiry; the era of prestiges was over; the previous holders of power and knowledge, the two main forces in society (even more potent since they relied on fear and ignorance), were toppled from their old positions and found themselves confronted directly by their former devoted and compliant students, who had now become a modern generation;—the crown and the scepter,[Pg ix] the cap and the gown, were mere trifles in their eyes. When the power of reasoning fell short, the arrows of mockery were drawn from the quiver of philosophical wit, inflicting lasting damage where they could not conquer. Old systems were dismantled alongside old prejudices, theories were toppled alongside empires, and doctrines alongside governments;—one might have thought that the incredible power of steam had been transferred to the mind, echoing Milton's words,
The mind is its own place, and in itself
Can make a heaven of hell, and hell of heaven.
The mind is its own space, and it can
Turn hell into heaven, and heaven into hell.
Science, now aimed at generalization-the physiologist, the chemist, became legislators, stepping from the academic chair to the senatorial seat, and from teaching how to benefit mankind they hurried to destroy, forgetful, in their ambitious dream, of the noble encomium of Cicero, “Homines ad deos nullâ se proprius accedunt, quam salutem hominibus dando.”
Science, now focused on generalization—the physiologist and the chemist became lawmakers, moving from the classroom to the senator's seat, and from teaching how to help humanity, they rushed to destroy, forgetting, in their ambitious dream, the noble praise of Cicero, “Homines ad deos nullâ se proprius accedunt, quam salutem hominibus dando.”
Philosophy and the study of medicine were now inseparable; this generous science was not to be attained in books only, but in the study of mankind. Rousseau thus spoke of physicians when writing to Bernardin de Saint Pierre:—“Il n’y a pas d’état qui exige plus d’étude que le leur; par tous les pays, ce sont des hommes les plus véritablement savans et utiles.” Voltaire was of a similar opinion when he thus expressed himself:—“Il n’est rien de plus estimable au monde, qu’un médecin qui, ayant dans sa jeunesse étudié la nature, connu les ressorts du corps humain, les maux qui le tourmentent, les remèdes qui peuvent le soulager, exerce son état en s’en défiant, et soigne également les pauvres et les riches.”
Philosophy and the study of medicine were now closely linked; this important field couldn’t be learned from books alone but required studying humanity. Rousseau wrote to Bernardin de Saint Pierre about physicians:—“No profession demands more study than theirs; across all countries, they are truly the most knowledgeable and useful people.” Voltaire shared a similar view when he said:—“There’s nothing more admirable in the world than a doctor who, having studied nature in his youth, understands the workings of the human body, the ailments that trouble it, the remedies that can alleviate them, practices his profession with humility, and cares for both the poor and the rich equally.”
How came it then that these great observers did not partake of the prejudices of Montaigne, Molière, and other writers, who invariably stigmatized the practice of[Pg x] physic? simply because it was no longer a dogmatic profession exercised with scholastic pedantry, but a science founded on the study of nature, and the immutable laws of sound philosophy. Although a classic education forms an indispensable part of a physician’s education, yet it is in more important pursuits that his experience should be obtained: the knowledge of ancient languages is principally useful in discovering the errors of the olden writers, and in detecting the barefaced plagiarisms of the moderns.
How is it that these great observers didn't share the biases of Montaigne, Molière, and other writers, who always criticized the practice of[Pg x] medicine? It's because medicine was no longer a dogmatic profession filled with academic pretension, but a science based on understanding nature and the unchanging principles of sound philosophy. While a classical education is an essential part of a physician's training, it's in more relevant areas that their experience should be gained: understanding ancient languages is mainly helpful for identifying the mistakes of old writers and spotting obvious plagiarism in modern works.
Much valuable time, however, may be lost in the pursuit of ancient lore; and Montaigne has justly observed, “There are books which should only be read, but others that must be learnt.” This discrimination is of the utmost importance; for it may be said of the bookworm’s library, “Multitudo librorum sæpe est nubes testium ignorantiæ possessoris.” Aristippus very properly replied to a man who boasted of his reading, “It is not those who eat the most that are hale and healthy, but those who can best digest.” Hence the distinction that arose between the philosophical physician and the dogmatizer. The one was guided by the observation of facts, the other by glossarial records. Men of erudition are seldom men of genius. The exploring mind is ever anxious to take flight from the prison-house of scholastic restraints. Scepticism, moreover, is frequently the result of deep study, which leads the neophyte into such a labyrinth of conflicting opinions, that decision and conviction are not easily attained. Laugier, a most learned German physician, had no faith in his profession: being reproached with his incredulity, he replied, “Credo, Domine, adjuva incredulitatem meam.”
Much valuable time, however, can be wasted in the quest for ancient knowledge; and Montaigne wisely noted, “Some books should only be read, while others must be learned.” This distinction is extremely important; for it might be said of the bookworm’s library, “Multitudo librorum sæpe est nubes testium ignorantiæ possessoris.” Aristippus rightly responded to someone boasting about their reading, “It’s not those who read the most who are healthy and fit, but those who can digest what they read.” This led to a distinction between the philosophical physician and the dogmatist. One was guided by the observation of facts, while the other relied on theoretical records. Learned individuals are rarely men of genius. The curious mind always wants to break free from the constraints of academic limitations. Scepticism, too, often arises from extensive study, which can lead newcomers into a maze of conflicting opinions, making it hard to find certainty and conviction. Laugier, an extremely knowledgeable German physician, had no faith in his profession: when criticized for his disbelief, he replied, “Credo, Domine, adjuva incredulitatem meam.”
The preceding observations lead to an important, and at the same time a painful reflection. Will this rapid intellectual progress tend ultimately to meliorate the condition of mankind? Nations have been compared to Man: having once reached the acme of prosperity and strength, their vigour like his gradually declines. [Pg xi]History offers nothing more than a chronicle of such facts. Whatever may be the causes of this degeneracy, is a matter foreign to my present subject; although I may be permitted to observe by the way, that it may have arisen from the great disparity and inequality in the condition of society that tends to lull the wealthy into apathetic indifference and blind security in their power, while it urges the poor and the bold to rapine and destructive deeds. This perilous state can only cease to exist when general education is improved: if this most important source of real prosperity is attended to, we perhaps need not seek in particular events, gloomy anticipations of the future.
The observations above lead to an important, yet painful realization. Will this rapid intellectual progress ultimately improve the state of humanity? Nations have been likened to individuals: having once reached the peak of prosperity and strength, their vitality gradually declines, just like a person. [Pg xi]History tells us nothing more than a record of such events. Whatever the reasons for this decline may be, it's outside the scope of my current topic; however, I can note that it might stem from the significant disparity and inequality in society, which tends to lull the wealthy into a state of apathetic indifference and blind security in their power, while pushing the poor and the daring toward robbery and destructive actions. This dangerous situation can only be resolved when general education is improved: if we focus on this crucial source of real prosperity, we might not need to look to specific events for pessimistic views of the future.
Whatever may be the destinies of nations in the wreck of empires and the destruction of men, the philosopher calmly seated on ruins that often “speak that sometime they were a worthy building,” reflects with pride that science has withstood the withering hand of time. It is true, that in every study errors have been heaped upon errors; but truth will often result from falsehood, and doubt that brings on investigation, leads to comparative certainty. Locke has justly observed, that the faculty of reasoning seldom or never deceives those who trust to it: its consequences, from what it builds on, are evident and certain; but that which it oftenest, if not only, misleads us in, is, that the principles from which we conclude, the grounds upon which we bottom our reasoning, are but a part—something is left out which should go into the reckoning to make it just and exact. This something is the constant pursuit of the philosopher. The name of a country may be obliterated from a map, the deeds of heroes be effaced from the annals of the world; the pursuit of truth can only cease when man is no more;—its light may be veiled by ignorance, craft, or cupidity,—but it cannot be extinguished. The cities that gave birth to the illustrious philosophers of old have long ceased to exist, yet the immortal works of those sages that have escaped[Pg xii] the ravages of time, are still as fresh and luxuriant as when their glorious oratory enchanted and captivated their disciples’ ears.
Whatever happens to nations in the downfall of empires and the destruction of people, the philosopher quietly seated on ruins that often “show they were once a worthy building,” reflects with pride that science has survived the ravages of time. It’s true that in every field, errors have piled up on top of errors; but truth can often emerge from falsehood, and doubt that leads to investigation brings about relative certainty. Locke wisely noted that the ability to reason rarely deceives those who rely on it: its outcomes, based on its foundations, are evident and certain; however, what often misleads us—if not solely—is that the principles from which we draw conclusions, the basis upon which we base our reasoning, are only part of the whole—something is missing that should be included to make it accurate and precise. This something is the ongoing quest of the philosopher. The name of a country may be erased from a map, the deeds of heroes may fade from the records of the world; the pursuit of truth can only stop when humanity is no more;—its light may be obscured by ignorance, trickery, or greed,—but it cannot be put out. The cities that nurtured the great philosophers of the past have long vanished, yet the timeless works of those sages that have survived[Pg xii] the ravages of time remain as vibrant and rich as when their inspiring speeches enchanted and captivated the ears of their followers.
No science has been cultivated with more difficulty than that of Medicine. The following papers will show how fearfully it has had to contend in turn with the power of priestcraft, that sought to monopolize its practice, as a privilege from the gods, and with the furious opposition of contemporary members of the profession, whose cupidity and vanity were alarmed by the introduction of novel doctrines, which they were too old, too busy, or too obstinate to learn. The extracts from Medical Literature that I have given will show that most of our modern notions were known to the earliest writers, and were only improved in succeeding ages, as in like manner our present doctrines will in all probability be advanced by future generations. The destruction of kingdoms and of chronicles, the inroads of barbarism,—the more destructive inroads of ignorance and bigotry, have not been able to produce a void in the world of science; the catenation of philosophic inquiry has never been broken in its connexions. Oppression only riveted the chain more firmly, as if to resist the united power of man and time. Adversity, which
No science has faced more challenges than Medicine. The following papers will reveal how heavily it has had to battle against the influence of priesthoods that aimed to control its practice as if it were a divine right, along with the fierce resistance from contemporaries in the field, whose greed and pride were threatened by new ideas that they were either too old, too busy, or too stubborn to accept. The extracts from Medical Literature I’ve provided will demonstrate that many of our modern concepts were known to the earliest writers and have only been refined over time, just like our current theories will likely be developed further by future generations. The destruction of empires and records, the invasions of barbarism—the even more damaging invasions of ignorance and bigotry—have not managed to create a void in the world of science; the linked chain of philosophical inquiry has never been broken in its connections. Oppression only made that chain stronger, as if resisting the combined force of humanity and time. Adversity, which
Like the toad, ugly and venomous,
Wears yet a precious jewel in its head,
Like the toad, ugly and poisonous,
Still wears a precious jewel on its head,
has always been considered the best school of practical wisdom: and it is thus that, amidst the portentous events which have shaken every institution, and which perhaps still menace further dissolution, the fane of science has oftentimes been more vividly illumined by the surrounding conflagration.
has always been seen as the best school of practical wisdom: and it is in this way that, amid the significant events that have shaken every institution, and which may still threaten further collapse, the temple of science has often been more brightly lit by the surrounding chaos.
The evils that desolate society too frequently arise from the hasty acts of intemperate men, who deem it necessary to meet the tumultuous demands of the multitude with decided and energetic, but, at the same time, perilous measures: the progress of science, on the [Pg xiii]contrary, is gradual, and of course more likely to be eventually permanent. While political speculations are daily becoming more uncertain in their operations, the triumph of intellectual superiority over prejudice is every where apparent;—unjust disabilities are being abolished, and the gates of learning thrown open to every candidate, whatever may be his religious or his political tenets.
The problems that plague society often come from the rash actions of hotheaded individuals, who feel the need to respond to the chaotic demands of the public with quick and forceful, yet often risky, solutions. In contrast, the advancement of science is slow and therefore more likely to be lasting. While political theories are becoming increasingly unpredictable in their effects, the victory of knowledge over bias is evident everywhere; unfair restrictions are being removed, and educational opportunities are being made available to everyone, regardless of their religious or political beliefs.
In our country, more than in any other, industry and perseverance have ever had a fairer chance of attaining social pre-eminence, despite the shackles imposed upon the candidate for fame by institutions framed in the darker ages. What then may we not expect, when we behold the bright era that opens before us,—when exclusive institutions will be considered the obsolete remnants of expiring bigotry and intolerance! May we not indulge in the most sanguine hope, that our former glories are only the historic earnest of still more glorious days? If the spirit of the immortal Locke could hover over our earth, he would feel, with some degree of pride, that his admonitions have not been unheeded; and that “those who live mewed up within their own contracted territories, and will not look abroad beyond the boundaries that chance, conceit, or laziness have set to their inquiries, but live separate from the notions, discourses, and attainments of the rest of mankind,” have at last felt the necessity of yielding to the voice of reason, or rather of their own welfare.
In our country, more than anywhere else, hard work and determination have always had a better chance of achieving social prominence, despite the limitations placed on those seeking fame by institutions designed in darker times. What can we expect when we see the bright future ahead of us—when exclusive institutions will be seen as outdated remains of dying prejudice and intolerance? Can we not hope that our past achievements are just the beginning of even greater days? If the spirit of the great Locke were to look over our world, he would feel some pride that his warnings have not been ignored; that “those who live confined within their own narrow spaces, and will not look beyond the boundaries that chance, conceit, or laziness have set for their questions, but live separately from the ideas, conversations, and accomplishments of the rest of humanity,” have finally recognized the need to listen to reason, or rather to their own well-being.
In the following work I merely rank myself as a compiler. I have only sketched—sometimes perhaps with too fanciful a pencil, subjects of great importance, which, by being thus rendered popular, may induce abler pens to imbody them in a more permanent form. The variety of matter introduced has obliged me to be discursive, and to have recourse to some repetitions that were necessary to illustrate subjects not easily abridged. Whenever I have held up errors and evil passions to exposure, I have not, in one single instance, I trust, been[Pg xiv] influenced by any hostility towards men or parties—ranks or creeds. If I have unwillingly and unwittingly given offence, I shall most sincerely lament it. My materials have been gleaned from the works of many contemporaries, whose well-known and justly-appreciated names will in general appear: but I should be wanting in candour, did I not avow that I have derived much valuable information from Le Dictionnaire des Sciences Médicales, an elaborate compilation, containing more “Curiosities of Medical Experience” than any existing work.
In this work, I see myself mainly as a compiler. I've only sketched—sometimes with a bit too much imagination—important topics that, by making them accessible, might inspire more skilled writers to develop them in a more lasting way. The range of subjects I've included required me to be a bit rambling and led to some necessary repetitions to clarify points that aren't easy to shorten. Whenever I've pointed out mistakes and negative emotions, I hope I haven't been influenced by any hostility toward individuals or groups—classes or beliefs. If I've accidentally caused offense, I truly regret it. My sources come from the works of many contemporaries, whose well-known and respected names will generally be mentioned; however, I must candidly acknowledge that I've gained a lot of valuable information from Le Dictionnaire des Sciences Médicales, a detailed compilation that contains more “Medical Experience Curiosities” than any other existing text.
48, Eaton Square,
January, 1837.
48 Eaton Square,
January 1837.
CONTENTS.
Table of Contents.
Page | |
Obesity | 1 |
Dwarfs | 9 |
Gigantic Races | 12 |
Unlawful Cures | 19 |
Voice and Speech | 32 |
Ecstatic Exaltation | 37 |
Varieties of Mankind | 44 |
On the Inhumation of the Dead in Cities | 54 |
Buried Alive | 63 |
Spontaneous Combustion | 66 |
Brassica Eruca | 70 |
Cagliostro | 71 |
Lunar Influence on Human Life and Diseases | 73 |
Spectacles | 76 |
Leeches | 77 |
Somnambulism | 79 |
Medical Powers of Music | 88 |
The Food of Mankind | 96 |
Influence of Imagination | 125 |
Ancient Ideas of Phrenology | 135 |
Perfumes | 136 |
Love Philters and Potions | 141 |
Ventriloquism | 148 |
Chaucer’s Description of a Physician | 151 |
Dæmonomania | 152 |
The Plague | 164 |
Abstinence | 185 |
Poison of the Upas, or Ipo | 190 |
Homophagous and polyphagous | 196 |
Causes of Insanity | 202 |
Leprosy | 221 |
The Aspic | 227 |
Selden’s Comparison between a Divine, a Statesman, and a Physician | 229 |
The Lettuce | 230 |
Medical Fees | 231 |
Enthusiasm | 237 |
Medical effects of Water | 252 |
Proverbs and Sayings regarding Health and Disease | 259 |
The Night-mare | 262 |
Incubation of Diseases | 266 |
Quackery and Charlatanism | 269 |
On the use of Tea | 277 |
Mandragore | 281 |
Barber-Surgeons, and the Progress of Chirurgical Art | 285 |
On Dreams | 295 |
On Flagellation | 312 |
On Life and the Blood | 317 |
Of the Homœopathic Doctrines | 337 |
[Pg xvi]Doctrine of Signatures | 365 |
Coffee | 370 |
Aqua Tophania | 374 |
Plica Polonica & Human Hair | 377 |
Animal Magnetism | 384 |
Poisonous Fishes | 397 |
Memory & the Mental Faculties | 404 |
Affections of the Sight | 420 |
Hellebore | 426 |
Sympathies and Antipathies | 428 |
The Archeus of Van Helmont | 439 |
Monsters | 443 |
Longevity | 453 |
Cretinism | 472 |
Temperaments | 476 |
Solar Influence | 482 |
Sweating Fever | 485 |
Smallpox | 491 |
Drunkenness | 507 |
Decapitation | 516 |
Mummies | 518 |
Hydrophobia | 527 |
Rise and Progress of Medicine | 534 |
Medicine of the Chinese | 552 |
Experiments on Living Animals | 559 |
CURIOSITIES OF MEDICAL EXPERIENCE.
MEDICAL EXPERIENCE CURIOSITIES.
OBESITY.
Various are the opinions concerning the cause of excessive corpulence. By some it is attributed to too great an activity in the digestive functions, producing a rapid assimilation of our food; by others, to the predominance of the liver: while indolence and apathy, such as is commonly observed in the wealthy monastic orders, are considered as occasioning a laxity of fibre favourable to this embonpoint. Boileau has thus described one of these fat lazy prelates, who
Various opinions exist about the cause of obesity. Some people attribute it to overly active digestion, leading to quick absorption of food; others link it to an overactive liver. Meanwhile, laziness and lack of energy, often seen in wealthy monastic communities, are thought to contribute to a looseness in the body that supports this embonpoint. Boileau has described one of these overweight, lazy church leaders, who
Muni d’un déjeûner,
Dormant d’un léger somme, attendait le dîner.
La jeunesse en sa fleur brille sur son visage;
Son menton sur son sein descend à triple étage;
Et son corps ramassé, dans sa courte grosseur,
Fait gémir les coussins sous sa molle épaisseur.
After breakfast,
Dozing lightly, he waited for dinner.
Youth in its prime shines on his face;
His chin rests on his chest in three tiers;
And his compact body, in its short bulk,
Makes the cushions sigh under his soft weight.
It is certain that exercise, anxiety of mind, want of sleep, and spare food, are circumstances opposed to fatness. This fact is illustrated by Shakspeare, when Cæsar says to Antony,
It is clear that exercise, mental stress, lack of sleep, and limited food are all factors that go against gaining weight. This idea is shown by Shakespeare when Caesar says to Antony,
Let me have men about me that are fat,—
Sleek-headed men, and such as sleep o’ nights;
Yon Cassius has a lean and hungry look,
He thinks too much: such men are dangerous.
Let me have people around me who are well-fed,—
Smooth-headed people, and those who sleep at night;
That Cassius over there looks lean and hungry,
He thinks too much: those kinds of people are a threat.
Antony and Dolabella were both men of some corpulence. The Roman ladies dreaded above all things too voluminous a development of the bosom: to prevent it they were in the habit of applying to their breasts the raw flesh of a fish called Angel. Hippocrates has maintained that obesity was an obstacle to conception. This assertion which was partaken by other medical writers, may, in some[Pg 2] measure account for the dread of corpulence. Strange indeed have been the fancies on this subject amongst various nations.
Antony and Dolabella were both pretty heavyset men. Roman women were especially afraid of having too large a bust, so to avoid it, they would put raw fish from a species called Angel on their chests. Hippocrates claimed that being overweight could hinder conception. This belief, shared by other medical writers, might explain some of the fear of being heavy. It's quite odd how different cultures have thought about this.
Fat is a fluid similar to vegetable oils, inodorous, and lighter than water; besides the elements common to water, to oils, and wax, it contains carbon, hydrogen, and sebacic acid, which is pretty similar to the acetic. Human fat, like that of other animals, has been frequently employed for various purposes. A story is told of an Irish tallowchandler, who, during the invasion of Cromwell’s army, made candles with the fat of Englishmen, which were remarkable for their good quality; but when the times became more tranquil, his goods were of an inferior kind, and when one of his customers complained of his candles falling off, he apologised by saying, “I am sorry to inform you that the times are so bad that I have been short of Englishmen for a long time.”
Fat is a substance similar to vegetable oils, odorless, and lighter than water. In addition to the elements found in water, oils, and wax, it contains carbon, hydrogen, and sebacic acid, which is quite similar to acetic acid. Human fat, like that of other animals, has often been used for various purposes. There’s a story about an Irish tallow maker who, during the invasion of Cromwell's army, made candles using the fat of Englishmen, which were known for their high quality. However, when things became more peaceful, his products were of lower quality. When one of his customers complained about the declining quality of his candles, he replied, “I’m sorry to say that times are so tough that I haven’t had enough Englishmen for a long time.”
Obesity may be considered a serious evil, and has exposed corpulent persons to many désagrémens. The ancients held fat people in sovereign contempt. Some of the Gentoos enter their dwellings by a hole in the roof; and any fat person who cannot get through it, they consider as an excommunicated offender who has not been able to rid himself of his sins. An Eastern prince had an officer to regulate the size of his subjects, and who dieted the unwieldy ones to reduce them to a proper volume. In China this calamity is considered a blessing, a man’s intellectual qualities are esteemed in the ratio of corporeal bulk.
Obesity is viewed as a serious problem and has subjected overweight individuals to many désagrémens. In ancient times, fat people were held in great disdain. Some members of the Gentoos enter their homes through a hole in the roof, and any overweight person who can't fit through it is seen as an outcast unable to shed their sins. An Eastern prince had an officer dedicated to managing the size of his subjects, who would put the heavier ones on diets to bring them down to a more acceptable weight. In China, however, this condition is considered a blessing; a person's intelligence is valued in relation to their body size.
There are cases on record among ourselves where unwieldiness led to estimation. The corpulent antiquarian Grose was requested by his butcher to tell all his friends that he bought his meat from him; and the paviers of Cambridge used to say, “God bless you, sir!” to a huge professor when he walked over their work. Fatness has often been the butt of jocularity. Dr. Stafford, who was enormously fat, was honoured with this epitaph:
There are instances recorded among us where awkwardness led to respect. The overweight antiquarian Grose was asked by his butcher to inform all his friends that he purchased his meat from him; and the road workers in Cambridge would often say, “God bless you, sir!” to a large professor as he walked over their work. Being overweight has frequently been a source of humor. Dr. Stafford, who was very obese, was given this epitaph:
Take heed, O good traveller, and do not tread hard,
For here lies Dr. Stafford, in all this church-yard.
Take care, good traveler, and don’t walk too harshly,
For here lies Dr. Stafford, in this entire graveyard.
And the following lines were inscribed on the tomb of a corpulent chandler:
And the following lines were carved on the tomb of a hefty candle maker:
Here lies in earth an honest fellow,
Who died by fat and lived by tallow.
Here lies an honest guy,
Who died from fat and lived on tallow.
Dr. Beddoes was so uncomfortably stout that a lady of[Pg 3] Clifton used to call him “the walking feather-bed.” At the court of Louis XV. there were two lusty noblemen, related to each other: the king, having rallied one of them on his corpulency, added, “I suppose you take little or no exercise?” “Your majesty will pardon me,” replied the bulky duke, “for I generally walk two or three times round my cousin every morning.”
Dr. Beddoes was so uncomfortably heavy that a lady from[Pg 3] Clifton used to call him “the walking feather-bed.” At the court of Louis XV, there were two robust noblemen who were related. The king, joking with one of them about his weight, added, “I guess you don’t get much exercise?” “Your majesty will forgive me,” replied the hefty duke, “but I usually walk two or three times around my cousin every morning.”
Various ludicrous anecdotes are related of fat people. A scene between Mrs. Clive and Mrs. Pritchard, two corpulent actresses, must have been very amusing. They were playing in the parts of Lady Easy and Edging, in the Careless Husband, when the former desires Edging to pick up a letter she had dropped; and Mrs. Clive, who might as well have attempted to raise a hundred pound weight, exclaimed, “Not I indeed, take it up yourself if you like it.” This answer threw the audience into roars of laughter, when Mrs. Pritchard replied, “Well, if you won’t take up the letter, I must find some one who will;” and so saying, she beckoned to a servant in the wing, who came forward and terminated the dispute.
Various ridiculous stories are told about overweight people. A scene between Mrs. Clive and Mrs. Pritchard, two hefty actresses, must have been quite funny. They were playing the roles of Lady Easy and Edging in The Careless Husband when Lady Easy asks Edging to pick up a letter she dropped; Mrs. Clive, who might as well have tried to lift a hundred-pound weight, exclaimed, “Not me, you can pick it up yourself if you want it.” This response sent the audience into fits of laughter, to which Mrs. Pritchard replied, “Well, if you won’t pick up the letter, I’ll just have to find someone who will;” and with that, she signaled to a servant offstage, who stepped forward and resolved the argument.
In some countries, especially in the East, moderate obesity is considered a beauty, and Tunisene young ladies are regularly fattened for marriage; a different practice from that of the Roman matrons, who starved their daughters, to make them as lean as possible on such occasions. Thus Terence,
In some countries, especially in the East, being moderately overweight is seen as attractive, and Tunisian young women are often encouraged to gain weight for marriage; this is quite different from the Roman matrons, who would restrict their daughters' food to make them as slim as possible for these events. Thus Terence,
Nostræ virgines—si bono habitu sunt, matres pugiles esse aiunt, et cibum deducunt.
Nostras vírgenes—si están bien, dicen que son madres luchadoras y traen comida.
Erasmus states that the Gordii carried their admiration for corpulence to such an extent, that they raised the fattest amongst them to the throne. It is well known that the preposterous size of some of the Hottentots is deemed a perfection, and one of their Venuses was not long since exhibited in London.
Erasmus says that the Gordii admired being overweight so much that they crowned the fattest among them as king. It's well known that the ridiculous size of some Hottentots is considered perfection, and one of their beauties was recently displayed in London.
There is no doubt that food materially influences this condition of mankind, although we frequently see enormous eaters who are miserably lean, and fat persons whose diet is most scanty. During the late war, a ravenous French prisoner was known to eat four pounds of raw cow-udder, ten pounds of raw beef, and two pounds of candles, per diem, diluting his meals with five quarts of porter; yet this carnivorous brute was a perfect skeleton.
There’s no doubt that food significantly affects our state of being, even though we often see people who eat a lot but are very thin, and those who are overweight yet eat very little. During the recent war, a starving French prisoner was reported to consume four pounds of raw cow udder, ten pounds of raw beef, and two pounds of candles each day, washing it down with five quarts of porter; still, this meat-eating guy was nothing but skin and bones.
Amongst the many predisposing causes of obesity we may rank emasculation. An epicurean fishmonger of the[Pg 4] name of Samuel Tull performed this operation on fishes, to render them more delicate. His curious experiments were submitted to the Royal Society. The same practice has been subsequently illustrated by Professor Dumeril. Father Charleroix informs us that Caraib cannibals had recourse to this process to fatten their prisoners before they were devoured.
Among the many factors that can lead to obesity, we can include emasculation. A gourmet fishmonger named Samuel Tull performed this process on fish to make them more tender. His interesting experiments were shared with the Royal Society. This same method has since been demonstrated by Professor Dumeril. Father Charleroix tells us that Caribbean cannibals used this technique to fatten their prisoners before eating them.
Anatomical pursuits are also known to occasion embonpoint. This has been frequently observed amongst medical pupils. Professor Mascagni attributed his corpulence to his constant attendance on dissections; he also excused his amorous propensities on similar grounds.
Anatomical studies are also known to lead to embonpoint. This has often been noticed among medical students. Professor Mascagni claimed his weight gain was due to his constant participation in dissections; he also justified his romantic inclinations on similar grounds.
For the cure of corpulency, diminution of food of a nutritious nature has been generally recommended; added to this, little sleep and much exercise are advised. Acids to reduce fatness are frequently administered, but have done considerable mischief. Amongst other wonderful accounts of their efficacy in such cases, it is related of a Spanish general who was of an enormous size, that he drank vinegar until his bulk was so reduced that he could fold his skin round his body.
For treating obesity, decreasing the amount of nutritious food is commonly suggested; along with this, getting less sleep and increasing exercise is recommended. Acids meant to reduce fat are often used, but they have caused a lot of harm. Among other remarkable stories about their effectiveness in these situations, there’s a tale of a Spanish general who was very large and drank vinegar until he shrank so much that he could wrap his skin around his body.
For a similar purpose soap has been frequently recommended, particularly by Dr. Flemyng. He began this experiment with one of his patients who weighed twenty stone and eleven pounds (jockey weight): in July 1754, he took every night a quarter of an ounce of common Castile soap. In August 1756 his bulk was reduced two stone, and in 1760 he was brought down to a proper condition.
For a similar reason, soap has often been suggested, especially by Dr. Flemyng. He started this experiment with one of his patients who weighed twenty-one stone and eleven pounds (jockey weight): in July 1754, he took a quarter of an ounce of regular Castile soap every night. By August 1756, he had lost two stone, and by 1760 he had reached a healthy weight.
Darwin is of opinion that salt and salted meat are still more efficacious than soap. All these experiments, however, are in general not only useless but pernicious, and frequently prove fatal. Mr. Wadd, from whose curious work on corpulence much is extracted in this article, properly observes that, “certain and permanent relief is only to be sought in rigid abstemiousness, and a strict and constant attention to diet and exercise.” Dr. Cheyne, who weighed thirty-two stone, reduced himself one-third, and enjoyed good health till the age of seventy-two. Numerous instances of the kind are mentioned, where journals of gradual reduction were kept: the following is an abstract of one of them, in the case of a person who, on the 17th June 1820, weighed twenty-three stone two pounds:—
Darwin believes that salt and salted meat are even more effective than soap. However, these experiments are generally not only useless but harmful, and they often lead to serious consequences. Mr. Wadd, from whose interesting work on obesity much is referenced in this article, rightly points out that "consistent and lasting relief can only be found through strict moderation and dedicated attention to diet and exercise." Dr. Cheyne, who weighed thirty-two stone, managed to lose a third of his weight and stayed healthy until he was seventy-two. There are many examples like this, where records of gradual weight loss were kept. The following is a summary of one such case, where a person weighed twenty-three stone two pounds on June 17, 1820:—
June 17 | 23 | stone | 2 | pounds. | |
July 27 | 21 | " | 10 | " | |
September 10 | 20 | " | 7 | " | |
October 10 | 19 | " | 3 | " | |
November 10 | 18 | " | 11 | " | |
December 10 | 18 | " | 4 | " | |
December 25 | 18 | " | 1 | " |
In another case, attended by Dr. Gregory of Edinburgh, the patient weighed twenty-three stone, and by a regular system of diet was brought down to fifteen stone. In this instance brown bread, with a certain quantity of bran in it, was employed; and it is well known that the alimentary secretions are materially altered by the quality of bread. The article of drink also requires much attention. Corpulent persons generally indulge to excess, and in this case, every endeavour to reduce them will be vain. We frequently see our jockeys reducing themselves to the extent of a stone and a half in the week. A lower scale of diet is by no means as injurious as it is generally supposed; the English prisoners made by Tippoo Saib, though kept upon a scanty pittance of bread and water, found themselves in better health than before, and some of them were cured during their captivity of liver complaints of long and severe duration.
In another case, Dr. Gregory from Edinburgh attended a patient who weighed twenty-three stone and was brought down to fifteen stone through a structured diet. In this instance, brown bread with a certain amount of bran was used; it's well known that the quality of bread can significantly change the body's digestive secretions. The choice of drink is also very important. Overweight individuals often overindulge, and in such cases, all efforts to help them lose weight will be futile. We frequently see jockeys lose as much as a stone and a half in a week. A lower-calorie diet is not as harmful as many people think; the English prisoners held by Tippoo Saib, despite being given only a limited diet of bread and water, found themselves healthier than before, and some even recovered from long-standing liver issues during their captivity.
One of the most corpulent persons known was Mr. Lambert, of Leicestershire, who weighed fifty-two stone eleven pounds (14 lbs. to the stone).
One of the heaviest people known was Mr. Lambert from Leicestershire, who weighed fifty-two stone eleven pounds (14 lbs. to the stone).
At Hainton, there died in 1816, Samuel Sugars, aged fifty-two; and his body, with a single coffin weighed fifty stone.
At Hainton, Samuel Sugars died in 1816 at the age of fifty-two; his body, along with a single coffin, weighed fifty stone.
In 1754 died Mr. Jacob Powell, of Stebbing in Essex: his body was above five yards in circumference, and weighed five hundred and sixty pounds; requiring sixteen men to bear him to his grave.
In 1754, Mr. Jacob Powell of Stebbing in Essex passed away. His body was over five yards around and weighed five hundred sixty pounds, needing sixteen men to carry him to his grave.
In 1775 Mr. Spooner, of Skillington near Tamworth, weighed, a short time before his death, forty stone and nine pounds, and measured four feet three inches across the shoulders.
In 1775, Mr. Spooner from Skillington near Tamworth weighed, shortly before his death, forty stone and nine pounds, and measured four feet three inches across the shoulders.
Keysler mentions a young man in Lincoln who ate eighteen pounds of beef daily, and died in 1724, in the twenty-eighth of his age, weighing five hundred and thirty pounds.
Keysler mentions a young man in Lincoln who ate eighteen pounds of beef daily and died in 1724 at the age of twenty-eight, weighing five hundred thirty pounds.
A baker, in Pye Corner, weighed thirty-four stone, and would frequently eat a small shoulder of mutton, baked in his oven, and weighing five pounds; he, however, persisted[Pg 6] for one year to live upon water-gruel and brown bread, by which he lost two hundred pounds of his bulk.
A baker in Pye Corner weighed thirty-four stone and often ate a small shoulder of mutton, baked in his oven, that weighed five pounds. However, he stuck to a diet of water-gruel and brown bread for a year, during which he lost two hundred pounds.
Mr. Collet, master of the Evesham Academy, weighed upwards of twenty-six stone; when twelve years old, he was nearly as large as at the time of his death. At two years of age he required two nurses to lift him in and out of bed, one of whom in a fit of anger he felled to the floor with a blow of his hand.
Mr. Collet, head of the Evesham Academy, weighed over twenty-six stone; by the time he was twelve, he was almost as large as he was at the time of his death. At two years old, he needed two nurses to lift him in and out of bed, one of whom he knocked to the floor with a blow of his hand during a fit of anger.
At Trenaw in Cornwall, there was a man, known by the name of Grant Chillcot, who weighed four hundred and sixty pounds; one of his stockings could contain six gallons of wheat.
At Trenaw in Cornwall, there was a man named Grant Chillcot who weighed four hundred sixty pounds; one of his stockings could hold six gallons of wheat.
Our poet Butler must have met with some such enormous creatures in the type of his Saxon Duke, who, in Hudibras,
Our poet Butler must have encountered some huge beings similar to the kind represented by his Saxon Duke in Hudibras,
———did grow so fat,
That mice (as histories relate)
Ate grots and labyrinths to dwell in
His postique parts, without his feeling.
———did grow so fat,
That mice (as histories relate)
Ate dens and tunnels to live in
His bulky parts, without his noticing.
If obesity has been the subject of ungenerous jokes, leanness has not passed unnoticed. An anecdote is related of a reverend doctor of a very ghostly appearance, who was one day accosted by a fellow with the following salutation: “Well, doctor, I hope you have taken care of your soul?” “Why, my friend?” said the divine. “Because,” replied the impertinent interlocutor, “your body is not worth caring for.”
If people have made unkind jokes about obesity, they haven't overlooked leanness either. There's a story about a very thin-looking reverend doctor who was approached one day by someone with this greeting: “Well, doctor, I hope you've looked after your soul?” “Why do you ask, my friend?” replied the reverend. “Because,” said the rude guy, “your body isn't worth taking care of.”
A poor diminutive Frenchman being ordered by his Sangrado to drink a quart of ptisan a day, replied, with a heavy sigh, “Alas! doctor, that I cannot do, since I only hold a pint.”
A small, poor Frenchman, ordered by his Sangrado to drink a quart of herbal tea a day, replied with a heavy sigh, “Alas! Doctor, I can’t do that since I only have a pint.”
When the Duke de Choiseuil, a remarkably meager man, came to London to negotiate a peace, Charles Townshend being asked whether the French government had sent the preliminaries of a treaty, answered, “He did not know, but they had sent the outline of an ambassador.”
When the Duke de Choiseuil, a very thin man, came to London to negotiate a peace, Charles Townshend, when asked if the French government had sent the preliminaries of a treaty, replied, “He didn't know, but they had sent the outline of an ambassador.”
That change of spare diet to a more nutritious food may bring on some corpulence, is evidenced in an anecdote of Colly Cibber, who relates that a poor half-starved actor, who used to play the Apothecary in Romeo and Juliet, to the life, and with great applause, received an augmentation of salary in consequence of his popularity.[Pg 7] Unfortunately, increase of wealth led him to increase his fare, until he gradually assumed a plumpness which unfitted him for the worn-out pharmacopolist; and not being able to perform in any other line, the poor man was discharged. However, poverty once more brought him down to his original condition, when he reappeared upon the boards as triumphantly as ever.
That shift from a sparse diet to more nutritious food can lead to some weight gain, as shown in an anecdote about Colly Cibber. He tells the story of a poor, half-starved actor who played the Apothecary in Romeo and Juliet with great talent and received a pay raise due to his popularity.[Pg 7] Unfortunately, the increase in income caused him to upgrade his meals, and he gradually became overweight, which made him unsuitable for the role of the worn-out pharmacist. Since he couldn't perform in any other role, he was let go. However, poverty brought him back down to his original state, and he returned to the stage as triumphantly as ever.
If embonpoint is generally a sign of good-humour and a cheerful disposition, leanness frequently betokens a sour, crabbed, and ill-natured character. Solomon has said, “A merry heart doeth good like medicine; but a broken spirit drieth the bones.” This observation, however, cannot be considered a rule in forming a judgment of various tempers. This is by no means an easy attempt in our intercourse with the world, when physiognomy is not always a sure guide in the selection of our companions. Dr. Franklin tells a singular story on this subject:
If embonpoint is usually a sign of good humor and a happy attitude, being lean often indicates a sour, grumpy, and unpleasant personality. Solomon said, “A merry heart is good like medicine; but a broken spirit dries the bones.” However, this insight shouldn’t be taken as a strict rule when evaluating different temperaments. It’s not an easy task to navigate our interactions with others, especially when appearances aren’t always a reliable way to choose our friends. Dr. Franklin shares an interesting story on this topic:
“An old philosophical gentleman had grown, from experience, very cautious in avoiding ill-natured people. To endeavour to ascertain their disposition he made use of his legs, one of which was remarkably handsome, the other, by some accident, crooked and deformed. If a stranger at the first interview regarded his ugly leg more than his handsome one, he doubted him; but if he spoke of it, and took no notice of his handsome leg, that was sufficient to determine the philosopher to have no further acquaintance with him. Every body has not this two-legged instrument; but every one, with a little attention, may observe signs of this carping, fault-finding disposition, and take the same resolution of avoiding the acquaintance of those infected by it. I therefore advise those querulous, discontented, unhappy people, if they wish to be respected and beloved by others, and happy in themselves, to leave off looking at the ugly leg.”
“An older philosophical man had become very careful about avoiding unpleasant people based on his experiences. To figure out someone's character, he relied on his legs—one of which was very good-looking, while the other was, due to an accident, crooked and misshapen. If a stranger paid more attention to his ugly leg than the handsome one during their first meeting, he became suspicious. However, if the stranger commented on his ugly leg and ignored the handsome one, that was enough for the philosopher to decide he didn’t want to know that person any further. Not everyone has this two-legged tool, but anyone, with a little awareness, can notice signs of this critical, fault-finding attitude and choose to avoid those who have it. So, I suggest that those grumbling, dissatisfied, unhappy people, if they want to be respected and liked by others and find happiness within themselves, stop focusing on the ugly leg.”
Various expedients, in addition to a better diet, have been resorted to, to restore lean persons to a better case; but amongst the most singular that we have on record is that of flagellation. Galen says, that horse-dealers having been observed to fatten horses for sale by flogging them, an analogous method might be useful with spare persons who wish to become stouter. He also mentions slave-dealers who employed similar means. Suetonius informs us that Musa, the favourite physician of Augustus, used[Pg 8] to fustigate him, not only to cure him of a sciatica, but to keep him plump. Meibomius pretends that nurses whip little children to fatten them, that they may appear healthy and chubby to their mothers. No doubt but flagellation determines a greater influx of blood to the surface, and may thus tend to increase the circulation, and give tone to parts which would otherwise be languid. With this intention, urticatio, or whipping with nettles, has been frequently used in medical practice with great advantage. Xenophon thawed his frozen soldiers by flagellation. In amorous despondency and grief, Cœlius Aurelianus recommended this process, and Elidœus Paduanus advises it to bring out tardy eruptions. The most singular effect of this castigation is recorded by Meibomius, in his work De flagrorum usu, &c., dedicated to a councillor of the Bishop of Lubeck, with the following epigraph:
Various methods, along with a better diet, have been used to help underweight individuals gain weight; however, one of the most unusual recorded is flogging. Galen noted that horse traders fatten horses for sale by beating them, suggesting a similar approach might be effective for thin people wanting to bulk up. He also mentions slave traders who used this technique. Suetonius tells us that Musa, the favorite physician of Augustus, used to whip him not only to cure his sciatica but also to keep him plump. Meibomius claims that nurses whip small children to make them appear healthy and chubby to their mothers. It's true that flogging increases blood flow to the surface, potentially boosting circulation and toning parts of the body that would otherwise be weak. With this goal in mind, urticatio, or whipping with nettles, has often been used in medical practice with great success. Xenophon warmed his frozen soldiers using flogging. In cases of romantic despair and sadness, Cœlius Aurelianus recommended this technique, while Elidœus Paduanus suggests it to encourage delayed rashes. The most remarkable effect of this punishment is recorded by Meibomius in his work De flagrorum usu, etc., dedicated to a councillor of the Bishop of Lubeck, with the following inscription:
Delicias pariunt Veneri crudelia flagra.
Dum nocet, illa juvat; dum juvat, ecce nocet.
Delights give birth to cruel whips for Venus.
Though it causes pain, it also brings pleasure; and while it brings pleasure, notice that it also causes pain.
Menghus Faventinus had long before extolled this practice, mentioned also by Cœlius Rhodiginus, and various ancient writers, and more recently recognised as effectual by Rousseau, in his Confessions.
Menghus Faventinus had long praised this practice, which was also mentioned by Cœlius Rhodiginus and various ancient writers, and more recently acknowledged as effective by Rousseau in his Confessions.
A remarkable case of leanness is mentioned by Lorry in a priest, who became so thin and dry in all his articulations, that at last he was unable to go through the celebration of mass, as his joints and spine would crack in so loud and strange a manner at every genuflexion, that the faithful were terrified, and the faithless laughed. One of these miserable laths once undertook a long journey to consult a learned physician on his sad condition, and having begged to know, in a most piteous tone, the cause of his desiccation, was favoured with the following luminous answer: “Sir, there is a predisposition in your constitution to make you lean, and a disposition in your constitution to keep you so.” Another meager patient being told that the celebrated Hunter had fattened a dog by removing his spleen, exclaimed, with a deep sigh, “O, sir! I wish Mr. Hunter had mine.”
A striking case of extreme thinness is mentioned by Lorry in a priest, who became so skinny and frail in all his joints that eventually he couldn’t celebrate mass anymore, as his joints and spine would crack in such loud and odd ways during every kneeling that the congregation was scared, and the nonbelievers laughed. One of these unfortunate sticks once took a long trip to see a knowledgeable doctor about his unfortunate state, and after pleading to know, in a very sorrowful way, the cause of his skinniness, he received this enlightening reply: “Sir, there’s a tendency in your constitution that makes you thin, and a tendency in your constitution that keeps you that way.” Another undernourished patient, hearing that the famous Hunter had fattened a dog by taking out its spleen, sighed deeply and said, “Oh, sir! I wish Mr. Hunter had mine.”
DWARFS.
We can scarcely believe that the ancients gave any credence to the fabulous accounts of dwarfish nations, or could be persuaded of the existence of those pigmies spoken of by Aristotle and other writers, who, in all probability, described as such a species of diminutive monkeys.
We can hardly believe that ancient people actually believed in the amazing stories of tiny nations or were convinced of the existence of those pigmies mentioned by Aristotle and other writers, who probably described a kind of small monkeys.
Athenæus mentions a race of dwarfs who were in perpetual war with cranes, who harnessed partridges to their chariots, and were obliged to cut down corn with felling-axes, like forest trees. Pliny asserts that their constant enemy, the crane, drove them out of Thracia, but that they still were to be met with in Ethiopia, near the source of the Nile, and above the rise of the Ganges, where they were named Spithania, their stature not exceeding three palms. Nicephorus Calixtus, in his Ecclesiastical History, mentions an Egyptian who was not longer than a partridge, and who, at the age of twenty-five, displayed considerable mental endowment. Strabo, however, judiciously observed that these stories arose from the circumstance of the small size of every animal in intemperate regions. Various modern travellers have recorded the most absurd stories of diminutive men, as well as of gigantic nations; but to most of them we may apply the words of Congreve—
Athenæus talks about a tribe of dwarfs who were always fighting with cranes, who used partridges to pull their chariots, and had to chop down grains with axes as if they were cutting down trees in a forest. Pliny claims that their constant enemy, the crane, drove them out of Thrace, but they could still be found in Ethiopia, near the source of the Nile, and above the rise of the Ganges, where they were called Spithania, standing no taller than three palms. Nicephorus Calixtus, in his Ecclesiastical History, mentions an Egyptian who was no taller than a partridge and, at twenty-five, showed significant intelligence. Strabo wisely noted that these tales came from the small size of every creature in overly hot regions. Various modern travelers have documented the most ridiculous stories about tiny people, as well as giant nations; but we can apply to most of them the words of Congreve—
Fernandez Mendez Pinto was but a type of thee,
Thou liar of the first magnitude.
Fernandez Mendez Pinto was just a version of you,
You liar of the highest order.
It is nevertheless true, that man exhibits differences of stature in various climes. The Laplanders and Samoïdes in Europe, the Ostiacks and Tungooses in Asia, the Greenlanders and Esquimaux in America—all the natives indeed of high northern latitudes are remarkably short, measuring little more than four feet; and Niels Sara, the Laplander mentioned by Von Buch in his Travels, and who measured five feet eight inches, may be considered as a gigantic exception. It had been reported by travellers, that a nation of white dwarfs, called Quimos or Kimos, existed in the interior of Madagascar; but Flacourt has positively denied the fact, although Commerson, the naturalist of Bougainville, and De Modave, confirm the former [Pg 10]statement. It has also been remarked by various travellers, that dwarfs are not uncommon amongst robust and manly races, instanced in Poland and Lithuania. Sigismund de Herbestein made the same observation in Samogitia, the population of which was of a high stature.
It is still true that people vary in height across different regions. The Laplanders and Samoïdes in Europe, the Ostiacks and Tungus in Asia, and the Greenlanders and Eskimos in America—all the native populations of high northern latitudes are noticeably short, averaging just over four feet tall. Niels Sara, the Laplander mentioned by Von Buch in his Travels, who was five feet eight inches tall, can be seen as a giant exception. Travelers have reported the existence of a race of white dwarfs called Quimos or Kimos in the interior of Madagascar; however, Flacourt has firmly denied this, although Commerson, the naturalist of Bougainville, and De Modave support the earlier [Pg 10] claim. Various travelers have also noted that dwarfs are not unusual among strong and robust populations, as seen in Poland and Lithuania. Sigismund de Herbestein observed the same in Samogitia, a region known for its tall population.
It is by no means evident that climate or any external agency invariably produces this effect; for, in the very regions inhabited by the stunted Hottentot, the shortest race in Africa, since the Bosjernan tribe scarcely ever exceed four feet, we find the strong and tall Kaffer. Amongst these it is also to be remarked, that there exists a singular difference between the sexes. Langsdorf thus expresses himself on the subject: “The Kaffer women were mostly of low stature, very strong-limbed, and particularly muscular in the leg: the men, on the contrary, were the finest figures I ever beheld; they were tall, robust, and muscular. A young man of about twenty, of six feet ten inches high, was one of the finest figures that perhaps was ever created. He was a perfect Hercules; and a cast from his body would not have disgraced the pedestal of the deity in the Farnese Palace.” He further adds, “There is, perhaps, no nation on earth, taken collectively, that can produce so fine a race of men as the Kaffers: they are tall, stout, muscular, well-made, elegant figures. They are exempt, indeed, from many of those causes that in more civilized societies contribute to impede the growth of the body. Their diet is simple, their exercise of a salutary nature; their body is neither cramped nor encumbered by clothing; the air they breathe is pure; their rest is not disturbed by violent love, nor their minds ruffled by jealousy; they are free from those licentious appetites which proceed frequently more from a depraved imagination than a real natural want. Their frame is neither shaken nor enervated by the use of intoxicating liquor; they eat when hungry, and sleep when nature demands it. With such a kind of life, languor and melancholy have nothing to do. The countenance of a Kaffer is always cheerful, and the whole of his demeanour bespeaks content and peace of mind.”
It’s not at all clear that climate or any external factor always creates this effect; for, in the same areas where the short Hottentot people live, the shortest race in Africa—since the Bosjernan tribe rarely exceeds four feet—we see the strong and tall Kaffers. Additionally, there’s a notable difference between the genders among them. Langsdorf states on the topic: “The Kaffir women are mostly shorter, very strong, and particularly muscular in their legs: the men, on the other hand, are the finest specimens I have ever seen; they are tall, robust, and muscular. A young man around twenty years old, standing six feet ten inches tall, was one of the finest figures ever created. He was a perfect Hercules; and a cast of his body would not have looked out of place on the pedestal of the deity in the Farnese Palace.” He adds further, “There may be no nation on earth, considered as a whole, that can produce such a remarkable race of men as the Kaffirs: they are tall, stout, muscular, well-built, and elegant figures. They are free from many of the factors that, in more developed societies, hinder physical growth. Their diet is simple, their exercise is healthy; their bodies aren’t cramped or burdened by clothing; the air they breathe is clean; their rest isn’t disturbed by intense passion, nor are their minds troubled by jealousy; they lack the excessive desires that often arise more from a twisted imagination than from actual natural need. Their bodies are not shaken or weakened by alcohol; they eat when they’re hungry and sleep when they need to. With this kind of lifestyle, languor and melancholy have no place. The expression of a Kaffir is always cheerful, and his entire demeanor shows contentment and peace of mind.”
Are diminutive races more productive than those of stronger formation? The brute creation has been taken as an example in support of this opinion; large animals producing one or two young ones, while the smaller species are singularly prolific. The lioness seldom brings[Pg 11] forth more than two or four whelps, the cat will have a litter of eight or ten kittens; the pullulation of insects is incredible. But is not this circumstance an illustration of the wisdom of Providence? If the larger species were as abundant as the lesser races, where could they find sustenance in regions where the produce is, under the influence of the seasons, occasionally abundant or scarce? In the ocean, this is not the case; the myriads of its creatures suffice to support each other, and we therefore meet in the deep, the largest of animals in numerous shoals, while the small fry are generated in marvellous abundance.
Are smaller species more productive than those that are larger and stronger? The example of the animal kingdom has been used to support this view; large animals typically have one or two young, while smaller species tend to reproduce in large numbers. A lioness usually has no more than two or four cubs, while a cat can give birth to eight or ten kittens; the reproduction rate of insects is astonishing. But isn’t this an example of nature’s wisdom? If larger species were as plentiful as smaller ones, how would they find enough food in areas where resources fluctuate with the seasons? In the ocean, this isn’t a problem; the countless creatures there support each other, allowing us to find the largest animals in large groups, while smaller fish are produced in amazing quantities.
That the facility of obtaining food and the nature of the nutritious substances that animals may find, influence their stature, is evident. In sandy and arid plains poor in pasture, we find horses and cattle of a stunted breed: the herds of Flanders widely differ from those of Wales and of the Ukraine, and the Scotch and Welsh cattle cannot be compared to those of Holstein. At the same time, it must be observed, that in regard to dwarfs, although it frequently does occur that they are labouring under a hereditary lowness of stature, this is not invariably the case. In these instances dwarfs may be considered as morbid phenomena. Thus Bebe, the dwarf of Stanislaus of Poland, who was thirty-three French inches high, was weak, of delicate health, became deformed as he grew up, and died at the age of twenty-three; his parents were of the usual stature: whereas the Polish nobleman Borwlaski was well-made, active, intelligent: he measured twenty-eight inches; he had a brother of thirty-four inches, and a sister of twenty-one. Stöberin, of Nürenberg, was nearly three feet high at twenty, well-proportioned, and possessing a cultivated mind: his parents, brothers, and sisters, were all dwarfs. Such natural dwarfs have been known to evince brilliant qualities. Uladislas, king of Poland, surnamed Cubitalis from his only measuring a cubit in height, was renowned for his warlike exploits; and we find a dwarf of the name of Kasan, a khan of Tartary, boldly leading their enterprising bands. These individuals sprung from dwarfish parents; whereas the dwarfs we generally meet with are deformities of nature; their head is voluminous, their intellectual faculties obtuse, they are mostly childish in their ideas and pursuits, and are rarely able to propagate their race.
It's clear that the availability of food and the type of nutrients animals can access affect their size. In sandy, dry areas with poor pastures, we find horses and cattle that are shorter in stature. The herds in Flanders are quite different from those in Wales and Ukraine, and Scottish and Welsh cattle can't compare to Holsteins. It's important to note that with dwarfs, while they often have a genetic condition that causes their short stature, it's not always the case. In some situations, dwarfs can be seen as unusual cases. For instance, Bebe, the dwarf from Stanislaus of Poland, stood at just thirty-three French inches tall; he was weak and frail, became deformed as he grew, and died at twenty-three. His parents were of average height. On the other hand, the Polish nobleman Borwlaski was well-proportioned, active, and intelligent at twenty-eight inches tall; he had a brother who was thirty-four inches and a sister who was twenty-one. Stöberin from Nürenberg was nearly three feet tall by age twenty, well-proportioned, and had a cultured mind, while his family were all dwarfs. Some natural dwarfs have shown remarkable qualities. Uladislas, king of Poland, known as Cubitalis for being only a cubit high, was famous for his military achievements, and a dwarf named Kasan, a khan of Tartary, inspired his adventurous troops. These individuals came from dwarf parents, while the dwarfs we typically encounter are often the result of genetic deformities; they tend to have large heads, limited intellectual abilities, and mostly childish interests and pursuits, and they rarely have the ability to have children.
[Pg 12]Held in contempt by the people, dwarfs naturally become peevish and irritable; and the diminutive names given to them to match their apparent natural imperfection tend constantly to increase their irritability. Thus the Latins called them Homunciones, the Italians Piccoluomini, the Flemings Mennekin,—whence, no doubt, our term Mannikin given to little men, and Minikin applied to small pins. A very curious case of a dwarf born from parents of the usual stature was exhibited in Paris in 1819: her name was Anne Souvray; she was born in the Vosges, and was only thirty-three inches in height. She was at that period seventy-three years of age; was gay, animated, good-humoured, and danced with tolerable grace with her sister Barbe, seventy-five years of age, and taller than her by two inches. In 1762, King Stanislaus wanted to marry her to his Bebe; the bridegroom, however, did not live to contract so desirable a match; but, faithful to her lover, she ever afterwards called herself Madame Bébé.
[Pg 12]Looked down upon by others, dwarfs often become cranky and irritable; and the small names given to them to reflect their perceived natural shortcomings only seem to increase their annoyance. So, the Latins referred to them as Homunciones, the Italians as Piccoluomini, and the Flemings called them Mennekin, which likely led to our terms Mannikin for little men, and Minikin for small pins. A very interesting case of a dwarf born to regular-sized parents was showcased in Paris in 1819: her name was Anne Souvray; she was born in the Vosges and stood only thirty-three inches tall. At that time, she was seventy-three years old, cheerful, lively, good-natured, and danced quite gracefully with her sister Barbe, who was seventy-five and two inches taller. In 1762, King Stanislaus wanted to marry her to his Bebe; however, the groom did not live long enough to formalize this desired union, but staying true to her love, she always referred to herself as Madame Bébé.
Jeffrey Hudson, the dwarf of King Charles, must also have been of a very diminutive stature, since we find that he was served up in a pie to the royal table, and jumped out when the crust was raised. It appears that introducing live pies in those days were not an uncommon frolic; hence there may be some truth in the old song of
Jeffrey Hudson, the dwarf of King Charles, must have been quite small, as he was reportedly served in a pie at the royal table and jumped out when the crust was lifted. It seems that presenting live pies was a common prank back then; therefore, there might be some truth to the old song about
Four-and-twenty black-birds bak’d in a pye,
When the pye was open’d the birds began to sing,
Was not that a dainty dish to lay before a king?
Twenty-four blackbirds baked in a pie,
When the pie was opened, the birds started to sing,
Wasn't that a fancy dish to serve to a king?
GIGANTIC RACES.
While we dismiss as fabulous all ancient and modern accounts of dwarfish races, we must also treat with the same scepticism the relations of gigantic nations. Although individuals of incredible stature have been occasionally seen, the word giant must be considered not only comparative as regarding primary races, but in many instances allegorical. Thus the Hebrew word, Nophel and Giboor (Nephilim and Gibborim in the plural), did not signify giants, as commonly translated, but cruel and violent men.[Pg 13] Athletic power and uncommon energies were naturally associated with the idea of supernatural stature, though intellectual accomplishments were not always included in the association: on the contrary, we find the ancient axiom Homo longus rarè sapiens frequently adduced.
While we write off all ancient and modern stories about dwarf races as unbelievable, we should also approach accounts of giant nations with the same skepticism. Even though we sometimes see individuals of extraordinary height, the term giant should be viewed as not only relative to primary races but often metaphorical as well. For example, the Hebrew words, Nophel and Giboor (which correspond to Nephilim and Gibborim in the plural), didn't actually mean giants as is commonly assumed, but referred to cruel and violent men.[Pg 13] Physical strength and unusual energy were naturally linked to the idea of supernatural height, although intellectual achievements weren't always part of that association: on the contrary, we often see the ancient saying Homo longus rarè sapiens cited.
In temperate climates the height of the human race averages from four feet and a half to six feet, but occasional instances have been met with of men reaching eight and nine feet—nay, some authors go so far as ten and eighteen; but the latter assertions seem to refer to fossil bones attributed to man, but which evidently belonged to other animals. Buffon mentions gigantic human bones discovered at Lucerne, but which upon examination Blumenbach pronounced to be the remains of an elephant. Halicot, in his work called Gigantosteologia, describes bones found in a sepulchre in Dauphiny over which was a stone inscribed Teutobocchus Rex: this skeleton was twenty-five feet and a half high, and ten feet broad at the shoulder. Riolan, the celebrated anatomist, disputes the fact; and in his book entitled Gigantomachia positively affirms that they also belonged to an elephant. It is worthy of remark, that in this controversy each party considered his opinion and decision of sufficient weight to need no illustration, and therefore neither of them thought it necessary to confirm his dixit by drawings and engravings of the questionable remains. Such is the vanity of the learned! An infallible philosopher informs us that Adam’s stature was one hundred and twenty-three feet nine inches; Eve’s, one hundred and eighteen feet nine inches and three quarters; Noah’s, twenty feet short of Adam’s; Abraham’s, twenty-eight feet; Moses’, thirteen; and Hercules’, ten.
In temperate climates, the average height of humans ranges from four and a half to six feet, but there have been occasional reports of individuals reaching eight or nine feet—some authors even claim heights of ten or eighteen feet; however, these later claims seem to refer to fossil bones attributed to humans, which actually belonged to other animals. Buffon mentions giant human bones found in Lucerne, but upon investigation, Blumenbach determined they were the remains of an elephant. Halicot, in his book titled Gigantosteologia, describes bones uncovered in a tomb in Dauphiny, marked by a stone inscribed Teutobocchus Rex: this skeleton was twenty-five and a half feet tall and ten feet wide at the shoulders. Riolan, the well-known anatomist, challenges this claim and firmly states in his book Gigantomachia that they also belonged to an elephant. It's interesting to note that during this debate, each side believed their views were significant enough not to require further explanation, so neither felt it necessary to back up their claims with drawings or engravings of the disputed remains. Such is the vanity of scholars! An infallible philosopher tells us that Adam was one hundred and twenty-three feet nine inches tall; Eve was one hundred and eighteen feet nine inches and three quarters; Noah was twenty feet shorter than Adam; Abraham was twenty-eight feet; Moses was thirteen; and Hercules was ten.
That the first races of man were of larger dimensions than those of our contemporaries, has ever been a general opinion. Thus Virgil in his Georgics:
That the earliest humans were larger than people today has always been a common belief. Virgil mentions this in his Georgics:
Grandiaque effossis mirabitur ossa sepulchris.
Grandiaque marvels at the bones from the graves.
Lucretius ascribes the same superiority to animals.
Lucretius gives the same sense of superiority to animals.
Jamque adeò fracta est ætas, effœtaque tellus
Vix animalia parva creat, quæ cuncta creavit
Sæcla, deditque ferarum ingentia corpora partu.
Jamque adeò fracta est ætas, effœtaque tellus
Vix animalia parva creat, quæ cuncta creavit
Sæcla, deditque ferarum ingentia corpora partu.
And again the Mantuan poet,
And once more the Mantuan poet,
Sic Omnia fatis
In pejus ruere, ac retrò sublapsa referri.
Everything is meant to be.
To fall into worse situations, and to be dragged back down.
[Pg 14]Not only have our forefathers been considered more gigantic in stature, but of more vigorous power. Hence Juvenal says,
[Pg 14]Not only have our ancestors been seen as larger in size, but also stronger in their abilities. That's why Juvenal says,
Nam genus hoc, vivo jam decrescebat Homero.
Terra malos homines nunc educat, atque pusillos.
Nam genus hoc, vivo jam decrescebat Homero.
The earth is now raising bad and petty people.
It is however obvious, that former races, although they might have excelled the present generation in vigour from the nature of their education and pursuits, could not claim any pre-eminence in stature. The remains of human bones, found in tombs and Egyptian mummies, demonstrate this fact most clearly; and the armour, helmets, and breastplates of the ancients confirm it. Their swords were as light, nay, much lighter in many instances, than those of the present day; and those enormous ones of the times of chivalry were only wielded to inflict one overwhelming blow with both hands, and could scarcely be recovered for protection.
It is clear, however, that earlier races, even if they surpassed the current generation in strength due to their upbringing and activities, could not claim any superiority in height. The human bones found in tombs and Egyptian mummies clearly show this; and the armor, helmets, and breastplates from ancient times support this. Their swords were as light—actually, much lighter in many cases—than those used today; and those enormous swords from the chivalry era were only used to deliver one powerful strike with both hands and were hardly manageable for defense.
Ancient writers corroborate this opinion. Homer, when speaking of a fine man, gives him four cubits in height and one in breadth. Vitruvius fixes the usual standard of man at six Roman feet: the giant Gabbarus mentioned by Pliny did not exceed nine feet. Aristotle’s admeasurement of beds was six feet; and certainly the doorways of ancient edifices by no means indicated taller inmates than our present generation. It is therefore pretty clear that the supposed fossil remains of gigantic human bones belonged to the Megatherium, the Palæotherium, and other individuals, which certainly prove that in remote ages there existed animals of much larger dimensions than any now in being, though we have no reason to suppose that this variety extended to our species.[2]
Ancient writers support this view. Homer, when describing a fine man, gives him a height of four cubits and a width of one. Vitruvius sets the common height for a man at six Roman feet, while the giant Gabbarus mentioned by Pliny was no more than nine feet tall. Aristotle measured beds to be six feet long, and the doorways of ancient buildings certainly don't suggest that their residents were any taller than people today. It therefore seems pretty clear that the supposed fossil remains of gigantic human bones actually belonged to the Megatherium, the Palæotherium, and other creatures, which definitely show that in ancient times there were animals much larger than any we have now, although there is no reason to think this also applied to our species.[2]
The origin of the fabled giants has led to marvellous disquisitions. Many fathers of the church, amongst whom we may quote St. Cyprian, St. Ambrosius, St. Chrosostom, St. Cyrillius, Tactantius, Tertullian, and several others, gravely maintain that giants were the favoured offsprings of holy maidens and angels. This may seem an impious conclusion, since the gigantic monsters of sacred history were any thing but angelic; for the Canaaneans, the Moabites, and the sons of Anak, descended[Pg 15] from giants, (compared with whom the Israelites seemed as grasshoppers,) were most ferocious, and their land devoured its inhabitants; (though Neuman gives a different signification to the scriptural passage, which according to his paraphrase merely meant “that the number of inhabitants was so great, that they eat up all the land;”) Og, king of Bashan, whose country was delivered into the hands of Israel, had an iron bedstead nine cubits in length and four cubits in breadth; and Goliath, the reproach of Israel, was six cubits and a span (which according to Cumberland makes eleven feet English) in stature. It is therefore difficult to imagine why so many saints considered giants as an angelic progeny.
The origin of the legendary giants has led to fascinating discussions. Many church fathers, including St. Cyprian, St. Ambrose, St. Chrysostom, St. Cyril, Tertullian, and several others, strongly argue that giants were the favored offspring of holy maidens and angels. This may seem like an outrageous conclusion, since the gigantic monsters in sacred history were anything but angelic; for the Canaanites, the Moabites, and the sons of Anak, who were descended from giants (compared to whom the Israelites appeared like grasshoppers), were extremely fierce, and their land consumed its inhabitants. (Though Neuman interprets the scriptural passage differently, suggesting it merely meant “that the number of inhabitants was so great that they overwhelmed the land.”) Og, king of Bashan, whose territory was conquered by Israel, had a bed made of iron that measured nine cubits long and four cubits wide; and Goliath, the disgrace of Israel, stood six cubits and a span tall (which Cumberland converts to eleven feet in English measurements). It is therefore hard to understand why so many saints viewed giants as an angelic lineage.
To the present day, however, we find various races distinguished by their elevated stature. Humboldt says, that the Guayaquilists measure six feet and a half, and the Payaguas are equally tall, while the Caribbees of Cumana are distinguished by their almost gigantic size from all the other nations he had met with in the New World. Hearne saw in the cold regions north of Canada individuals of six feet four inches. The Patagonians, or Tehuels, were stated by Pigafitta and the Spanish early navigators as measuring seven feet four inches; and although it appears that this account is exaggerated, more recent travellers, amongst whom we may name Bougainville, Commodore Byron, Captain Wallis, Carteret, and Falkner, affirm that their height ranges from six to seven feet.
To this day, we find various races known for their tall stature. Humboldt notes that the Guayaquil people measure six and a half feet tall, and the Payaguas are just as tall, while the Caribs from Cumana stand out with their almost giant size compared to all the other groups he encountered in the New World. Hearne reported seeing individuals in the cold regions north of Canada who were six feet four inches tall. The Patagonians, or Tehuels, were described by Pigafitta and early Spanish navigators as measuring seven feet four inches; although this account seems exaggerated, more recent travelers, including Bougainville, Commodore Byron, Captain Wallis, Carteret, and Falkner, claim that their height ranges from six to seven feet.
From the best authenticated observations, it appears that the tallest persons on respectable record, did not, according to Haller, exceed nine feet. A young man from Huntingdonshire was exhibited in London, and measured about eight feet at the age of seventeen; he was, as usual, born of the ordinary size, but began to grow most rapidly; his sister was of great height, and all his family were remarkably tall.
From the most credible reports, it seems that the tallest individuals on record, according to Haller, did not surpass nine feet. A young man from Huntingdonshire was showcased in London and was about eight feet tall at the age of seventeen; he was, like most people, born of average height, but started growing very quickly; his sister was also very tall, and his entire family was notably tall.
Dwarfs generally die from premature old age, and giants from exhaustion. A curious instance of marvellous growth is recorded in a tract called “Prodigium Willinghamense,” or an account of a surprising boy who was born at Willingham, near Cambridge, and upon whom the following epitaph was written:—“Stop, traveller, and wondering, know, here buried lie the remains of Thomas, son of Thomas and Margaret Hall; who, not one year old, had[Pg 16] the signs of manhood; at three, was almost four feet high, endued with uncommon strength, a just proportion of parts, and a stupendous voice; before six, he died as it were at an advanced age.” Mr. Dawker, a surgeon of St. Ives, Huntingdon, who published this account, viewed him after death, and the corpse exhibited all the appearances of decrepit old age. This is a confirmation of the case of the boy of Salamis, mentioned by Pliny as being four feet high, and having reached puberty at the age of three; and may also confirm the account of the man seen by Craterus, the brother of Antigonus, who in seven years was an infant, a youth, an adult, a father, an old man, and a corpse.
Dwarfs usually die from early old age, while giants die from exhaustion. A fascinating case of incredible growth is noted in a pamphlet called “Prodigium Willinghamense,” which tells the story of a remarkable boy born in Willingham, near Cambridge, and on whose grave the following epitaph was written:—“Stop, traveler, and in wonder, know that here lie the remains of Thomas, son of Thomas and Margaret Hall; who, not yet one year old, showed signs of manhood; at three, he was almost four feet tall, possessed unusual strength, a well-proportioned body, and an astonishing voice; before six, he died as if he were much older.” Mr. Dawker, a surgeon from St. Ives, Huntingdon, who published this account, examined him after death, and the body showed all the signs of advanced old age. This supports the case of the boy from Salamis, mentioned by Pliny, who was four feet tall and had reached puberty by the age of three, and may also confirm the account of the man seen by Craterus, the brother of Antigonus, who, over seven years, grew from an infant to a youth, then an adult, a father, an old man, and finally a corpse.
The experiment of Dr. Berkeley, bishop of Cloyne, to ascertain the influence of food in promoting extraordinary growth, is curious. He selected for this purpose an orphan child of the name of Macgrath; and, by dint of feeding, at the age of sixteen he had grown to the height of seven feet; but his organization had been so exhausted by this forced process, that he died in a state of moral and physical decay at the age of twenty.
The experiment by Dr. Berkeley, bishop of Cloyne, to determine how food affects extraordinary growth is intriguing. He chose an orphan boy named Macgrath for this study; through intensive feeding, by the age of sixteen, he had reached a height of seven feet. However, his body had been so drained by this unnatural method that he passed away in a state of moral and physical decline at the age of twenty.
In the development of organized bodies, the effects of light contribute materially. Dr. Edwards, an English physician in Paris, and one of our most distinguished physiologists, has shown that by excluding tadpoles from the light, they will grow to double and triple their ordinary size, but are not metamorphosed into frogs. He thinks that the Proteus Anguinis is the first stage of an animal prevented from growing to perfection by inhabiting the subterraneous waters of Carniola.
In the development of organized bodies, light has a significant impact. Dr. Edwards, an English doctor living in Paris and one of our leading physiologists, has demonstrated that if you keep tadpoles away from light, they can grow to be double or triple their normal size, but they don't transform into frogs. He believes that the Proteus Anguinis represents the first stage of an animal that is unable to reach its full potential because it lives in the underground waters of Carniola.
The influence of food on the changes of animals is further shown in the aphidivorous flies, that are larvæ for eight or ten days, pupæ for about a fortnight, and perfect insects in about the same time, in the whole living about six weeks; whereas a pupa deprived of food underwent no change, and lived for twelve months. Rapid development of the organism invariably brings on premature dissolution. A case is recorded of a girl who cut four teeth at the end of the first fortnight; walked about, and had hair reaching to the middle of her back after the seventh month; exhibited signs of puberty at the ninth month, but perished in a state of exhaustion in her twelfth year. Dr. Comarmond, of Lyons, relates the case of a female infant, who was perfectly developed at the age of twenty-seven[Pg 17] months, but she sank under rachitis when she had attained her twelfth year.
The impact of food on animal development is further illustrated by aphid-eating flies, which are larvae for about eight to ten days, pupae for around two weeks, and fully developed insects in roughly the same time, overall living for about six weeks. In contrast, a pupa without food showed no change and survived for twelve months. Rapid development of an organism often leads to early deterioration. There’s a case of a girl who got four teeth by the end of her second week, started walking around, and had hair down to the middle of her back by the seventh month. She showed signs of puberty by the ninth month, but unfortunately, she died of exhaustion by her twelfth year. Dr. Comarmond from Lyons recounts the story of a female infant who was fully developed by twenty-seven[Pg 17] months, but she eventually succumbed to rickets when she reached her twelfth year.
Precocious mental attainments are frequently as destructive of life as a rapid growth. The wonderful Baratier, at the age of four, spoke and read Latin, French, and German; was an excellent Greek scholar at six; and when ten years of age, translated the Scriptures from the Hebrew; at nineteen he died of exhaustion. The vulgar saying, “The child is too clever to live,” is founded upon observation. These early specimens of superior intellect are sometimes followed by a state of imbecility. Antiochus tells us that Hermogenes, who was a celebrated rhetorician at fourteen years, was ignorant in the extreme at twenty-four; and of him it was said,
Precocious intelligence can often be just as harmful as rapid physical growth. The amazing Baratier, by the age of four, could speak and read Latin, French, and German; he was an excellent Greek scholar by six; and at ten, he translated the Scriptures from Hebrew. He died of exhaustion by nineteen. The common saying, “The child is too clever to live,” has its roots in reality. These early examples of exceptional intellect can sometimes lead to a state of mental decline. Antiochus tells us that Hermogenes, who was a famous orator at fourteen, was extremely ignorant by twenty-four; and of him it was said,
In pueritia senex, in senectute puer.
In childhood, an old man; in old age, a child.
Tall men generally produce children of high stature. The celebrated grenadier guards of Frederick William, in the words of Dr. Johnson, “propagated procerity;” and the inhabitants of Potsdam are remarkable for their height. Haller states that his own family were distinguished by their tallness, without excepting one single grandchild, although they were very numerous.
Tall men usually have kids who are also tall. The famous grenadier guards of Frederick William, in Dr. Johnson's words, “propagated procerity”; and the people of Potsdam are known for their height. Haller mentions that his own family was known for being tall, with not a single grandchild being an exception, even though they were quite numerous.
In the hereditary transmission of physical and moral qualities, many curious observations have been made. Women of high mental attainments have been known to produce children of genius, more frequently than men of a superior intellect; although Haller relates the singular case of two noble females who married wealthy idiots on account of their fortunes, and from whom this melancholy defect had extended for a century into several families, so that some of all their descendants still continued idiots in the fourth and fifth generation. Horace had observed this tendency to produce offsprings resembling their parents,
In the inheritance of physical and moral traits, many interesting observations have been made. Women with high intelligence have been known to have genius children more often than men with superior intellects; although Haller mentions the unusual case of two noblewomen who married wealthy fools for their money, leading to a sad legacy of this deficiency that lasted a century in several families, with some of their descendants still remaining foolish in the fourth and fifth generations. Horace noted this tendency of offspring to resemble their parents.
Fortes creantur fortibus et bonis:
Est in juvencis, est in equis patrum
Virtus: nec imbellem feroces
Progenerant aquilæ columbam.
Fortitude is born of the strong and good:
It exists in the youth, it exists in the fathers' horses
Virtue: the fierce do not produce
The dove, but rather the eagle.
This remark, however, is more applicable to physical transmissions, and certain peculiarities characterize whole families. Pliny mentioned examples of six-fingered families, who bore the name Sedigita. C. Horatius had two daughters with a similar deformity. Mr. Carlisle knew a family in which supernumerary toes and fingers were[Pg 18] observed for four generations: they were introduced by a female who had six fingers on each hand, and as many toes on each foot. From her marriage with a man naturally formed, were produced ten children, with a supernumerary member on each limb; and an eleventh, in which the peculiarity existed in both feet and one hand, the other hand being naturally formed. The latter marrying a man of ordinary formation, they had four children, of which three had one or two limbs natural, and the rest with the supernumerary parts; while the fourth had six fingers on each hand, and as many toes on each foot. The latter married a woman naturally formed, and had issue by her eight children; four with the usual structure, and the same number with the additional fingers and toes: two of them were twins, of which one was naturally formed, and the other six-fingered and six-toed.—The well-known porcupine family, that were exhibited in London and elsewhere, is a remarkable example of hereditary transmission of organic peculiarities. They were all covered with dark-coloured horny excrescences, which they shed annually in the autumn or winter. Their names were Lambert. Two brothers, John and Richard, grandsons of the original porcupine men, were shown in Germany.—One of these unsightly individuals, who was exhibited some time ago in Bond-street, stated that he was descended from the fourth generation of a savage found in the woods of America; and he further asserted that the females of the family were exempted from this lucrative but uncomfortable peculiarity: all the males had them, and shed them regularly until the thirty-sixth year, when these species of quills grew to a considerable length. We have examples of bristly hair being shed in a whole family every autumn.
This observation, however, applies more to physical traits, and certain unique characteristics can define entire families. Pliny mentioned families of six-fingered individuals, known as Sedigita. C. Horatius had two daughters with a similar condition. Mr. Carlisle knew a family where extra toes and fingers were[Pg 18] seen for four generations: it began with a woman who had six fingers on each hand and six toes on each foot. From her marriage to a normally formed man, they had ten children, each with an extra digit on each limb; one child had the extra digits on both feet and one hand, while the other hand was normal. That child married a typically formed man, and they had four children—three with one or two normal limbs and one with extra parts; the fourth child had six fingers on each hand and six toes on each foot. That child then married a normally formed woman, having eight children with her: four with the usual structure and four with additional fingers and toes. Two of them were twins, one being normally formed and the other having six fingers and six toes. The well-known porcupine family, showcased in London and elsewhere, is a striking example of hereditary transmission of physical traits. They were all covered with dark, horn-like growths that they shed every autumn or winter. Their names were Lambert. Two brothers, John and Richard, grandsons of the original porcupine men, were displayed in Germany. One of these unusual individuals, who was shown a while ago on Bond Street, claimed he was a fourth-generation descendant of a wild man found in the woods of America; he also claimed that the females in the family did not have this profitable but uncomfortable trait: all the males had it and shed the quills regularly until they turned thirty-six, at which point the quills grew significantly. We also have examples of families that shed bristly hair every autumn.
Amongst animals, gigantic races no longer inhabit the regions which bore them in ancient times. An extensive whale-fishery was once carried on at Biariz, in the Gulf of Gascony; and the hippopotamus is no longer to be seen on the banks of the Nile.
Among animals, giant species no longer live in the areas where they were found in ancient times. A large whaling industry used to thrive in Biariz, in the Gulf of Gascony; and the hippopotamus can no longer be seen along the banks of the Nile.
Gigantic bones having been occasionally discovered with the remains of men and horses and fragments of armour, it has been imagined that in ancient times armies were attended by terrific giants; but it is more than probable that these large fragments of departed warriors[Pg 19] belonged to their war-elephants, which with their horses were not unfrequently immolated on their master’s tomb.
Gigantic bones have occasionally been found alongside the remains of men and horses, as well as pieces of armor, leading some to believe that ancient armies were accompanied by terrifying giants. However, it’s more likely that these large remains of fallen warriors[Pg 19] belonged to their war elephants, which, along with their horses, were often sacrificed on their master’s tomb.
Skeletons of giants were considered by the ancients as curious as in the present day; and those of Secondilla and Pusio were carefully preserved in the gardens of Sallust.
Skeletons of giants were seen by the ancients as just as fascinating as they are today; and those of Secondilla and Pusio were carefully kept in the gardens of Sallust.
Some naturalists have maintained that giants had more numerous vertebræ than ordinary men; but this has not been confirmed by observation, nor has it been found that the spinal bones of dwarfs are in smaller number.
Some naturalists have claimed that giants had more vertebrae than regular people; however, this has not been supported by observation, nor has it been found that the spinal bones of dwarfs are fewer in number.
Schreber, who has collected the description of the principal modern giants, found few above seven feet and a half; although he mentions a Swedish peasant of eight feet Swedish measure, and one of the guards of the Duke of Brunswick eight feet six inches Dutch. Not so Hakewell, who informs us, from the testimony of Nannez, that the Emperor of China had archers and porters fifteen feet high. Howbeit, Ol. Magnus’s account surpasses his; for he tells us of a “puella—in capite vulnerata, mortua induta chlamyde purpurea, longitudinis cubitorum 50, latitudinis inter humeros quatuor!”
Schreber, who has gathered information on the main modern giants, found very few over seven and a half feet tall; although he does mention a Swedish peasant who was eight feet tall in Swedish measurement, and one of the guards of the Duke of Brunswick who was eight feet six inches in Dutch measurement. Not so Hakewell, who tells us, based on Nannez’s testimony, that the Emperor of China had archers and porters who were fifteen feet tall. However, Ol. Magnus's account goes even further; he speaks of a “girl—injured in the head, dead, dressed in a purple cloak, fifty cubits long, and four cubits wide between the shoulders!”
UNLAWFUL CURES.
One can scarcely credit that at any period there could have existed men of science and genius who believed that there were supernatural means of curing disease, did we not even to the present day find imbeciles who verily dread the malpractices of the devil and his vicarious agents. Ancient writers divided their cures into lawful and unlawful. The former were obtained from divine aid; the latter from sorcerers, witches, magicians, wizards, and cunning men, who treated all maladies by spells, cabalistic words, charms, characters, images, amulets, ligatures, philters, incantations, &c.; by which means, according to Cardan, Artesius, Picatrix, and sundry wise men, the aforesaid sorcerers and witches could prevent fire from burning, find out thieves and stolen goods, show absent faces in a glass, make serpents lie still, stanch blood, salve gout, biting of[Pg 20] mad dogs, toothache, et omnia mundi mala. “Many doubt,” says Nicholas Taurellus, “whether the devil can cure such diseases he hath not made, and some flatly deny it; however, common experience confirms, to our astonishment, that magicians can work such feats, and that the devil, without impediment, can penetrate through all the parts of our body, and cure such maladies by means to us unknown.” Some of these means were rather singular; for St. Austin mentions as one of these processes, “Agentes cum patientibus conjungunt, colligere semina rerum eaque materiæ applicare;” and learned divines, moreover inform us, that to resist exorcisms these witches and magicians had St. Catherine’s wheel imprinted on the roof of their mouths, or on some other part. Taurellus asserts, that to doubt it is to run into a sceptical extreme of incredulity. Godelman affirms that Satan is an excellent physician; Langius maintains that Jupiter Menecrates was a magician; and Marcellus Donatus pays the same compliment to Solomon, who, he says, “cured all the diseases of the mind by spells, charms, and drove away devils, and that Eleazar did the same before Vespasian.” Galen, in his book “de Medicamentis facilè purandis,” observes after a preparation, “hæc enim suffita, dæmonus abigunt.”
One can hardly believe that there was ever a time when knowledgeable and brilliant individuals thought there were supernatural ways to heal illnesses. Even today, we still see people who genuinely fear the malicious actions of the devil and his agents. Ancient writers categorized their methods of healing into lawful and unlawful. The lawful methods came from divine support, while the unlawful methods were practiced by sorcerers, witches, magicians, wizards, and skilled practitioners who treated all ailments with spells, mysterious words, charms, symbols, images, amulets, bindings, potions, incantations, and so on. According to Cardan, Artesius, Picatrix, and several wise men, these sorcerers and witches could stop fire from burning, reveal thieves and stolen items, show distant faces in a mirror, calm serpents, stop bleeding, relieve gout, treat bites from mad dogs, toothaches, and all the evils of the world. "Many doubt," says Nicholas Taurellus, "whether the devil can heal diseases he did not cause, and some outright deny it; however, common experience surprisingly shows us that magicians can perform such feats, and that the devil can easily enter our bodies and heal our ailments through means unknown to us." Some of these methods were quite unusual; for instance, St. Augustine mentions a process where “They connect with the patients, gather the seeds of things, and apply them to the material.” Additionally, learned theologians tell us that to resist exorcisms, these witches and magicians had St. Catherine’s wheel marked on the roof of their mouths or another area of their bodies. Taurellus claims that to doubt this is to fall into a skeptical mindset of disbelief. Godelman states that Satan is a great healer; Langius argues that Jupiter Menecrates was a magician; and Marcellus Donatus gives the same praise to Solomon, whom he says “healed all mental illnesses with spells and charms and drove away demons, and that Eleazar did the same before Vespasian.” Galen, in his book “de Medicamentis facilè purandis,” notes after a preparation, “for these suffice, they drive away demons.”
This fact being clearly ascertained, the next question was whether it was lawful in a desperate case to crave the help of the evil one on the principle
This fact being clearly established, the next question was whether it was acceptable in a desperate situation to seek the help of the evil one based on the principle
Flectere si nequeunt Superos, Acheronta movebunt.
Flectere si nequeunt Superos, Acheronta movebunt.
Paracelsus rather impiously argues that we might, as it matters not, he says, “whether it be God or the devil, angels or unclean spirits, (immundi spiritus,) that cure him, so that he be eased. If a man fall in a ditch, what matter is it whether a friend or an enemy help him out? If I be troubled with such a malady, what care I whether the devil himself, or any of his ministers, by God’s permission, redeem me?”—and he therefore concludes, that diseases brought on by malefices can only be cured by incantations. However, this doctrine was denounced as abominable by Remigius, Bodinus, Godelmannus, Erastus, and various divines and schoolmen; and Delrio plainly declares, “mori præstat quàm superstitiosè canari.” Therefore pontificial writers and sages recommend adjuration and exorcism by “fire, suffumigations, lights, cutting the air[Pg 21] with swords (gladiorum ictus), sacred herbs, odours,” &c., though some hungry devils can only be cast out by fasting.
Paracelsus controversially argues that it doesn’t matter whether it’s God or the devil, angels or unclean spirits, that helps someone, as long as they are relieved. He says, “If a person falls into a ditch, does it really matter if a friend or an enemy pulls them out? If I'm suffering from an illness, I don’t care if it's the devil himself or any of his minions, with God’s permission, who saves me." He concludes that diseases caused by malevolent forces can only be treated with incantations. However, this belief was condemned as despicable by Remigius, Bodinus, Godelmannus, Erastus, and various theologians and scholars. Delrio clearly states, “It’s better to die than to engage in superstitious chanting.” Therefore, writers and wise figures from the Church recommend using adjuration and exorcism involving “fire, smoke, light, cutting through the air with swords, sacred herbs, scents,” etc., even though some particularly stubborn demons can only be expelled through fasting.
Witches and impostors, says Lord Bacon, have always held a competition with physicians. Galen complains of this superstition, and observes that patients placed more confidence in the oracles of Esculapius and their own idle dreams than in the prescriptions of doctors. The introduction of precious stones into medical practice owed its origin to a superstitious belief that, from their beauty, splendour, and high value, they were the natural receptacles for good spirits. Mystery, in the dark ages, and, alas! even now, increases the confidence in remedial means; reveal their true nature, the charm is dissolved: “Minus credunt quæ ad suam salutem pertinent si intelligunt,” said Pliny. One cannot but wonder when we behold men pre-eminent in deep learning and acute observation becoming converts to such superstitious practices. Lord Bacon believed in spells and amulets; and Sir Theodore Mayence, who was physician to three English sovereigns, and supposed to have been Shakspeare’s Dr. Caius, believed in supernatural agency, and frequently prescribed the most disgusting and absurd medicines, such as the heart of a mule ripped up alive, a portion of the lungs of a man who had died a violent death, or the hand of a thief who had been gibbeted on some particular day. Nauseous medicines have ever been deemed the most efficacious, on the reasoning that as every thing medicinal is nauseous, every thing that is nauseous must be medicinal. The ancients firmly believed that blood can be stanched by charms; the bleeding of Ulysses was stopped by this means; and Cato the Censor has given us an incantation for setting dislocated bones. To this day charms are supposed to arrest the flow of blood:
Witches and frauds, according to Lord Bacon, have always competed with doctors. Galen points out this superstition and notes that patients trust the predictions of Asclepius and their own silly dreams more than they trust doctors’ prescriptions. The use of precious stones in medicine began from a superstitious belief that, due to their beauty, brilliance, and high value, they were natural homes for good spirits. Mystery, prevalent during the dark ages and, unfortunately, still present today, boosts faith in remedies; when their true nature is revealed, the spell is broken: “Minus credunt quæ ad suam salutem pertinent si intelligunt,” said Pliny. It’s hard not to be amazed when we see highly knowledgeable and observant individuals turning to such superstitious practices. Lord Bacon believed in spells and charms, and Sir Theodore Mayence, who served as physician to three English kings and is thought to have been Shakespeare’s Dr. Caius, believed in supernatural forces and often prescribed the most repulsive and ridiculous remedies, like the heart of a live mule, part of the lungs from a person who had died violently, or the hand of a thief who had been executed on a specific day. Disgusting remedies have always been seen as the most effective because the reasoning goes that if everything medicinal is disgusting, then everything disgusting must be medicinal. The ancients believed that blood could be stopped with charms; Ulysses' bleeding was halted this way, and Cato the Censor provided an incantation for resetting broken bones. Even today, charms are thought to stop bleeding:
Tom Pots was but a serving-man,
But yet he was a doctor good,
He bound his kerchief on the wound,
And with some kind words he stanch’d the blood.
Tom Pots was just a servant,
But he was a good doctor,
He tied his cloth around the wound,
With a few encouraging words, he stopped the bleeding.
Sir Walter Scott says, in the “Lay of the Last Minstrel,”—
Sir Walter Scott says in "Lay of the Last Minstrel,"—
She drew the splinter from the wound,
And with a charm she stanch’d the blood.
She pulled the splinter from the wound,
And with a spell, she stopped the bleeding.
The strength of imagination in effecting wonderful cures has been observed in all ages; and Avicenna [Pg 22]declares, “that he prefers confidence before art, precepts, and all remedies whatsoever.” Our learned Burton says, “that this strong imagination or conceit is Astrum Hominis, and the rudder of this our ship, which reason should steer, but overborne by phantasie, cannot manage, and so suffers itself and the whole vessel of ours to be overruled and often overturned.”
The power of imagination in bringing about amazing cures has been noted throughout history; Avicenna [Pg 22] stated, “that he values confidence more than skill, rules, and any kind of medicine.” Our knowledgeable Burton says, “this strong imagination or belief is Astrum Hominis, and the control of our ship, which reason should guide, but is overwhelmed by fantasy, cannot manage, and thus allows itself and the entire vessel of ours to be dominated and often capsized.”
Nothing could be more absurd than the notions regarding some of these supposed cures: a ring made of the hinge of a coffin had the power of relieving cramps; which were also mitigated by having a rusty old sword hung up by the bedside. Nails driven in an oak-tree prevented the toothache. A halter that had served in hanging a criminal was an infallible remedy for a headache, when tied round the head; this affection was equally cured by the moss growing on a human skull, dried and pulverized, and taken as a cephalic snuff. A dead man’s hand could dispel tumours of the glands by stroking the parts nine times, but the hand of a man who had been cut down from the gallows was the most efficacious. To cure warts, one had nothing to do but to steal a piece of beef from the butcher, with which the warts were to be rubbed; then inter it in any filth, and as it rotted, the warts would wither and fall.
Nothing could be more ridiculous than the ideas about some of these so-called cures: a ring made from a coffin hinge could relieve cramps; a rusty old sword hung up by the bedside also helped. Driving nails into an oak tree was supposed to prevent toothaches. A noose that had been used to hang a criminal was a foolproof remedy for headaches when tied around the head; this issue could also be cured by using moss collected from a human skull, dried, ground up, and taken as snuff. A dead man’s hand could get rid of gland tumors by stroking the area nine times, but the hand of someone who had been taken down from the gallows was the most effective. To get rid of warts, all you had to do was steal a piece of beef from the butcher, rub the warts with it, then bury it in some filth, and as it rotted, the warts would shrink and fall off.
The chips of a gallows on which several persons had been hanged, when worn in a bag round the neck, would cure the ague. A stone with a hole in it, suspended at the head of the bed, would effectually stop the nightmare; hence it was called a hag-stone, as it prevents the troublesome witches from sitting upon the sleeper’s stomach. The same amulet tied to the key of a stable-door, deterred witches from riding horses over the country.
The chips from a gallows where multiple people had been hanged, when worn in a bag around the neck, could cure the chills. A stone with a hole in it, hung above the bed, would effectively stop nightmares; that's why it was called a hag-stone, as it prevents pesky witches from sitting on the sleeper's stomach. The same charm tied to the key of a stable door kept witches from riding horses across the land.
Rickety children were cured by being drawn through a cleft tree, which was afterwards bound up, and as the split wood united, the child acquired strength. Creeping through a perforated stone to cure various disorders was a Druidical rite, still practised in the East. In the parish of Marden there is a stone with a hole in it, fourteen inches in diameter, through which children are drawn for the rickets; and, in the North, infants are made to pass through a hole cut in a groaning cheese the day of their christening.
Rickety children were healed by being pulled through a split tree, which was then bandaged up, and as the wood came back together, the child gained strength. Crawling through a hole in a stone to treat various ailments was a Druidic ritual, still practiced in the East. In the parish of Marden, there's a stone with a fourteen-inch diameter hole that children are pulled through to cure rickets; and in the North, infants are made to pass through a hole cut in a groaning cheese on the day of their baptism.
Second sight, which, as an hereditary faculty, was deemed a malady, was cured in the Isle of Man, according[Pg 23] to Mr. Aubrey’s account, by baptizing a child upon the first sight of its head. This ceremony exempts the succeeding generation from the troublesome gift.
Second sight, which was considered an inherited condition and viewed as a curse, was cured in the Isle of Man, according[Pg 23] to Mr. Aubrey’s account, by baptizing a child as soon as its head is seen. This ceremony frees the next generation from the burdensome gift.
It is a melancholy reflection that, at various periods, impostors have impiously called in Scriptural aid to promote their sordid or ambitious views. Chiromancers have quoted the Bible in support of their doctrines and adduced the following lines of Job,—“He sealeth up the hand of every man, that all men may know his works:” while, in the like manner, the Holy Inquisition of Spain and Portugal justified their atrocities on the score of the parable of the marriage of the king’s son, in the 22nd of St. Matthew.
It’s a sad thought that, at different times, frauds have shamelessly used Scripture to push their selfish or ambitious agendas. Fortune tellers have cited the Bible to back up their beliefs, referencing the lines from Job: “He seals up the hand of every man, so that everyone may know his works.” Similarly, the Holy Inquisition of Spain and Portugal justified their horrors by referencing the parable of the king’s son’s wedding in chapter 22 of St. Matthew.
Unlawful cures, as they were called, being thus anathematized, lawful remedies were resorted to, and the patient was first ordered to pray with due devotion before he took his physic; or, as Burton observes, not one without the other, but both together; for, as he adds, to pray alone, and reject ordinary means, is to do like him in Æsop, that, when his cart was stalled, lay flat on his back, and cried out “Help, Hercules!” However, Hyperius maintains that no physicians can hope for success unless “with a true faith they call upon God and teach their patients to do the like.” Comineus, when he addressed the Christian princes after the overthrow of Charles of Burgundy, bade them “first pray with all submission and penitency, confess their sins, and then take physic.”
Unlawful cures, as they were called, were condemned, so lawful remedies were used instead. The patient was first instructed to pray sincerely before taking their medicine; or, as Burton notes, not one without the other, but both together. He adds that to pray alone and ignore ordinary methods is akin to the Aesop fable where someone lay flat on their back and shouted “Help, Hercules!” However, Hyperius argues that physicians can't expect to succeed unless they truly call upon God and teach their patients to do the same. Comineus, when he spoke to the Christian princes after the defeat of Charles of Burgundy, advised them to “first pray with all humility and repentance, confess their sins, and then take medicine.”
Another question of importance that led to much controversy was, whether it were lawful to seek the aid of the saints; the learned Burton’s remarks on this controverted point are so curious that they are worth relating. “They (the papists) have a proper saint for almost every peculiar infirmity: for poisons, gout, agues, Petronella; St. Romanus, for such as are possessed; St. Vitus for madmen, &c.; and as, of old, Pliny reckons up gods for all diseases. All affections of the mind were heretofore accounted gods: Love and Sorrow, Virtue, Honour, Liberty, Contumely, Impudency, had their temples; Tempests, Seasons, Crepitus Ventris, Dea Vacuna, Dea Cloacina. Varro reckons up thirty thousand gods; Lucian makes Podagra, the gout, a goddess, and assigns her priests and ministers. ’Tis the same devil still, called heretofore, Apollo, Mars, Venus, &c.; the same Jupiter, and those bad angels, are now worshipped and adored by the name of St. [Pg 24]Sebastian, St. Barbara, &c.; and our Lady succeeds Venus in many offices; and God often winks at these impostures, because they forsake his word, and betake themselves to the devil, as they do, that seek after holy water, crosses,” &c.
Another important question that stirred up a lot of controversy was whether it was acceptable to seek help from the saints. The scholar Burton's comments on this debated issue are so intriguing that they deserve mention. “They (the papists) have a specific saint for almost every unique ailment: for poisons, gout, fevers, Petronella; St. Romanus for those who are possessed; St. Vitus for the mad, etc.; and, just as Pliny once listed gods for all diseases. All emotional states were once considered gods: Love and Sorrow, Virtue, Honor, Liberty, Insult, Boldness, had their temples; Storms, Seasons, Crepitus Ventris, Dea Vacuna, Dea Cloacina. Varro lists thirty thousand gods; Lucian makes Podagra, the gout, a goddess and assigns her priests and ministers. It’s the same devil still, previously known as Apollo, Mars, Venus, etc.; the same Jupiter and those evil angels are now worshipped and adored under the names of St. [Pg 24]Sebastian, St. Barbara, etc.; and our Lady take over many roles from Venus; and God often overlooks these deceptions because they abandon his word and turn to the devil by seeking holy water, crosses,” etc.
Amidst this violent denunciation against popery and devilment, evil spirits and saints, it is somewhat singular to find a spirit of anomalous perversity which justifies suicide to rid ourselves of disease and suffering; and these very sanctimonious censors quote ancient and modern authorities to sanction a practice which every Christian must condemn. Let us pursue the disquisition of our learned bookworm Burton:—“Another doubt is made by philosophers, whether it be lawful for a man in such extremity of pain and grief to make away himself, and how those men that do so are to be censured. The Platonists approve of it, that it is lawful in such cases upon a necessity. Plotinus (L. de Beatitud.) and Socrates himself defend it (in Plato’s Phædon): If any man labour of an incurable disease, he may despatch himself, if it be to his good. Epictetus and Seneca say, Quamcunque veram esse viam ad libertatem;—any way is allowable that leads to liberty. Let us give God thanks no man is compelled to live against his will. Quid ad hominem claustra, carcer, custodia? liberum ostium habet. Death is always ready at hand: Vides illum precipitem locum, illud flumen? There is liberty at hand. Effugia cervitutis et doloris sunt, as that Laconian lad cast himself headlong, Non serviam, aiebat puer; to be freed of misery. Wherefore hath our mother earth brought out poisons (saith Pliny) in so great a quantity, but that men in distress might make away themselves? which kings of old had ever in readiness, ad incerta fortunæ venenum sub custode promptum. Many worthy men and women, quorum memoria celebratur in ecclesiâ, sayeth Leminctius, killed themselves to save their chastity and honour, when Rome was taken. Jerome vindicates the same, and Ambrose commendeth Pelagia for so doing. Eusebius admired a Roman matron for the same fact, to save herself from the lust of Maxentius the tyrant. Adelhelmus, the Abbot of Malmesbury, calls them, beatas virgines quæ sic, &c. Sir Thomas More, in his Utopia, commends voluntary death if one be sibi aut aliis molestus; especially if to live be a torment to him, let him free himself with his own hand from this tedious life, or from a prison, or suffer himself to be freed by others.” [Pg 25]However, be it said in justice to our worthy Burton, he condemns this practice as “a false and pagan position, founded in prophane stoical paradoxes and wicked examples;” and although he denounces most fulminating anathemas on papists, he concludes by saying, “we ought not to be rash and rigorous in our censures, as some are; Charity will judge and hope best; God be merciful unto us all!”
Amidst this violent criticism of popery and wickedness, evil spirits, and saints, it’s somewhat strange to find a twisted reasoning that justifies suicide to escape disease and suffering; and these very self-righteous critics reference ancient and modern authorities to endorse a practice that every Christian should reject. Let’s explore the analysis of our learned bookworm Burton:—“Another doubt raised by philosophers is whether it is acceptable for someone in extreme pain and grief to take their own life, and how we should judge those who do. The Platonists argue that it is permissible in such cases out of necessity. Plotinus (L. de Beatitud.) and Socrates himself defend it (in Plato’s Phædon): If someone suffers from an incurable disease, they may end their own life if it’s for their own good. Epictetus and Seneca say, Quamcunque veram esse viam ad libertatem;—any means that leads to freedom is valid. Let us be thankful that no one is forced to live against their will. What does a prison, custody, or confinement matter? There is always a way out. Death is always close by: Do you see that steep place, that river? There is freedom nearby. Effugia cervitutis et doloris sunt, as that Spartan youth jumped off, Non serviam, said the boy; to be freed from misery. Why has our mother earth produced poisons (says Pliny) in such abundance, if not for men in distress to choose to end their own lives? Kings of old always kept poison on hand, ad incerta fortunæ venenum sub custode promptum. Many worthy men and women, quorum memoria celebratur in ecclesiâ, says Leminctius, took their own lives to protect their chastity and honor when Rome fell. Jerome defends this, and Ambrose praises Pelagia for doing so. Eusebius admired a Roman matron for the same reason, to save herself from the lust of the tyrant Maxentius. Adelhelmus, the Abbot of Malmesbury, refers to them as beatas virgines quæ sic, &c. Sir Thomas More, in his Utopia, praises voluntary death if someone is troublesome to themselves or others; especially if living has become a torment for them, let them free themselves from this tiring life with their own hand, or from a prison, or allow others to help them escape.” [Pg 25]However, to be fair to our worthy Burton, he condemns this practice as “a false and pagan belief, based on profane Stoic paradoxes and wicked examples;” and although he vehemently denounces papists, he finishes by saying, “we shouldn’t be hasty and strict in our judgments, as some are; Charity will judge and hope for the best; God be merciful to us all!”
But why should we marvel at the credulity and superstition of our forefathers, when we daily observe equal absurdities? Fanaticism and bigotry will ever strive to speculate on human weakness, and endeavour to surround with impenetrable mists every rebel to their power who gropes for the shrine of reason and of truth. Johanna Southcote had her votaries, and Prince Hohenlohe is still considered by many a pious person, as a vicarious instrument of divine mercy. No miraculous recovery recorded in the dark ages can surpass the tenebral absurdity of the following relation of one of his cures:
But why should we be surprised by the gullibility and superstition of our ancestors when we see equal nonsense every day? Fanaticism and bigotry will always try to exploit human weakness and work to surround anyone who questions their authority with impenetrable confusion while they search for reason and truth. Johanna Southcote had her followers, and many still view Prince Hohenlohe as a devoted servant of divine mercy. No miraculous healing from the dark ages can match the sheer ridiculousness of the following account of one of his cures:
Miss O’Connor was a nun in a convent near Chelmsford, and in December 1820, being about thirty years old, was suddenly attacked by a violent pain in the right hand, which extended with much swelling and inflammation up the arm. The whole limb became red, swollen, extremely painful, and entirely useless. Every remedy, both topical and directed to the system, was tried in vain for a year and a half. There was no suppuration, nor any formation of pus; but the malady continued obdurate, and yielded to no application. The resources of the flesh having manifestly failed, Mrs. Gerard, the worthy superior, very properly betook herself to those of the spirit. She made a request through a friend to Prince Hohenlohe to assist the patient in this her extreme case; when the following precious document, which it would be impious to translate into heretical English, was received:
Miss O’Connor was a nun at a convent near Chelmsford, and in December 1820, at around thirty years old, she was suddenly struck by a severe pain in her right hand, which spread with significant swelling and inflammation up her arm. The entire limb became red, swollen, extremely painful, and completely useless. Every treatment, both topical and aimed at the whole body, was attempted in vain for a year and a half. There was no pus or any sign of infection; however, the illness proved stubborn and did not respond to any treatment. Since the physical remedies clearly weren't working, Mrs. Gerard, the devoted superior, wisely turned to spiritual means. She requested help through a friend from Prince Hohenlohe to assist the patient in her dire situation, leading to the following valuable document, which it would be blasphemous to translate into ordinary English:
“Pour la Religeuse Novice d’Angleterre.
“For the Novice Nun of England.
“Le trois du mois de Mai, à huit heures, je dirai, conformément à votre demande, pour votre guérison, mes prières. Joignez-y à la même heure, après avoir confessé et communié, les votres, avec cette ferveur angélique et cette confiance plénière que nous devons à notre Rédempteur[Pg 26] J. C.: excitez au fond de votre cœur les vertus divines d’un vrai repentir, d’un amour Chrétien, d’une croyance sans bornes d’être exaucé, et d’une résolution inébranlable de mener une vie exemplaire, afin de vous maintenir en état de grace. Agréez l’assurance de ma considération.
“On the third of May, at eight o'clock, I will say my prayers for your healing, as you requested. Please join me at the same time, after you have confessed and taken communion, with your own prayers, infused with that angelic fervor and complete trust we owe to our Redeemer, Jesus Christ: stir within your heart the divine virtues of true repentance, Christian love, boundless faith in being heard, and an unwavering commitment to live an exemplary life, in order to remain in a state of grace. Accept the assurance of my consideration.[Pg 26]”
“Prince Alexandre Hohenlohe.
“Prince Alexandre Hohenlohe.”
“Bamberg, Mars 16, 1822.”
“Bamberg, March 16, 1822.”
It is to be regretted that this letter, which was no doubt a circular to his proselytes, with necessary blanks to be filled up pro re natâ, as the doctors have it, was not drawn out in better French. Howbeit, on the appointed day, asserts Dr. Baddely (the lady’s unsuccessful medical attendant), Miss O’Connor went through the religious process prescribed by her princely physician. Mass being said, Miss O. not finding the immediate relief she expected from her faith, or faithfully expected, exclaimed somewhat impatiently, not having the fear of Job before her eyes, “Thy will be done, O Lord, since thou hast not thought me worthy of this cure;” when behold! immediately after she felt an extraordinary sensation throughout the whole arm to the end of the fingers. The pain instantly left her, the swelling gradually subsided, and Dr. B., who no doubt was the pet physician of the nuns, declares that the hand shortly resumed its natural size and shape.
It’s unfortunate that this letter, which was clearly a circular for his followers, with necessary blanks to be filled in as needed, was not written in better French. However, on the appointed day, Dr. Baddely (the lady’s unsuccessful doctor) claims that Miss O’Connor went through the religious process prescribed by her esteemed physician. After Mass was said, Miss O. didn’t find the immediate relief she was hoping for from her faith, so she exclaimed somewhat impatiently, not considering the example of Job, “Your will be done, O Lord, since you have deemed me unworthy of this cure;” when suddenly, right after, she felt an extraordinary sensation all through her arm down to her fingertips. The pain immediately left her, the swelling gradually went down, and Dr. B., who was undoubtedly the favorite doctor of the nuns, stated that her hand soon returned to its normal size and shape.
Now, Miss O’Connor was most likely a young lady from Ireland, where this miraculous cure was re-echoed in every chapel. The protestants were naturally offended by a report which seemed to impugn the sanctity of the reformed religion, and they thought it incumbent on them, for the welfare of church and state, to get up a miracle of their own which would cast Prince H., Nun O., and Dr. B. in the shade. The following statement was therefore published and certified upon oath by sundry most respectable and most worthy Orangemen:
Now, Miss O’Connor was probably a young woman from Ireland, where this miraculous healing was talked about in every chapel. The Protestants were understandably upset by a report that seemed to challenge the purity of the reformed religion, and they felt it was their duty, for the sake of church and state, to create their own miracle that would overshadow Prince H., Nun O., and Dr. B. Therefore, the following statement was published and certified under oath by several highly respected and worthy Orangemen:
“I pledge you the word and honour of an Orangeman that the following facts, sworn to by all present, occurred yesterday evening. A party of gentlemen dined with me, and after dinner a vase, containing some orange lilies, was placed upon the table by my directions. We drank several toasts; but on the glorious and immortal memory being given, an unblown lily, which the party had remarked, expanded its leaves and bloomed before us in all its [Pg 27]splendour!” How appropriate are the lines of Otway when applied to the propagators of such absurdities, who dare to call upon our faith to give credence to their impostures.
“I promise you the word and honor of an Orangeman that the following facts, sworn to by everyone present, happened last night. A group of gentlemen dined with me, and after dinner, I had a vase with some orange lilies put on the table. We drank several toasts; but when we raised a toast to the glorious and immortal memory, an unblown lily, which the group had noticed, opened its leaves and bloomed before us in all its [Pg 27]splendor!” How fitting are the lines of Otway when applied to those who spread such nonsense and dare to ask for our faith to believe their deceptions.
You want to lead
My reason blindfold like a hamper’d lion
Check’d of its noble vigour; then, when baited
Down to obedient tameness, make it crouch
And show strange tricks, which you call signs of faith:
So silly souls are gull’d, and you get money.
You want to take charge.
My reasoning is blindfolded like a restrained lion
Hindered from its noble strength; then, when provoked
It becomes submissive and learns to obey,
Showing odd tricks, which you refer to as signs of faith:
That’s how naive souls are deceived, and you profit.
A curious anecdote is related of Lord Chief Justice Holt. When a young man, he happened, with some of his merry companions, to run up a score at a country inn, which they were not able to pay. In this dilemma they appealed to Holt, to get them out of the scrape. Our young lawyer had observed that the inn-keeper’s daughter looked very ill, and, passing himself for a medical student, asked her father what ailed her, when he was informed that she suffered from an ague. Holt immediately gathered various plants, mixed them up with great ceremony, and after rolling them up in parchment, scrawled upon the ball some cabalistic characters. The amulet, thus prepared, he suspended round the neck of the young woman, and, strange to say, the ague did not return. After this cure the doctor offered to pay the bill, to which the grateful landlord would not consent, allowing Holt and his party to leave the house.
A curious story is told about Lord Chief Justice Holt. When he was young, he and some of his friends racked up a tab at a country inn that they couldn't pay. In this situation, they turned to Holt for help. The young lawyer noticed that the innkeeper's daughter looked unwell, and pretending to be a medical student, he asked her father what was wrong. He learned that she was suffering from a fever. Holt immediately gathered various herbs, mixed them with great care, and after wrapping them in parchment, he scribbled some mysterious symbols on the bundle. He then hung the amulet around the girl's neck, and oddly enough, the fever didn't come back. After this remedy, the doctor offered to settle the bill, but the grateful innkeeper refused, letting Holt and his friends leave without paying.
Many years after, when on the bench, a woman was brought before him, accused of witchcraft—the very last person tried upon such a charge. Her only defence was, that she possessed a ball invariably efficacious in the cure of agues. The charm was produced, handed to the judge, who recognised the identical ball which he had prepared in his youthful frolics.
Many years later, while sitting on the bench, a woman was brought before him, accused of witchcraft—the very last person tried for such a charge. Her only defense was that she had a ball that she claimed could cure fevers. The charm was presented, handed to the judge, who recognized it as the same ball he had made during his youthful antics.
Not only did these victims of superstition firmly believe that evil spirits had the power of inflicting disease, and afterwards salve the mischief, but they were also invested with the privilege of killing and subsequently restoring to life. The story related of the truly learned Agrippa, who was falsely represented as a necromancer, is curious.
Not only did these victims of superstition truly believe that evil spirits could cause illness and then cure it, but they also had the supposed ability to kill and later bring someone back to life. The tale of the genuinely knowledgeable Agrippa, who was wrongfully depicted as a necromancer, is interesting.
Agrippa had occasion one time to be absent for a few days from his residence in Louvain. During his absence he intrusted his wife with the key of his museum, but with an earnest injunction that no one on any account should be allowed to enter it; Agrippa happened at that time to have a boarder in his house, a young fellow of insatiable curiosity,[Pg 28] who constantly importuned his hostess, till at length he obtained from her the forbidden key. The first thing that attracted his attention was a book of spells and incantations. He spread the volume before him, and, thinking no harm, began to read aloud. He had not long continued this occupation, when a knock was heard at the door of the chamber. The youth took no notice, but continued reading. Presently there followed a second and a louder knock, which somewhat alarmed the reader. The space of a minute having elapsed, and no answer been made, the door opened and a demon entered. “For what purpose am I called?” said the unwelcome visitor in a stern voice: “What is it you demand to have done?” The youth was seized with the greatest alarm and struck speechless. The demon then rushed upon him, seized him by the throat, and strangled him, indignant no doubt in having been interrupted in some more interesting pursuit to no purpose.
Agrippa had to be away from his home in Louvain for a few days. While he was gone, he gave his wife the key to his museum but insisted that no one should be allowed to enter. At that time, he had a boarder living with him, a young guy with endless curiosity, who kept pestering his hostess until she finally gave him the forbidden key. The first thing that caught his eye was a book of spells and incantations. He opened the book and, thinking it would be harmless, began to read aloud. He hadn’t been at it long when a knock sounded at the door of the room. The young man ignored it and kept reading. Soon, there was a second, louder knock that made him a bit uneasy. After a minute passed with no response, the door swung open and a demon stepped in. “Why have you summoned me?” the unwelcome visitor said in a harsh tone. “What do you want me to do?” The young man froze in fear and couldn’t speak. The demon then rushed at him, grabbed him by the throat, and strangled him, surely annoyed at being interrupted from something more interesting.
At the expected time Agrippa came home, and to his great surprise found a number of devils capering about, and playing strange antics on the roof of his house. By his art he caused them to desist from their gambols, of which he demanded the cause. The chief of them then related to him what he had done, how he had been disturbed and insulted, and how he had thought proper to revenge himself. Agrippa became much alarmed at the probable consequences of this unfortunate adventure, and he ordered the demon, without loss of time, to reanimate his victim, and walk about the streets with him, that the public might behold him alive. The infernal spirit reluctantly obeyed, and went forth with the student in the marketplace and promenades. This excursion over, however, he maliciously allowed his companion to fall down, when life once more flitted from his body. For a time it was thought that the student had been killed by a sudden attack of illness; but, presently, the marks of strangulation became evident, and the truth came out. Agrippa was thus suddenly obliged to quit the town, and seek refuge in a distant state.
At the expected time, Agrippa returned home and was surprised to find several demons dancing around and behaving strangely on the roof of his house. Using his skills, he made them stop their antics and asked them why they were there. The leader explained what he had done, how he had been disturbed and insulted, and how he felt justified in taking revenge. Agrippa became very concerned about the possible consequences of this unfortunate situation and instructed the demon to bring his victim back to life and walk around the streets with him so that the public could see him alive. The demon reluctantly complied and went out with the student in the marketplace and promenades. However, after their outing, the demon maliciously let his companion fall down, and life fled from his body again. For a while, people believed the student had suffered a sudden illness; but soon, signs of strangulation became apparent, and the truth emerged. Agrippa was suddenly forced to leave the town and seek refuge in a distant state.
It was further related of this supposed wizard, that he was always accompanied by a familiar spirit in the shape of a black dog; and that when he lay on his deathbed he was earnestly exhorted to repent of his sins. Struck with remorse, he took hold of the dog, and removed from his neck a collar studded with cabalistic nails, exclaiming, “Begone, wretched animal, that has been the cause of my[Pg 29] perdition!” and lo! the dog immediately ran away, and, plunging into the river Soane, disappeared. It is to be regretted that historians do not relate whether the water hissed or not when the canine devil took his last leap.
It was also said about this supposed wizard that he was always accompanied by a familiar spirit in the form of a black dog. When he was on his deathbed, he was urged to repent for his sins. Overcome with remorse, he grabbed the dog and took off a collar adorned with mysterious nails, shouting, “Get lost, you wretched animal, who has caused my[Pg 29] downfall!” And just like that, the dog immediately ran away and jumped into the River Soane, disappearing altogether. It’s unfortunate that historians don’t tell us whether the water hissed when the canine devil made his final jump.
It merits notice, that the mystic and medicinal celebrity of various substances have to this hour survived the traditions of their superstitious origin; coral, for instance, which was considered as possessed of the power of keeping off evil spirits, and rendering effete the malefices of the evil eye, was constantly worn as an amulet; and Paracelsus informs us that it should be worn round the necks of infants, as an admirable preservative against fits, sorcery, charms, and poisons. We still find necklaces of this substance suspended by fond mothers and nurses round the necks of infants. In the West Indies these chaplets are worn by the negroes as a magic protection against Obiism, and they even affirm that the colour of the coral is affected by the state of health of the wearer, and becomes paler when he is ill.
It’s worth noting that the mystical and medicinal fame of various substances has survived the superstitions of their origins to this day. For example, coral was believed to have the power to ward off evil spirits and nullify the effects of the evil eye, and it was frequently worn as an amulet. Paracelsus tells us that it should be worn around infants' necks as an excellent safeguard against convulsions, witchcraft, charms, and poisons. We still see mothers and caregivers hanging necklaces made of this material around their infants' necks. In the West Indies, these necklaces are worn by Black individuals as a magical protection against Obiism, and they even claim that the color of the coral changes according to the wearer’s health, becoming paler when they are unwell.
The irrational belief in the mysterious powers of certain remedies went so far in former days, that when they were applied to the weapon that had inflicted an injury, their indirect sympathetic action was considered as effectual as if they had been used to heal the wound. The sympathetic powder of Sir Kenelm Digby, which was nothing else but pulverized green vitriol, was eulogized in a discourse pronounced by its inventor, at Montpellier, in 1658. Our James I. purchased this wonderful discovery from Sir Kenelm, who pretended that he had obtained it from a Carmelite friar, who had learned it in America and Persia. This superstitious practice is alluded to by Walter Scott, in the “Lay of the Last Minstrel:”
The irrational belief in the mysterious powers of certain remedies was so strong in the past that when they were applied to the weapon that caused an injury, their supposed sympathetic action was thought to be just as effective as using them directly on the wound. Sir Kenelm Digby's sympathetic powder, which was just crushed green vitriol, was praised in a speech given by its inventor in Montpellier in 1658. Our King James I purchased this amazing discovery from Sir Kenelm, who claimed he got it from a Carmelite friar who learned it in America and Persia. This superstitious practice is referenced by Walter Scott in the “Lay of the Last Minstrel:”
But she has ta’en the broken lance,
And wash’d it from the clotted gore,
And salved the splinter o’er and o’er.
But she has taken the broken lance,
And washed it from the clotted blood,
And healed the splinter over and over.
Dryden has also illustrated this absurdity in his “Enchanted Island,” where Ariel says,
Dryden has also shown this absurdity in his “Enchanted Island,” where Ariel says,
Anoint the sword which pierced him, with this
Weapon-salve, and wrap it close from air
Till I have time to visit it again.
Anoint the sword that pierced him with this
Weapon-salve, and wrap it tightly to keep out the air
Until I have time to come back to it again.
Sir Kenelm’s sympathetic powder was applied in the same manner; the weapon being covered with ointment and dressed three times a day. But it was not mentioned that at the same time the wound was to be brought together, and[Pg 30] bound up with clean linen bandages for seven days. This wonderful cure was then simply the process of what surgeons call healing by first intention, which means uniting the lips of the wound without suppuration. Dr. Paris apprehends that this secret was suggested to the worthy knight by the cures operated by the rust of the spear of Telephus, which, according to Homer, healed the injuries it had occasioned; and this rust was most probably verdigris.
Sir Kenelm’s special powder was used in the same way; the weapon was covered with ointment and dressed three times a day. However, it wasn't mentioned that at the same time the wound should be closed up and[Pg 30]wrapped with clean linen bandages for seven days. This amazing remedy was basically the process that surgeons call healing by primary intention, which means bringing the edges of the wound together without any pus forming. Dr. Paris believes that this secret was inspired by the healing properties of the rust from the spear of Telephus, which, according to Homer, healed the wounds it caused; and this rust was most likely verdigris.
To this day the Irish peasantry, and even many of the superior classes, firmly believe in the malevolent and destructive effect of the evil eye, when cast upon man or beast. Hence the absurd custom that prevails, especially in the western provinces, of adding “God bless it,” to any expression of admiration; and if perchance a Sassenagh traveller exclaimed “What a sweet child!” or, “What a fine cow!” without the adjunctive benediction, he would be suspected of malefice, and the priest forthwith summoned to save the devoted victim of sorcery. In Scotland dairy-maids drive cattle with a switch of the mountain ash, or roan-tree, considered as held sacred since the days of Druidism; and in some districts the sheep and lambs are made to pass through a hoop of its wood on the first day of May.
To this day, the Irish peasantry, and even many people from higher social classes, firmly believe in the harmful and destructive power of the evil eye, whether aimed at a person or an animal. This has led to the strange custom, especially in the western provinces, of saying “God bless it” after any expression of admiration. If a Sassenagh traveler happens to say, “What a sweet child!” or “What a fine cow!” without adding that blessing, they would be suspected of witchcraft, and the priest would be called in to save the unfortunate victim of magic. In Scotland, dairy maids use a switch made from mountain ash, or rowan tree, which has been considered sacred since the days of Druidism, to drive cattle. In some areas, sheep and lambs are made to pass through a hoop made of this wood on the first day of May.
The toad was also considered to be possessed of marvellous qualities for the cure of various maladies, more especially the stone that was supposed to be occasionally found in the reptile’s head, and which was called Crapaudina. Lupton, in his seventh book of “Notable Things,” thus instructs us how to obtain it. “You shall knowe whether the tode stone be the ryght and perfect stone or not. Holde the stone before a tode, so that he may see it; and if it be a ryght and true stone, the tode will leape towarde it and make as though he would snatch it, he envies so much that man should have this stone.” This famous toadstone is simply one of the fossil teeth of various fishes, and is chiefly formed of phosphate of lime. Its high polish and convexity has often induced lapidaries to have it set in rings and other jewels, to which marvellous powers were attached.
The toad was also believed to have amazing qualities for curing various ailments, especially the stone that was thought to be sometimes found in the creature’s head, called Crapaudina. Lupton, in his seventh book of “Notable Things,” instructs us on how to obtain it: “You will know whether the toadstone is the right and perfect stone or not. Hold the stone in front of a toad so that it can see it; if it’s a genuine stone, the toad will jump towards it and act like it wants to grab it, as it envies that a human should have this stone.” This well-known toadstone is actually one of the fossilized teeth from various fish and is mainly made of phosphate of lime. Its high polish and curved shape have often led jewelers to set it in rings and other jewelry, which were thought to have magical powers.
Pulverized toads were not only employed in medicine with supposed advantage, but were also considered a slow but certain poison. Solander relates, that a Roman woman, desirous of poisoning her husband gave him this substance; but instead of attaining her criminal desire, it cured him of a dropsy that had long perplexed him. Boccaccio relates the story of Pasquino and Simona, two young lovers, who, [Pg 31]wandering in a garden, plucked some sage-leaves, with which Pasquino rubbed his teeth and gums. In a few minutes he fell ill and expired. Simona accused of being his assassin, was brought before a magistrate, who ordered an immediate investigation of the matter, when, on proceeding to the garden, Simona, after relating the particulars of the case, took some leaves from the same plant and used them in a similar manner. In a few minutes the lovers were reunited in death; when it was discovered that a large toad was under the root of the plant to which it had communicated its deadly venom.
Pulverized toads were not only used in medicine with supposed benefits, but were also seen as a slow but sure poison. Solander recounts that a Roman woman, wanting to poison her husband, gave him this substance; however, instead of achieving her sinister goal, it cured him of a dropsy that had troubled him for a long time. Boccaccio tells the story of Pasquino and Simona, two young lovers, who, [Pg 31] wandering in a garden, picked some sage leaves, which Pasquino then used to rub his teeth and gums. Within a few minutes, he fell ill and died. Simona was accused of being his murderer and was brought before a magistrate, who ordered an immediate investigation into the incident. When they went to the garden, Simona, after explaining the details of the case, took some leaves from the same plant and used them in a similar way. In a few minutes, the lovers were reunited in death; it was then discovered that a large toad was beneath the roots of the plant and had transmitted its deadly venom.
Regarding unlawful cures, have we not seen vaccination, when first introduced, condemned from the very pulpit as an impious interference in a disease which seemed to have been assigned to mankind by the Creator as an inevitable doom? Did not these desperate bigots even pronounce that we were not warranted to seek in the brute creation a human remedy or preservative? What is still more worthy of remark, is the coincidence of a similar idea in India, where the greatest obstacle vaccination encountered arose from a belief that the natural smallpox was a dispensation of a malicious deity, called Mah-ry-Umma, or rather that the disease was an incarnation of the goddess herself into the person who was affected by it: the fear of irritating her, and of exposing themselves to her resentment, necessarily rendered the natives averse to vaccination, until it was impressed upon their easy belief, that Mah-ry-Umma had altered her mind, and chosen this new and milder mode of manifesting her visits to her votaries.
Regarding unlawful cures, haven't we seen vaccination, when it was first introduced, condemned from the pulpit as a disrespectful interference in a disease that seemed to have been given to humanity by the Creator as an unavoidable fate? Didn't these desperate extremists even argue that we had no right to seek a human remedy or prevention in the animal kingdom? What’s even more noteworthy is the similar belief in India, where the biggest obstacle to vaccination was the belief that natural smallpox was a punishment from a malicious goddess called Mah-ry-Umma, or that the disease itself was a manifestation of the goddess in the person affected. The fear of upsetting her and provoking her wrath made the locals resistant to vaccination until it was instilled in their willing minds that Mah-ry-Umma had changed her mind and opted for this new, gentler way of visiting her followers.
Could there ever have existed a more superstitious belief than that which vested in the regal touch a healing power? Yet from Edward the Confessor to the accession of the House of Hanover, it was generally thought in these realms that our kings could cure scrofula with their anointed fingers!
Could there ever have been a more superstitious belief than the idea that a king's touch had healing power? Yet from Edward the Confessor to the rise of the House of Hanover, it was widely believed in these lands that our kings could cure scrofula with their blessed hands!
Dr. Paris’s truly philosophic remarks on this subject, in his valuable work, entitled Pharmacologia, are worthy of quotation:—“Credulity, although it is nearly allied to superstition, yet differs from it widely. Credulity is an unbounded belief in what is possible, although destitute of proof, and perhaps of probability; but superstition is a belief in what is wholly repugnant to the laws of the physical and moral world. Credulity is a far greater source of error than superstition; for the latter must be always more limited in its influence, and can exist only, to any considerable extent,[Pg 32] in the most ignorant portions of society; whereas the former diffuses itself through the minds of all classes, by which the rank and dignity of science are degraded, its valuable labours confounded with the vain pretensions of empiricism, and ignorance is enabled to claim for itself the prescriptive right of delivering oracles, amidst all the triumph of truth and the progress of philosophy. Credulity has been justly defined belief without reason, while scepticism, its opposite, is reason without belief, and the natural and invariable consequence of credulity; for it may be observed that men who believe without reason are succeeded by others whom no reasoning can convince.”
Dr. Paris’s insightful comments on this topic in his important work, Pharmacologia, are worth quoting:—“Credulity, while closely related to superstition, is quite different from it. Credulity is an unlimited belief in what is possible, even without proof and perhaps without likelihood; superstition, on the other hand, is a belief in things that completely contradict the laws of the physical and moral world. Credulity is a much greater source of error than superstition because the latter is always limited in its influence and usually exists only in the most ignorant parts of society; while the former spreads through the minds of all classes, diminishing the status and integrity of science, blurring the lines between its valuable work and the empty claims of empiricism, allowing ignorance to assert its right to deliver oracles amidst the triumph of truth and the advancement of philosophy. Credulity has been accurately defined as belief without reason, while skepticism, its counterpart, is reason without belief, and is a natural and inevitable result of credulity; for it can be seen that those who believe without reason are followed by others whom no reasoning can persuade.”
VOICE AND SPEECH.
Blumenbach has given us a most ingenious definition of this wonderful function. The voice, properly speaking, is a sound formed by means of expiration in the larynx, which is a most beautifully constructed organ, fixed upon the top of the windpipe, like a capital upon a column. It is composed of various cartilages, united in the form of a little box, and supplied with numerous muscles, that, moving altogether or separately, produce the variations of sound.
Blumenbach has provided us with a clever definition of this amazing function. The voice, strictly speaking, is a sound created by airflow in the larynx, which is a beautifully designed organ located at the top of the windpipe, like a capital on a column. It consists of various cartilages combined to form a small box and is equipped with many muscles that work together or independently to produce different sounds.
The part of the larynx most concerned in producing the voice is the glottis, or narrow opening of the windpipe, having the epiglottis suspended over it like a valve. The air expired from the lungs strikes upon the glottis, and thus becomes sonorous. The change that the glottis undergoes in the modulation of the voice has been matter of much controversy. Aristotle and Galen compared the glottis to a wind instrument; Ferrein assimilated it to a chorded one. This latter hypothesis was objected to, on the principle that a chord, to vibrate, should not only be in a state of tension, but dryness; characters which this organ does not possess, being constantly lubrified with mucus, and in a state of greater or lesser relaxation. Fulgentius considers the human voice to be composed of ten parts: the four first are the front teeth, so useful for the appulse of the tongue in forming sounds, without which a whistle would be produced instead of a voice; the fifth and sixth are the lips,[Pg 33] which he compares to cymbals striking against each other; the seventh the tongue, which serves as a plectrum to articulate sounds; the eighth is the palate, the concavity of which forms the belly of the instrument; the ninth the throat, which performs the part of a flute; and the tenth the lungs, which supply the place of bellows.
The part of the larynx that plays the biggest role in producing sound is the glottis, which is the narrow opening of the windpipe, with the epiglottis acting like a valve above it. Air from the lungs flows through the glottis and creates sound. There has been a lot of debate about how the glottis changes when modulating the voice. Aristotle and Galen likened the glottis to a wind instrument, while Ferrein compared it to a string instrument. This last idea was challenged on the basis that a string needs to be not only tense but also dry to vibrate, characteristics that this organ doesn’t have since it’s always lubricated with mucus and is more or less relaxed. Fulgentius believes the human voice consists of ten parts: the first four are the front teeth, which are essential for the tongue to create sounds; without them, we’d just produce a whistle instead of a voice; the fifth and sixth are the lips, [Pg 33] which he compares to cymbals clashing together; the seventh is the tongue, which acts as a plectrum to produce sounds; the eighth is the palate, whose shape forms the body of the instrument; the ninth is the throat, which works like a flute; and the tenth is the lungs, which function as bellows.
That every degree of action in the glottis is due to the muscles of the larynx is proved by the experiment of tying or dividing the recurrent nerves, when the voice is destroyed or weakened.
That every level of action in the glottis comes from the muscles of the larynx is demonstrated by the experiment of tying or cutting the recurrent nerves, which results in the voice being lost or weakened.
Speech is a peculiar modification of the voice adjusted to the formation of the sounds of letters, by the expiration of the air through the nostrils and mouth, and in a great measure by the assistance of the tongue applied and struck against the neighbouring parts, the palate and front teeth in particular, and by the diversified action of the lips. This is Payne Knight’s doctrine, in his analytical essay on the Greek alphabet, and an illustration of the notions of Fulgentius.
Speech is a unique way of using the voice to create the sounds of letters. It happens when air flows out through the nostrils and mouth, largely aided by the tongue which makes contact with nearby areas like the palate and front teeth, along with the varied movements of the lips. This is the view of Payne Knight in his analytical essay on the Greek alphabet, which also reflects the ideas of Fulgentius.
Singing is compounded of speech and a musical modulation of the voice, a prerogative peculiar to man even in his most savage state; for, despite the assertions of the visionary Rousseau, who maintained that it is not natural to our species, we find that even in the uncivilized regions of Ethiopia, Greenland, and Kamtschatka, singing is a solace and a comfort.
Singing is a combination of speech and musical tone, a special ability unique to humans even in their most primitive state; because, despite what the idealistic Rousseau claimed, that it's not natural to our species, we see that even in the uncivilized areas of Ethiopia, Greenland, and Kamchatka, singing provides solace and comfort.
The mechanism of speech and articulation is so intricate, that even the division of letters and their distribution are attended with difficulties. The following is the division of Amman in his work Surdus Loquens, published at Amsterdam in 1629, and enlarged under the title of Dissert. de Loquela, 1700, and is, perhaps, the most natural and intelligible.
The process of speech and articulation is so complex that even dividing letters and their placement comes with challenges. Below is the division from Amman in his work Surdus Loquens, published in Amsterdam in 1629, and expanded under the title Dissert. de Loquela in 1700, which is probably the most straightforward and clear.
He divides into, I. Vowels; II. Semi-vowels; III. Consonants.
He divides them into: I. Vowels; II. Semi-vowels; III. Consonants.
I. The vowels are simple, a, e, i, o, u; and mixed ä, ö, ü: these are formed by the voice only. The semi-vowels and consonants are articulated by the mechanism of speech.
I. The vowels are simple, a, e, i, o, u; and mixed ä, ö, ü: these are produced solely by the voice. The semi-vowels and consonants are created by the process of speech.
II. The semi-vowels are nasal, m, n, ng (n before g, which is nearly related to it), that is, the labio-nasal m, the dente-nasal n, and the gutture-nasal ng; or oral (lingual), r, l, that is, r with a vibration of the tongue, or l with the tongue less moved.
II. The semi-vowels are nasal, m, n, ng (n before g, which is closely related to it), meaning the labio-nasal m, the dente-nasal n, and the guttural-nasal ng; or oral (lingual), r, l, which means r with a vibration of the tongue, or l with less movement of the tongue.
III. The consonants he distinguishes into sibilant (pronounced in succession), h, g, ch, s, sh, f, v, ph, that is h, formed in the throat, as it were a mere aspiration; g and ch,[Pg 34] true consonants; s, sh, produced between the teeth; and f, v, ph—formed by the application of the lower lip to the upper front teeth—and explosive (which are as it were suddenly exploded by an expiration for a time suppressed, or interrupted), namely k, q, formed in the throat; d, t, about the teeth; p, b, near the lips; and double (compound), x, z.[3]
III. He classifies consonants into sibilant (produced in succession), h, g, ch, s, sh, f, v, ph, with h formed in the throat, serving as a simple breath; g and ch are true consonants; s and sh are made between the teeth; and f, v, ph are formed by the lower lip against the upper front teeth—and explosive (which are suddenly released after being held back or interrupted), specifically k, q, made in the throat; d, t, near the teeth; p, b, produced with the lips; and double (compound), x, z. [Pg 34]
It has been thought that the tongue was indispensable for the purposes of speech, yet there are instances on record in which this has not been found an invariable rule. Dr. Conyers Middleton mentions two cases of distinct articulation with at least little or no tongue. In his exposure of the pious deceptions of weak and wicked Christians during the first centuries of the Christian era, he notices a pretty tale of an Arian prince cutting out the tongues of some of the orthodox party, and these being as able to talk as before; nay, one of them, who had been dumb from his birth, gained the faculty of speech by losing his tongue! We find various accounts of persons who spoke more or less fluently without this organ. Jussieu has inserted in the Mémoires de l’Académie des Sciences, 1718, the case of a Portuguese girl, who instead of a tongue had merely a little protuberance of about four lines in diameter in the middle of her mouth, and endowed with the power of contraction and dilatation; she spoke distinctly, but experienced difficulty in pronouncing c, f, g, l, n, r, s, t, x, and z, when she was obliged to bend her neck forward to upraise as it were the larynx. In this case, deglutition could not be well performed, and she was obliged to use her finger to propel the masticated food downwards.
It has been thought that the tongue is essential for speaking, yet there are recorded instances where this isn't always the case. Dr. Conyers Middleton mentions two examples of clear articulation with little to no tongue. In his critique of the pious deceptions of weak and corrupt Christians during the early centuries of Christianity, he recalls a story about an Arian prince cutting out the tongues of some orthodox individuals, who were still able to talk as before; in fact, one of them, who had been mute since birth, gained the ability to speak after losing his tongue! There are various accounts of people who spoke more or less fluently without this organ. Jussieu included in the Mémoires de l’Académie des Sciences, 1718, the case of a Portuguese girl who, instead of a tongue, had just a small bump about four inches in diameter in the middle of her mouth, which could contract and expand; she spoke clearly but had difficulty pronouncing c, f, g, l, n, r, s, t, x, and z when she had to bend her neck forward to lift her larynx. In her case, swallowing was not done well, and she had to use her finger to push the chewed food down.
Dr. Eliotson observes, that it is by no means improbable that the progress of modern art may present us at some future period with mechanical substitutes for orators and preachers; for, putting aside the magic heads of Albertus Magnus and Roger Bacon, Kratzenstein actually constructed an instrument to produce the vowels. De Kempelin has published a full account of his celebrated speaking machine, which perfectly imitated the human voice. The French celebrated mechanician, the Abbé Mical, also made two heads of brass, which pronounced very distinctly entire phrases; these heads were colossal, and their voices powerful and sonorous. The French government refusing, it is said, in 1782, to purchase these automata, the unfortunate[Pg 35] and too sensitive inventor, in a paroxysm of despair, destroyed these masterpieces of scientific ingenuity.
Dr. Eliotson notes that it's not at all unlikely that the advancements in modern art could eventually give us mechanical replacements for speakers and preachers. Setting aside the magical heads of Albertus Magnus and Roger Bacon, Kratzenstein actually created a device that produced vowels. De Kempelin has published a detailed account of his famous speaking machine, which closely mimicked the human voice. The well-known French mechanic, Abbé Mical, also made two brass heads that clearly pronounced entire phrases; these heads were huge, and their voices were powerful and resonant. It is said that when the French government refused to buy these automata in 1782, the unfortunate and overly sensitive inventor, in a fit of despair, destroyed these masterpieces of scientific craftsmanship.
It has been observed, that in various races the pronunciation seemed to depend upon some peculiar and characteristic conformation; and Adelung informs us that in the Hottentots, the bony palate is smaller, shorter, and less arched than in the other races, and that the tongue, especially in the Bosjesman tribe, is rounder, thicker, and shorter. Hence their pronunciation is singular, and has been compared to the clucking of the Turkey, or the harsh and broken noises produced by some other birds. They combine their aspirated gutturals with hard consonants, without any intervening vowels, in a manner that Europeans cannot imitate.
It has been noted that in different races, pronunciation appears to depend on some unique and characteristic physical features. Adelung tells us that among the Hottentots, the bony palate is smaller, shorter, and less arched than in other races, and that the tongue, especially in the Bushmen tribe, is rounder, thicker, and shorter. As a result, their pronunciation is unique and has been compared to the clucking of a turkey or the harsh, broken sounds made by some other birds. They mix their breathy gutturals with hard consonants without any vowels in between, in a way that Europeans find hard to imitate.
No doubt the differences of language are as numerous as the other distinctions which characterize the several races of men. The various degrees of natural capacity and of intellectual progress; the prevalence of particular faculties; the nature of surrounding circumstances; the ease or difficulty with which our different wants and desires are gratified, will produce not only peculiar characters in the nature and construction of language, but in its copiousness and development.
No doubt the differences in language are as many as the other distinctions that define the various races of people. The different levels of natural ability and intellectual advancement, the dominance of specific skills, the nature of our surroundings, and how easy or hard it is to satisfy our different needs and desires will create not only unique characteristics in the nature and structure of language but also in its richness and evolution.
One of the most curious points in the subject of language, is the continued existence in a large portion of Asia, very anciently civilized, and considerably advanced, at least in the useful arts, of simple monosyllabic languages, which are not in the slightest degree connected with the peculiar organization of the Mongolian variety, to which these people belong, and whose language is distinctly polysyllabic.
One of the most interesting aspects of language is that a significant part of Asia, which has been civilized for a very long time and is quite advanced, at least in practical skills, still uses simple monosyllabic languages. These languages have no connection whatsoever to the unique structure of the Mongolian language, which is spoken by the people in that region and is clearly polysyllabic.
The attempts that have been made to trace the origin of languages to the varieties of our species, or to the influence of climate, have hitherto been fruitless, and the doctrines broached on the obscure subject refuted by observation. Mr. Jefferson states that there are twenty radical languages in America for one in Asia; more than twenty languages, he adds, are still spoken in the kingdom of Mexico, most of which are at least as different from one another as the Greek and the German, the French and the Polish. The variety of idioms spoken by the people of the new continent, and which without the least exaggeration may be stated at some hundreds, offers a very striking phenomenon, particularly when we compare it to the few languages spoken in Asia and in Europe. Vater also informs us, that in Mexico, where the causes producing insulation of the several tribes have been[Pg 36] for a long time in a course of diminution, Clavigero recognised thirty-five different languages. Some of these words are rather of difficult pronunciation, and Humboldt tells us that Notlazomahuiztespixcatatzin is the term of respect with which they addressed their priests. During the French revolution, a learned Jacobin discovered that the early Peruvians adored a divinity who patronized the Sans-culottes, of their day, and who was named Cawaltze-quos, i. e. without breeches. Such barbarous words do not constitute that engaging tongue that Shakspeare calls “speaking holiday,” but rather confirms Byron’s ideas of the Russians’ difficult expressions, which no man has leisure to pronounce except on high-days and holidays.
The efforts to trace the origin of languages back to the different varieties of our species or to the impacts of climate have so far been unsuccessful, and the theories put forward on this obscure topic have been disproven by observation. Mr. Jefferson notes that there are twenty main languages in America for every one in Asia; he adds that more than twenty languages are still spoken in Mexico, most of which are at least as distinct from each other as Greek is from German or French is from Polish. The wide range of languages spoken by the people of the new continent, which can easily be said to number in the hundreds, presents a remarkable phenomenon, especially when compared to the few languages spoken in Asia and Europe. Vater also tells us that in Mexico, where factors leading to the isolation of various tribes have been[Pg 36] diminishing for a long time, Clavigero identified thirty-five different languages. Some of these words are quite difficult to pronounce, and Humboldt mentions that Notlazomahuiztespixcatatzin is the respectful term they used when addressing their priests. During the French Revolution, a knowledgeable Jacobin discovered that the early Peruvians worshipped a deity who supported the Sans-culottes of their time, named Cawaltze-quos, meaning "without breeches." Such harsh-sounding words do not make up the charming language that Shakespeare refers to as “speaking holiday,” but rather support Byron’s views on the complicated expressions of the Russians, which no one has the time to pronounce except on festive occasions.
Although brutes pronounce no articulate sounds, there is, no doubt but they have a language perfectly intelligible to one another. Their manner of expressing their different emotions is in some instances perfectly distinct; and birds have most decidedly a peculiar language. The following may be said to be the words of a nightingale’s strain observed by Bechstein, an ingenious ornithologist, and committed to paper several times while he listened with deep attention to that sweet bird’s “complaining notes,” that “tune our distresses and record our woes.”
Although animals don’t make clear sounds like humans do, there’s no doubt they have a language that’s completely understandable to each other. The way they express their emotions can be very distinct, and birds definitely have their own unique language. The following can be said to capture the essence of a nightingale’s song noted by Bechstein, an insightful bird expert, who wrote it down several times while he listened closely to that lovely bird’s “sorrowful notes” that “reflect our troubles and document our griefs.”
Tiouou, tiouou, tiouou tiouou
Shpe, tiou, tokoua
Tio, tio, tio, tio.
Kououtio, kououtio kououtio,
Tskouo, tskouo, tskouo,
Tsii, tsii, tsii, tsii, tsii, tsii, tsii, tsii tsii tsii,
Kouoror tiou. Tskoua pipitskousisi
Tso, tso, tso, tso, tso, tso, tso tso, tso, tso, tso, tso, tsirrhading!
Tsisi si tosi si, si, si, si, si, si, si.
Tsorre tsorre tsorre tsorrehi
Tsatn, tsatn, tsatn tsatn tsatn tsatn tsatn tsi,
Dlo, dlo, dlo dla, dlo dlo dlo dlo dlo
Kouioo trrrrrrrrtzt
Lu, lu, lu, ly ly ly li li li li
Kouio didl li loulyli
Ha guour, guour, koui kouio!
Kouio, kououi kououi kououi koui, koui, koui, koui,
Ghi ghi ghi
Gholl, gholl, gholl gooll ghia hududoi
Koui koui koui ha hia dia dillhi!
Hets, hets, hets, hets, hets, hets, hets hets, hets, hets
Hets, hets, hets, hets, hets
Tourrho hostehoi
Kouia, kooia, kouia, kouia, kouia kouia kouia kouiati!
Tiouou, tiouou, tiouou tiouou
Shpe, tiou, tokoua
Tio, tio, tio, tio.
Kououtio, kououtio kououtio,
Tskouo, tskouo, tskouo
Tsii, tsii, tsii, tsii, tsii, tsii, tsii, tsii tsii tsii,
Kouoror tiou. Tskoua pipitskousisi
Tso, tso, tso, tso, tso, tso, tso tso, tso, tso, tso, tso, tsirrhading!
Tsisi is a place where we gather, yes, yes, yes, yes, yes, yes, yes.
Tsorre tsorre tsorre tsorrehi
Tsatn, tsatn, tsatn tsatn tsatn tsatn tsatn tsi,
Dlo, dlo, dlo dla, dlo dlo dlo dlo dlo
Kouioo trrrrrrrrtzt
Lu, lu, lu, ly ly ly li li li li
Kouio didl li loulyli
Ha guour, guour, koui kouio!
Kouio, kououi kououi kououi koui, koui, koui, koui,
Ghi ghi ghi
Gholl, gholl, gholl gooll ghia hududoi
Koui koui koui ha hia dia dillhi!
Hets, hets, hets, hets, hets, hets, hets hets, hets, hets
Hets, hets, hets, hets, hets
Tourrho hostehoi
Kouia, kooia, kouia, kouia, kouia kouia kouia kouiati!
A story is related of an irascible Irish piper of the name of[Pg 37] Molroy, who declared a war implacable against the feline race, as he swore that they invariably pronounced his name in their nocturnal concerts. Gall and various observers of animals have fully ascertained that the attention of dogs is awakened by our conversation. He brought one of these intelligent creatures with him from Vienna to Paris, which perfectly understood French and German, of which he satisfied himself by repeating before it whole sentences in both languages. A recent anecdote has been related of an old ship-dog, that leaped overboard and swam to the shore on hearing the captain exclaim, “Poor old Neptune! I fear we shall have to drown him!” and such was the horror which that threat inspired, that he never afterwards would approach the captain or any of the ship’s company, to whom he had previously been fondly attached. It must, however, be observed that in the brute creation, as in ours (sometimes more brutal species), peculiar attributes, that do not belong to the race, distinguish individuals gifted with what in man we might call a superior intellect, but which in these animals shows a superiority of what we term instinct. Spurzheim relates an instance of a cow belonging to Mr. Dupont de Nemours, which, amongst the whole kindred herd, was the only one that could open the gate leading to their pastures; and her anxious comrades, when arriving at the wished-for spot, invariably lowed for their conductor. It is also related of a hound, who, unable to obtain a seat near the fire without the risk of quarrelling with the dozing occupants that crowded the hearth, was wont to run out into the court-yard barking an alarum that brought away his rivals in comfort, when he quietly reentered the parlour, and selected an eligible stretching-place. This animal displayed as much ingenuity as the traveller who, according to the well-known story, ordered oysters for his horse for the purpose of clearing the fireside.
A story is told about a grumpy Irish piper named [Pg 37] Molroy, who declared an ongoing war against cats because he believed they always called his name during their nighttime concerts. Observations by Gall and other animal watchers have confirmed that dogs react to our conversations. He brought one smart dog with him from Vienna to Paris, which could understand French and German. He tested this by saying full sentences in both languages in front of it. There's also a recent story about an old ship dog who jumped overboard and swam to shore when he heard the captain say, “Poor old Neptune! I fear we shall have to drown him!” The fear that this threat caused made him refuse to approach the captain or any of the crew again, even though he had previously been very fond of them. It should be noted that, in the animal world, as in ours (sometimes even more brutal), certain characteristics distinguish individuals with what we might call a superior intellect in humans, although in these animals, it shows as a superiority of what we term instinct. Spurzheim shares an example of a cow belonging to Mr. Dupont de Nemours, which was the only one in her herd that could open the gate to their pastures. Her anxious companions always mooed for her upon arriving at the desired location. There’s also a tale about a hound who, unable to get a spot near the fire without risking a fight with the sleeping occupants crowded around the hearth, would run out into the courtyard barking to drive away his rivals in comfort, allowing him to quietly return to the parlor and find a good place to stretch out. This animal showed as much cleverness as the traveler in the well-known story who ordered oysters for his horse just to clear the fireside.
ECSTATIC EXALTATION.
This rapturous excitement is not unfrequently the province of the physician. Fortunately perhaps for the patient, it is an incurable malady, illustrating the lines of Dryden,
This intense excitement often belongs to the physician. Thankfully for the patient, it’s an incurable condition, echoing the lines of Dryden,
There is a pleasure, sure, in being mad,
Which none but madmen know.
There’s definitely a thrill in being crazy,
That only those who are crazy truly understand.
If we admit this state of ecstasy to be a mental aberration, it is surely of an enviable nature, since it elevates the soul to a beatitude which is rarely the lot of man.
If we consider this state of ecstasy to be a mental lapse, it is definitely of an admirable kind, as it lifts the spirit to a happiness that is seldom experienced by people.
No definition of this state can equal that given by St. Theresa of her own feelings. By prayer she had attained what she calls a “celestial quietude,—a state of union, rapture, and ecstasy.” “I experienced,” she continues, “a sort of sleep of all the faculties of the soul—intellect, memory, and volition; during which, though they were but slumbering, they had no conception of their mode of operation. It was a voluptuous sensation, such as one might experience when expiring in raptures in the bosom of our God. The soul is unconscious of its actions; she (the soul) knows not if she speaks or if she remains silent, if she laughs or if she cries. It is, in short, a blessed extravagance, a celestial madness, in which she attains in the knowledge of true wisdom, an inconceivable consolation. She is on the point of merging into a state of languor; breathless, exhausted, the slightest motion, even of the hands, is unutterably difficult. The eyes are closed by a spontaneous movement; or, if they remain open, the power of vision has fled. In vain they endeavour to read: they can distinguish letters, but are unable to class them into words. Speak to a person in this absorbed condition, no answer will be obtained; although endeavouring to speak, utterance is impossible. Deprived of all external faculties, those of the soul are increased, to enjoy glorious raptures when conversing with the Deity and surrounding angels.” These conversations the blessed St. Theresa relates; and she further states, that after having remained about an hour in this joyous trance, she recovered her usual senses, and found her eyes streaming in tears, as though they were weeping for the loss she had experienced in being restored to earthly relations.
No definition of this state can match the one given by St. Theresa about her own feelings. Through prayer, she achieved what she calls a “heavenly calm— a state of union, joy, and ecstasy.” “I felt,” she continues, “a kind of sleep of all the soul's faculties—intellect, memory, and will; during which, even though they were just resting, they had no understanding of how they were functioning. It was a pleasurable sensation, like one might feel when blissfully fading away in the embrace of God. The soul is unaware of its actions; it (the soul) doesn’t know if it speaks or stays silent, if it laughs or cries. It’s, in short, a blessed craziness, a divine madness, where it reaches a knowledge of true wisdom, an unimaginable consolation. It’s like being on the edge of a dreamy state; breathless and spent, even the smallest movement, like lifting a hand, becomes incredibly difficult. The eyes close spontaneously; or, if they stay open, the ability to see is lost. They try in vain to read: they can recognize letters but can’t form them into words. Speak to someone in this absorbed state, and you won’t get a response; even though they try to speak, uttering anything is impossible. Stripped of all external senses, the soul's faculties are heightened, allowing for glorious raptures while conversing with God and surrounding angels.” These conversations are recounted by the blessed St. Theresa, who also notes that after spending about an hour in this joyful trance, she regained her usual senses and found her eyes streaming with tears, as if mourning the loss felt in being restored to earthly connections.
Now, with all due deference to St. Theresa, this state was most probably a hysteric condition. Zimmerman relates two cases somewhat of a similar kind. Madame[Pg 39] M. experienced effusions of divine love of a peculiar nature. She first fell into a state of ecstasy, motionless and insensible, during which, she affirms, she felt this love penetrating her whole being, while a new life seemed to thrill through every fibre. Suddenly she started up, and seizing one of her companions, exclaimed, “Come, haste with me to follow and call Love, for I cannot sufficiently call upon his name!”—A French young lady was the second instance of this affection. She also frequently lost the power of speech and all external senses, animated with a love divine, spending whole nights in ecstatic bliss, and rapturously embraced by her mystic lover. It is difficult, perhaps, to separate this amorous feeling from physical temperament; and the following remarks of Virey on the subject of St. Theresa are most judicious:—“She possessed an ardent and sensitive disposition, transported, no doubt, by terrestrial affection, which she strove to exchange for a more exalted ardour for the Deity; for devotion and love are more or less of a similar character. Theresa was not fired by that adoration which is exclusively due to the infinite and invisible Intelligence which rules the universe; but she fancied a sensible, an anthropomorphous divinity; so much so, that she not unfrequently reproached herself with bitterness that these raptures were not sufficiently unconnected with corporeal pleasures and voluptuous feelings.”
Now, with all due respect to St. Theresa, this state was probably more of a hysterical condition. Zimmerman recounts two somewhat similar cases. Madame[Pg 39] M. experienced waves of divine love that were unique. She first slipped into a state of ecstasy, completely still and unresponsive, during which she claims she felt this love filling her entire being, while a new life seemed to pulse through every fiber of her body. Suddenly, she jumped up, grabbed one of her friends, and exclaimed, “Come, hurry with me to follow and call Love, for I can't call upon his name enough!”—A young French woman was the second example of this feeling. She also frequently lost the ability to speak and all external senses, filled with divine love, spending whole nights in ecstatic joy and joyfully embraced by her mystical lover. It’s possibly hard to distinguish this loving feeling from physical temperament; and Virey's comments on St. Theresa's case are very insightful:—“She had a passionate and sensitive nature, likely stirred by earthly affection, which she aimed to trade for a higher passion for the divine; because devotion and love are somewhat similar in nature. Theresa was not motivated by the worship due solely to the infinite and unseen Intelligence that governs the universe; rather, she envisioned a tangible, human-like deity; so much so that she often harshly criticized herself for the fact that these raptures were not disconnected enough from physical pleasures and sensual feelings.”
St. Theresa was not the only beatified enthusiast who suspected that the evil spirit occasionally interfered in those ecstatic visions. St. Thomas Aquinas divides ecstasies into three classes;—the first arising from divine power, and enjoyed by the prophets, St. Paul, and various other saints. The second was the work of the devil, who bound down all external senses, suspended their action, and reduced the body to the condition of a corpse: such were the raptures in which magicians and sorcerers were frequently entranced, during which, according to Tertullian and other writers, the soul quitted the body to wander about the world, inquire into all its occurrences, and then returned with the intelligence it had obtained to its former abode. The third rapturous category of St. Thomas he simply attributes to physical causes, constituting mental alienation.
St. Theresa wasn't the only beatified enthusiast who thought that an evil spirit sometimes interfered in those ecstatic visions. St. Thomas Aquinas divides ecstasies into three categories: the first arises from divine power and is experienced by prophets, St. Paul, and various other saints. The second is caused by the devil, who shuts down all external senses, halting their function, and reduces the body to a lifeless state; these were the raptures that magicians and sorcerers often experienced, during which, according to Tertullian and others, the soul would leave the body to roam the world, learn about all its happenings, and then return with the knowledge it had gathered. The third type of rapture that St. Thomas mentions he simply attributes to physical causes, resulting in mental unbalance.
May not all these ecstatic raptures be considered as belonging to this third class? It has been observed that women, hysteric ones in particular, were the most subject to this supposed inspired affection; and amongst men it has also[Pg 40] been remarked, that the enraptured individual was in general nervous, debilitated, and bald; and it is well known that the fall of the hair is frequently the result of moral and physical weakness, brought on by long studies, contemplation, grief, and illness, all of which may occasion mental aberration; for what other denomination can be given to the ecstatic state of the Monks of Mount Athos, who pretended or fancied that they experienced celestial joys when gazing on their umbilical region, in converse with the Deity? Hence were they called Omphalopsychians, whose notions in the matter are thus described by Allatius: “Elevate thy spirit above earthly concerns, press thy beard upon thy breast, turn thine eyes and all thy thoughts upon the middle of thine abdomen, hold thy breath, seek in thy bowels the abode of thy heart—then wilt thou find it unalloyed with dense and tenebral mists; persevere in this contemplation for days and nights, and thou shalt know uninterrupted joys, when thy spirit shall have found out thy heart and has illumined itself.”[4]
Could all these ecstatic experiences be seen as part of this third category? It has been noted that women, especially those with hysteria, were most susceptible to this supposed inspired love; and among men, it has also[Pg 40] been observed that the ecstatic individual was generally nervous, weakened, and bald; and it's well known that hair loss often results from both moral and physical weakness, caused by prolonged study, deep thought, sorrow, and illness, all of which can lead to mental disturbance. For what else can we call the ecstatic state of the Monks of Mount Athos, who claimed or believed they experienced heavenly joy while staring at their navel, in connection with the divine? Hence they were named Omphalopsychians, and their views on the subject are described by Allatius: “Lift your spirit above worldly matters, press your beard against your chest, direct your eyes and thoughts toward the center of your abdomen, hold your breath, seek within yourself the home of your heart—then you will find it free from heavy and dark mists; persist in this meditation for days and nights, and you will experience uninterrupted joy when your spirit discovers your heart and has illuminated itself.”[4]
Bernier relates an act of supposed devotion amongst the Fakirs nearly as absurd, when, to seek the blessings of a new light, they rivet their eyes in silent contemplation upon the ceiling; then gradually looking down, they fix both eyes gazing, or rather squinting, at the tip of their nose, until the aforesaid light beameth on them.
Bernier describes an act of supposed devotion among the Fakirs that seems almost ridiculous. In order to seek the blessings of a new light, they stare silently at the ceiling. Then, as they slowly look down, they focus both eyes on the tip of their nose, or rather squint at it, until the aforementioned light shines upon them.
St. Augustin mentions a priest who could at will fall into one of these ecstasies, during which his external senses were so totally suppressed that he did not experience the pangs of the torture. Cardanus affirms that he was possessed of the same faculty. “Quoties volo,” he says, “extra sensum quasi in exstasim transeo—sentio dùm eam ineo, ac (ut veriùs dicam) facio, juxta cor quandam separationem, quasi anima abscederet, totique corpori res hæc communicatur, quasi ostiolum quoddam[Pg 41] aperiretur. Et initium hujus est à capite, maximè cerebello, diffunditurque per totam dorsi spinam, vi magnâ continetur; hocque solùm sentio, quad sum extra meipsum magnâque quâdam vi paululum me contineo.”
St. Augustine talks about a priest who could deliberately enter one of these trances, during which his external senses were completely shut down, so he didn’t feel the pain of torture. Cardanus claims he had the same ability. “Whenever I want,” he says, “I go beyond my senses as if in a trance—I feel while I enter it, and (to be more accurate) I do, in my heart, experience a certain separation, as if my soul were leaving, and this state is shared with my whole body, as if a small door[Pg 41] were being opened. Its beginning is at the head, especially in the cerebellum, and it spreads through the entire spinal column, being held by a great force; this is what I feel, that I am outside of myself and with a certain great force, I hold myself back a little.”
This state of mind is usually succeeded by contemplation, which has justly been considered one of the attributes of Genius. This contemplation, however, may be applied to positive relation, or to the workings of fiction. In the latter case it becomes to a certain degree mental, and beyond the control or the influence of our reason, although we cannot regulate the rationality of our mental pursuits by any given or acknowledged standard. The pseudo-philosopher, who searches for the elixir vitæ or the power of transmuting metals, and the judicial astrologer, are in the eyes of society madmen: yet, do they reason on certain rational principles, and in many respects may be considered wise; one might figuratively say, that here the mind must have taken flight beyond its natural limits, if we can limit thought. In the wild wanderings of Theosophy man has fancied that by abstracting himself from the world, he might place himself in relation with the Divinity, and has so forcibly indulged the flattering illusion, that he actually believes that he is in converse with his Creator or his angels. Unquestionably this is a state of mania, yet is it founded upon a systematic train of ideas, that, strictly speaking, does not partake of mental aberration, but rather of enthusiasm. Although an indulgence in this may terminate in mania, still there is something delightful in these fond aberrations. A new world—a new condition is evoked—we are freed from the trammels of society and its prejudices—and perhaps encompassed by misery we burst from its shackles into another orb of our own creation, when the eyes closed in a vision of bliss—a meridian sunbeam, through the darkness of night. If the slumber of the visionary ushered in death, his destiny might be enviable—he had already quitted the world, seeking the presence of his God—his soul had already soared from its earthly tenement.
This mindset is usually followed by contemplation, which has rightfully been seen as one of the traits of genius. This contemplation, however, can relate to real-life situations or the workings of fiction. In the latter case, it becomes somewhat mental and is beyond our reasoning, even though we can't measure the rationality of our mental activities by any specific or accepted standard. The pseudo-philosopher, who looks for the elixir vitæ or the ability to change metals, and the judicial astrologer, are viewed by society as madmen: yet, they reason according to certain rational principles and can often be seen as wise; one could say figuratively that here the mind must have taken flight beyond its natural boundaries, if we can even set limits on thought. In the wild explorations of Theosophy, people have believed that by detaching themselves from the world, they could connect with the Divine. They indulge in this flattering illusion so deeply that they truly think they are in conversation with their Creator or angels. Without a doubt, this is a state of mania, yet it is based on a systematic flow of ideas that, strictly speaking, does not reflect mental illness, but rather enthusiasm. Although this indulgence can lead to mania, there is something delightful in these whimsical deviations. A new world—a new condition is created—we escape from the constraints of society and its prejudices—and perhaps overwhelmed by suffering, we break free from its bonds into another realm of our own making, when our eyes close in a vision of happiness—a bright beam of sunlight piercing through the darkness of night. If the sleep of the visionary were to bring about death, his fate might be envied—he would have already left the world, seeking the presence of his God—his soul would have already soared from its earthly shell.
There is no doubt that such contemplation may lead us to a better knowledge of the Supreme Being, whose image and attributes have been distorted by ignorance and superstition. It has been truly said, that until the light of Christianity shone upon mankind, God was unknown. He had been represented as wrathful and revengeful—implacable in his anger—insatiable in his thirst for blood—when he was[Pg 42] revealed to us upon the earth, gentle, forgiving, loving, humble, and charitable. The type of all excellence—and delivering doctrines so pure, so convincing, as to entitle him to the name of Saviour, even were his godhead doubted—for who could question the salvation of those who followed his laws. Until ambition swayed the church and polluted the altar with blood and rapine—how happy, how blessed were these followers—even in the midst of persecution and in agonies—pardoning their barbarous murderers and praying for their conversion.
There’s no doubt that such reflection can lead us to a better understanding of the Supreme Being, whose image and attributes have been skewed by ignorance and superstition. It has been accurately said that until the light of Christianity shone on humanity, God was unknown. He had been depicted as angry and vengeful—unforgiving in His wrath—never satisfied in His thirst for blood—when He was[Pg 42] revealed to us on earth as gentle, forgiving, loving, humble, and charitable. The embodiment of all excellence—and teaching doctrines so pure, so convincing, that He deserves the title of Saviour, even if His divinity were questioned—for who could doubt the salvation of those who followed His laws? Until ambition influenced the church and tainted the altar with blood and plunder—how happy, how blessed were these followers—even in the face of persecution and pain—forgiving their brutal murderers and praying for their conversion.
Unfortunately according to the temperament of individuals their ecstasy has frequently led to an enthusiasm which knew no bounds, and induced the illuminated visionary to consider all men who did not coincide in his opinions the enemies of Divinity—hence arose fanaticism and persecution—yet did these murderous madmen conceive that they were wielding their hateful sword in the cause of an offended God; and, although we read of their excesses and cruelty with horror, they were not bad men, and many of them imagined that they were fulfilling a heavenly mission. I have known many worthy and amiable ecclesiastics in Spain and in Portugal who advocated the inquisition as a useful institution, although they readily admitted that it had too frequently been rendered instrumental to ambition and political intrigues.
Unfortunately, due to people's tempers, their excitement often turned into an enthusiasm without limits, causing the visionary to view anyone who disagreed with him as enemies of God. This led to fanaticism and persecution; yet these violent individuals believed they were fighting for the cause of an offended God. Although we read about their excesses and cruelty with horror, they were not bad people, and many thought they were on a divine mission. I've known many decent and kind clergy in Spain and Portugal who supported the Inquisition as a useful institution, even though they readily acknowledged that it had often been misused for personal ambition and political schemes.
This state of mental exaltation is not unfrequently within the province of a physician’s care. The treatment like that of all moral affections is a task of great difficulty. Perhaps the best curative means to be adopted is occupation of the body in active pursuits. St. Augustine was so convinced of this necessity of occupation to prevent ecstatic habits, that the monks of the Thebaid cultivated their ground with such industry, that they freighted several vessels with their produce. Priest has observed in his extensive practice in insanity that he never met with an insane naturalist. Travelling is also to be enjoined. Marriage has also been advised, although it is to be feared that the little charms men of this description may have to suit a woman’s fancy, might lead to contemplation of a nature widely different from beatitude. The Jewish Rabbi tell us, that as soon as Moses became contemplative and prophetic, his wife Marjarin left him. It is certain that enthusiasm produces a concentration of mind prejudicial to all other functions.[5]
This state of heightened mental excitement is often within a doctor's care. Treating it, like all emotional issues, is quite challenging. Perhaps the best remedy is keeping the body active and engaged in productive activities. St. Augustine believed strongly in the importance of staying busy to prevent ecstatic behaviors, so much so that the monks of the Thebaid worked diligently on their land and shipped several vessels full of their harvest. Priest noted in his extensive work with mental illness that he never encountered an insane naturalist. Traveling is also recommended. Marriage has been suggested as well, but it’s concerning that the few traits such men might have to attract a woman could lead to a kind of contemplation far removed from happiness. The Jewish Rabbi tells us that once Moses became contemplative and prophetic, his wife Marjarin left him. It’s clear that enthusiasm creates a focus of mind that disrupts other functions.[5]
[Pg 43]There is no doubt that melancholy or intense cogitation may bring on this morbid condition. Zimmerman relates that the mathematician Viote was sometimes so wrapped up in calculation, that he was known to remain three days and three nights without sleep or food: and Mendelsohn the philosopher, who was called the Plato of Germany, fell into a swoon the moment philosophy was talked of; and he was therefore ordered by his doctor not to think. Being asked one day what he contrived to do when not allowed thought, he replied, “Why, I go to the window and count the tiles on the roof of the opposite house.”
[Pg 43]There's no doubt that feeling down or deep thinking can lead to this unhealthy state. Zimmerman mentions that the mathematician Viote was sometimes so absorbed in calculations that he would go three days and nights without food or sleep. Mendelsohn, the philosopher known as the Plato of Germany, would faint as soon as philosophy came up, so his doctor advised him not to think. When asked one day what he did when he wasn't allowed to think, he replied, "Well, I just go to the window and count the tiles on the roof of the building across the street."
This morbid condition of our intellectual faculties has been admirably described by Johnson, in his Rasselas. “To indulge the power of fiction, and send imagination out upon the wing, is often the sport of those who delight too much in silent speculation. He who has nothing external that can divert him, must find pleasure in his own thoughts, and must conceive himself what he is not; for who is pleased with what he is? He then expatiates in boundless futurity, and culls from all imaginary conditions that which for the present moment he would most desire; amuses his desires with impossible enjoyments, and confers upon his pride unattainable dominion. The mind dances from scene to scene, unites all pleasures, in all combinations, and riots in delights which nature and fortune, with all their bounty cannot bestow. In time, some particular train of ideas fixes the attention: all other intellectual gratifications are rejected; the mind, in weariness or leisure, returns constantly to the favourite conception, and feasts on the luscious falsehood whenever she is offended with the bitterness of truth. By degrees the reign of fancy is confirmed; she grows first imperious, and in time despotic. Then fictions begin to operate as realities, false opinions fasten upon the mind, and life passes in dreams of raptures or of anguish.”
This troubling state of our thinking skills has been well expressed by Johnson in his Rasselas. “Embracing the creativity of fiction and letting imagination take flight often becomes a pastime for those who are too absorbed in quiet contemplation. Someone without external distractions will seek enjoyment in their own thoughts and must imagine themselves as someone they are not; for who is truly satisfied with who they are? They then wander through infinite possibilities, picking from all the imaginary scenarios what they desire most in the current moment; they entertain their desires with impossible pleasures and grant their pride unattainable power. The mind flits from one scene to another, combining all pleasures in every way imaginable, indulging in delights that nature and fortune, despite their generosity, cannot provide. Eventually, a specific line of thought captures attention: all other forms of intellectual satisfaction are dismissed; the mind, whether tired or free, consistently returns to the favored idea, savoring the sweet deception whenever it is displeased by the harshness of reality. Gradually, the rule of imagination is solidified; it first becomes assertive, and eventually tyrannical. Then these fictions start to feel like realities, false beliefs take hold in the mind, and life drifts away in dreams of ecstasy or despair.”
The celebrated physician Boerhaave was once engaged in so profound a meditation that he did not close his eyes for six weeks. Any fixity of idea may be considered as a monomania. Pascal, being thrown down on a bridge, fancied ever after that he was standing on the brink of a terrific precipice, which appeared to him an abyss ever ready to ingulf him. So immutable was this dread, that when his friends conversed with him they were obliged to conceal this ideal peril with a chair, on which they seated themselves, to tranquillize his[Pg 44] perturbed mind. This is an instance of a painful fixity of thought, the result of which is melancholic mania; whereas ecstatic exultation is the enjoyment of a delicious sensation unknown in our habitual earthly enjoyments, and beautifully expressed by Shakspeare, when Pericles thus addresses Helicamus—
The famous doctor Boerhaave once got so lost in thought that he didn’t sleep for six weeks. Any intense focus on an idea can be seen as a form of obsession. Pascal, after falling off a bridge, always felt like he was about to fall into a terrifying abyss that threatened to swallow him. His fear was so strong that when his friends talked to him, they had to hide this imagined danger by sitting on a chair to calm his troubled mind. This is an example of a painful fixation of thought that leads to melancholic mania; in contrast, ecstatic joy is the experience of a wonderful sensation that we don’t usually feel in our everyday lives, beautifully captured by Shakespeare, when Pericles speaks to Helicanus—
O Helicanus! strike me, honoured sir;
Give me a gash,—put me to present pain,
Lest this great sea of joy, rushing upon me,
O’erbear the shores of my mortality,
And drown me with their sweetness.
O Helicanus! Hurt me, respected sir;
Give me a cut,—bring me to immediate pain,
So that this huge sea of joy, crashing over me,
Doesn't overwhelm the banks of my mortality,
And drown me in its sweetness.
Archimides was heedless of the slaughter around him. Father Castel, the inventor of the ocular harpsichord, spent an entire night in one position, ruminating on a thought that struck him as he was retiring to rest. And it is related of an arduous student, that he was reflecting so deeply on some interesting and puzzling subject, that he did not perceive that his feet were burnt by the fire near which he was seated.
Archimedes was oblivious to the violence happening around him. Father Castel, the creator of the ocular harpsichord, spent an entire night in one spot, thinking about an idea that came to him as he was getting ready for bed. There's a story about a dedicated student who was so lost in thought on a fascinating and challenging topic that he didn’t notice his feet were getting burned by the fire he was sitting next to.
VARIETIES OF MANKIND.
The most approved classification of mankind is that of Blumenbach. He divides them into five varieties: 1. The Caucasian; 2. Mongolian; 3. Ethiopian; 4. American; and 5. Malay: and the following are the characteristics of each.
The most widely accepted classification of humanity is that of Blumenbach. He divides people into five groups: 1. Caucasian; 2. Mongolian; 3. Ethiopian; 4. American; and 5. Malay. Here are the characteristics of each.
I. THE CAUCASIAN.
I. THE CAUCASIAN.
The skin white; the cheeks rosy—almost a peculiarity of this variety; the hair of a nut-brown, running on the one hand to yellow, on the other into black, soft, long, and undulating; the head symmetrical, rather globular; the forehead moderately expanded; the cheek-bones narrow, not prominent; the alveolar edge round, the front teeth of each jaw placed perpendicularly. The face oval and pretty straight; its features moderately distinct; the nose narrow and slightly aquiline, the bridge of it rather prominent; the mouth small; the lips, especially the lower, gently turned out; the chin full and round. This variety comprehends all Europeans, except the Laplander and the rest of the Finnish race; the Western Asiatics as far as the Obi, the Caspian, and the Ganges; and the people of the North of Africa.
The skin is fair; the cheeks are rosy—almost a defining trait of this type; the hair is a nutty brown, blending into yellow on one side and black on the other, soft, long, and wavy; the head is symmetrical and somewhat rounded; the forehead is moderately broad; the cheekbones are narrow and not prominent; the gum line is rounded, and the front teeth of each jaw are aligned vertically. The face is oval and fairly straight; its features are moderately defined; the nose is narrow and slightly hooked, and its bridge is fairly prominent; the mouth is small; the lips, especially the lower one, are gently pouty; the chin is full and round. This type includes all Europeans, except for the Laplanders and the rest of the Finnish people; the Western Asians up to the Obi, the Caspian, and the Ganges; and the people from Northern Africa.
II. THE MONGOLIAN.
II. THE MONGOL
Skin of an olive colour; the hair black, stiff, straight, and sparing. The head almost square, the cheek-bones prominent outwards; the superciliary arches scarcely perceptible; the osseous nostrils narrow; the alveolar edge arched obtusely forward; the chin somewhat projecting. The face broad and flattened, and its parts consequently less distinct; the space between the eyebrows very broad as well as flat, the cheeks not only projecting outward, but nearly globular; the aperture of the eyelids narrow and linear; the nose small and flat.
Skin with an olive tone; black hair that is stiff, straight, and sparse. The head is almost square, with prominent cheekbones; the brow ridges are barely noticeable; the nostrils are narrow; the gum line curves gently forward; the chin juts out a bit. The face is wide and flat, making its features less defined; the area between the eyebrows is very broad and flat, the cheeks not only stick out but are almost round; the eyelids open narrowly and in a straight line; the nose is small and flat.
This comprehends the remaining Asiatics, except the Malays of the extremity of the Transgangetic Peninsula, the Finnish races of the North of Europe, Laplanders, &c., and the Esquimaux, diffused over the most northern parts of America, from Behring’s Strait to the farthest habitable point of Greenland.
This includes the other Asians, except for the Malays from the southern tip of the Transgangetic Peninsula, the Finnish peoples in Northern Europe, the Laplanders, and the Eskimos found in the northern regions of America, from Bering Strait to the furthest livable area of Greenland.
III. THE ETHIOPIAN.
III. THE ETHIOPIAN.
Skin black; the hair black and crisp. Head narrow, compressed laterally; forehead arched; the cheek-bones projecting; the osseous nostrils large, the jaws lengthened forward; the alveolar edge narrow, elongated, more elliptical; the upper front teeth obliquely prominent, the lower jaw large and strong; the skull thick and heavy; the face narrow, and projecting at its lower part; the eyes prominent; the nose thick and confused with the projecting cheeks; the lips, especially the upper, thick; the chin somewhat receding; the legs in many instances bowed.
Skin is black; hair is black and coarse. Head is narrow, flattened on the sides; forehead is arched; cheekbones are prominent; the nostrils are large, and the jaw is extended forward; the edge of the gums is narrow and elongated, more oval; the upper front teeth are slightly protruding, the lower jaw is large and strong; the skull is thick and heavy; the face is narrow and juts out at the lower part; the eyes are prominent; the nose is thick and blended with the protruding cheeks; the lips, especially the upper one, are thick; the chin is slightly receding; the legs are often bowed.
This comprehends the inhabitants of Africa, with the exception of the Caucasian variety which inhabits the northern parts.
This includes the people of Africa, except for the Caucasian group that lives in the northern regions.
IV. THE AMERICAN.
IV. THE AMERICAN.
Skin of a copper colour; hair black, stiff, straight, and sparing. Forehead short; cheek-bones broad, but more arched and rounded than in the Mongolian variety; the orbits generally deep; the forehead and vertex frequently deformed by art; cranium usually light. The face broad, with prominent cheeks, not flattened, but with every part distinctly marked if viewed in profile; the eyes deep; the nose rather flat, but still prominent.
Skin with a copper tone; hair black, stiff, straight, and sparse. Forehead short; cheekbones broad, yet more arched and rounded than in the Mongolian type; the eye sockets generally deep; the forehead and scalp often intentionally shaped; skull usually light. The face is broad, with prominent cheeks that are not flattened, and every part is distinctly defined when viewed in profile; the eyes are deep-set; the nose is somewhat flat, but still noticeable.
This comprehends all the American, excepting the Esquimaux.
This includes all the Americans, except for the Eskimos.
V. THE MALAY.
V. THE MALAY.
Skin tawny; hair black, soft, curled, thick, and abundant; head rather narrow; forehead slightly arched; cheek-bones not prominent, upper jaw rather projecting. Face prominent at its lower part; the features viewed in profile more distinct; the nose full, broad, bottled at its point; mouth large.
Skin tan; hair black, soft, curly, thick, and full; head somewhat narrow; forehead slightly curved; cheekbones not very noticeable, upper jaw a bit protruding. The lower part of the face is more pronounced; the features are more distinct when viewed from the side; the nose is broad and full, rounded at the tip; mouth is large.
This comprehends the inhabitants of the Pacific Ocean, of the Marian, Philippine, Molucca, and Sunda isles, and of the Peninsula of Malacca.
This includes the people of the Pacific Ocean, the Mariana Islands, the Philippines, the Moluccas, the Sunda Islands, and the Malay Peninsula.
The Caucasian variety derives its name from Mount Caucasus, where we meet with a beautiful race—the Georgians; and because, so far as the imperfect light of history and tradition can guide us, the original abode of the species appears to have been in that quarter. In this class are included all the ancient and modern Europeans; the Assyrians, Medes, Chaldeans, Sarmatians, Scythians, and Parthians; the Philistines, Phœnicians, Jews; the Turks, Persians, Arabians, and Hindoos of high caste. Blumenbach is inclined to believe that the primitive human race belonged to this variety. In support of this opinion it may be stated, that the part of Asia which seems to have been the cradle of the race has always been, and still is, inhabited by tribes of this formation; and the inhabitants of Europe in great part may be traced back for their origin to the West of Asia.
The Caucasian variety gets its name from Mount Caucasus, where we find a beautiful group of people—the Georgians; and based on the limited historical and traditional evidence we have, it seems that this area was the original home of the species. This group includes all the ancient and modern Europeans, as well as the Assyrians, Medes, Chaldeans, Sarmatians, Scythians, and Parthians; the Philistines, Phoenicians, and Jews; the Turks, Persians, Arabians, and high-caste Hindus. Blumenbach believes that the early human race belonged to this variety. To support this view, it can be mentioned that the part of Asia thought to be the birthplace of the race has always been, and continues to be, inhabited by tribes of this type; and many European inhabitants can trace their origins back to the West of Asia.
Are all these various tribes, brethren descended from one stock? or must we trace them to more than one? The physiologists who have ventured to express the latter opinion have been stigmatized by intolerance and blind bigotry as atheists and unbelievers; yet this question belongs to the domain of the naturalist, and the philosopher has an unqualified right to moot it without incurring the heinous charge of infidelity. To form an opinion on this difficult subject, it will be necessary, as Lawrence justly observes, to ascertain carefully all the differences that exist between the various races of men; to compare them with the diversities observed among animals; to apply to them all the light which human and comparative physiology can supply, and to draw our inferences concerning their nature and causes from all the direct information and all the analogies which these considerations may unfold. “It is quite clear,” continues the same ingenious writer, “that the Mosaic account makes all the inhabitants of the world descended from Adam and Eve. The[Pg 47] entire, or even the partial inspiration of the various writings comprehended in the Old Testament, has been and is doubted by many persons, including learned divines and distinguished Oriental and Biblical scholars. The account of the creation, and subsequent events, has the allegorical figurative character common to Eastern compositions, and it is distinguished amongst the cosmogonies by a simple grandeur and natural sublimity, as the rest of these writings are by appropriate beauties in their respective parts. The representation of all the animals being brought before Adam in the first instance, and subsequently of their all being collected in the ark, if we are to understand them as applied to the living inhabitants of the whole world, is zoologically impossible. How could the polar bear have traversed the torrid zone? If we are to believe that the original creation comprehended only a male and female of each species, or that one pair only was saved from an universal deluge, the difficulties are increased; the carnivorous animals must have perished with hunger, or destroyed most of the other species.” On this obscure subject Adelung has expressed himself with much ingenuity: “Asia has been at all times regarded as the country where the human race had its beginning, and from which its increase was spread over the rest of the globe. Tracing the people up to tribes, and the tribes to families, we are conducted at last, if not by history, at least by the tradition of all old people, to a single pair, from which tribes and nations have been successively produced. What was the first family, and the first people descended from it?—where was it settled?—and how was it extended so as to fill the four large divisions of the globe? It is a question of fact, and must be answered by History. But History is silent: her first books have been destroyed by time; and the few lines preserved by Moses are rather calculated to excite than to satisfy our curiosity.
Are all these different tribes related to one another, coming from the same ancestors? Or do we need to trace them back to more than one origin? The scientists who dare to suggest the latter have often been labeled intolerantly as atheists and nonbelievers; however, this question is part of the naturalist's realm, and philosophers have every right to discuss it without facing accusations of betrayal. To form an opinion on this complex topic, as Lawrence rightly points out, we need to carefully examine all the differences that exist among the various human races; we should compare these differences to the variations seen in animals; we must also use all the insights provided by human and comparative physiology and draw conclusions about their nature and causes from all the direct information and analogies these considerations reveal. “It is quite clear,” continues the same clever writer, “that the Biblical account states all the inhabitants of the world are descended from Adam and Eve. The[Pg 47] total or even partial inspiration of the different writings included in the Old Testament has been questioned by many, including learned theologians and notable Oriental and Biblical scholars. The account of creation and subsequent events has the symbolic and figurative style typical of Eastern literature, and it stands out among cosmogonies with its simple grandeur and natural beauty, as do the other writings with their unique charms in their respective sections. The portrayal of all the animals being presented to Adam initially, and later all of them being gathered in the ark, if meant to be understood as applying to the living creatures of the entire world, is zoologically impossible. How could the polar bear have crossed the equatorial regions? If we are to believe that the original creation included only one male and one female of each species, or that only one pair survived a global flood, the challenges multiply; the carnivorous animals would have either starved or decimated most other species." On this complicated subject, Adelung has expressed himself very cleverly: “Asia has always been viewed as the place where humanity began and from which it spread across the globe. Tracing people back to tribes, and tribes to families, ultimately leads us, if not through history, then at least through the traditions of ancient peoples, to a single pair from which tribes and nations were produced in succession. What was the original family, and who were the first people descended from it?—where did they settle?—and how did they expand to fill the four main regions of the world? This is a factual question that must be answered by History. But History is silent: her earliest records have been lost to time; the few lines preserved by Moses are more likely to pique our curiosity than to satisfy it.
“We must fancy to ourselves this first tribe endowed with all human faculties, but not possessing all knowledge and experience, the subsequent acquisition of which is left to the natural operation of time and circumstances. As Nature would not unnecessarily expose her first-born and inexperienced son to conflicts and dangers, the place of his early abode would be so selected that all his wants could be easily satisfied, and every thing essential to his existence be readily procured. He would be placed, in short, in a garden of paradise. Such a country is found in central Asia, between the 30th and 50th degrees of north latitude, and the 90th[Pg 48] and 110th of east longitude (from Ferro); a spot which in respect to its height, can only be compared to the lofty plains of Quito in South America. Here, too, all the animals are found wild, which man has tamed for his use, and carried with him over the whole earth.”
“We should imagine this first tribe, equipped with all human abilities but lacking in knowledge and experience, which they would gain over time and through different circumstances. Since Nature wouldn’t want to unnecessarily expose her earliest and inexperienced child to struggles and dangers, the location of his early home would be chosen so that all his needs could be easily met and everything essential for his survival could be easily obtained. In short, he would be placed in a paradise. Such a place exists in central Asia, between the 30th and 50th degrees of north latitude and the 90th[Pg 48] and 110th of east longitude (from Ferro); a region that, in terms of elevation, can only be compared to the high plains of Quito in South America. Here, too, all the animals that humans have domesticated for their use can be found in the wild and taken with him across the globe.”
This ingenious historical investigation points out the east as the earliest and original seat of our species, the source of our domesticated animals and our principal vegetable food; but it by no means decides whether the globe was peopled by one or several original stocks.
This clever historical investigation highlights the east as the earliest and original home of our species, the source of our domesticated animals and our main plant-based foods; however, it doesn't determine whether the world was populated by a single or multiple original groups.
The startling nature of this question on the first view of the subject must induce us to consider the circumstance of these five distinct varieties arising from one stock as miraculous; but when we compare them with the corresponding difference in animals, we can easily come to the conclusion that the various races of human beings are only to be regarded as varieties of a single species, without supposing the intervention of any supernatural agency.
The surprising nature of this question upon first encountering the topic leads us to view these five distinct varieties from one origin as miraculous. However, when we compare them to the differences in animals, it becomes clear that the various races of humans should simply be seen as varieties of a single species, without needing to assume any supernatural influence.
The sceptic Voltaire, who evinced more wit than learning in his endeavours to invalidate Scriptural tradition by ridicule, thus expresses himself: “Il n’est permis qu’à un aveugle de douter que les blancs, les négres, les albinos, les Hottentots, les Lapons, les Chinois, les Américains, soient des races entièrement différentes;” but had this philosopher been better versed in zoology and physiology, he would not have made so groundless an assertion. “Analogical and direct facts,” says Dr. Elliotson, “lead to the conclusion that none of the differences among mankind are so great as to require the belief of their originality.” A contrary opinion, however, should not be stigmatized by bigotry, for Locke has justly observed that only matters above human reason are the proper subjects of revelation; and Bacon has also maintained that religious and philosophical inquiries should be kept separate, and not pompously united. Dr. Bostock, than whom no man could be less sceptical, plainly admits that we do not find that the writer of the book of Genesis lays claim to any supernatural source of information with respect to natural phenomena, while the whole tenour of his work seems to show that on such topics he adopted the opinions which were current among his contemporaries.
The skeptic Voltaire, who showed more wit than knowledge in his attempts to undermine Scriptural tradition through mockery, says: “Only a blind person could doubt that white people, black people, albinos, Hottentots, Lapps, Chinese, and Americans are completely different races;” but if this philosopher had been better informed about zoology and physiology, he wouldn’t have made such a baseless claim. “Analogical and direct facts,” says Dr. Elliotson, “lead us to conclude that none of the differences among humans are significant enough to require the belief in their originality.” However, a differing opinion shouldn't be labeled as bigoted, for Locke rightly noted that only matters beyond human reasoning are appropriate subjects for revelation; and Bacon also argued that religious and philosophical inquiries should remain separate, not pretentiously merged. Dr. Bostock, who couldn’t be less skeptical, clearly states that the author of the book of Genesis does not claim any supernatural source of knowledge regarding natural phenomena, while the overall tone of his work suggests that he accepted the views that were common among his contemporaries.
The causes of the difference of our species have been the subject of as great a discrepance in opinion. Most of the Greek and Roman Historians have attributed it to the influence of climate; and amongst the moderns, Montaigne, Montesquieu,[Pg 49] Buffon, and Zimmerman, have considered the modification of the individual and the degeneration of the offspring as the result of this external agency. Lord Kaimes, Hume, and many other philosophers, have entertained a contrary opinion. No doubt, the influence of climate may materially affect colour, stature, hair, features, and even the moral and intellectual character; but it must be considered as inadequate to act upon conformation. The prevalence of light colours in the animals of polar regions is well known: the arctic fox, the white bear, the snow-bunting, are striking instances of this peculiarity; but these circumstances are purely superficial. The skulls of these individuals are similar to those of the Europeans; nay, it is well known that light races are found among dark nations, and many protected parts of the body are blacker than those which are exposed. Buchanan tells us, that the Jews in Cochin are divided into white and black classes, though born under the same parallel; the white Jews having been known there for upwards of one thousand seven hundred years. Dr. Shaw and Bruce describe a race of fair people, near Mount Aurasius in Africa, with red hair and blue eyes, and who are, according to tradition, descended from the Vandals. We find the red Peruvian, the brown Malay, and the white Abyssinian in the very zones peopled by jet black races. This influence of temperature upon colour frequently varies according to the seasons. Pallas observed that even in domestic animals, such as the horse and cow, the coat is of a lighter colour in winter. The Siberian roe, red in summer, is white in the winter; the fur of the sable and the martin is much deeper in the warm months; and the squirrel and mustela nivalis, which become white in Siberia and Russia, do not change their hue in Germany. The winter coat, it has been observed by naturalists, is found far advanced in the preparatory autumn. This bounteous provision of nature seems to have been extended to the vegetable kingdom and it has been observed that the pellicle of onions is much thicker on the approach of a severe winter than on that of a more temperate season. But if further proof were necessary to impugn this doctrine respecting climate, we may adduce the fact of a woman having borne twins of different complexions, a white and a black. With all due respect to the much-lamented Bishop Heber, we must receive with some degree of hesitation his assertion that the Persian, Greek, Tartar, and Arabian inhabitants of India, assume, in a few generations, without any intercourse with the Hindoos, a[Pg 50] deep blue tint, little lighter than that of a negro; and that the Portuguese, during three hundred years’ residence in that climate, have assumed the blackness of a Kaffer. The same learned prelate is of opinion that our European complexion was not primitive, but rather that of an Indian; an intermediate tint is perhaps the most agreeable to the eye and instinct of the majority of the human race. Dr. Heber, perhaps, had not seen, in various Roman catholic treasures, portraits of the Virgin Mary, painted, according to tradition, by St. Luke, and in which she is represented as a negress.
The reasons for the differences among our species have sparked a lot of disagreement. Most Greek and Roman historians pointed to climate as a major factor, while modern thinkers like Montaigne, Montesquieu, Buffon, and Zimmerman believed that individual changes and degeneration of offspring resulted from this external influence. On the other hand, Lord Kaimes, Hume, and various philosophers argued against this view. Certainly, climate can significantly affect skin color, height, hair type, and even moral and intellectual traits, but it’s insufficient to explain anatomical differences. It’s well known that animals in polar regions often have lighter colors; examples include the arctic fox, the white bear, and the snow-bunting, but these differences are mostly superficial. The skulls of these animals are similar to those of Europeans. It's also known that lighter-skinned groups exist among darker populations, and many covered body parts are darker than those exposed to the elements. Buchanan mentioned that the Jews in Cochin are split into white and black classes despite being born at the same latitude; the white Jews have been there for over 1,700 years. Dr. Shaw and Bruce described a group of fair-skinned people near Mount Aurasius in Africa, with red hair and blue eyes, believed to be descendants of the Vandals. We also see the red Peruvian, the brown Malay, and the white Abyssinian living alongside entirely black populations. The effect of temperature on color can vary with the seasons. Pallas noted that even domestic animals like horses and cows have lighter coats in winter. The Siberian roe is red in summer but turns white in winter, and the fur of sable and martin is much darker in warmer months. Animals like the squirrel and mustela nivalis become white in Siberia and Russia but retain their color in Germany. Naturalists have remarked that winter coats start developing well before autumn ends. This careful adjustment in nature also extends to plants; for instance, the skins of onions grow thicker as harsh winter approaches compared to milder seasons. If we need more evidence against the climate theory, we can mention a woman who gave birth to twins with different skin colors, one white and one black. While we respect Bishop Heber's views, we should approach with caution his claim that Persian, Greek, Tartar, and Arabian populations in India can develop a deep blue tint, similar to that of a Black person, within a few generations without interacting with the Hindus; he also suggested that the Portuguese, after 300 years in that climate, developed the blackness of a Kaffer. The same bishop believes our European skin tone was not original but rather Indian, with an intermediate shade likely preferred by most of humanity. Dr. Heber might not be aware of various Roman Catholic treasures that depict the Virgin Mary, traditionally said to be painted by St. Luke, showing her as a Black woman.
That solar heat produces blackness of the integuments is an ancient opinion, and is illustrated by Pliny, who tells us, “Æthiopes vicini sideris vapore torreri, adustisque similes gigni, barba et capillo vibrato, non est dubium.” Buffon asserts that “climate may be regarded as the chief cause of the different colours of man;” and Smith is of opinion “that from the pole to the equator we observe a gradation in the complexion nearly in proportion to the latitude of the country.”
That sunlight causes skin to darken is an old belief, supported by Pliny, who says, “Ethiopians are scorched by the neighboring star's heat and appear similar to those who are burned, with their hair and beard bristling.” Buffon claims that “climate can be seen as the main reason for the different skin colors of people;” and Smith believes “that from the pole to the equator, we notice a gradual change in complexion that closely relates to the latitude of the region.”
Blumenbach, under the same impression, endeavours to account for this black tinge by a chemical illustration somewhat curious. He states that the proximate cause of the dark colour is an abundance of carbon secreted by the skin with hydrogen, precipitated and fixed by the contact of the atmospheric oxygen. Our creoles, and the British inhabitants of India, may esteem themselves particularly fortunate in not being subject to this chemical operation!
Blumenbach, thinking along the same lines, tries to explain this black tint with a rather interesting chemical observation. He claims that the main reason for the dark color is a lot of carbon released by the skin along with hydrogen, which is then solidified by coming into contact with atmospheric oxygen. Our Creole people and the British residents of India might consider themselves especially lucky for not being affected by this chemical process!
On the other hand, it is well known that a black state of the skin has been produced in white races under peculiar circumstances; and Le Cat and Camper mention cases of women who turned dark during their pregnancy. It would be idle to dwell further on the hypothetic illustrations regarding this supposed operation of climate, which the observation of every unprejudiced traveller can impugn. Yet the following remarks on the subject by an American divine, the Rev. J. S. Smith are worthy of notice:
On the other hand, it's well known that a darker skin tone has occurred in white people under certain conditions; Le Cat and Camper mention cases of women who became darker during their pregnancy. It would be pointless to elaborate further on the hypothetical examples related to this supposed effect of climate, which any unbiased traveler could challenge. Still, the following comments on the topic by an American minister, Rev. J. S. Smith, are worth noting:
“In tracing the globe from the pole to the equator we observe a gradation in the complexion nearly in proportion to the latitude of the country, immediately below the arctic circle a high and sanguine colour prevails. From this you descend to the mixture of red and white. Afterwards comes the brown, the blue, the tawny, and at length the black as you proceed to the line. The same distance from the sun, however, does not in any degree indicate the same temperature[Pg 51] of climate. Some secondary causes must be taken into consideration, in connecting and limiting its influence. The elevation of the land, its vicinity to the sea, the nature of the soil, the state of cultivation, the course of the winds, and many other circumstances enter into this view. Elevated and mountainous countries are cool in proportion to their altitude above the level of the sea, increasing to the ocean, just in opposite effects, in northern and southern latitudes; for the ocean being of a more equal temperature than the land, in one case corrects the cold, and in the other moderates the heat. Ranges of mountains, such as the Apennines in Italy, and Taurus, Caucasen, and Iman, in Asia, by interrupting the course of cold winds, render the quite dry country below them warmer, and the countries above them colder, than is equivalent to the proportionate difference of latitude. The frigid zone, in Asia, is much wider than it is in Europe; and that continent hardly knows a temperate zone.”
“In tracing the globe from the North Pole to the equator, we see a gradual change in skin color that corresponds to the latitude of the country. Just below the Arctic Circle, a strong reddish complexion is common. From there, you move to a mix of red and white. Next comes brown, then blue, tawny, and finally black as you reach the equator. However, being the same distance from the sun doesn’t necessarily indicate the same climate temperature[Pg 51]. Other factors need to be considered to understand and limit this influence. The height of the land, how close it is to the sea, the type of soil, the level of farming, wind patterns, and many other circumstances all play a role. Elevated and mountainous regions are cooler depending on their height above sea level, with effects changing at the ocean, which has opposite impacts in northern and southern latitudes; the ocean has a more consistent temperature than land, so in one case, it warms the cold, and in another, it cools the heat. Mountain ranges like the Apennines in Italy and the Taurus, Caucasus, and Himalayas in Asia, by blocking cold wind, make the dry areas below them warmer and the areas above them colder than what would be expected from their proportional latitude difference. The frigid zone in Asia is much larger than in Europe, and that continent hardly experiences a temperate zone.”
Climate also receives some difference from the nature of the soil, and some from the degree of cultivation; sand is susceptible of greater heat than clay, and an uncultivated region shaded with forests and covered with undrained marshes, is more frigid in northern and more temperate in southern latitudes, than a country laid open to the direct and constant action of the sun. History informs us that when Germany and Scythia were bound in forests, the Romans often transported their armies across the frozen Danube; but since the civilization of those barbarous regions, the Danube rarely freezes.
Climate also varies based on the type of soil and the level of cultivation; sand heats up more than clay, and an uncultivated area shaded by forests and filled with marshes is colder in northern latitudes and milder in southern ones than a region exposed to direct and constant sunlight. History tells us that when Germany and Scythia were densely forested, the Romans frequently moved their armies across the frozen Danube; but ever since those wild areas became civilized, the Danube rarely freezes.
Migration to other countries has also been adduced as one of the causes of variety in mankind; but the permanency of the characteristic distinctions of any race militates against this supposition. The physical character of the Celts, who peopled the west of Europe at an early period, is still observable in the Spaniard, most of the French, the native Welsh, the Manks, and the Scotch Highlander; whereas the German race, who occupied the more northern and eastern settlements, are still distinguished by their transparent skin, rosy complexion, flaxen hair, and blue eyes; and in Ireland, the race of the Danes and the Milesians can to this day be recognised in their respective characters. Shaw and Bruce traced the descendants of the Vandals who passed from Spain into Africa in the fifth century; and, after a lapse of thirteen centuries, Bruce says that they are “fair like the English, their hair red, and their eyes blue.” Negroes have[Pg 52] been introduced into the New World for upwards of three centuries, where, despite of a new clime and different habits, they still retain the character of their race; and the Jews who have not intermarried out of their nation, have preserved their features for nineteen centuries.
Migration to other countries has also been suggested as one of the reasons for the diversity among people; however, the enduring characteristics of any race contradict this idea. The physical traits of the Celts, who settled in western Europe early on, can still be seen in Spaniards, many French, native Welsh, Manx people, and Scotch Highlanders; whereas the German race, who populated the more northern and eastern regions, are still recognized by their fair skin, rosy complexions, light hair, and blue eyes. In Ireland, the descendants of the Danes and the Milesians can still be identified by their distinct traits today. Shaw and Bruce traced the descendants of the Vandals who moved from Spain to Africa in the fifth century; and after thirteen centuries, Bruce notes that they are “fair like the English, with red hair and blue eyes.” Black people have[Pg 52] been brought to the New World for over three hundred years, and even with a new environment and different lifestyles, they still maintain the characteristics of their race; and the Jews who have not intermarried outside their community have preserved their features for nineteen centuries.
Not only do we observe the peculiarities of physical conformation resisting the destructive or degenerating hand of time, but certain imperfections in their faculties have been equally permanent in certain tribes. It is a curious fact that the Mamelukes, who have resided in Egypt for upwards of five hundred and fifty years, have never perpetuated their subsisting issue. Volney observed, that there does not exist one single family of them in the second generation; all their children perishing in the first or second descent. The same observation applies to the Turks, who can only secure the continuance of their families by marrying native women, an union which the Mamelukes disdained. This singularity, remarked by Volney, has been since confirmed by late travellers.
Not only do we see the unique traits of physical form that resist the damaging effects of time, but certain flaws in their abilities have also been remarkably consistent in specific groups. It’s interesting to note that the Mamelukes, who have lived in Egypt for over five hundred and fifty years, have not been able to continue their lineage. Volney pointed out that there isn't a single family of them in the second generation; all their children die in the first or second generation. The same observation applies to the Turks, who can only keep their families going by marrying local women, a union that the Mamelukes looked down upon. This uniqueness, noted by Volney, has since been confirmed by recent travelers.
It will be found that the progress of domestication, the natural result of civilized improvement, tends more materially to operate a wonderful change in the animal conformation, than any other supposed agency. The head of the domestic pig differs as much from that of the wild one as the Negro’s from the Caucasian’s. At Padua, it has been observed that fowls have a cranium perforated by numerous holes, and hollowed out like a shell. In some countries, nay districts, cattle and sheep have or have not horns; and in other instances sheep have so many of them as to have acquired the epithet of polycerateous. Wild animals continuing to inhabit the place that bore them, undergo little or no change, and their fossil remains and skeletons are similar to the present species; but nothing can form a stronger contrast to this specific uniformity than the numerous varieties to be found in those races that have been crossed in breed and domesticated by man. We could scarcely imagine that our sheep owe their origin to the mouflon or argali, (ovis ammon,) an animal large in size, fleet, and fierce. The sheep of Senegal and India are those that have undergone the least degradation; while those of Barbary, Egypt, Arabia, and Persia, have experienced greater degeneration. We daily see dogs degenerate before our eyes, and it has not yet been satisfactorily ascertained whether they arise from one or several species. Cuvier, in his diligent researches, has concluded that our[Pg 53] oxen do not originate in the urus or bison of the ancients formerly found in various parts of Europe, and still met with in the forests of Lithuania, and on the Carpathian and Caucasian chains; but he is of opinion, from the examination of fossil remains, that, like the camel and the dromedary, the species has been destroyed by civilization: the causes of these changes do not appear to operate by altering the parents but disposing them to produce offsprings more or less dissimilar in colour, form, and disposition.
The progress of domestication, a natural result of civil improvement, has a greater impact on changing animal characteristics than any other supposed factor. The head of a domestic pig looks as different from that of a wild pig as the head of a Black person does from that of a Caucasian person. In Padua, it has been noted that chickens have skulls with many holes, shaped like a shell. In some areas, cows and sheep either have horns or don’t; in other cases, some sheep have so many horns that they’ve earned the nickname polycerateous. Wild animals that stay in their native habitats undergo little to no change, and their fossil remains and skeletons resemble those of current species. However, nothing contrasts this specific uniformity more than the numerous varieties found in breeds that have been mixed and domesticated by humans. It’s hard to believe that our sheep descended from the mouflon or argali (ovis ammon), a large, swift, and fierce animal. The sheep from Senegal and India have shown the least decline, while those from Barbary, Egypt, Arabia, and Persia have deteriorated more. We see dogs changing before our eyes, and it hasn’t yet been clearly determined whether they come from one or multiple species. Cuvier, in his thorough studies, concluded that our[Pg 53] oxen don’t originate from the urus or bison that were once found in various parts of Europe and are still present in the forests of Lithuania and in the Carpathian and Caucasian mountain ranges. Instead, he believes, based on fossil evidence, that, like camels and dromedaries, this species has been wiped out by civilization. The causes of these changes seem to work by influencing the parents to produce offspring that are more or less different in color, shape, and temperament.
Dr. Prichard observes, that the negro slaves of the third and fourth generation differ materially from the natives of Africa.
Dr. Prichard notices that the Black slaves of the third and fourth generations are significantly different from the native Africans.
In opposition to this doctrine, which admits this wonderful degeneration under the plastic influence of domestication, it has been shown that, as far as we know, the lapse of ages has not produced any change in the generality of animals. The zoological descriptions given by Aristotle twenty-two centuries ago apply distinctly to the same species of the present day, and every work of art in which these animals are represented corroborates the fact. Geoffroy de St. Hilaire brought numerous mummies of animals from the sepulchres of Egypt, and found no more difference between their skeletons and the osseous conformation of the present races, than in the relics of the human mummy and the bones of our contemporaries.
In contrast to this idea, which accepts this remarkable decline due to the shaping effects of domestication, it has been demonstrated that, as far as we know, the passage of time hasn’t caused any significant changes in most animals. The zoological descriptions made by Aristotle twenty-two centuries ago clearly apply to the same species we see today, and every piece of art that depicts these animals supports this fact. Geoffroy de St. Hilaire brought back numerous animal mummies from the tombs of Egypt and found no more difference between their skeletons and the bone structure of current species than between the remains of human mummies and the bones of people today.
The following luminous conclusion of Lawrence illustrates the observation of the foregoing fact: “If new characters are produced in the domestic animals because they have been taken from their primitive condition, and exposed to the operation of many, to them, unnatural causes,—if the pig is remarkable among these for the number and degrees of his varieties, because it has been the most exposed to causes of degeneration,—we shall be at no loss to account for the diversities in man, who is, in the true, though not in the ordinary sense of the word, more of a domesticated animal than any other. We know the wild state of most of them, but we are ignorant of the natural wild condition to which man was destined. Probably there is no such state; because Nature having limited him in no respect,—having fitted him for every kind of life, every climate, and every variety of food,—has given him the whole earth for his abode, and both the organized kingdoms for his nourishment. Yet, in the wide range through which the scale of human cultivation extends, we may observe a contrast between the two extremities, analogous to that which is seen in the wild and tamed races of[Pg 54] animals. The savage may be compared to the former, which range the earth uncontrolled by man; civilized people to the domesticated breeds of the same species, whose diversities of form and colour are endless.”
The following enlightening conclusion by Lawrence highlights the observation of the earlier fact: “If new traits appear in domestic animals because they have been removed from their natural state and exposed to many unnatural influences—if pigs stand out among these for their numerous variations since they have been most affected by degeneration—we can easily understand the differences in humans, who, in a true but not the usual sense of the term, are more domesticated animals than any others. We know the wild forms of most animals, but we are unaware of the natural wild state that humans were meant to inhabit. It's likely that such a state doesn't exist; Nature has not limited him in any way—having equipped him for all types of life, every climate, and every kind of food—has given him the entire earth as his home, along with both organized kingdoms for his sustenance. Yet, within the broad spectrum of human development, we can see a contrast between the two extremes, similar to what we observe in wild and domesticated breeds of[Pg 54] animals. The savage can be likened to the first group, roaming the earth free from human control; civilized people resemble the domesticated varieties of the same species, with endless forms and colors.”
It is therefore obvious that the various causes which operate upon animals in producing these alterations from the primitive race, although the manner in which they act is unknown, are sufficiently evident to convince us, by analogy, that they may account for similar phenomena in the human race, without the gratuitous assumption of different original species, tending to invalidate the Mosaic account of the creation. Despite the witticisms of Voltaire and other philosophers on this subject, sound philosophy teaches us to assign the same causes to the same effects without calling in the adventitious aid of other possible influences; and no difficulties prevent us from recognising the unity of the human species, which are not applicable to all other animals.
It is clear that the various factors affecting animals lead to changes from their original species, even though we don’t fully understand how they work. It’s reasonable to believe these same factors could explain similar changes in humans, without needing to assume separate original species, which challenges the biblical account of creation. Despite the jokes from Voltaire and other thinkers on this topic, solid philosophy tells us to attribute the same causes to the same effects without bringing in unrelated influences. There are no issues that stop us from acknowledging the unity of the human species that don’t also apply to other animals.
ON THE INHUMATION OF THE DEAD IN CITIES.
From time immemorial, medical men have strongly pointed out to municipal authorities the dangers that arise from burying the dead within the precincts of cities or populous towns. Impressed with the same conviction, ancient legislators only allowed to the most illustrious citizens a sepulchre in the temple of the gods. Euclides was interred in the temple of Diana Euclis, as a reward for his pious journey to Delphi in search of the sacred fire; the Magnesians erected a monument to Themistocles in their forum; Euphron received the same honour in Corinth; and Medea buried her two sons, Mermerus and Pheres, under the protection of Juno Acræa’s altars, to guard their ashes from their persecutors. Lycurgus was perhaps the only Grecian legislator who recommended inhumation in temples and in cities, to accustom youth to the daily spectacle of death.
Since ancient times, doctors have strongly warned city officials about the risks of burying the dead within cities or crowded towns. With the same concern, ancient lawmakers only permitted the most notable citizens to be buried in the temple of the gods. Euclides was buried in the temple of Diana Euclis as a reward for his religious journey to Delphi in search of the sacred fire; the Magnesians built a monument to Themistocles in their forum; Euphron received the same honor in Corinth; and Medea buried her two sons, Mermerus and Pheres, under the protection of Juno Acræa’s altars to keep their ashes safe from their enemies. Lycurgus was perhaps the only Greek lawmaker who recommended burial in temples and cities to expose young people to the daily reality of death.
The primitive Grecians, it appears, buried their dead in or about their dwellings; and we find a law amongst the Thebans, ordaining that every person who built a house should provide a repository for the dead upon his premises. In[Pg 55] latter days, both Grecians and Romans erected their tombs outside of their cities, and chiefly by the road-side. It appears also, that, among the Romans, the bodies of the lower orders were promiscuously cast into wells, called fruticuli. Horace seems to allude to this practice. Hoc miseræ plebi stabat commune sepulchrum. The funerals of the wealthy patricians appear to have been most sumptuous and costly, the pall formed of valuable materials and decorated with splendid ornaments. Thus Statius:
The early Greeks, it seems, buried their dead in or around their homes; and we see a law among the Thebans that required anyone who built a house to include a burial place on their property. In[Pg 55] later times, both Greeks and Romans placed their tombs outside the cities, mostly along the roads. It also appears that, among the Romans, the bodies of the lower classes were indiscriminately thrown into wells called fruticuli. Horace seems to reference this practice: Hoc miseræ plebi stabat commune sepulchrum. Funerals for wealthy patricians were notably lavish and expensive, with the pall made from precious materials and adorned with elaborate decorations. Thus Statius:
Ditantur flammæ: non unquam opulentioan ille ante cinis: crepitant gemmæ: atque immane litescit argentum, et pietis exsudat vestibus aurum. The laws of the twelve tables prohibited the practice of this waste of gold.
Flames are spreading: that wealth is never more than ashes: jewels crackle: and the huge silver glimmers, while gold oozes from the fabric of piety. The laws of the twelve tables prohibited the practice of this waste of gold.
Both religious and civil motives might have dictated the propriety of this regulation. The traveller, setting out upon a journey, and passing by the sepulchres of his sires, could in the presence of their manes invoke their protection; and on his return to his penates, safe from danger, he could put up thanks to the gods for his preservation. As a prudential measure, the interment of the dead beyond the walls of their towns prevented the fatal consequences that might have arisen from extensive putrefaction and infection, and moreover the burning of bodies would have exposed the adjoining buildings to the danger of frequent fires. It is also possible that policy dictated these sanatory enactments. The ancients held the remains of the departed as a sacred trust, in the defence of which they were ever prepared to fall; and it is not improbable that their warriors would have rushed forth to meet the invader, before he would have defiled, by his approach to their cities, the ashes of their ancestors. So scrupulously religious were the Athenians in performing the funeral rites of the dead, that they put to death ten of their commanders, after the battle of Arginusæ, for not having committed to the earth the dead bodies that floated on the waters. Such was the dread of being deprived of sepulchral rites, that it is related of several citizens of Cappadocia, that during the pestilence that devastated their town in the reign of Gallus and Valerian, they actually shut themselves up to perish in their tombs.
Both religious and civil reasons likely influenced the appropriateness of this regulation. When a traveler set out on a journey and passed by the graves of his ancestors, he could call upon their spirits for protection; upon returning home safely, he could thank the gods for his safety. To prevent serious issues from widespread decay and infection, burying the dead outside the town walls was a wise move. Additionally, cremating bodies could have put nearby buildings at risk of frequent fires. There’s also the chance that policy shaped these health regulations. The ancients viewed the remains of the deceased as a sacred responsibility and were always ready to defend it; it's quite possible that their warriors would have rushed to confront an invader before he could desecrate the ashes of their ancestors by approaching their cities. The Athenians were so meticulous about performing funeral rites that they executed ten of their commanders after the battle of Arginusae for failing to properly bury the bodies that floated in the waters. The fear of being denied proper burial rites was so strong that it’s said several citizens of Cappadocia, during the plague that ravaged their town in the reign of Gallus and Valerian, actually locked themselves away to die in their tombs.
There is no doubt but that their dead were buried in such a manner as not to prove injurious to the survivors; and Seneca plainly says, “Non defunctorum causâ, sed vivorum, inventa est sepultura.” The ancients both burned and buried their dead, but inhumation appears to have been the most[Pg 56] early and the most approved rite. “Let the dead be buried,” says a law of Cecrops. Solon justifies the claims of the Athenians to the island of Salamis, from the circumstance of the dead bodies interred on its shores having been inhumed according to the Athenian custom, with their feet turned to the west, whereas the Megarensians turned theirs to the east.
There’s no doubt that their dead were buried in a way that wouldn’t harm the living, and Seneca clearly states, “Burial was invented not for the dead, but for the living.” The ancients both burned and buried their dead, but burial seems to have been the earliest and most widely accepted practice. “Let the dead be buried,” says a law of Cecrops. Solon defends the Athenians’ claim to the island of Salamis by pointing out that the bodies buried on its shores were interred according to Athenian custom, with their feet facing west, while the Megarians oriented theirs to the east.[Pg 56]
In various instances the burial or the burning appear to have been adopted upon philosophical doctrines. Democritus, with a view to facilitate resurrection, recommended interment, and Pliny thus ridicules the intention: “Similis et de asservandis corporibus hominum, et reviviscendis promissa à Democrito vanitas, qui non revivixit ipse.” Heraclitus, who considered fire as the first principle, advocated the funeral pile; while Thales, who deemed water the chief element, urged the propriety of committing the departed to the damp bosom of the earth. Although burning the dead was customary, there were curious exceptions to the rule. Infants who died before cutting their teeth, persons struck dead with lightning, were buried. The place of interment of infants was called the suggrundarium.
In various cases, burial or cremation seems to have been based on philosophical beliefs. Democritus, wanting to make resurrection easier, suggested burial, and Pliny mocks this idea: “The promise of Democritus regarding the preservation of human bodies and their resurrection is just empty talk, since he himself did not return to life.” Heraclitus, who viewed fire as the fundamental principle, supported cremation, while Thales, who believed water was the main element, recommended burying the deceased in the moist earth. Although cremation was common, there were some interesting exceptions. Infants who died before teething and those struck by lightning were buried. The burial place for infants was called the suggrundarium.
The early Christians inhumed the bodies of their martyrs in their temples. This honour was afterwards conferred on the remains of distinguished citizens, illustrious prelates, and princes. The infectious diseases which at various periods arose from this custom, induced Theodosius, in his celebrated code, strictly to prohibit it; and he even ordered that the remains of the dead thus inhumed should be removed out of Rome. The vanity of man, and the cupidity of the priesthood, soon overruled these wise regulations. Every family possessing sufficient means, claimed a vault within the churches, and thereby the revenues of the clergy were materially increased. At all times, even the dead appeared to have shared with the living the obligation of supporting the ministers of the altar. By a law of Hippias, the priestesses of Minerva received a chœnix[6] of wheat, and one of barley, with an obolus, for every individual who departed this life. The libitinarii of the Romans fulfilled the duties of our undertakers, or rather of the directors of funeral pomp of the French; yet they were attached to the temple of the goddess Libitina, whose priests received a fee in silver for every one who died, under the name of Libitinæ ratio. Suetonius [Pg 57]informs us, that in Nero’s time the mortality was so great during one autumn, that thirty thousand of these silver pieces were deposited in the fatal treasury. To increase the emoluments of this sacerdotal body, these libitinarii sold at high prices every thing that was requisite for the funeral ceremonies, received a toll at the city gate through which the bodies were carried out, as well as at the entrance of the amphitheatre through which the dead gladiators were borne away. Phædrus alludes to this speculation in one of his fables, when speaking of a miser,
The early Christians buried the bodies of their martyrs in their temples. This honor was later extended to the remains of notable citizens, famous church leaders, and royalty. The outbreaks of infectious diseases that arose from this practice led Theodosius, in his well-known code, to strictly prohibit it; he even ordered that the remains of the dead buried in this way be removed from Rome. However, human vanity and the greed of the clergy quickly undermined these sensible regulations. Every family with enough money sought a burial vault within the churches, significantly boosting the clergy's income. Throughout history, even the dead seemed to share the responsibility of supporting those who served at the altar. According to a law from Hippias, the priestesses of Minerva received a chœnix[6] of wheat, a chœnix of barley, and an obolus for every person who passed away. The libitinarii of the Romans performed roles similar to our undertakers, or rather, the directors of funerals in French culture; they were associated with the temple of the goddess Libitina, whose priests charged a fee in silver for each death, referred to as Libitinæ ratio. Suetonius [Pg 57] tells us that during Nero's reign, there was such a high mortality rate one autumn that thirty thousand silver pieces were deposited in the unfortunate treasury. To increase the earnings of this group of priests, the libitinarii sold everything needed for funeral ceremonies at inflated prices, collected tolls at the city gate for bodies being carried out, and also at the entrance of the amphitheater for dead gladiators. Phædrus refers to this business aspect in one of his fables while discussing a miser.
Qui circumcidis omnem impensam funeris,
Libitina ne quid de tuo faciat lucrum.
Qui circumcidis omnem impensam funeris,
Libitina ne quid de tuo faciat lucrum.
It is supposed that this avaricious divinity owed her name to the displeasure which it must have occasioned to all who heard it,—quòd nemini libeat; but it is also possible that it was derived from her bearing poor mortals away, whenever she fancied it, and ad libitum.
It is thought that this greedy goddess got her name from the annoyance it caused everyone who heard it,—quòd nemini libeat; but it could also be that it came from her taking away poor mortals whenever she pleased, ad libitum.
In more modern times, Theodolphus, Bishop of Orleans, complained to Charlemagne that lucre and vanity had converted churches into charnel-houses, disgraceful to the clergy and perilous to the community. It was upon this representation that this prince, in his capitularies, prohibited burials in churches under heavy penalties. But the laws of the wisest could not prevent priesthood from considering this source of emolument, although endangering public salubrity, an indisputable property that could not be meddled with without endangering the church.
In more recent times, Theodolphus, the Bishop of Orleans, told Charlemagne that greed and vanity had turned churches into burial places, which was shameful for the clergy and dangerous for the community. In response to this concern, Charlemagne, in his laws, banned burials in churches under strict penalties. However, even the best laws couldn’t stop the clergy from seeing this as a source of income, even if it risked public health, a fundamental issue that couldn’t be interfered with without putting the church at risk.
In England the custom of burying the dead in churches was first sanctioned by Cuthbert, Archbishop of Canterbury, in 758, it having been previously forbidden by Augustine, who had decreed that no corpse either of prince or prelate should be buried within the walls of a city.
In England, the practice of burying the dead in churches was first approved by Cuthbert, Archbishop of Canterbury, in 758, after it had previously been banned by Augustine, who had ordered that no body, whether of a prince or a bishop, should be buried within the city walls.
In France, Maret in 1773, and Vicq d’Azyr in 1778, pointed out the danger of this practice in such glaring colours, that government by an edict, only allowed church interment to certain dignitaries; but in 1804, by a wise law that should be enforced in every civilized country, inhumation in cities was entirely abolished. Amongst the numerous well authenticated evil results of burying in churches that led to this wise prohibition, the following were the most striking and circumstantial:
In France, Maret in 1773 and Vicq d’Azyr in 1778 highlighted the dangers of this practice so clearly that the government, through an edict, only permitted church burials for certain dignitaries. However, in 1804, a sensible law was established that should be implemented in every civilized country, completely banning burials in cities. Among the many well-documented negative consequences of burying in churches that led to this sensible prohibition, the following were the most notable and detailed:
In 1773, in Saulieu, Burgundy, an epidemic disease arising from the inhumation of a corpse in the church of St. Saturnin[Pg 58] created considerable alarm. The body of a corpulent person had been interred on the 3d of March, and a woman was buried near it on the 20th of April following: both had died of a reigning fever. During the last burial a fetid effluvia arose from the vault, which pervaded the whole church; and, out of one hundred and seventy persons who were present, one hundred and forty-nine were attacked with the prevailing malady, although its progress had been arrested amongst the other inhabitants of the town.
In 1773, in Saulieu, Burgundy, an epidemic disease caused by the burial of a corpse in the church of St. Saturnin[Pg 58] created significant panic. The body of a heavyset person had been buried on March 3rd, and a woman was interred nearby on April 20th; both had died from a prevalent fever. During the last burial, a foul odor arose from the vault, spreading throughout the entire church; out of one hundred seventy people present, one hundred forty-nine were struck by the ongoing illness, even though its spread had been contained among the other residents of the town.
In 1774, a similar accident occurred in a village near Nantes, where several coffins were removed in a vault, to make room for the lord of the manor: fifteen of the bystanders died from the emanation.
In 1774, a similar accident happened in a village near Nantes, where several coffins were taken out of a vault to make space for the lord of the manor: fifteen of the onlookers died from the fumes.
In 1744, one-third of the inhabitants of Lectouse perished from a fever of a malignant character that manifested itself after some works that required the removal of a burial-ground. Two destructive epidemics swept away large proportions of the population of Riom and Ambert, two towns in Auvergne.
In 1744, a third of the people in Lectouse died from a severe fever that appeared after work was done to clear a burial ground. Two devastating epidemics wiped out a significant portion of the population in Riom and Ambert, two towns in Auvergne.
Taking this matter under consideration in a moral, or even a religious light, it may be questioned whether any advantage can accrue from the continuance of this pernicious custom, which during the prevalence of epidemic diseases endangers the life of every person who resides near a church. Does it add to the respect which the remains of the dead are entitled to? Certainly not: the constant tolling of “the sullen bell”—the daily cortège of death that passes before us—the graves that we hourly contemplate, perusing monumental records which more frequently excite unseasonable laughter than serious reflection—every thing, in short, tends to make death of little or no moment, except to those who have heard the mutes gossiping at their door. So accustomed, indeed, are we from our childhood to sepulchral scenes, that, were it not for the parish-officers, our churchyards would become the playground of every truant urchin; and how often do we behold human bones become sportive baubles in the wanton pranks of the idlers, who group around the gravedigger’s preparations! So callous are we to all feelings of religious awe when surrounded with the dead, that our cemeteries are not unfrequently made the rendezvous of licentiousness and the assembly-ground of crime, where thieves cast lots upon a tomb for the division of their spoil.
Taking this issue into account from a moral or even a religious perspective, we can question whether any benefit comes from the continuation of this harmful practice, which during outbreaks of disease puts the lives of everyone living near a church at risk. Does it add to the respect that the dead deserve? Definitely not: the constant ringing of “the gloomy bell”—the daily procession of death that we witness—the graves that we constantly see, reading memorials that often provoke inappropriate laughter rather than serious thought—everything, in short, diminishes the significance of death, except for those who have overheard the whispers at their door. We are so used to these morbid scenes from childhood that, if it weren’t for the parish officials, our churchyards would turn into a playground for every mischievous child; and how often do we see human bones become playful toys in the reckless antics of those who gather around the gravedigger’s work! We are so numb to feelings of reverence when in the presence of the dead that our cemeteries frequently turn into meeting spots for immorality and gathering places for crime, where thieves gamble at a tomb over how to split their loot.
With what different feelings does the traveller wander over the cemetery of Père la Chaise? I am well aware that many of the gewgaw attributes that there decorate the grave, have[Pg 59] been called the “frippery,” “the foppery” of grief; but does there exist a generous, a noble sentiment, that may not be perverted by interested motives and hypocrisy into contemptible professions? How often is the sublime rendered ridiculous by bad taste and hyperbolic affectation! When we behold the fond lover pressing to his lips a lock of hair, or the portrait of all that he holds dear, the cold calculating egotist may call this the frippery of love; but the stoic who thinks thus, has never known the “sweet pangs” of requited affection, when, in bitter absence, the recollection of bliss gone by, imbodies in our imagination the form we once pressed to our respondent heart. The creation of our busy fancy stands before us, gazing on us with that tender look that in happier days greeted the hour of meeting; or trembles in our tears as when we last parted—to meet, perhaps, no more! With what fervour of religious love do we not behold the simple girl kneeling with uplift eye and hand on the green sod that covers all that endeared her to existence, till, overwhelmed with burning, choking regrets—as idle as they are uncontrollable—she sinks prostrate on the cold earth that now shrouds that bosom which once nestled her young hopes and fears! There have I seen the pale, the haggard youth,—to all appearances a student,—seated mournfully by the side of a tomb, absorbed in deep thought, heedless of the idlers who passed by him, looking at him perhaps with contempt!—heedless of the swift flight of time, which shrouded him imperceptibly in darkness, until he was warned by the guardian of the dead that it was time to depart—and to depart alone! No inscription recorded the “one loved name;” he would not expose it to the unfeeling gaze of the heartless tourist: all he would willingly have traced upon her tomb, would have been “Here lies my own!”
With what different feelings does the traveler wander through the cemetery of Père la Chaise? I know that many of the flashy decorations that adorn the graves have been called the “frippery” and “the foppery” of grief; but is there a generous, noble sentiment that can't be twisted by selfish motives and hypocrisy into something contemptible? How often does bad taste and exaggerated affectation turn the sublime into the ridiculous! When we see a devoted lover kissing a lock of hair or the portrait of someone they cherish, the cold, calculating egotist might dismiss this as the frippery of love; but the stoic who thinks this way has never felt the “sweet pangs” of reciprocated affection, when, in painful absence, the memory of blissful moments brings to life in our imagination the figure we once held dear. The creation of our busy imagination stands before us, looking at us with the loving gaze that once welcomed our meetings; or trembles in our tears as we recall our last parting—to perhaps never meet again! With what fervent religious love do we not witness the simple girl kneeling with uplifted eyes and hands on the green earth that covers everything she loved, until she is overwhelmed by burning, choking regrets—as useless as they are uncontrollable—and collapses onto the cold ground that now envelops the heart that once cradled her youthful hopes and fears! There, I have seen the pale, haggard youth—seemingly a student—sitting sadly by the side of a tomb, lost in deep thought, indifferent to the passersby who might look at him with disdain!—unaware of the swift passage of time, which subtly draped him in darkness, until the guardian of the dead reminded him it was time to leave—and to leave alone! No inscription recorded the “one loved name;” he wouldn’t expose it to the uncaring gaze of the heartless tourist: all he would have willingly written on her tomb would have been “Here lies my own!”
The mouldering earth, the fleshless skeleton over which he mourns, cannot obliterate the remembrance of what she was: though her eyes, perhaps, no longer exist, still their former languid, liquid look of bliss, beams freshly in his recollection. The lips which once pronounced the long wished-for avowal of mutual love are still moist and open to memory’s embrace—still seem to lisp the delicious tu! Our language is rich, without comparison richer far than the French; but we have nothing so endearing, so bewitching, as their tu-toiement: our thee’s and thou’s are frigid, chilly, when compared to the first toi that escapes inadvertently from beloved lips! A French writer has beautifully expressed this exquisite moment: “Le[Pg 60] premier tu est tout-puissant; c’est le fiat lux de l’âme; il est sublime, il débrouille le chaos!”
The decaying ground, the lifeless skeleton he laments, can't erase the memory of who she was: even though her eyes might not exist anymore, their past dreamy, glistening look of happiness shines vividly in his mind. The lips that once spoke the long-awaited confession of shared love remain warm and open to the embrace of memory—still seem to whisper the sweet tu! Our language is rich, far richer than French; yet we lack something as endearing, as enchanting, as their tu-toiement: our thee’s and thou’s feel cold and distant compared to the first toi that slips out accidentally from cherished lips! A French writer has beautifully captured this delicate moment: “Le[Pg 60] premier tu est tout-puissant; c’est le fiat lux de l’âme; il est sublime, il débrouille le chaos!”
Sublime are the words, “Blessed are the dead who die in the Lord!” Would it be irreligious to say, “Happy are the dead who die beloved?” Their fond and ardent heart had never been chilled by the withering hand of infidelity and ingratitude. They died in an ecstatic dream of perfect bliss on earth, and never were awakened to the world’s mocking realities!—they died when they felt and believed in their heart of hearts that they were dearly beloved—could not be loved more dearly: with that conviction, death, in a worldly acceptation, can never be untimely. Probably, they died still sufficiently animated by a latent, lingering spark of life, to press the hand that was so often linked in mutual pressure in happy days—to feel the burning tear of anguish drop on the pale cheek—to hear the sad, the awful, last word, à Dieu!—an expression that habit has rendered trivial, but which bears with it, in the tenderest solicitude, the most hallowed meaning; since, in pronouncing it, we leave all that we cherish under the protection and the safeguard of OUR GOD.
Sublime are the words, “Blessed are the dead who die in the Lord!” Would it be disrespectful to say, “Happy are the dead who die loved?” Their warm and passionate hearts were never cooled by the harsh hand of betrayal and ingratitude. They passed away in a blissful dream of perfect joy on earth, never waking up to the world’s mocking realities!—they died believing deep in their hearts that they were truly loved—could not be loved any more: with that belief, death, in a worldly sense, can never be seen as untimely. They likely died still with a flicker of life, enough to hold the hand that they had often clasped in happy times—to feel the burning tear of grief fall on their pale cheek—to hear the sad, the dreadful, last word, à Dieu!—a phrase that habit has made seem trivial, but which carries with it, in the most tender care, the most sacred meaning; since, in saying it, we leave everything we cherish under the protection and safeguard of OUR GOD.
Affection deprives death of all horrors. We shrink not from the remains of what we cherished. Despite its impiety, there was something refined in that conviction of the ancients, who imagined that in bestowing their farewell kiss they inhaled the souls of those they loved. How sweet are those lines of Macrobius, originally attributed to Plato!
Affection takes away all the fears of death. We don't shy away from the remains of what we loved. Even though it's considered impious, there was something sophisticated in the belief of the ancients, who thought that by giving their farewell kiss, they breathed in the souls of those they cared about. Those lines of Macrobius, originally thought to be from Plato, are so beautiful!
Dum semihulco suavio
Meum pullum suavior,
Dulcemque florem spiritus
Duco ex aperto tramite,
Animo tunc ægra et saucia
Cucurrit ad labia mihi!
Dum semihulco suavio
Meum pullum suavior,
Dulcemque florem spiritus
Duco ex aperto tramite,
Animo tunc ægra et saucia
Cucurrit ad labia mihi!
Our Shakspeare has quaintly, yet beautifully, described this parting embrace:
Our Shakespeare has uniquely, yet beautifully, described this farewell embrace:
And lips, O you
The doors of breath, seal with a righteous kiss
A dateless bargain to engrossing death.
And lips, oh you
The gates of breath, seal with a true kiss
A timeless deal with captivating death.
Nor was it only on the dying that the ancients bestowed this mark of fondness: Tibullus and Propertius tell us, that, as their bodies were laid on the funeral pile, they clasped them in a fond and last embrace.
Nor was it only on the dying that the ancients showed this sign of affection: Tibullus and Propertius tell us that, as their bodies were placed on the funeral pyre, they held each other in a loving and final embrace.
In regard to the painted crosses, the chaplets, the garlands of flowers, which mark the hallowed resting-place of the departed, it may be said that they are but romantic and[Pg 61] poetical expressions of grief. If it were only real grief that expressed itself by outward testimonials, how soon would mourning be banished as an idle expense!—the “inky cloak,” and customary “suits of solemn black—the trappings and the suit of woes,” be laid aside! What a different feeling does the splendid catafalcum, covered with black velvet, studded with silver tears, and illumined by thousands of glaring tapers, excite, when compared with the simple and verdant graves which point out the spot “where souls do couch in flowers,” blessed by affection’s tears instead of lustral waters. At all periods, amongst every nation, flowers and certain trees seem to have been consecrated to the dead. The Romans planted the wild vine and the box around their tombs. Thus Martial to Alcimenes:
Regarding the painted crosses, the rosaries, and the garlands of flowers that mark the sacred resting places of the dead, it's fair to say they are just romantic and[Pg 61] poetic expressions of grief. If true grief only found expression through outward signs, mourning would quickly be dismissed as a needless expense!—the “inky cloak” and customary “suits of solemn black—the trappings and the suit of woes”—would be put aside! The grand catafalque, draped in black velvet, adorned with silver tears, and lit by thousands of glaring candles, stirs a very different emotion compared to the simple, lush graves that denote the place “where souls rest in flowers,” blessed by the tears of love rather than ceremonial waters. Throughout history and across cultures, flowers and certain trees have been consecrated to the dead. The Romans planted wild vines and boxwood around their tombs. Thus Martial to Alcimenes:
Accipe, non Phario nutantia pondera saxo,
Quæ cineri vanus dat ruitura labor,
Sed fragiles buxos, et opacas palmitis umbras,
Quæque virent lacrymis humida prata meis.
Accipe, not the weight of the falling stone,
Which the pointless effort turns to ash that will fall,
But fragile boxwoods, and the shady palm trees,
And the meadows that are green with my tears.
The wealthy assigned a beauteous garden to their departed favourites, as in the instance of Augustus and Mæcenas. Not only did they suspend garlands over their tombs, but scattered flowers around them. Again in Virgil,
The wealthy dedicated a beautiful garden to their deceased loved ones, like in the case of Augustus and Mæcenas. They not only hung garlands over their graves but also sprinkled flowers around them. Again in Virgil,
Purpureosque jacit flores, ac talia fatur.
Purples flowers he scatters, and he speaks such things.
The same custom prevailed amongst the Grecians, who considered all purple and white flowers acceptable to the dead. The Thessalian’s strewed Achilles’ grave with the immortal amaranth and lilies. Electra complains that the tomb of Agamemnon received no myrtle boughs; in short, instances of this practice are every where to be found. In addition to flowers and perfumes, ribands and hair were also deposited on their sepulchres. Electra adorns Agamemnon’s tomb with her locks, and Canace laments that she had not been able to perform the same rite on her beloved Macareus. Poets tell us that precious ointments and wines were poured upon their monuments; and we find, in Euripides, Helen bidding Hermione to take locks of her hair, honey mixed with milk, and wine, to the sepulchre of her aunt.
The same tradition was common among the Greeks, who viewed all purple and white flowers as fitting for the dead. The people of Thessaly covered Achilles’ grave with everlasting amaranth and lilies. Electra mourns that Agamemnon's tomb didn’t receive any myrtle branches; in fact, examples of this practice can be found everywhere. In addition to flowers and perfumes, ribbons and hair were also placed on their graves. Electra decorates Agamemnon’s tomb with her hair, and Canace regrets that she couldn't do the same for her beloved Macareus. Poets tell us that precious oils and wines were poured over their memorials; and we see, in Euripides, Helen instructing Hermione to take strands of her hair, honey mixed with milk, and wine to her aunt's tomb.
Amongst the Chinese, to the present day, the cypress and the fir, shade their cemeteries: the former tree, an attribute of Pluto was ever considered funereal, hence called feralis; and the feralia were festivals in honour of the dead, observed by the Romans. Varro pretends that the cypress was called funereal from funus, as it emitted an antiseptic aroma. Pliny and others[Pg 62] pretend that it typified the dead, from its never shooting out fresh sprouts when the trunk was hewn down. At any rate, to this hour, it is planted in burying-grounds in every civilized country.
Among the Chinese, even today, cypress and fir trees provide shade for their cemeteries. The cypress tree, associated with Pluto, has always been seen as a symbol of mourning, hence the term feralis; and the feralia were festivals honoring the dead, celebrated by the Romans. Varro suggests that the cypress was called funereal because of its antiseptic smell, coming from the word funus. Pliny and others[Pg 62] claim it represents the dead since it never sprouts new growth when the trunk is cut down. Regardless, it is still planted in graveyards in every civilized country today.
The yew-tree has also been considered an emblem of mourning from the earliest times. The custom of planting it singly appears also to be very ancient. Statius, in his Thebaid, calls it the solitary yew. In England, the trees planted in churchyards were protected by legal enactments, as appears by a statute of 35 Edward I. From the scarcity of bow staves, they had been frequently despoiled by our numerous archers; and, to meet this service, by an enactment of Edward IV. every foreign trader was obliged to bring in four bow staves for every ton of imported merchandise; Elizabeth, from the scarcity of this important article, put the statute in full force.
The yew tree has long been seen as a symbol of mourning. The tradition of planting it alone seems to be quite ancient. Statius, in his Thebaid, refers to it as the solitary yew. In England, trees planted in churchyards were protected by law, as shown by a statute from 35 Edward I. Because bow staves were scarce, they had often been stripped by our many archers; to address this, a law from Edward IV required every foreign trader to bring in four bow staves for every ton of imported goods. Elizabeth, facing a shortage of this important resource, enforced the statute fully.
Let us then hope, both for the living and the dead, that this custom, which obtains in France and other countries, will be adopted by us, instead of becoming the subject of ridicule. It is far more desirable to see families repairing to the tomb of the departed on the anniversary of their death, than to behold them daily passing by their remains with cold indifference.
Let’s hope that this tradition, which is observed in France and other countries, will be embraced by us instead of being made fun of. It’s much better to see families visiting the graves of their loved ones on the anniversary of their passing than to see them walk by their resting places with complete indifference every day.
It would scarcely be believed upon the continent of Europe, that to this very hour bodies are buried in confined churchyards in the most crowded and dirty parts of the British metropolis, such as Russel-court, Drury-lane, and various other similar holes and corners; the rudest nations were never guilty of such a glaring impropriety. In the kingdom of Siam, the remains of the opulent are burnt with great ceremony, while the bodies of the poor are carried out and exposed on mountains: in Ceylon, the remains of the indigent are interred in the neighbouring woods; the rich consumed on gorgeous funeral piles.
It’s hard to believe that even now, in Europe, bodies are buried in cramped churchyards in the most crowded and filthy areas of London, like Russel Court, Drury Lane, and other similar spots; even the most uncivilized nations have never committed such a shocking act. In Thailand, the wealthy are cremated with great ceremony, while the bodies of the poor are taken out and laid on mountains; in Sri Lanka, the remains of the less fortunate are buried in nearby woods, while the rich are burned on elaborate funeral pyres.
The Chinese inhume their dead at some distance from their cities and towns; it is only the bodies of the rich and noble that are allowed to remain on the premises of the family. Navarette mentions a curious custom prevalent in one of their provinces, Chan Si, where, in the event of two betrothed persons dying at the same period, they are married while their coffins are still in their former dwelling, and afterwards burnt together. By the accounts of various travellers, the wealthy Chinese are burnt with great pomp, and their monuments are most curious and expensive. Their mausoleums are actually[Pg 63] halls or grottos, decorated with splendour: and they inter with the deceased many articles to which he might have been attached during life, and that may add to his comforts after death. A custom that was more prevalent before the invasion of the Tartars—a comb, a pair of scissars to pare his nails; four little purses, containing the nail-parings of the defunct, were placed in the coffin, and, amongst the wealthy, gold coin and jewels were inserted in the mouth. The Hottentots bury their dead in the wild clefts of rocks and caverns; the Peruvians bear theirs to the neighbouring hills and mountains. The Greenlanders wrap their dead in furs and skins, and carry them to a considerable distance from their huts. In Kamtschatka and Siberia bodies are covered with snow in caverns and caves; and the African savages perform the same funeral rites as the Irish: their dead are carried to the burying-ground, followed by crowds of relatives and other people, who join the procession, bellowing and howling most piteously, “Oh! why did you die? did you want any thing that was ever denied you?” and after the funeral the survivors invariably get drunk on palm-wine, or any strong liquor they can procure; a custom similar to the circumpotatio of the Romans.
The Chinese bury their dead a bit away from their cities and towns; only the bodies of the wealthy and noble are allowed to stay on family property. Navarette notes an interesting custom in one of their provinces, Chan Si, where if two betrothed people die at the same time, they are married while their coffins are still in their home, and then burned together. According to various travelers, wealthy Chinese are cremated with great ceremony, and their monuments are quite unique and expensive. Their mausoleums are like[Pg 63] grand halls or grottos, decorated lavishly, and they bury the deceased with many items they might have cherished in life, which can provide comfort in death. A tradition that was more common before the Tartar invasion includes placing a comb, a pair of scissors for nail trimming, and four small purses with the deceased's nail clippings in the coffin, while among the rich, gold coins and jewels were placed in the mouth. The Hottentots bury their dead in rugged cliffs and caves; the Peruvians take theirs to the nearby hills and mountains. The Greenlanders wrap their dead in furs and skins and carry them far from their homes. In Kamchatka and Siberia, bodies are covered with snow in caverns and caves, and the African tribes perform funeral rites similar to those of the Irish: their dead are taken to the burial ground, followed by crowds of relatives and others, who join in the procession, wailing and crying out, “Oh! why did you die? Was there anything you were ever denied?” After the funeral, the survivors typically get drunk on palm wine or any strong drink they can find, a practice like the circumpotatio of the Romans.
BURIED ALIVE.
Every nation, however uncivilized, holds the idea of being buried alive in constant dread; the horrors of such a situation cannot be described. Bodies have been found where the miserable victims of precipitation had actually devoured the flesh of their arms in the agonies of hunger and despair. Such was the fate of John Scott and the Emperor Zeno. It is to be feared that this melancholy occurrence is more frequent than is supposed, more especially in countries where inhumation is speedily resorted to. The ancients were remarkably cautious in this respect, especially when we take into consideration the climate of Greece and Rome during the summer months. A law of Greece on this subject directs that “the corpse should be laid out at the relations’ pleasure, but that the following morning before daylight the funeral procession should take place.” From various authorities,[Pg 64] however, it appears that the bodies were kept three, and sometimes six days. Servius was of opinion that the time for burning bodies was the eighth day, and the time for burying the tenth; it appears, however, that this was a privilege granted to the wealthy, as the poor were consumed the day after their death, a custom alluded to in an epigram of Callimachus. Among the Romans several days were also allowed to elapse before interment—sometimes seven days; during which, loud cries, in which the deceased was called by his name, and the noise of various instruments resounded near the body; this was called the conclamatio, alluded to by Terence:
Every nation, no matter how primitive, is haunted by the idea of being buried alive; the terrors of such a situation are beyond description. There have been cases where the unfortunate victims of panic actually resorted to eating their own arms out of hunger and despair. This was the fate of John Scott and Emperor Zeno. It’s feared that this tragic event happens more often than we think, especially in places where burial happens quickly. The ancients were notably careful about this, particularly considering the summer climate in Greece and Rome. A Greek law states that “the body should be laid out at the family’s discretion, but the funeral procession must occur the following morning before dawn.” However, from various sources,[Pg 64] it seems that bodies were often kept for three, and sometimes six days. Servius believed that the best time to burn bodies was on the eighth day, and to bury them on the tenth; however, this was typically a privilege for the wealthy, as the poor were cremated the day after their death, a practice mentioned in an epigram by Callimachus. Among the Romans, several days also passed before burial—sometimes up to seven days—during which loud cries echoed as they called the deceased by name, accompanied by the sounds of various instruments near the body; this was known as the conclamatio, as noted by Terence:
Desine, jam conclamatum est.
Stop, it has been decided.
Lucan also alludes to this custom:
Lucan also talks about this custom:
—————Sic funere primo
Attonitæ tacuere domus, quam corpora nondum
Conclamata jacent, noc mater crine soluto
Exigit ad sævos famularum brachia planctus.
Thus, at the first death
The stunned house fell silent, where the bodies lie
Unclaimed; and the mother, with her hair untied,
Demands the fierce lament of the servant girls.
The ancients held hasty inhumation in great dread, and grounded their apprehension on various current traditions. Thus Plato remarks the case of a warrior who was left for ten days on the field of battle amongst the dead, and who came to life when he was being borne to the sepulchre. Asclepiades restored life to a man who was also consigned to the funeral pile, and Pliny relates the case of Lucius Aviola and Lucius Lamia, who showed signs of life upon the pile, but were too much injured to be saved.
The ancients were very fearful of quick burials and based their fears on different traditions of the time. For example, Plato mentions a soldier who was left on the battlefield among the dead for ten days and came back to life just as he was being taken to the grave. Asclepiades revived a man who had also been placed on the funeral pyre, and Pliny tells the story of Lucius Aviola and Lucius Lamia, who showed signs of life on the pyre but were too badly injured to be saved.
Amongst the many absurd fancies regarding the dead, was the superstitious belief of their being able to masticate in their coffin any substance buried with them. Women more especially were believed to be gifted with this post mortem faculty of moving their jaw-bones very loudly. Claro sonitu, says the learned Michael Ranfft, in his curious and elaborate work, de masticatione mortuorum. In this apprehension, that the deceased in their hunger might devour their own limbs, articles of food were interred with them.
Among the many ridiculous ideas about the dead was the superstition that they could chew any substance buried with them in their coffins. Women, in particular, were believed to have this post mortem ability to move their jawbones very loudly. Claro sonitu, says the scholarly Michael Ranfft in his interesting and detailed work, de masticatione mortuorum. Because of this belief that the deceased might, in their hunger, eat their own limbs, food items were buried with them.
According to the law of the Jews, who appear to have been in constant dread of pestilential disease, the inhumation of the dead were most hasty. Yet in this instance many Rabbi maintain that the Talmud has been erroneously interpreted, for although it decreed that a night should not be allowed to pass before inhumation, it clearly meant that actual death must have been ascertained.
According to Jewish law, which seems to reflect a constant fear of contagious diseases, burials were done very quickly. However, in this case, many rabbis argue that the Talmud has been misinterpreted, because while it stated that a night shouldn’t pass before burial, it clearly meant that actual death must be confirmed.
[Pg 65]While such fears are entertained of suspended animation being taken for dissolution, it is strange that in some savage tribes the aged are allowed to perish without any care being taken to prolong their lives. Such is the custom of some of the Esquimaux, where old and decrepit creatures are abandoned in their huts and left to their fate. An ancient tradition stated that the inhabitants of the Isle of Syria never died of any distemper, but dropped into their graves at a certain old age.
[Pg 65]While there are concerns that suspended animation might be mistaken for death, it's odd that in some primitive tribes, the elderly are left to die without any effort to extend their lives. This is the practice among some Esquimaux, who abandon old and frail individuals in their huts, leaving them to their fate. An old tradition claimed that the people of the Isle of Syria never died from any illness but simply fell into their graves at a certain age.
It would be desirable that in cases where interment is speedily resorted to, a physician should attend, in order to ascertain that death had actually taken place. This is seldom practised, from the common saying “that it is uncivil on the part of a doctor to visit a dead patient.” Various means are employed to ascertain death: the looking-glass applied to the mouth of the corpse, to find out whether breath had departed; the coldness of the extremities, the falling of the lower jaw, the rigidity of the limbs, and various other appearances, are universally known; but in the villages of Italy and Portugal, pins and needles are frequently driven under the nails, in what is vulgarly called the quick, to excite an excruciating pain if life should not have fled. The most certain evidence, when bodies are long kept, is most decidedly the commencement of decomposition; but, in other cases, the action of the voltaic pile on a bared muscle is an infallible test.
It would be ideal for a doctor to be present when someone is buried quickly to confirm that death has truly occurred. This practice is rare, as it's commonly said that it's impolite for a doctor to check on a deceased patient. There are various methods used to determine death: a mirror held to the mouth of the corpse to see if breath is gone, the coldness of the extremities, the dropping of the lower jaw, the stiffness of the limbs, and other signs that are well known. However, in the villages of Italy and Portugal, they often use pins and needles driven under the nails, in what is commonly referred to as the quick, to provoke intense pain if the person is still alive. The most reliable indication, when bodies have been preserved for a long time, is clearly the onset of decomposition; but in other cases, applying a voltaic pile to exposed muscle serves as a foolproof test.
It is much to be feared that on the field of battle and naval actions many individuals apparently dead are buried or thrown overboard. The history of François de Civille, a French captain, who was missing at the siege of Rouen, is rather curious: at the storming of the town he was supposed to have been killed, and was thrown, with other bodies, in the ditch, where he remained from eleven in the morning to half-past six in the evening; when his servant, observing some latent heat, carried the body into the house. For five days and five nights his master did not exhibit the slightest sign of life, although the body gradually recovered its warmth. At the expiration of this time, the town was carried by assault, and the servants of an officer belonging to the besiegers, having found the supposed corpse of Civille, threw it out of window, with no other covering than his shirt. Fortunately for the captain, he had fallen upon a dunghill, where he remained senseless for three days longer, when his body was taken up by his relations for sepulture, and ultimately brought to life.[Pg 66] What was still more strange, Civille, like Macduff, had been “from his mother’s womb untimely ripp’d,” having been brought into the world by a Cæsarean operation, which his mother did not survive; and after his last wonderful escape he used to sign his name with the addition of “three times born, three times buried, and three times risen from the dead by the grace of God.”
It is greatly to be feared that on the battlefield and during naval battles, many individuals who seem dead are buried or tossed overboard. The story of François de Civille, a French captain who went missing during the siege of Rouen, is quite curious: during the attack on the town, he was thought to be killed and was thrown, along with other bodies, into a ditch, where he stayed from eleven in the morning until half-past six in the evening; his servant, noticing some lingering warmth, took the body inside. For five days and five nights, his master showed no signs of life, although his body gradually regained warmth. After this time, the town was stormed, and the servants of an officer from the attacking side discovered what they thought was Civille’s corpse and threw it out the window, with nothing but his shirt covering him. Luckily for the captain, he landed on a dung heap, where he remained unconscious for three more days until his family came to retrieve him for burial, and he eventually came back to life.[Pg 66] Even stranger, Civille, like Macduff, had been “born untimely from his mother’s womb,” arriving into the world via a Cæsarean section that his mother did not survive; and after his incredible escape, he would sign his name with the phrase “three times born, three times buried, and three times risen from the dead by the grace of God.”
The fate of the unfortunate Abbé Prevost, author of “Manon Lescaut,” and other esteemed novels, was lamentable beyond expression. In passing through the forest of Chantilly, he was seized with an apoplectic fit: the body, cold and motionless, was found the following morning, and carried by some woodcutters to the village surgeon, who proceeded to open it; it was during this terrific operation that the wretched man was roused to a sense of his miserable condition by the agonies he endured, to expire soon after in all the complicated horrors of his situation. Various cases are recorded where persons remained in a state of apparent death for a considerable time. Cullen mentions an hysterical woman who was deprived of movement and sensibility for six days. Licelus knew a nun of Bresia, who, after an hysteric attack, continued in an inanimate state for ten days and nights.
The fate of the unfortunate Abbé Prevost, author of “Manon Lescaut” and other respected novels, was tragically beyond words. While walking through the forest of Chantilly, he suffered a stroke: his cold, lifeless body was discovered the next morning, and woodcutters took it to the village surgeon, who began an autopsy; it was during this horrific procedure that the poor man became aware of his terrible condition through the pain he experienced, only to die shortly after in the midst of his harrowing situation. There are various accounts of people who appeared dead for an extended period. Cullen mentions a woman with hysteria who was unable to move or feel anything for six days. Licelus knew a nun from Bresia who, after a hysteric episode, remained in a lifeless state for ten days and nights.
SPONTANEOUS COMBUSTION.
The singular fact of persons, more especially individuals who were in the habit of indulging in the use of spirituous liquors, having taken fire and been consumed, is authenticated beyond the slightest doubt. Little confidence, it is true, can be placed in the reports on this subject which occasionally appear in the newspapers of different countries; but many celebrated practitioners have witnessed and recorded the event, and physiologists have endeavoured to account for its causes. The celebrated Le Cat mentions a woman of Rheims, of the name of Millet, who was found consumed at the distance of two feet from her chimney; the room exhibited no appearance of fire, but of the unfortunate sufferer nothing was found except her skull, the bones of the lower extremities, and some vertebræ. A servant-girl was accused[Pg 67] of the murder, and condemned to death; but on her appeal, and a subsequent investigation, her innocence was fully ascertained.
The strange fact that people, especially those who regularly drank alcohol, could catch fire and be burned is confirmed without a doubt. It's true that reports on this topic that sometimes appear in newspapers from different countries aren’t very reliable; however, many well-known experts have witnessed and recorded the occurrence, and scientists have tried to explain its causes. The famous Le Cat mentions a woman named Millet from Rheims, who was found burned two feet away from her chimney; the room had no signs of a fire, but all that remained of the unfortunate victim were her skull, the bones of her legs, and some vertebrae. A servant girl was accused[Pg 67] of the murder and sentenced to death, but after her appeal and further investigation, her innocence was proven.
Joseph Battaglia, a surgeon of Ponte Bosio, relates the following case:—Don G. Maria Bertholi, a priest of Mount Valerius, went to the fair of Filetto, and afterwards visited a relation in Fenilo, where he intended to pass the night. Before retiring to rest, he was left reading his breviary; when, shortly afterwards, the family were alarmed by his loud cries and a strange noise in his chamber. On opening the door, he was lying prostrate on the floor, and surrounded by flickering flames. Battaglia was immediately sent for, and on his arrival the unfortunate man was found in a most deplorable state. The integuments of the arms and the back were either consumed or detached in hanging flaps. The sufferer was sufficiently sensible to give an account of himself. He said that he felt all of a sudden as if his arm had received a violent blow from a club, and at the same time he saw scintillations of fire rising from his shirt-sleeves, which were consumed without having burned the wrists; a handkerchief, which he had tied round his shoulders, between the shirt and the skin, was intact. His drawers were also sound; but, strange to say, his silk skull-cap was burnt, while his hair bore no marks of combustion. The unfortunate man only survived the event four days, when mortification of the burnt parts was most extensive, and the body emitted intolerable putrid effluvia. The circumstances which attended this case would seem to warrant the conclusion that the electric fluid was the chief agent in the combustion.
Joseph Battaglia, a surgeon from Ponte Bosio, shares the following case: Don G. Maria Bertholi, a priest from Mount Valerius, went to the fair in Filetto and then visited a relative in Fenilo, where he planned to spend the night. Before going to bed, he was left reading his breviary when, shortly thereafter, the family was alarmed by his loud cries and a strange noise coming from his room. When they opened the door, they found him lying on the floor, surrounded by flickering flames. Battaglia was immediately called, and upon his arrival, he found the unfortunate man in a terrible state. The skin on his arms and back was either burned away or hanging in flaps. The victim was able to explain what had happened. He said he suddenly felt as if his arm had been struck hard by a club, and at the same time, he saw sparks of fire rising from his shirt sleeves, which burned away without affecting his wrists; a handkerchief he had tied around his shoulders, between his shirt and skin, was untouched. His underwear was also fine; yet, strangely, his silk skullcap was burned while his hair showed no signs of burning. The unfortunate man only survived for four days after the incident, as the burned areas became severely infected, and his body emitted a terrible smell. The circumstances of this case suggest that electric shock was the main cause of the combustion.
Bianchini relates the death of the Countess of Cornelia Bandi, of Cesena, who was in the habit of using frictions of camphorated spirits. She was found consumed close to her bedside. No traces of fire could be observed in the room—the very lights had been burnt down to their sockets; but the furniture, closets, and linen were covered with a grayish soot, damp and clammy.
Bianchini describes the death of Countess Cornelia Bandi from Cesena, who often used camphorated spirits for massages. She was discovered partially burned near her bedside. There were no signs of fire in the room—the candles had burned all the way down to their holders; however, the furniture, closets, and linens were coated in a damp, grayish soot.
The Annual Register mentions two facts of a similar nature which occurred in England, one at Southampton, the other at Coventry. In the transactions of the Royal Society of London, an extraordinary instance of combustion is also recorded. The fact is thus related. Grace Pitt, the wife of a fishmonger of Ipswich, aged about sixty, had contracted a habit, which she continued for several years, of coming down every night from her bedroom, half dressed, to smoke[Pg 68] a pipe. On the night of the 9th of April, 1744, she got up from her bed as usual; her daughter who slept with her, did not perceive she was absent till next morning when she awoke; soon after which she put on her clothes, and going down into the kitchen, found her mother stretched out on her right side, with her head near the grate; the body extended on the hearth, with the legs on the floor, which were of deal, having the appearance of a log of wood consumed by a fire without any apparent flames. On beholding this spectacle, the girl run in great haste and poured over her mother’s body some water contained in two large vessels, in order to extinguish the fire, while the fetid odour and smoke that exhaled from the body almost suffocated some of the neighbours who had hastened to the girl’s assistance.
The Annual Register mentions two similar events that took place in England, one in Southampton and the other in Coventry. An extraordinary case of combustion is also recorded in the Royal Society of London’s transactions. Here’s how it goes: Grace Pitt, the wife of a fishmonger from Ipswich, who was about sixty years old, had developed a habit of coming down from her bedroom each night, half-dressed, to smoke[Pg 68] a pipe. On the night of April 9, 1744, she got out of bed as usual; her daughter, who slept with her, didn’t realize she was missing until the next morning when she woke up. Soon after, the daughter got dressed and went down to the kitchen, where she found her mother lying on her right side, her head near the stove. The body was extended on the hearth, with the legs on the floor, which were made of deal wood, looking like a log burned by a fire without any visible flames. Seeing this shocking sight, the girl hurried in desperation and poured water from two large containers over her mother’s body to try to put out the fire, while the foul smell and smoke coming from the body nearly suffocated some neighbors who had rushed to help her.
The trunk was in some measure incinerated, and resembled a heap of wood covered with white ashes. The head, the arms, the legs, and the thighs, had also participated in the burning. This woman, it is said, had drank a large quantity of spirituous liquor, in consequence of being overjoyed at hearing of the return of one of her daughters from Gibraltar. There was no fire in the grate, and the candle had burnt down to the socket of the candlestick, which was close to her. Besides, there were found close to the consumed body, the clothes of a child and a paper screen, which had sustained no injury from the fire. The dress of the woman consisted of a cotton gown.
The trunk was partially burned and looked like a pile of wood covered with white ashes. The head, arms, legs, and thighs had also been affected by the fire. It's said that this woman drank a lot of alcohol because she was so happy to hear that one of her daughters was returning from Gibraltar. There was no fire in the fireplace, and the candle had burned down to the base of the candlestick next to her. Additionally, near the charred body, they found children's clothes and a paper screen that had not been damaged by the fire. The woman's outfit was a cotton gown.
It is possible that this accident may be attributed to the escape of hydrogen gas; the presence of this inflammable body in animals is evident, and it is also proved that it is liable to ignite. Morton saw flames coming from the body of a pig. Bonami and Ruysh, with a lighted candle, set fire to the vapour arising from the stomach of a woman whom they were opening. In the Memoirs of the Academy of Science of Paris, of 1751, we find the case of a butcher, who, on opening the body of an ox that had died after a malady which had swollen him considerably, was severely burnt by an explosion and a flame which rose to the height of about five feet. Sturm, Bartholini, and Gaubius record fiery eructations in which, no doubt, phosphurated hydrogen had been generated in the stomach, from some combination of alcohol and animal substances, and inflamed upon coming into contact with atmospheric air; the fetid odour which invariably accompanies these combustions appears to warrant the conclusion. Fodéré remarks that hydrogen gas is developed in[Pg 69] certain cases of disease even in the living body, and he agrees with Mere in attributing spontaneous combustion to the united action of hydrogen and electricity. The case of a Bohemian peasant is narrated, who lost his life in consequence of ignited inflammable air issuing from his mouth which could not be extinguished. It seems evident that this accident only occurs under certain conditions of the body; generally in aged persons upwards of sixty years old; more frequently in women than in men, and chiefly when of indolent habits, a debilitated frame, and intemperate in their mode of living. That the body has been usually consumed long before the head and the extremities is evident, since these parts have been more commonly found than the trunk. It also has been ascertained by observation that this strange accident seldom occurs in summer, but principally during severe cold and frosty weather. It appears that some experiments have been recently made in the United States, when the blood flowing from the arm of a man addicted to spirituous liquors actually took fire, being placed in contact with a lighted taper!
It's possible that this accident could be linked to the release of hydrogen gas; the presence of this flammable substance in animals is obvious, and it has also been shown to catch fire. Morton witnessed flames coming from a pig's body. Bonami and Ruysh lit the vapor coming from the stomach of a woman they were autopsying with a candle. In the Memoirs of the Academy of Science of Paris from 1751, there's a case of a butcher who, while opening the body of an ox that had died from a serious illness that caused it to swell greatly, was severely burned by an explosion and flames that shot up to about five feet high. Sturm, Bartholini, and Gaubius reported fiery burps, which likely happened because phosphorated hydrogen was generated in the stomach from a combination of alcohol and animal substances, igniting when it came into contact with air; the foul smell that usually accompanies these fires seems to support this conclusion. Fodéré noted that hydrogen gas can form in certain disease cases even in the living body and agreed with Mere that spontaneous combustion results from the combined effects of hydrogen and electricity. One account tells of a Bohemian peasant who died when the flammable gas escaping from his mouth caught fire and couldn't be put out. It's clear that this accident usually happens under specific bodily conditions; mainly in older individuals over sixty, more often in women than in men, and typically in those with sedentary lifestyles, weakened bodies, and unhealthy habits. That the body burns away before the head and extremities is evident since these parts are usually found more often than the torso. Observations have also confirmed that this strange occurrence rarely happens in summer, but mainly during cold and frosty weather. Recently, some experiments were conducted in the United States where the blood from the arm of a man who drank heavily actually ignited when it came into contact with a lit taper!
Medical observers differ in opinion on this singular yet well-authenticated phenomenon. Lair, Vicy d’Argou, and Dupuytren maintain that to produce it, the contact of fire is necessary. Le Cat and Kopp, on the contrary, affirm that this combustion may be spontaneous without the intervention of any external agent, and resulting from some peculiar predisposition. According to Le Cat animals contain inflammable substances which ignite of themselves. De Castro relates the cases of several individuals from whom friction could draw sparks. Daniel Horstius mentions a gouty patient, from whose limbs, on being rubbed, vivid sparks arose. These physicians consider that these electric sparks are sufficient to ignite the spirituous liquor which may have saturated any organic tissue of the body, the combustion being afterwards fed by animal oil.
Medical experts have different opinions about this unique but well-documented phenomenon. Lair, Vicy d’Argou, and Dupuytren argue that fire contact is necessary to produce it. On the other hand, Le Cat and Kopp claim that this combustion can happen spontaneously without any external influence, stemming from some specific predisposition. Le Cat suggests that animals contain flammable substances that can ignite on their own. De Castro recounts cases of several individuals who could generate sparks through friction. Daniel Horstius mentions a gout patient, from whose limbs vivid sparks were produced when rubbed. These doctors believe that these electric sparks are enough to ignite any alcoholic substance that may have soaked into the body's organic tissue, with the combustion then fueled by animal oil.
This theory is, however, subject to many objections. It is difficult to imagine that any substance introduced into the organ of digestion should retain its former principles of inflammability. Although Cuvier and Dumeril relate, that in opening the body of a man who died from excess of drinking, the effluvia of the liquor arose from every cavity.
This theory, however, faces many objections. It's hard to believe that any substance introduced into the digestive system would keep its original flammability. Although Cuvier and Dumeril mention that when they opened the body of a man who died from excessive drinking, the fumes from the alcohol emerged from every cavity.
On this subject, fraught with much interest, nothing positive has been ascertained, despite the late progress of chemical investigation. This combustion indeed differs widely from[Pg 70] all other burning; sometimes a flickering and bluish flame arises; at other times a smothered heat or fire, without visible flames, is the consuming agent. Water increases the combustion instead of allaying it. It is moreover a well-known fact, that a considerable quantity of fuel is required to consume a dead body, whereas in this combustion, incineration is most rapid. The human body, indeed, is not easily consumed; a case is related of a baker-boy, named Renaud, who was sentenced to be burnt at Caen; two large cart-loads of fagots were required to consume the body, and at the end of more than ten hours, some remains were still visible.
On this topic, which is full of interest, nothing definitive has been discovered, despite recent advances in chemical research. This combustion is very different from[Pg 70] all other types of burning; sometimes a flickering, blue flame appears, and other times there is a smoldering heat or fire, without visible flames, as the burning agent. Water actually fuels the fire instead of calming it. It’s also well-known that a large amount of fuel is needed to burn a dead body, while in this type of combustion, incineration happens very quickly. The human body is not easily burned; there’s a story of a baker-boy named Renaud, who was sentenced to be burned in Caen; two large cartloads of firewood were needed to burn the body, and even after more than ten hours, some remains were still visible.
The extreme incombustibility of the body was singularly exemplified in the case of Mrs. King, whose murderer was engaged for several weeks in endeavouring to burn her remains without effecting his purpose.
The extreme fire resistance of the body was uniquely shown in the case of Mrs. King, whose murderer spent several weeks trying to burn her remains without succeeding.
It has also been affirmed by various medical observers, that the human body will occasionally secrete an inflammable matter emitted by perspiration. Thus, it is stated, that the perspiration of the wife of a physician of the Archbishop of Toledo was of such a combustible nature, that a ribbon which she had worn, being exposed to the air, took fire. Borelli relates the case of a peasant, whose linen would ignite in a similar manner, whether it was laid up in a chest or hung up to dry. Amongst the many curious stories of the kind, we quote De Castro, who affirms that he knew a physician, from whose back-bone fire issued so vividly as to dazzle the eyes of the beholders. Krautius informs us, that certain people of the territory of Nivers (?) were burning with an invisible fire, and that some of them lopped off a foot or a hand to cut off the conflagration!
It has also been confirmed by various medical observers that the human body can sometimes produce a flammable substance released through sweat. For example, it's reported that the sweat of a physician’s wife from the Archbishop of Toledo was so combustible that a ribbon she wore burst into flames when exposed to the air. Borelli recounts the story of a peasant whose linens would ignite similarly, whether stored in a chest or hanging out to dry. Among the many intriguing tales of this kind, we mention De Castro, who claims to have known a physician from whose spine fire emerged so brightly that it dazzled onlookers. Krautius tells us that certain individuals in the territory of Nivers were burning with an invisible fire, and some even amputated a foot or a hand to stop the blaze!
BRASSICA ERUCA, OR THE ROCKET PLANT.
This plant, now in total disuse, was considered by the ancients as a most powerful aphrodisiac, and consecrated to Venus. Hence Martial and Ovid—
This plant, now completely unused, was seen by ancient people as a very strong aphrodisiac and was dedicated to Venus. Therefore, Martial and Ovid—
Et Venerem revocans eruca morantem.
——
Nec minus erucas jubeo vitare salaces.
Et Venerem revocans eruca morantem.
Sure! Please provide the text you'd like me to modernize.
I also command you to avoid the lustful caterpillars.
But the most curious document regarding this obnoxious weed is found in Lobel, who states that it was carefully cultivated in the gardens of monasteries and nunneries, to preserve their chastity.
But the most interesting document about this annoying weed is found in Lobel, who mentions that it was carefully grown in the gardens of monasteries and convents to maintain their chastity.
“Hæc eruca, major Hispanica, vel quia in condimentis lautior, vel ad venerem vegetior erat, gentilis vulgò vocata fuit; quo vocabulo Hispanica et Itala gens designat quamlibet rem aptam reddere hominem lætum et experrectum ad munia vulgò pausibilia, ut joca ludicra et venerem; quæ commoda ut ex eâ perciperet monachorum saginata caterva, in perquàm amœna Magalonæ, insula maris Narbonensis, hujus gentilis erucæ semine à fratre quodam Hispano ambulone donato, quotannis hocce serebat, et in mensis cuilibet, vel maximo gulæ irritamento, vel blandimento, præferebat; nimirum usu gnara quantum frequens esus conferret ad calorem venereum in illis otio et frequenti crapula obrutum, ad vigorem animi excitandum, et præsertim corpus obesum extenuandum, somnumque excutiendum, quo illi veluti ursi gliresve tota hyeme saginati, fermè adipe suffocabantur. Verùm isto Hispanico remedio adeò hilarescebant et gentiles fiebant, ut plerumque recinctis lumbis castitate, coacti essent vota et cœnobii mœnia transilire, et aliquid solatii venerei ab vicinis plebanis efflagitare. Nobis hæc visa et risa. Eruca verò inibi superstes est copiosissima, monumentum futura monasticæ castitatis et rei veritatis.”—Adv. p. 68.
“This caterpillar, mainly of Spanish origin, was called the 'gentile' either because it was more luxurious in flavors or more invigorating for romance; this term is used by Spanish and Italian cultures to describe any item that can make a person happy and awake to common leisure activities, like fun games and romance. To take advantage of these benefits, a group of well-fed monks, in the pleasantly located Magalona, on the island of the Narbonne sea, received seeds of this caterpillar from a Spanish brother and planted them annually. Regardless of the month, they would highlight either great culinary temptation or charm, knowing well how frequent consumption contributed to romantic warmth during their leisure and frequent indulgence, to stimulate mental strength and especially to slim down their heavy bodies, waking up from the sleep that left them nearly suffocated like bears or dormice fattened throughout the winter. However, with this Spanish remedy, they became so cheerful and personable that often, with their waists bare and in a state of chastity, they felt compelled to leap over convent walls and demand some romantic solace from nearby peasants. We found this amusing and funny. The caterpillar remains there abundantly, a monument to future monastic chastity and the truth of the matter.” —Adv. p. 68.
CAGLIOSTRO.
The first appellation the Grecians gave to those who exercised the art of healing was iatros. Originally it merely signified a man possessed of the power of relieving accidents, either by manual exertions, or the hidden virtues of some amulet or charm. Sextus tells us that in ancient times it applied to an extractor of arrows, sagittarum extractor. No doubt, this operation constituted the chief business of the surgeon in the infancy of the art; and warriors and heroes themselves performed it on the field of battle, as fully exemplified in Homer.
The first term the Greeks used for those who practiced healing was iatros. Initially, it simply referred to someone who had the ability to relieve injuries, either through physical efforts or by using the hidden powers of an amulet or charm. Sextus mentions that in ancient times, it was used for someone who removed arrows, sagittarum extractor. Surely, this task was the primary role of the surgeon in the early days of the practice; even warriors and heroes did it on the battlefield, as clearly shown in Homer's works.
The primitive title of iatros gradually descended to surgical practitioners. We find that Nebrus and Heraclides were the chief iaters of Cos, the birthplace of Hippocrates. To this day the same name is given to medical men in Greece, where, until lately, they were in the habit of perambulating the streets, and seeking occupation by crying out at certain distances, Callos iatros! (The good doctor!) Balsamo, a celebrated mountebank, being at Cairo, where he died, one of his disciples repaired to Europe, and, anxious to bear a singular name, assumed this cry, and called himself Calloiatro, or, according to the corrupt pronunciation, Cagliostro: his history is well known, and he certainly excelled in impudence and industry all his predecessors. These Greek iaters, when going over to Italy to practise, called themselves medici, which Cato wanted to change into mendici, for, said he, “These creatures, (Illi Græculi,) quit their native country, where they were starving, to seek their fortune in Rome (ut fortunam sibi mendicent).” Under this austere censor few of these emigrants dared to settle in the Roman territories, but after his demise they inundated the country to such an extent, that it was said that Rome had more physicians than patients who needed their attendance. This influx of practitioners occasioned constant competition, and each iater endeavoured to obtain fame and emolument by underrating his opponents, and endeavouring to introduce novel doctrines, seeking a livelihood, as Pliny observed, inter mortes et mendacia. It was on these adventurers that the following epigram was written:
The basic title of iatros gradually became associated with surgeons. We see that Nebrus and Heraclides were the main iaters from Cos, the birthplace of Hippocrates. Even today, the same title is used for doctors in Greece, where, until recently, they would walk through the streets, looking for work by shouting out at intervals, Callos iatros! (The good doctor!) Balsamo, a famous quack, was in Cairo when he died. One of his students, wanting a unique name, took this shout and called himself Calloiatro, which, due to mispronunciation, became Cagliostro: his story is well-known, and he undoubtedly surpassed all his predecessors in boldness and effort. These Greek iaters, when they moved to Italy to practice, called themselves medici, which Cato wanted to change to mendici, because he said, “These guys, (Illi Græculi,) leave their homeland, where they are starving, to seek their fortune in Rome (ut fortunam sibi mendicent).” Under this strict censor, few of these immigrants dared to settle in Roman lands, but after his death, they flooded the country to the point that it was said Rome had more doctors than patients needing care. This surge of practitioners led to constant competition, and each iater tried to gain recognition and income by putting down their rivals and promoting new ideas, striving to make a living, as Pliny noted, inter mortes et mendacia. It was about these opportunists that the following epigram was written:
Fingunt se cuncti medicos,—idiota, sacerdos,
Judæus, monachus, histrio, rasor, anus.
Fingunt se todos médicos,—ignorante, sacerdote,
Judío, monje, actor, barbero, anciana.
[Pg 73]The quackery of these candidates for popularity became the subject of bitter satire; and Martial thus speaks of the Iatre Symmachus:
[Pg 73]The trickery of these contenders for fame became the target of sharp satire; and Martial mentions the Iatre Symmachus:
Languebam, sed tu comitatus protinus ad me
Venisti centum, Symmache, discipulis;
Centum me tetigere manus, aquilone gelatæ,
Non habui febrem, Symmache; nunc habeo.[7]
Languebam, but you immediately came to me
With a hundred, Symmachus, your students;
A hundred hands touched me, chilled by the north wind,
I didn’t have a fever, Symmachus; now I do.[7]
This Symmachus, it appears, invariably moved abroad surrounded by hundreds of his disciples, whose cold investigating hands produced upon their patients the effects to which Martial alludes.
This Symmachus always traveled abroad surrounded by hundreds of his followers, whose cold, probing hands had the effects on their patients that Martial mentions.
LUNAR INFLUENCE ON HUMAN LIFE AND DISEASES.
The ancients, who were chiefly guided in their medical notions by the simple operations of nature, attached great importance to the influence of the moon. As the stars directed their navigators, so did the planets in some degree regulate their other calculations. Finding that the state of the weather materially acted on our organism whether in health or in sickness, they attributed this influence to the appearance of the moon, which generally foretold the vicissitudes in the atmospheric constitution. Thus Hippocrates advises his son Thessalus to study numbers and geometry, as the knowledge of astronomy was indispensable to a physician, the phenomena of diseases being dependent on the rising or the setting of the stars. Aristotle informs his disciples that the bodies of animals are cold in the decrease of the moon, that blood and humours are then put into motion, and to these revolutions he ascribes various derangements of women. To enter into these medical opinions would be foreign to the present purpose, but the notions of the ancients regarding lunar influence in other matters are curious.
The ancients, who based their medical beliefs on the simple workings of nature, placed great importance on the moon's influence. Just as the stars guided navigators, the planets also played a role in their various calculations. They observed that weather conditions significantly affected our bodies, both in health and sickness, and they linked this effect to the phases of the moon, which generally indicated changes in the atmosphere. Hippocrates advised his son Thessalus to study numbers and geometry because understanding astronomy was crucial for a physician, as disease phenomena were influenced by the rising or setting of the stars. Aristotle told his students that animals’ bodies are cold during the waning moon and that blood and bodily fluids are stirred into motion then, attributing various disturbances in women to these lunar cycles. While delving into these medical beliefs isn't relevant to our current discussion, the ancients' ideas about the moon's influence in other areas are interesting.
[Pg 74]Lucilius, the Roman satirist, says that oysters and echini fatten during lunar augmentation; which also, according to Gellius, enlarges the eyes of cats: but that onions throw out their buds in the decrease of the moon, and wither in her increase, an unnatural vegetation, which induced the people of Pelusium to avoid their use. Horace also notices the superiority of shell-fish in the increase.
[Pg 74]Lucilius, the Roman satirist, mentions that oysters and sea urchins fatten during the waxing of the moon; Gellius adds that cats' eyes also get bigger during this time. However, onions sprout during the waning moon and wilt when it grows, which is an unusual growth pattern that led the people of Pelusium to avoid them. Horace also points out the advantage of shellfish during the full moon.
Pliny not only recognises this influence on shell-fish, but observes, that the streaks on the livers of rats answer to the days of the moon’s age; and that ants never work at the time of any change: he also informs us that the fourth day of the moon determines the prevalent wind of the month, and confirms the opinion of Aristotle that earthquakes generally happen about the new moon. The same philosopher maintains that the moon corrupts all slain carcasses she shines upon; occasions drowsiness and stupor when one sleeps under her beams, which thaw ice and enlarge all things; he further contends, that the moon is nourished by rivers, as the sun is fed by the sea. Galen asserts that all animals that are born when the moon is falciform, or at the half-quarter, are weak, feeble, and shortlived; whereas those that are dropped in the full moon are healthy and vigorous.
Pliny not only acknowledges this impact on shellfish, but he also notes that the markings on rat livers correspond to the days of the moon's cycle; and that ants never work during a change of the moon. He also tells us that the fourth day of the moon signals the dominant wind for the month, and supports Aristotle's belief that earthquakes usually occur around the new moon. This same philosopher argues that the moon rots all dead bodies it shines on; causes drowsiness and sluggishness for those who sleep under her light, which melts ice and expands everything; he further claims that the moon is nourished by rivers, just as the sun is fed by the sea. Galen states that all animals born when the moon is in a crescent phase or at the half-quarter are weak, frail, and have short lifespans; while those born during the full moon are healthy and strong.
In more modern times the same wonderful phenomena have been attributed to this planet. The celebrated Ambroise Paré observed, that people were more subject to the plague at the full. Lord Bacon partook of the notions of the ancients, and he tells us that the moon draws forth heat, induces putrefaction, increases moisture, and excites the motion of the spirits; and, what was singular, this great man invariably fell into a syncope during a lunar eclipse.
In more recent times, the same amazing phenomena have been linked to this planet. The famous Ambro
Van Helmont affirms, that a wound inflicted by moonlight is most difficult to heal; and he further says, that if a frog be washed clean, and tied to a stake under the rays of the moon in a cold winter night, on the following morning the body will be found dissolved into a gelatinous substance bearing the shape of the reptile, and that coldness alone without the lunar action will never produce the same effect. Ballonius, Diemerbroeck, Ramazzini, and numerous celebrated physicians, bear ample testimony to its baneful influence in pestilential diseases. The change observed in the disease of the horse called moon-blindness is universally known and admitted.
Van Helmont claims that a wound caused by moonlight is very hard to heal. He adds that if a frog is cleaned and tied to a stake under the moonlight on a cold winter night, by morning, its body will have turned into a gelatinous substance that still has the shape of the frog. He notes that cold alone, without the effects of the moon, won't create the same result. Ballonius, Diemerbroeck, Ramazzini, and many other well-known doctors provide plenty of evidence of its harmful effects during infectious diseases. The change seen in the horse condition known as moon-blindness is widely recognized and accepted.
Many modern physicians have stated the opinions of the ancients as regards lunar influence in diseases, but none have pushed their inquiries with such indefatigable zeal as the late[Pg 75] Dr. Mosely; he affirms that almost all people in extreme age die at the new or at the full moon, and this he endeavours to prove by the following records:
Many modern doctors have shared the views of ancient thinkers about the effects of the moon on diseases, but none have explored this with as much relentless determination as the late [Pg 75] Dr. Mosely. He claims that nearly all elderly people pass away during the new or full moon, and he tries to support this with the following records:
Thomas Parr died at the age of 152, two days after the full moon.
Henry Jenkins died at the age of 169, the day of the new moon.
Elizabeth Steward, 124, the day of the new moon.
William Leland, 140, the day after the new moon.
John Effingham, 144, two days after full moon.
Elizabeth Hilton, 121, two days after the full moon.
John Constant, 113, two days after the new moon.
Thomas Parr passed away at the age of 152, two days after the full moon.
Henry Jenkins passed away at the age of 169, on the day of the new moon.
Elizabeth Steward, 124, on the day of the new moon.
William Leland, 140, the day after the new moon.
John Effingham, 144, two days after the full moon.
Elizabeth Hilton, 121, two days after the full moon.
John Constant, 113, two days after the new moon.
The doctor then proceeds to show, by the deaths of various illustrious persons, that a similar rule holds good with the generality of mankind:
The doctor then goes on to demonstrate, through the deaths of several notable individuals, that a similar pattern applies to most people:
Chaucer, 25th October 1400, the day of the first quarter.
Copernicus, 24th May 1543, day of the last quarter.
Luther, 18th February 1546, three days after the full.
Henry VIII, 28th January 1547, the day of the first quarter.
Calvin, 27th May 1564, two days after the full.
Cornaro, 26th April 1566, day of the first quarter.
Queen Elizabeth, 24th March 1603, day of the last quarter.
Shakspeare, 23rd April 1616, day after the full.
Camden, 9th November 1623, day before the new moon.
Bacon, 9th April 1626, one day after last quarter.
Vandyke, 9th April 1641, two days after full moon.
Cardinal Richelieu, 4th December 1642, three days before full moon.
Doctor Harvey, 30th June 1657, a few hours before the new moon.
Oliver Cromwell, 3rd September 1658, two days after full moon.
Milton, 15th November 1674, two days before the new moon.
Sydenham, 29th December 1689, two days before the full moon.
Locke, 28th November 1704, two days before the full moon.
Queen Anne, 1st August 1714, two days after the full moon.
Louis XIV, 1st September 1715, a few hours before the full moon.
Marlborough, 16th June 1722, two days before the full moon.
Newton, 20th March 1726, two days before the new moon.
George I, 11th June 1727, three days after new moon.
George II, 25th October 1760, one day after full moon.
Sterne, 13th September 1768, two days after new moon.
Whitfield, 18th September 1770, a few hours before the new moon.
Swedenburg, 19th March 1772, the day of the full moon.
Linnæus, 10th January 1778, two days before the full moon.
The Earl of Chatham, 11th May 1778, the day of the full moon.
Rousseau, 2nd July 1778, the day after the first quarter.
Garrick, 20th January 1779, three days after the new moon.
Dr. Johnson, 14th December 1784, two days after the new moon.
Dr. Franklin, 17th April 1790, three days after the new moon.
Sir Joshua Reynolds, 23rd February 1792, the day after the new moon.
Lord Guildford, 5th August 1722, three days after the full moon.
Dr. Warren, 23rd June 1797, a day before the new moon.
Burke, 9th July 1797, at the instant of the full moon.
[Pg 76]Macklin, 11th July 1797, two days after full moon.
Wilkes, 26th December 1797, the day of the first quarter.
Washington, 15th December 1799, three days after full moon.
Sir W. Hamilton, 6th April 1803, a few hours before the full moon.
Chaucer, October 25, 1400, the day of the first quarter.
Copernicus, May 24, 1543, day of the last quarter.
Luther, February 18, 1546, three days after the full.
Henry VIII, January 28, 1547, the day of the first quarter.
Calvin, May 27, 1564, two days after the full.
Cornaro, April 26, 1566, day of the first quarter.
Queen Elizabeth, March 24, 1603, day of the last quarter.
Shakespeare, April 23, 1616, day after the full.
Camden, November 9, 1623, day before the new moon.
Bacon, April 9, 1626, one day after last quarter.
Vandyke, April 9, 1641, two days after the full moon.
Cardinal Richelieu, December 4, 1642, three days before the full moon.
Doctor Harvey, June 30, 1657, a few hours before the new moon.
Oliver Cromwell, September 3, 1658, two days after the full moon.
Milton, November 15, 1674, two days before the new moon.
Sydenham, December 29, 1689, two days before the full moon.
Locke, November 28, 1704, two days before the full moon.
Queen Anne, August 1, 1714, two days after the full moon.
Louis XIV, September 1, 1715, a few hours before the full moon.
Marlborough, June 16, 1722, two days before the full moon.
Newton, March 20, 1726, two days before the new moon.
George I, June 11, 1727, three days after the new moon.
George II, October 25, 1760, one day after the full moon.
Sterne, September 13, 1768, two days after the new moon.
Whitfield, September 18, 1770, a few hours before the new moon.
Swedenborg, March 19, 1772, the day of the full moon.
Linnaeus, January 10, 1778, two days before the full moon.
The Earl of Chatham, May 11, 1778, the day of the full moon.
Rousseau, July 2, 1778, the day after the first quarter.
Garrick, January 20, 1779, three days after the new moon.
Dr. Johnson, December 14, 1784, two days after the new moon.
Dr. Franklin, April 17, 1790, three days after the new moon.
Sir Joshua Reynolds, February 23, 1792, the day after the new moon.
Lord Guildford, August 5, 1722, three days after the full moon.
Dr. Warren, June 23, 1797, a day before the new moon.
Burke, July 9, 1797, at the exact moment of the full moon.
[Pg 76]Macklin, July 11, 1797, two days after the full moon.
Wilkes, December 26, 1797, the day of the first quarter.
Washington, December 15, 1799, three days after the full moon.
Sir W. Hamilton, April 6, 1803, a few hours before the full moon.
The doctor winds up this extract from the bills of mortality by the following appropriate remark: “Here we see the moon, as she shines on all alike, so she makes no distinction of persons in her influence:
The doctor wraps up this excerpt from the mortality reports with the following fitting observation: “Here we see the moon, shining down on everyone equally; she doesn’t play favorites with her influence:
“———æquo pulsat pede pauperum tabernas,
Regumque turres.”
Hor. Lib. i. Od. 4.
“———equally knocks on the doors of the poor,
as well as the towers of kings.”
Hor. Book 1, Ode 4.
Not only did the ancients consider the animal creation as constantly under planetary influence, but all vegetable productions and medicinal substances were subject to its laws. The Druids of Gaul and Britain gathered the famed misletoe with a golden knife when the moon was six days old. The vervain, held in such high repute by the Romans, was gathered, after libations of honey and wine, at the rising of the dog-star, and with the left hand, and thus collected served, for various sacerdotal and medical purposes: its branches were employed to sweep the temples of Jupiter; it was used in exorcisms for sprinkling lustral water; and moreover it cured fevers, the bite of venomous reptiles, and appeased discord; hence it was borne by those heralds who were sent to sue for peace, and called verbenarii; and when its benign powers were shed over the festive board, mirth and good temper were sure to prevail. So generally and so highly appreciated was this all-powerful plant, that Pliny tells us,
Not only did ancient people believe that animals were constantly influenced by the planets, but all plant life and medicinal substances were also subject to these laws. The Druids of Gaul and Britain collected the famous mistletoe with a golden knife when the moon was six days old. The vervain, which the Romans held in great esteem, was gathered after pouring out honey and wine, at the rising of the Dog Star, using the left hand. Collected this way, it was used for various religious and medical purposes: its branches were used to sweep the temples of Jupiter; it was used in exorcisms for sprinkling purifying water; and it cured fevers, the bites of venomous snakes, and helped settle disputes. For this reason, it was carried by messengers sent to negotiate peace, called verbenarii; and when its beneficial powers were shared around the festive table, happiness and good spirits were sure to follow. This powerful plant was so widely valued that Pliny tells us,
Nulla herba Romanæ nobilitatis plus habet quam hierabotane.
Nulla herba della nobiltà romana ha più valore della hierabotane.
However, it is somewhat doubtful whether the vervain of the ancients was similar to the plant which now bears that name. It would appear that formerly the appellation of verbenæ or sagmina was given to various plants employed in religious ceremonies: and branches of pine-tree, of laurel, and of myrtle were sometimes thus denominated. Virgil says in his Eclogues,
However, it's somewhat questionable whether the vervain of ancient times was like the plant that goes by that name today. It seems that in the past, the names verbenæ or sagmina were used for various plants used in religious ceremonies: branches of pine, laurel, and myrtle were sometimes called by these names. Virgil mentions this in his Eclogues,
Verbenasque adole pingues, et mascula thura.
Verbenas grow lush, and masculine incense.
Now the epithets of pingues and thura cannot apply to our vervain, but to some resinous production.
Now the terms pingues and thura can't refer to our vervain, but rather to something resinous.
Medicine at that period might have been called an astronomic science; every medicinal substance was under a specific influence, and to this day the R which precedes prescriptions, and is admitted to represent the first letter of[Pg 77] recipe, was in fact the symbol of Jupiter, under whose special protection medicines were exhibited. Every part of the body was then considered under the influence of the zodiacal constellations, and Manilius gives us the following description of their powers:
Medicine at that time could have been referred to as an astronomical science; every medicinal substance was influenced by a specific celestial body, and even today, the R that comes before prescriptions, which is known to stand for the first letter of [Pg 77] recipe, originally symbolized Jupiter, who was believed to oversee the use of medicines. Each part of the body was thought to be affected by the zodiac constellations, and Manilius provides this description of their powers:
Namque Aries capiti, Taurus cervicibus hæret;
Brachia sub Geminis censentur, pectora Cancro;
Te, scapulæ, Nemæe, vocant, teque ilia, Virgo;
Libra colit clunes, et Scorpius inguine regnat;
Et femur Arcitenens, genua et Capricornus amavit;
Cruraque defendit Juvenis, vestigia, Pisces.
Astronomicon, lib. 1.
Namely, Aries rules the head, Taurus governs the neck;
Arms are attributed to Gemini, and Cancer covers the chest;
You, shoulders, are called by Nemea, and Virgo holds the hips;
Libra takes care of the lower back, while Scorpio dominates the groin;
And the Archer supports the thigh, Capricorn loves the knees;
The Youth protects the legs, and Pisces governs the feet.
Astronomicon, volume 1.
SPECTACLES.
The origin of these valuable instruments is uncertain: that the ancients were acquainted with the laws of refraction is beyond all doubt, since they made use of glass globes filled with water to produce combustion; and in Seneca we find the following very curious passage—“Litteræ, quamvis minutiæ et obscuræ, per vitream pilam aquâ plenam majores clarioresque cernuntur;” yet thirteen centuries elapsed ere spectacles were known. It is supposed that they were first invented by Salvino or Salvinio Armati; but he kept his discovery secret, until Alessandro de Spina, a monk in Pisa, brought them into use in 1313. Salvino was considered their inventor, from the epitaph on his tomb in the cathedral church in Florence: “Qui giace Salvino d’Armato, degl’ Armati di Firenze, inventor delli occhiali, &c., 1317.” Another circumstance seems to add weight to this presumption: Luigi Sigoli, a contemporary artist, in a painting of the Circumcision, represents the high-priest Simeon with a pair of spectacles, which, from his advanced age, it was supposed he might have needed on the occasion.
The origin of these valuable instruments is unclear: it's certain that ancient people understood the laws of refraction since they used glass globes filled with water to create fire; and in Seneca, we find this very interesting passage—“Letters, though minute and obscure, are seen more clearly through a glass ball filled with water;” yet it took thirteen centuries for spectacles to be known. It's believed they were first invented by Salvino or Salvinio Armati; but he kept his discovery a secret until Alessandro de Spina, a monk in Pisa, brought them into use in 1313. Salvino was deemed their inventor based on the epitaph on his tomb in the cathedral church in Florence: “Qui giace Salvino d’Armato, degl’ Armati di Firenze, inventor delli occhiali, &c., 1317.” Another detail seems to strengthen this assumption: Luigi Sigoli, a contemporary artist, depicted the high-priest Simeon wearing a pair of spectacles in a painting of the Circumcision, suggesting that, due to his old age, he might have needed them for the occasion.
LEECHES.
The origin of their introduction in the practice of medicine is uncertain. They were well known to the ancients under the name of hirudo. Thus Horace:
The origin of their introduction in medical practice is unclear. They were well known to the ancients as hirudo. So said Horace:
Non missura cutem nisi plena cruoris hirudo.
Non missura cutem nisi plena cruoris hirudo.
The Greeks called them Βôελλα, and Pliny states that elephants were often cruelly tormented by them when they swallowed any of these worms in their water: “Cruciatum in potu maximum sentiunt haustâ hirudine, quam sanguisugam vulgo cœpisse appellari adverto.”
The Greeks called them Βôελλα, and Pliny states that elephants were often cruelly tormented by them when they swallowed any of these worms in their water: “Cruciatum in potu maximum sentiunt haustâ hirudine, quam sanguisugam vulgo cœpisse appellari adverto.”
Leeches are oviparous, and their ova are discharged in one involucre near the surface and margin of pools, and are hatched by the heat of the sun. They do not cast their skin, as is generally supposed, but merely throw off a tough slimy membrane, which appears to be produced by disease, and from which they get disencumbered by straining themselves through grass and rushes. During winter they remain in a torpid state. They are most tenacious of life; some say they can live for several days in the exhausted receiver of the air-pump, and in other media destructive of other animals. This phenomenon is attributed to the slow oxygenation of the blood in the respiratory vesicles.
Leeches lay eggs, and their eggs are released in a single cluster near the surface and edges of ponds, hatching under the warmth of the sun. They don't actually shed their skin, as most people think; instead, they get rid of a tough, slimy layer that seems to result from illness, which they remove by squeezing through grass and reeds. In winter, they enter a dormant state. They are incredibly resilient; some say they can survive for several days in an airtight chamber, and in other environments that would kill other animals. This ability is believed to be due to the slow oxygen uptake of their blood in the respiratory sacs.
In regard to their food we are ignorant, although Dr. Johnson says that they live by sucking the blood of fish and reptiles.
In terms of their food, we don't know much, even though Dr. Johnson says they survive by sucking the blood of fish and reptiles.
The collection of leeches constitutes a lucrative trade on the Continent, but more particularly in France, where it is called a leech-fishery, and where, in Paris alone, three millions are annually consumed. The following is an interesting description of the miserable people engaged in this occupation from the Gazette des Hôpitaux.
The collection of leeches is a profitable business in Europe, especially in France, where it's referred to as a leech fishery. In Paris alone, three million are used every year. Here’s an intriguing description of the unfortunate individuals involved in this trade from the Gazette des Hôpitaux.
“If ever you pass through La Brenne, you will see a man, pale and straight-haired, with a woollen cap on his head, and his legs and arms naked; he walks along the borders of a marsh, among the spots left dry by the surrounding waters. This man is a leech-fisher. To see him from a distance,—his wobegone aspect, his hollow eyes, his livid lips, his singular gestures, you would take him for a maniac. If you observe him every now and then raising his legs and examining them one after another, you might suppose him a[Pg 79] fool; but he is an intelligent leech-fisher. The leeches attach themselves to his legs and feet as he moves among their haunts; he feels their bite, and gathers them as they cluster about the roots of the bulrushes and aquatic weeds, or beneath the stones covered with a green and slimy moss. He may thus collect ten or twelve dozen in three or four hours. In summer, when the leeches retire into deep water, the fishers move about upon rafts made of twigs and rushes. One of these traders was known to collect, with the aid of his children, seventeen thousand five hundred leeches in the course of a few months; these he had deposited in a reservoir, where, in night, they were all frozen en masse.” But congelation does not kill them, and they can easily be thawed into life, by melting the ice that surrounds them. Leeches, it appears, can bear much rougher usage than one might imagine: they are packed up closely in wet bags, carried on pack-saddles, and it is well known that they will attach themselves with more avidity when rubbed in a dry napkin previous to their application. Leech-gatherers are in general short-lived, and become early victims to agues, and other diseases brought on by the damp and noxious air that constantly surrounds them; the effects of which they seek to counteract by the use of strong liquors.
“If you ever pass through La Brenne, you’ll see a man, pale with straight hair, wearing a wool cap, with his arms and legs exposed; he walks along the edges of a marsh, among the dry patches left by the surrounding water. This man is a leech-fisher. From a distance, given his mournful appearance, hollow eyes, pale lips, and odd gestures, you might think he’s a madman. If you notice him raising his legs and examining them one by one, you might assume he’s a fool; but he’s actually a clever leech-fisher. The leeches attach themselves to his legs and feet as he moves through their habitats; he feels their bites and collects them as they cluster around the roots of the bulrushes and water plants, or under stones covered in green, slimy moss. He can gather ten or twelve dozen in just three or four hours. In summer, when the leeches retreat to deeper waters, the fishers use rafts made of twigs and reeds. One of these traders was known to collect, with the help of his children, seventeen thousand five hundred leeches over a few months; he stored them in a reservoir, where at night, they all froze en masse.” But freezing doesn’t kill them, and they can easily be thawed back to life by melting the ice around them. It turns out leeches can handle a lot more rough treatment than you’d think: they are packed tightly in wet bags and transported on pack-saddles, and it’s well-known that they attach more eagerly when rubbed with a dry cloth before use. Leech-gatherers generally don’t live long, often falling victim to fevers and other illnesses caused by the damp and toxic air that surrounds them; they try to counteract these effects by drinking strong alcohol.
Leeches kept in a glass bottle may serve as a barometer, as they invariably ascend or descend in the water as the weather changes from dry to wet, and they generally rise to the surface prior to a thunder-storm. They are most voracious, and are frequently observed to destroy one another by suction; the strong ones attaching themselves to the weaker.
Leeches kept in a glass jar can act like a barometer, as they consistently move up or down in the water when the weather shifts from dry to wet, and they usually float to the top before a thunderstorm. They are very greedy and are often seen harming each other by sucking; the stronger ones latch onto the weaker ones.
The quantity of blood drawn by leeches has been a subject of much controversy; but it is pretty nearly ascertained that a healthy leech, when fully gorged, has extracted about half an ounce. When they will not readily fix, Dr. Johnson recommends that they be put into a cup of porter. The cause of a leech falling off when full is not clearly ascertained, but it is supposed to arise from a state of asphyxia brought on by the compression of the breathing vesicles, and the distension of the alimentary tube.
The amount of blood taken by leeches has been a topic of much debate; however, it's generally accepted that a healthy leech, when fully fed, has drawn about half an ounce. When they don't attach easily, Dr. Johnson suggests placing them in a cup of porter. The reason a leech detaches when it's full isn't fully understood, but it's thought to be due to asphyxia caused by the pressure on its breathing structures and the expansion of its digestive tube.
Many serious accidents have arisen from leeches being swallowed in the water of swamps and marshes, too frequently drunk with avidity by the thirsty and exhausted soldier. Larrey mentions several cases of the kind during the French campaign in Egypt, and two fatal instances fell under my observation during the Peninsular war; draughts of salt[Pg 80] water, vinegar, and various stimulating injections could not loosen their hold, and they were too deeply attached in the throat to be seized with a forceps. Zacutus Lusitanus had witnessed the same unfortunate results. The leech thus swallowed is generally the hirudo Alpina.
Many serious accidents have happened when leeches were swallowed in the water of swamps and marshes, often gulped down eagerly by thirsty and exhausted soldiers. Larrey mentions several such cases during the French campaign in Egypt, and I observed two fatal instances during the Peninsular War; attempts to use salt[Pg 80] water, vinegar, and various stimulating injections couldn't loosen their grip, and they were too deeply attached in the throat to be removed with forceps. Zacutus Lusitanus noted the same unfortunate results. The leech that is typically swallowed is the hirudo Alpina.
Norfolk supplies the greater part of the leeches brought to London, but they are also found in Kent, Suffolk, Essex, and Wales. The leeches imported from France differ from ours, in having the belly of one uniform colour. The best are the green, with yellow stripes along the body. The horse-leech, which is used in the north of Europe, but also common in England, is entirely brown, or only marked with a marginal yellow line. A popular belief prevails, that the application of this variety is most dangerous, as they are said to suck out all the blood in the body.
Norfolk provides most of the leeches brought to London, but you can also find them in Kent, Suffolk, Essex, and Wales. The leeches imported from France are different from ours, featuring a belly that’s one solid color. The best ones are green with yellow stripes along their bodies. The horse-leech, used in northern Europe and also common in England, is completely brown or just has a yellow line along the edge. There's a common belief that using this type is very dangerous, as it's said they can suck out all the blood from the body.
SOMNAMBULISM.
This singular aberration from our natural habits may be considered an intermediate state between sleeping and being awake. This infraction of physiologic laws may therefore be looked upon as a morbid condition. Physicians have given it various denominations, founded on its phenomena, nocti-vagatio, nocti-surgium, noct-ambulatio, somnus vigilans, vigilia somnans. Somnambulism was well known by the ancients; and Aristotle tells us, “there are individuals who rise in their sleep, and walk about seeing as clearly as those that are awake.”
This unusual break from our normal behaviors can be seen as a middle ground between sleeping and waking. This violation of physiological rules can be viewed as a medical condition. Doctors have given it various names based on its symptoms, like nocti-vagatio, nocti-surgium, noct-ambulatio, somnus vigilans, and vigilia somnans. Somnambulism has been recognized since ancient times; Aristotle noted that “there are people who get up in their sleep and walk around, seeing as clearly as those who are awake.”
Diogenes Laertius states that Theon the philosopher, was a sleep-walker. Galen slept whilst on a road, and pursued his journey until he was awakened by tripping on a stone. Felix Plater fell asleep while playing on the lute, and was only startled from his slumbers by the fall of the instrument. There is no doubt but that in somnambulists the intellectual functions are not only active, but frequently more developed than when the individual is awake. Persons in this state have been known to write and correct verses, and solve difficult problems, which they could not have done at other times. In their actions and locomotion they are more cautious, and frequently more dexterous, than when awake. They have been[Pg 81] known to saddle and bridle horses, after having dressed themselves; put on boots and spurs, and afterwards ride considerable distances from home and back again. A sleep-walker wandering abroad in winter complained of being frozen, and asked for a glass of brandy, but expressed violent anger on being offered a glass of water. The celebrated sect of Tremblers, in the Cevennes mountains, used to rove about in their sleep, and, although badly acquainted with the French language, expressed themselves clearly and put up prayers in that tongue, instead of the Latin Pater and Credo which they had been taught. A singular phenomenon in some cases of this affection is that of walking about without groping, whether the eyelids are closed or open. Somnambulism has been known to be hereditary: Horstius mentions three brothers who were affected with it at the same period; Willis knew a whole family subject to it. It is not generally known that the subject of the French dramatic piece called “La Somnambule” was founded on fact.
Diogenes Laertius notes that Theon the philosopher was a sleepwalker. Galen once fell asleep while traveling and continued his journey until he tripped on a stone and woke up. Felix Plater dozed off while playing the lute and was only jolted awake when the instrument fell. There’s no doubt that for sleepwalkers, mental functions are not only active but often more developed than when they’re awake. People in this state have been known to write and edit verses and solve complex problems they couldn't tackle otherwise. They tend to be more careful and often more skilled in their movements than when they're awake. They have been known to saddle and bridle horses after getting dressed, put on boots and spurs, and even ride quite a distance from home and back. One sleepwalker out in the winter complained about being cold and asked for a glass of brandy, but got really angry when offered a glass of water. The famous group of Tremblers in the Cevennes mountains were known to wander in their sleep and, despite not being fluent in French, could speak clearly and pray in that language instead of the Latin Pater and Credo they had learned. A strange phenomenon in some cases of this condition is the ability to walk around without feeling their way, whether their eyes are closed or open. Somnambulism has been known to run in families: Horstius mentions three brothers who experienced it at the same time; Willis knew an entire family affected by it. It’s not commonly known that the subject of the French play "La Somnambule" was based on real events.
Singular faculties have been developed in the mental condition. Thus a case is related of a woman in the Edinburgh infirmary, who during her paroxysm not only mimicked the manner of the attendant physicians, but repeated correctly some of their prescriptions in Latin.
Singular abilities have emerged in the mental state. For example, there's a case of a woman in the Edinburgh infirmary who, during her episode, not only imitated the behavior of the attending doctors but also accurately recited some of their prescriptions in Latin.
Dr. Dyce, of Aberdeen, describes the case of a girl, in which this affection began with fits of somnolency, which came upon her suddenly during the day, and from which she could at first be roused by shaking or by being taken into the open air. During these attacks she was in the habit of talking of things that seemed to pass before her like a dream, and was not at the time sensible of any thing that was said to her. On one occasion she repeated the entire of the baptismal service of the Church of England, and concluded with an extemporary prayer. In her subsequent paroxysms she began to understand what was said to her, and to answer with a considerable degree of consistency, though these replies were in a certain measure influenced by her hallucination. She also became capable of following her usual employment during the paroxysm. At one time she would lay out the table for breakfast, and repeatedly dress herself and the children, her eyes remaining shut the whole time. The remarkable circumstance was now discovered, that, during the paroxysm, she had a distinct recollection of what had taken place in former attacks, though she had not the slightest recollection of it during the intervals. She was taken to church during the[Pg 82] paroxysm, and attended the service with apparent devotion, and at one time was so affected by the sermon that she actually shed tears; yet in the interval she had no recollection whatever of the circumstance, but in the following paroxysm she gave a most distinct account of it, and actually repeated the passage of the sermon that had so much affected her. This sort of somnambulism, relating distinctly to two periods, has been called, perhaps erroneously, a state of double consciousness.
Dr. Dyce from Aberdeen describes the case of a girl who started having sudden episodes of drowsiness during the day. At first, she could be awakened by shaking her or taking her outside. During these episodes, she talked about things that seemed to flash before her like a dream, and she wasn’t aware of anything said to her. One time, she recited the entire baptismal service of the Church of England and ended with an improvised prayer. In later episodes, she began to understand what was said to her and responded with a fair amount of consistency, although her responses were somewhat influenced by her hallucinations. She became capable of performing her usual tasks during these episodes. At one point, she set the table for breakfast and dressed herself and the children, all while keeping her eyes closed the entire time. It was discovered that during these episodes, she had a clear memory of what had happened in previous attacks, despite having no memory of it in between. She was taken to church during one episode and participated in the service with obvious devotion. At one point, she was so moved by the sermon that she actually cried; however, during the breaks between episodes, she had no recollection of this incident, but in the next episode, she clearly recounted it and even repeated the part of the sermon that had affected her so deeply. This kind of sleepwalking, linked to two different periods, has been called, perhaps incorrectly, a state of double consciousness.
This girl described the paroxysm as coming on with a dimness of sight and a noise in the head. During the attack, her eyelids were generally half shut, and frequently resembled those of a person labouring under amaurosis, the pupil dilated and insensible. Her looks were dull and vacant, and she often mistook the person who was speaking to her. The paroxysms usually lasted an hour, but she often could be roused from them. She then yawned and stretched herself like a person awakening from sleep, and instantly recognised those about her. At one time Dr. Dyce affirms, she read distinctly a portion of a book presented to her, and she would frequently sing pieces of music more correctly and with better taste than when awake.
This girl described the episodes as starting with blurred vision and noise in her head. During the episodes, her eyelids were usually half-closed and often looked like those of someone with severe vision loss, with her pupils dilated and unresponsive. Her expression was dull and vacant, and she often confused the person speaking to her. The episodes typically lasted for about an hour, but she could often be brought out of them. When she came to, she would yawn and stretch like someone waking up from sleep, immediately recognizing those around her. At one point, Dr. Dyce claimed she read a portion of a book clearly when it was handed to her, and she frequently sang pieces of music more accurately and with better expression than when she was awake.
In illustration of the phenomena of the preceding case, Dr. Abercrombie gives the following very curious history: “A girl, aged seven years, an orphan of the lowest rank, residing in the house of a farmer, by whom she was employed in tending cattle, was accustomed to sleep in an apartment separated by a very thin partition from one which was frequently occupied by an itinerant fiddler. This person was a musician of very considerable skill, and often spent a part of the night in performing pieces of a refined description; but his performance was not taken notice of by the child, except as a disagreeable noise. After a residence of six months in this family she fell into bad health, and was removed to the house of a benevolent lady, where, on her recovery after a protracted illness, she was employed as a servant. Some years after she came to reside with this lady, the most beautiful music was often heard in the house during the night, which excited no small interest and wonder in the family; and many a waking hour was spent in endeavours to discover the invisible minstrel. At length the sound was traced to the sleeping-room of the girl, who was found fast asleep, but uttering from her lips a sound exactly resembling the sweetest tones of a small violin. On further observation it was found, that after being about two hours in bed,[Pg 83] she became restless and began to mutter to herself; she then uttered sounds precisely resembling the tuning of a violin, and at length, after some prelude, dashed off into an elaborate piece of music, which she performed in a clear and accurate manner, and with a sound exactly resembling the most delicate modulation of the instrument, and then began exactly where she had stopped in the most correct manner. These paroxysms occurred at irregular intervals, varying from one to fourteen and even twenty nights; and they were generally followed by a degree of fever and pain over various parts of the body.
To illustrate the phenomena from the previous case, Dr. Abercrombie shares the following strange account: “A seven-year-old girl, an orphan from a low-income background, lived with a farmer who had her help with the cattle. She would sleep in a room separated by a very thin wall from one frequently occupied by a traveling fiddler. This person was a highly skilled musician who often spent part of the night playing refined pieces, but the child only regarded his performance as an annoying noise. After staying with this family for six months, she fell ill and was moved to the house of a kind lady, where, upon recovering from a long illness, she worked as a servant. A few years later, while living with this lady, beautiful music could often be heard in the house at night, which drew much interest and curiosity from the family; many waking hours were spent trying to locate the invisible musician. Eventually, the sound was traced back to the girl’s sleeping room, where she was found fast asleep, yet producing sounds that perfectly mimicked the sweetest tones of a small violin. Further observation revealed that after about two hours in bed,[Pg 83] she would become restless and start muttering to herself; she would then make sounds that precisely emulated the tuning of a violin, and finally, after some improvisation, she would burst into an intricate piece of music that she played clearly and accurately, mimicking the delicate nuances of the instrument, and then seamlessly resumed exactly where she had left off. These episodes happened at irregular intervals, ranging from one to fourteen, and even up to twenty nights, and they were usually followed by fever and pain in various parts of her body.”
“After a year or two, her music was not confined to the imitation of the violin, but was often exchanged for that of a piano, of a very old description, which she was accustomed to hear in the house in which she now lived, and then she would begin to sing, imitating exactly the voices of several ladies of the family.
“After a year or two, her music wasn’t just copying the violin anymore; she often switched to a very old piano that she was used to hearing in her new home. Then she would start singing, perfectly mimicking the voices of several ladies in the family.”
“In another year from this time she began to talk a great deal in her sleep, in which she fancied herself instructing a young companion. She often descanted with the utmost fluency and correctness on a variety of subjects, both political and religious, the men of the day, the historical parts of Scripture, public characters, and particularly the character of the members of the family and their visiters. In these discussions she showed the most wonderful discrimination, often combined with sarcasm, and astonishing powers of mimickry. Her language through the whole was fluent and correct, and her illustrations often forcible and even eloquent. She was fond of illustrating her subjects by what she called a fable, and in these, her imagery was both appropriate and correct. The justice and truth of her remarks on all subjects, excited the utmost astonishment in those who were acquainted with her limited means of acquiring information.
"In the following year, she started talking a lot in her sleep, imagining she was teaching a young friend. She often spoke fluently and accurately about various topics, both political and religious, current figures, the historical parts of the Bible, public personalities, and especially the traits of family members and their guests. In these discussions, she displayed incredible insight, often mixed with sarcasm, and impressive mimicking skills. Her language was consistently fluid and correct, and her examples were often powerful and even eloquent. She loved to illustrate her points with what she called a fable, and in these, her imagery was both suitable and accurate. The fairness and truth of her comments on all topics amazed those who knew about her limited ways of gathering information."
“She had been known to conjugate correctly Latin verbs, which she had probably heard in the school room of the family, and she was once heard to speak several sentences very correctly in French, at the same time stating that she had heard them from a foreign gentleman whom she had met accidentally in a shop. Being questioned on this subject when awake, she remembered having seen the gentleman, but could not repeat a word of what he had said.
“She was known to conjugate Latin verbs correctly, probably having learned them in her family's classroom, and someone once heard her speak several sentences fluently in French, claiming she picked them up from a foreign gentleman she had met by chance in a store. When asked about this later while awake, she recalled seeing the gentleman but couldn’t repeat a single word he had said.”
“During her paroxysms it was almost impossible to awake her, and when her eyelids were raised and a candle brought near the eye, the pupil seemed insensible to the light. For[Pg 84] several years she was, during the paroxysm, entirely unconscious of the presence of other persons, but about the age of sixteen, she began to observe those who were in the apartment, and she could tell correctly their number though the utmost care was taken to have the room darkened. She now also became capable of answering questions that were put to her, and of noticing remarks made in her presence, and, with regard to both, she showed astonishing acuteness. Her observations indeed were often of such a nature, and corresponded so accurately with character and events, that, by the country people, she was believed to be endowed with supernatural power.
“During her episodes, it was nearly impossible to wake her up, and when her eyelids were lifted and a candle was brought close to her eye, the pupil seemed unresponsive to the light. For[Pg 84] several years, during these episodes, she was completely unaware of anyone else in the room, but around the age of sixteen, she started to notice the people in the apartment. She could accurately count them even though great care was taken to keep the room dark. She also became capable of answering questions posed to her and of noticing comments made around her, demonstrating remarkable sharpness. Her insights were often so profound and matched the personalities and situations so well that the local villagers believed she had supernatural abilities.
“During the whole period of this remarkable affection, which seems to have gone on for at least ten or eleven years, she was, when awake, a dull awkward girl, very slow in receiving any kind of instruction, though much care was bestowed upon her; and in point of intellect, she was much inferior to the other servants of the family. In particular, she showed no kind of turn for music. She did not appear to have any recollection of what passed in her sleep; but during her nocturnal ramblings, she was more than once heard to lament her infirmity of speaking in her sleep, adding how fortunate it was she did not sleep among the other servants, as they teased her enough about it as it was.
“Throughout this entire period of this extraordinary condition, which seems to have lasted for at least ten or eleven years, she was, when awake, a dull and clumsy girl, very slow to pick up any kind of instruction, despite the considerable attention given to her; and in terms of intellect, she was significantly less capable than the other servants in the household. In particular, she had no affinity for music. She didn’t seem to remember anything that happened during her sleep; however, during her nighttime wandering, she was heard more than once expressing regret about her tendency to talk in her sleep, adding how lucky she was not to be sleeping among the other servants, as they teased her enough about it already."
“About the age of twenty-one she became immoral in her conduct, and was dismissed the family. Her propensity to talk in her sleep continued to the time of her dismissal, but a great change had taken place in her nocturnal conversation. It had gradually lost its acuteness and brilliancy, and latterly became the mere babbling of a vulgar mind, often mingled with insolent remarks against her superiors, and the most profane scoffing at morality and religion. It is believed that she afterwards became insane.”
“By the time she turned twenty-one, her behavior became inappropriate, and her family decided to cut ties with her. She still had a tendency to talk in her sleep up until she was dismissed, but there had been a significant shift in what she said at night. It had gradually lost its sharpness and wit, and lately it turned into nothing more than the nonsensical chatter of a crude mind, often mixed with disrespectful comments about those in authority and extremely profane mockery of morality and religion. It's thought that she later went insane.”
To what serious reflections does not this curious history give rise. Here there did unquestionably exist a double existence. The one a relative being surrounded with the realities of life; the other a natural condition, unshackled by constraint, and left entirely to the wild enjoyment of a luxuriant fancy and an apprehension quick and brilliant. In the former, the young creature found herself derided and degraded by her vulgar companions; her generous infirmities, if such they may be called, made the subject of low ribaldy. In her second existence, she became the free child of nature.
To what deep thoughts does this strange story lead? There was definitely a dual existence here. One was a social being caught up in the realities of life; the other was a natural state, free from restrictions, fully embracing the wild enjoyment of a vibrant imagination and a sharp, brilliant perception. In the first existence, the young girl faced mockery and humiliation from her common peers; her noble weaknesses, if they can be called that, became the target of crude jokes. In her second existence, she became the free child of nature.
Might not proper care have saved this interesting creature[Pg 85] from misery! It is admitted that “much care had been bestowed upon her instruction,” but was she withdrawn from the low circle that surrounded her and placed in a society where, in her waking hours, she could have derived those advantages of a superior intercourse, which might have worked upon her vivid imagination as powerfully as the melodious sounds she had heard at other times? “She became immoral—scoffed at religion”—in her sleep. She was then in a state of nature; unconscious, to a certain extent, of immorality and religion, although conscious, no doubt, of relative good and evil. Is it not more than probable that when awake, not only were her ears assailed by profane and improper language, but is it not most likely that her ruin was perpetrated during her visionary slumbers, and ever after visited her mind during her paroxysms? Nor is it improbable that her affections had been bestowed upon her despoiler. Instead of being dismissed and cast upon the wide world, helpless, stigmatized, perhaps, with the odious epithet of witch—for we have seen that the lower order considered her such—might not a friendly hand have secured her in an abode where she might have been invited to COME and sin no more! Alas! no wonder that the poor creature should have become insane! It is said that she was obtuse in intellect when awake. May not this be accounted for in some measure, by the exhaustion of her mental faculties during her paroxysms? It is to be lamented that the learned and philosophic Dr. Abercrombie, who has given this history, did not comment upon it. True Christianity and its benevolence breath in every line of the eloquent writer, and the poor Scotch lassie might have afforded him a valuable theme. How proud would any humane person have felt in making this interesting object of pity what she might have been!
Could proper care have saved this fascinating creature[Pg 85] from suffering? It’s acknowledged that “much care had been given to her education,” but was she removed from the negative environment around her and placed in a society where she could have gained the benefits of better interactions that might have influenced her lively imagination just as much as the beautiful sounds she had heard before? “She became immoral—mocked religion”—in her sleep. At that time, she was in her natural state; somewhat unaware of immorality and religion, although certainly aware of relative good and evil. Isn’t it likely that while awake, not only was she exposed to foul and inappropriate language, but it's also highly probable that her downfall occurred during her reveries, which later haunted her mind during her episodes? It’s also possible that her affections were given to her abuser. Instead of being rejected and left helpless in the world, perhaps labeled with the terrible term of witch—since we know that the lower classes viewed her as such—might a kind soul have found her a safe place where she could have been invited to Come and sin no more? Alas! It’s no wonder that the poor soul became insane! It’s said that she was dull-witted when awake. Couldn’t this partly explain the fatigue of her mental faculties during her episodes? It’s unfortunate that the learned and thoughtful Dr. Abercrombie, who wrote this history, didn’t discuss it. True Christianity and its kindness resonate in every line of the eloquent writer, and this poor Scottish lassie could have given him a profound topic. How proud would any compassionate person have felt to transform this captivating object of pity into what she could have become!
Dr. Dewar also relates the case of an ignorant servant-girl, who, during the paroxysm of somnambulism, showed an astonishing knowledge of geography and astronomy, and expressed herself, in her own language, in a manner which, though often ludicrous, showed an understanding of the subject. The alteration of the seasons, for example, she explained by saying the world was set a gee.
Dr. Dewar also shares the story of an uninformed maid who, during a sleepwalking episode, demonstrated an impressive knowledge of geography and astronomy. She spoke in her own way, which was often funny but still showed her grasp of the topic. For instance, she described the changing seasons by saying the world was set a gee.
In many cases of somnambulism the sleeper is able to continue the occupation that he had previously carried on. Martinet mentions a watchmaker’s apprentice, whose paroxysm came on once in the fortnight, and commenced in a sensation of heat ascending to the heart. This was followed by a confusion[Pg 86] of thought and insensibility. His eyes were open, but fixed and vacant, and he was totally insensible to every thing around him. Yet he continued his usual employment, and was always much surprised when he awoke to find the progress that had taken place in his work. This case ended in epilepsy.
In many cases of sleepwalking, the person can keep doing the activity they were involved in before. Martinet talks about a watchmaker's apprentice who had an episode every two weeks, starting with a feeling of heat rising to his heart. This was followed by confusion[Pg 86] and numbness. His eyes were open but looked vacant and unfocused, and he was completely unaware of what was happening around him. Still, he continued working as usual, and he was always shocked when he woke up to see how much progress he had made. This case eventually led to epilepsy.
Horstius, whom we have already quoted, tells us of a noble youth of Breslau, living in the citadel, who used to steal out of a window during his sleep, muffled up in his cloak, and ascend the roof of the building, where one night he tore in pieces a magpie’s nest, wrapped up the little ones in his cloak, and returned to bed. The following morning he mentioned the circumstance as having occurred in a dream, but could not be persuaded of the reality of the circumstance till the magpies in the cloak were shown to him.
Horstius, whom we've already mentioned, tells us about a noble young man from Breslau, living in the citadel, who would sneak out of a window while he was sleeping, bundled up in his cloak, and climb onto the roof of the building. One night, he ripped apart a magpie’s nest, wrapped the chicks in his cloak, and went back to bed. The next morning, he talked about the incident as if it had happened in a dream, but he couldn't be convinced it was real until the chicks were shown to him in the cloak.
Dr. Abercrombie has given a very remarkable case of a young woman of low rank, who, at the age of 19, became insane, but was gentle, and applied herself eagerly to various occupations. Before her insanity she had been only learning to read and to form a few letters; but during her lunacy she taught herself to write perfectly, though all attempts of others had failed; she had intervals of reason, which frequently continued three weeks and sometimes longer. During these she could neither read nor write, but immediately on the return of her insanity, she recovered the power of writing and reading.
Dr. Abercrombie presented a striking case of a young woman from a humble background who, at 19, became mentally ill. Despite her condition, she was gentle and eagerly engaged in various activities. Before her illness, she was just learning to read and form a few letters; however, during her episodes, she taught herself to write perfectly, even though others had been unsuccessful in teaching her. She experienced periods of clarity that often lasted three weeks or longer. During these times, she couldn't read or write, but as soon as her mental illness returned, so did her ability to read and write.
The faculty of conversing in a state of somnambulism is too well authenticated to be doubted, although in many instances it may have been a fraudulent trick of animal magnetism. This singular power has been recorded by several of the ancient writers, many of whom pretended that divine inspiration illumined the sleepers. Cicero tells us that when the Lacedæmonian magistrates were embarrassed in their administration, they went to sleep in the temple of Pasiphae, thus named from Pasi phainein, or “communicative to all.” Strabo mentions a cavern, sacred to Pluto and Juno, where the sick came to consult sleeping priests. Aristides is said to have delivered his opinion while fast asleep in the temple of Æsculapius. It would be endless to quote all the authorities on this subject. Modern magnetisers, however, outstrip the ancients in the wonders they relate in regard to somnambulent faculties developed by magnetism. In 1829, Cloquet, a very distinguished Parisian surgeon, assisted by Dr. Chapelain, removed the cancerous breast of a lady in her magnetic sleep, during which she continued her conversation, unconscious of the operation, which lasted twelve minutes.
The ability to talk while in a state of sleepwalking is too well-documented to be doubted, though in some cases it might just be a trick of animal magnetism. This unusual ability has been noted by several ancient writers, many of whom claimed that divine inspiration enlightened the sleepers. Cicero tells us that when the magistrates of Sparta were troubled in their duties, they would fall asleep in the temple of Pasiphae, which is named from Pasi phainein, meaning “communicative to all.” Strabo refers to a cave dedicated to Pluto and Juno, where the sick would come to seek guidance from sleeping priests. Aristides is said to have given his opinions while fast asleep in the temple of Æsculapius. It would be endless to list all the sources on this topic. However, modern magnetizers surpass the ancients in the incredible stories they share about somnambulant abilities enhanced by magnetism. In 1829, Cloquet, a highly respected surgeon from Paris, with the help of Dr. Chapelain, removed a lady's cancerous breast while she was in a magnetic sleep, during which she continued to speak, unaware of the operation that lasted twelve minutes.
[Pg 87]The faculty of seeing through the closed eyelids was fully substantiated in the presence of a commission of investigation appointed by the Academy of Medicine of Paris, and in the presence of fifteen persons. They found a somnambulist, of the name of Paul, to all appearance fast asleep. On being requested to rise and approach the window, he complied immediately. His eyes were then covered in such a manner as not to awaken him, and a pack of cards having been shuffled by several persons, he recognised them without the slightest hesitation. Watches were then shown him, and he named the hour and minute, though the hands were repeatedly altered. A book was then presented to him,—it happened to be a collection of operas,—and he read Cantor et Pollux instead of Castor et Pollux, Tragédie Lyrique: a volume of Horace was then submitted to him, but not knowing Latin, he returned it, saying, “This is some church-book.” The celebrated Dr. Broussais laid before the same somnambulist a letter he had drawn from his pocket; to his utter surprise he read the first lines: the doctor then wrote a few words on a piece of paper in very small characters, which the somnambulist also read with the utmost facility; but, what was still more singular, when letters or books were applied to his breast, or between the shoulders, he also perused them with equal accuracy and ease. In one instance the queen of clubs was presented to his back; after a moment’s hesitation he said, “This a club—the nine;” he was informed that he was in error, when he recovered himself and said, “No, ’tis the queen:” a ten of spades was then applied, when he hastily exclaimed, “At any rate this is not a court-card; it is—the ten of spades.”
[Pg 87]The ability to see through closed eyelids was clearly demonstrated in front of a investigating committee appointed by the Academy of Medicine of Paris, along with fifteen witnesses. They found a sleepwalker named Paul, who seemed to be fast asleep. When asked to get up and come to the window, he did so immediately. His eyes were then covered in a way that wouldn’t wake him, and after a pack of cards was shuffled by several people, he identified them without any hesitation. Then, they showed him watches, and he could tell the hour and minute, even though the hands were changed repeatedly. Next, they presented him with a book—it was a collection of operas—and he read Cantor et Pollux instead of Castor et Pollux, Tragédie Lyrique. They then showed him a volume of Horace, but since he didn’t know Latin, he returned it, saying, “This is some church-book.” The famous Dr. Broussais presented the same sleepwalker with a letter he pulled from his pocket; to everyone’s surprise, he read the first few lines: the doctor then wrote a few words on a small piece of paper, which the sleepwalker also read easily. Even more remarkably, when letters or books were pressed against his chest or shoulders, he read them just as accurately and effortlessly. In one case, the queen of clubs was held up to his back; after a moment of thought, he said, “This is a club—the nine;” when corrected, he quickly responded, “No, it’s the queen.” Then a ten of spades was placed against him, and he quickly exclaimed, “At least this isn't a court card; it's—the ten of spades.”
The many astute tricks played by animal magnetisers, and frequently detected, naturally induced most persons to doubt the veracity of these experiments; but when we find that they were witnessed by seventy-eight medical men, most of them decidedly hostile to magnetism, and sixty-three intelligent individuals not belonging to the profession, and in every respect disinterested, what are we to say?—perhaps, exclaim with Hamlet,
The many clever tricks used by animal magnetists, which were often uncovered, naturally made most people doubt the truth of these experiments. However, when we see that they were observed by seventy-eight medical professionals, most of whom were clearly against magnetism, and sixty-three intelligent individuals outside the profession, all of whom had no personal interest, what can we say?—maybe we should cry out with Hamlet,
There are more things in heaven and earth, Horatio,
Than are dreamt of in your philosophy!
There are more things in heaven and earth, Horatio,
Than you can imagine in your philosophy!
I cannot better conclude this article than by the following quotation from Dr. Pritchard’s valuable work:[8] “There is an obvious relation between the state of the faculties in [Pg 88]somnambulism and that which exists during dreams. It is indeed probable that somnambulism is dreaming in a manner so modified, that the will recovers its usual power over muscular motion, and likewise becomes endued with a peculiar control over the organs of sense and perception. This power, which gives rise to the most curious phenomena of somnambulism, is of such a kind, that, while the senses are in general obscured, as in sleep, and all other objects are unperceived, the somnambulator manifests a faculty of seeing, feeling, or otherwise discovering those particular objects of which he is in pursuit, towards which his attention is by inward movement directed, or with which the internal operations of his mind bring him into relation. As in dreams, so likewise in somnambulism the individual is intent on the pursuit of objects towards which his mind had been previously directed in a powerful manner, and his attention strongly roused; he is in both states impelled by habit, under the influence of which he repeats the routine of his daily observances. A somnambulator is a dreamer who is able to act his dreams.”
I can't conclude this article better than by quoting Dr. Pritchard’s invaluable work: [8] “There is a clear connection between the state of the mind in somnambulism and what occurs during dreams. It's likely that somnambulism is a form of dreaming that’s been altered so that the will regains its usual control over movements and also has a special influence over the senses and how we perceive things. This ability leads to the most interesting phenomena of somnambulism, where, while the senses are mostly dulled like in sleep and other things go unnoticed, the somnambulator shows a capacity to see, feel, or otherwise find specific objects they are focused on, which their inner thoughts guide them towards. Just like in dreams, in somnambulism, the person is focused on seeking out objects that their mind was previously fixed on intensely and their awareness was strongly engaged; in both cases, they are driven by habit, causing them to repeat their daily routines. A somnambulator is a dreamer who can act out their dreams.”
MEDICAL POWERS OF MUSIC.
The powerful influence of music on our intellectual faculties, and consequently on our health, has long been ascertained, either in raising the energies of the mind, or producing despondency and melancholy associations of ideas. Impressed with its sublime nature, the ancients gave it a divine origin. Diodorus tells us that it was a boon bestowed on mankind after the deluge, and owed its discovery to the sound produced by the wind when whistling through the reeds that grew on the banks of the Nile. This science became the early study of philosophers and physicians. Herophilus explained the alterations of the pulse by the various modes and rhythms of music. In the sacred writings we have many instances of its influence in producing an aptitude for divine consolation. The derangement of Saul yielded to the harp of David, and the hand of the Lord came upon Elisha as the minstrel played. In Egypt certain songs were legally ordained in the education of youth, to promote virtue and morality. Polybius assures us that music was required to soften the manners of the Arcadians, whose climate was heavy and impure; while the inhabitants of Cynæthe, who neglected this science, were[Pg 89] the most barbarous in Greece. The medical power of harmonious sounds was also fully admitted. We find Pythagoras directing certain mental disorders to be treated by music. Thales, called from Crete to Sparta, cured a disastrous pestilence by its means. Martinus Capella affirms that fevers were thus removed. Xenocrates cured maniacs by melodious sounds, and Asclepiades conquered deafness with a trumpet. In modern times it has been related of a deaf lady that she could only hear while a drum was beating, and a drummer was kept in the house for the purpose of enabling her to converse. Aulus Gellius tells us that a case of sciatica was cured by gentle modulations, and Theophrastus maintains that the bites of serpents and other venomous reptiles can be relieved by similar means. Ancient physicians, who attributed many diseases to the influence of evil spirits, fancied that harmonious sounds drove them away, more especially when accompanied by incantations; and we find in Luther, “that music is one of the most beautiful and glorious gifts of God, to which Satan is a bitter enemy.”
The strong impact of music on our minds and, as a result, on our health has been recognized for a long time, whether by boosting our mental energy or bringing about feelings of despair and sadness. In awe of its profound essence, the ancients believed music had a divine origin. Diodorus tells us it was a gift to humanity after the flood and was discovered from the sounds made by the wind whistling through the reeds along the Nile. This field became an early focus for philosophers and doctors. Herophilus explained the changes in pulse due to different musical modes and rhythms. In sacred texts, we see many examples of music's ability to bring about divine comfort. King Saul’s troubles eased with David’s harp, and the spirit of the Lord came upon Elisha as a musician played. In Egypt, specific songs were required in the education of youth to foster virtue and morality. Polybius claimed that music was necessary to soften the rough manners of the Arcadians, whose climate was harsh and unhealthy; meanwhile, the people of Cynæthe, who neglected music, were considered the most barbaric in Greece. The healing powers of harmonious sounds were also widely recognized. We see Pythagoras recommending music to treat certain mental illnesses. Thales, brought from Crete to Sparta, cured a disastrous plague through music. Martinus Capella stated that music helped alleviate fevers. Xenocrates helped the mentally ill with melodic sounds, and Asclepiades treated deafness with a trumpet. In recent times, there’s a story about a deaf woman who could only hear when a drum was playing, leading to the hiring of a drummer so she could communicate. Aulus Gellius mentions a case of sciatica cured by soothing music, and Theophrastus claims that similar methods can relieve snake bites and other venomous animal bites. Ancient doctors, who believed many ailments were caused by evil spirits, thought that harmonious sounds could chase them away, especially when combined with chants; and we see in Luther's writings that "music is one of the most beautiful and glorious gifts of God, to which Satan is a bitter enemy."
In more modern times we have several instances of the medical powers of music, and the effect produced by Farinelli on Philip of Spain is well known. This monarch was in such a deplorable state of despondency from ill health, that he refused to be shaved or to appear in public. On the arrival of Farinelli, the Queen was resolved to try the power of music, and a concert was ordered in a room adjoining the King’s chamber: Farinelli sang two of his best airs,[9] which so overcame Philip that he desired he might be brought into his presence, when he promised to grant him any reasonable request he might make. The performer, in the most respectful manner, then begged of the King to allow himself to be shaved and attended by his domestics, to which Philip consented. Farinelli continued to sing to him daily until a perfect cure was effected.—The story of Tartini is rather curious: in a moment of musical enthusiasm he fell asleep, when the devil appeared to him playing on the violin, bidding him with a horrible grin to play as well as he did; struck with the vision, the musician awoke, ran to his harpsichord, and produced the splendid sonata which he entitled “the Devil’s.” Brückmann, and Hufeland relate cases of St. Vitus’s dance, cured by music, which, according to Desessarts, also relieved Catalepsy. Schneider and Becker have ascertained its influence in hysteric and hypochondriac affections.
In more recent times, we have multiple examples of music's healing powers, and the effect Farinelli had on Philip of Spain is well known. This king was in such a terrible state of depression due to poor health that he refused to be shaved or appear in public. When Farinelli arrived, the Queen decided to try the power of music, and a concert was scheduled in a room next to the King's chamber. Farinelli sang two of his best pieces, which so moved Philip that he asked to be brought into Farinelli's presence, promising to grant him any reasonable request. The performer, very respectfully, then asked the King to allow himself to be shaved and tended to by his staff, which Philip agreed to. Farinelli continued to sing to him daily until he was completely cured. The story of Tartini is quite interesting: in a moment of musical passion, he fell asleep, and the devil appeared to him playing the violin, grinning menacingly and challenging him to play as well. Shocked by the vision, the musician woke up, rushed to his harpsichord, and created the magnificent sonata he named “the Devil’s.” Brückmann and Hufeland report cases of St. Vitus's dance that were cured by music, which, according to Desessarts, also helped with catalepsy. Schneider and Becker have confirmed its influence on conditions like hysteria and hypochondria.
[Pg 90]The following curious case is recorded by Paret:—“Une jeune fille d’environ 11 ans, fort prématurée relativement aux facultés, ayant le genre nerveux très sensible et très irritable, fut attaquée, il y a environ deux ans, de douleurs violentes dans tout le corps, avec insomnie, tension excessive et fort douleureuse des muscles de l’abdomen, accompagnée de fièvre. Deux ans après, des convulsions se déclarèrent, avec une violence qui surpassa tout ce que je craignais; les bonds, les élans, furent, pendant quatre or cinq jours et autant de nuits, si forts, qu’il fallait deux hommes pour retenir dans le lit la jeune personne, d’ailleurs faible et délicate. Enfin, je proposai d’employer la musique. On fit, en conséquence, entrer deux ménestriers, disposés à donner leur premier coup d’archet; à l’instant de leur apparition les convulsions cessèrent d’abord et-reparurent peu de tems après: on changea d’air, et les convulsions cessèrent encore pour reparaître, aussi au troisième air, qui sans doute se trouva plus au goût de la malade, elle demanda un violon, qu’on lui donna, et quoiqu’elle n’eût jamais fait d’autre essai, son œil fixé sur les joueurs, son attention fut si grande, et ses mouvemens si rapides, qu’elle suivait ceux des ménétriers sans causer aucune discordance. Des connaisseurs ne pouvaient s’empêcher de convenir de la justesse et de la précision qu’elle observait. Son oreille était même si délicate, qu’elle faisait des reproches aux ménétriers, qui, obligés de jouer une grande partie de la nuit, se trouvaient eux-mêmes dans le cas de manquer de mésure.
[Pg 90]The following curious case is recorded by Paret:—“A girl about 11 years old, very advanced for her age in terms of abilities, had a very sensitive and highly irritable nervous system. About two years ago, she experienced severe pain all over her body, along with insomnia, excessive and painful tension in her abdominal muscles, and fever. Two years later, she began having convulsions that were more intense than I had feared; for four or five days and nights, the seizures were so strong that it took two men to keep the weak and delicate girl in bed. Eventually, I suggested using music. Accordingly, two musicians were brought in, ready to play their first note; as soon as they appeared, the convulsions stopped initially, but returned after a short time. We changed the music, and the convulsions ceased again, only to return with a third piece, which was more to the patient’s liking. She requested a violin, which she was given, and even though she had never tried before, her eyes were fixed on the players, her attention was so focused, and her movements so quick that she followed the musicians without causing any discord. Experts couldn't help but recognize her accuracy and precision. Her ear was so keen that she criticized the musicians, who, having to play most of the night, found themselves struggling to stay in tune.”
La petite malade continua de jouer pendant plus de 30 heures de suite, sans autre interruption que celle qu’il fallait pour prendre ses bouillons, et dans ce court intervalle on voyait les contractions des tendons se renouveller, quoique moins fortes. Les musiciens fatigués, elle se contenta de la voix, qu’elle accompagna de son instrument. Au bout de ce terme, un sommeil de six ou sept heures, qui vint très naturellement, produisit une augmentation de calme. Au réveil, on varia les exercices, et ainsi se termina la scène qui avait duré 48 heures, après laquelle les convulsions cessèrent totalement. Trois jours après, la malade se trouva parfaitement bien; et ne restait que des convulsions très faibles, et la maladie se termina après trois mois de durée.”
La petite malade continua à jouer pendant plus de 30 heures d'affilée, sans autre interruption que celle nécessaire pour prendre ses bouillons, et pendant ce court intervalle, on voyait les contractions des tendons se renouveler, bien que moins intensément. Les musiciens, épuisés, elle se contenta de chanter, qu'elle accompagna avec son instrument. À la fin de cette période, un sommeil de six ou sept heures, survenu très naturellement, apporta une plus grande tranquillité. Au réveil, on varia les exercices, et ainsi se termina la scène qui avait duré 48 heures, après laquelle les convulsions cessèrent complètement. Trois jours après, la malade se sentit complètement bien; il ne restait que des convulsions très légères, et la maladie prit fin après trois mois.
A still more singular effect of music is related by Roger in the case of a poor wretch broken upon the wheel. In his agonies he blasphemed in the most fearful manner, and cordially damned the spiritual comforter who sought to reconcile[Pg 91] him to his sufferings. Some itinerant musicians chanced to pass by, they were stopped by the priest and requested to play to the patient, when to the surprise of all around, he seemed relieved, and became so tranquil, that he attended with calm resignation to their exhortations, confessed his manifold offences, and died like a good Christian.
A more unique effect of music is described by Roger in the case of a poor man suffering on the wheel. In his pain, he cursed in the most terrifying way and angrily rejected the spiritual comforter who tried to help him cope with his suffering. Some traveling musicians happened to come by, and the priest asked them to play for the patient. To everyone's surprise, he appeared to feel better and became so peaceful that he listened calmly to their guidance, confessed his many wrongdoings, and died like a good Christian.[Pg 91]
Rousseau, who entertained a sovereign contempt for French music, observes, that the Cantates of Bernier cured the fever of a French musician, while they most probably would have given a fever to a musician of any other country.
Rousseau, who had a complete disdain for French music, notes that the Cantates of Bernier cured a French musician's fever, while they likely would have caused a fever in a musician from any other country.
This remark of Rousseau reminds me of the French philosophical traveller (I believe it was Diderot), who on his journey to London from Dover, while horses were changing, had the curiosity to see a sick ostler with a raging fever attended by a country practitioner, who, despairing most probably of his patient, said, that he might be allowed to eat any thing he wished for. The man asked for a red-herring, which was forthwith given to him. Our tourist, generalizing like most of his brethren, immediately noted in his diary—English Physicians allow red-herrings to fever patients.
This comment from Rousseau reminds me of the French philosopher-traveler (I think it was Diderot), who, while changing horses on his journey from Dover to London, was curious to see a sick stablehand with a high fever being treated by a local doctor. The doctor, probably feeling hopeless about his patient, said that the man could eat anything he wanted. The stablehand requested a red herring, which was quickly given to him. Our traveler, generalizing like most of his peers, immediately noted in his diary—English doctors allow red herrings for fever patients.
Some months after he changed horses at the same inn, and asked how long the unfortunate creature had survived his herring, when, to his utter surprise, he was informed that the hale, hearty fellow who was bringing out the relays, was the very man. He of course pulled out his journal and entered—red-herrings cure the fever of Englishmen.
Some months after he changed horses at the same inn, he asked how long the unfortunate creature had survived its herring, when, to his complete surprise, he was told that the strong, healthy guy bringing out the relays was the very same man. He naturally pulled out his journal and wrote—red-herrings cure the fever of Englishmen.
Our traveller crossed over, and having accidentally seen in a French inn a poor devil whose case appeared to him similar to the sturdy ostler, he ventured to prescribe a similar remedy, which the patient only survived an hour or two; when his death was announced, he philosophically shrugged up his shoulders, and wrote in his book—Though red-herrings cure fevers in England, they most decidedly kill in France.
Our traveler crossed over and, having accidentally seen in a French inn a poor guy whose situation seemed similar to the tough stableman, he decided to suggest a similar treatment, which the patient survived for just an hour or two. When his death was reported, he shrugged his shoulders, and wrote in his book—Though red-herrings cure fevers in England, they most definitely kill in France.
Mad musicians seem to be more mad than others; for Fodéré gives us the following strange account of some of them. “Les plus grands musiciens ne reconnaissent souvent plus leurs instruments: l’un prenant son violon, que je lui avais mis dans les mains, pour un vase de nuit, et un autre prenant sa flûte pour un sabre, et voulait m’en frapper.”
Mad musicians appear to be crazier than others; Fodéré shares the following odd observation about some of them. “The most talented musicians often don’t recognize their own instruments: one mistaking the violin I had placed in his hands for a vase, and another thinking his flute was a sword and wanted to strike me with it.”
We, however, frequently meet with lunatics who, although they have no remembrance of the past circumstances of their life, recollect and perform airs which they had formerly played.
We often come across people with mental illnesses who, even though they don't remember their past life experiences, can recall and perform songs they used to play.
[Pg 92]Various well-authenticated cases lead us to suppose, that a sensibility to music long latent may be called into action by accidental circumstances. A case is on record of a countrywoman, twenty-eight years of age, who had never left her village, but was, by mere chance, present at a fête where a concert was performed, and dancing to a full band afterwards followed. She was delighted with the novelty of the scene; but, the fête concluded, she could not dismiss from her mind the impression the music had produced. Whether she was at her meals, her devotions, her daily occupation, or in her bed,—still, or moving about,—the airs she had heard, and in the succession in which they had been performed, were ever present to her recollection. To sleep she became a stranger,—every function became gradually deranged, and six short months terminated her existence, not having for one moment lost this strange sensation; and during this sad period, when any false note on the violin was purposely drawn, she would hold her head with both hands, and exclaim, “Oh! what a horrible note! it tears my brain!”
[Pg 92]Various well-documented cases suggest that a sensitivity to music that has been dormant can be awakened by chance events. One recorded case is of a woman from the countryside, twenty-eight years old, who had never left her village but happened to be at a fête where a concert took place, followed by dancing to a full band. She was thrilled by the novelty of the experience; however, once the fête was over, she couldn't shake off the impression the music had made on her. Whether she was eating, praying, working, or lying in bed—still or moving around—the melodies she had heard, in the order they had been played, lingered in her mind. She lost the ability to sleep—her bodily functions gradually fell out of balance, and six short months ended her life, never having lost this peculiar feeling; during that painful time, whenever a false note was intentionally played on the violin, she would hold her head with both hands and cry out, “Oh! what a horrible note! It tears my brain!”
Sir Henry Halford relates the case of a man in Yorkshire, who after severe misfortunes lost his senses, and was placed in a lunatic asylum. There, in a short time, the use of the violin gradually restored him to his intellects; so promptly, indeed, that six weeks after the experiment, on hearing the inmates of the establishment passing by, he said, “Good morning, gentlemen; I am quite well, and shall be most happy to accompany you.”
Sir Henry Halford talks about a man in Yorkshire who, after going through a lot of hardships, lost his mind and ended up in a mental institution. There, the use of a violin gradually helped him regain his sanity; so quickly, in fact, that just six weeks into this process, when he heard the other patients passing by, he said, “Good morning, gentlemen; I am completely well and would be very happy to join you.”
Curious anecdotes are related of the effect of music upon animals. Marville has given the following amusing account of his experiments. “While a man was playing on a trump-marine, I made my observations on a cat, a dog, a horse, an ass, a hind, some cows, small birds, and a cock and hens, who were in a yard under the window: the cat was not the least affected; the horse stopped short from time to time, raising his head up now and then as he was feeding on the grass; the dog continued for above an hour seated on his hind-legs, looking steadfastly at the player; the ass did not discover the least indication of his being touched, eating his thistles peaceably; the hind lifted up her large wide ears, and seemed very attentive; the cows slept a little, and, after gazing at us, went forward; some little birds that were in an aviary, and others on trees and bushes, almost tore their little throats with singing; but the cock, who minded only his hens, and the hens, who were solely employed in scraping a[Pg 93] neighbouring dunghill, did not show in any manner that the trump-marine afforded them pleasure.” That dogs have an ear for music cannot be doubted: Steibelt had one which evidently knew one piece of music from the other: and a modern composer, my friend, Mr. Nathan, had a pug-dog that frisked merrily about the room when a lively piece was played, but when a slow melody was performed, particularly Dussek’s Opera 15, he would seat himself down by the piano, and prick up his ears with intense attention until the player came to the forty-eighth bar; as the discord was struck, he would yell most piteously, and with drooping tail seek refuge from the unpleasant sound under the chairs or tables.[10]
Curious stories are shared about how music affects animals. Marville provided this entertaining account of his experiments. “While a man was playing a sea trumpet, I observed a cat, a dog, a horse, a donkey, a deer, some cows, small birds, and a rooster and hens in a yard below the window. The cat was completely unaffected; the horse paused occasionally, raising its head from time to time while it ate grass; the dog sat on its hind legs for over an hour, staring intently at the player; the donkey showed no signs of being touched, peacefully munching on his thistles; the deer perked up its large ears and seemed very attentive; the cows dozed a bit, and after watching us, moved on; some small birds in an aviary, along with others on trees and bushes, almost sang their little throats raw; but the rooster, who only cared about his hens, and the hens, who were focused on scratching a neighboring dung heap, didn’t show any signs that the sea trumpet brought them any joy.” It’s undeniable that dogs have an ear for music: Steibelt had one that could clearly tell one piece of music from another; and a modern composer, my friend Mr. Nathan, had a pug that danced joyfully around the room when lively music played, but when a slow melody was performed, especially Dussek’s Opera 15, he would sit by the piano, perk up his ears with keen attention until the player reached the forty-eighth bar; as the dissonance hit, he would cry out woefully and, with tail between his legs, seek shelter from the unpleasant sound beneath chairs or tables.[10]
Eastcot relates that a hare left her retreat to listen to some choristers who were singing on the banks of the Mersey, retiring whenever they ceased singing, and reappearing as they recommenced their strains. Bossuet asserts, that an officer confined in the Bastille drew forth mice and spiders to beguile his solitude with his flute; and a mountebank in Paris had taught rats to dance on the rope in perfect time. Chateaubriand states as a positive fact, that he has seen the rattlesnakes in Upper Canada appeased by a musician; and the concert given in Paris to two elephants in the Jardin des Plantes leaves no doubt in regard to the effect of harmony on the brute creation. Every instrument seemed to operate distinctly as the several modes of pieces were slow or lively, until the excitement of these intelligent creatures had been carried to such an extent that further experiments were deemed dangerous.
Eastcot mentions that a hare left her hiding spot to listen to some singers performing by the Mersey, hiding away whenever they stopped singing and coming back as soon as they began again. Bossuet claims that an officer locked up in the Bastille entertained himself with his flute and drew out mice and spiders to keep him company; and a street performer in Paris taught rats to dance on a tightrope in perfect rhythm. Chateaubriand confirms that he has seen rattlesnakes in Upper Canada calmed by a musician, and the concert held in Paris for two elephants at the Jardin des Plantes clearly shows the impact of music on animals. Each instrument seemed to create a distinct effect depending on whether the pieces were slow or upbeat, until the excitement of these intelligent creatures became so intense that continuing the experiments was considered risky.
The associations produced by national airs, and illustrated by the effect of the Rans des Vaches upon the Swiss, are too well known to be related; and the mal de pays, or nostalgia, is an affection aggravated by the fond airs of infancy and youth during the sad hours of emigration, when the aching heart lingers after home and early ties of friendship and of love. It is somewhat singular, but this disease is frequent among soldiers in countries where they are forcibly made to march: but is seldom, if ever, observed in the fair sex, who most probably seek for admiration in every clime, and are reconciled by flattery to any region.
The feelings connected to national songs, like the impact of the Rans des Vaches on the Swiss, are too well recognized to need explaining; and the mal de pays, or nostalgia, is an emotional condition made worse by the cherished melodies of childhood and youth during the difficult times of emigration, when the longing heart yearns for home and the early bonds of friendship and love. It's quite interesting, but this condition is common among soldiers in places where they are forced to march; however, it's rarely, if ever, seen in women, who likely seek admiration wherever they go and are comforted by flattery in any location.
The whims of musical composers have often been most singular; Gluck composed in a garden, quaffing champaign; Sarti, in a dark room; Paesiello, in his bed; Sacchini, with a[Pg 94] favourite cat perched upon each shoulder. The extraordinary fancies of Kutswara, composer of the “Battle of Prague,” are too well known, and led to his melancholy, but unpitied end.
The quirks of music composers have often been quite unique; Gluck composed in a garden, sipping champagne; Sarti, in a dark room; Paesiello, in bed; and Sacchini, with a[Pg 94] favorite cat sitting on each shoulder. The strange habits of Kutswara, the composer of the “Battle of Prague,” are well known and ultimately contributed to his sad but unacknowledged fate.
Great as the repute of the most popular musical performers, whether vocal or instrumental, in the present day may be, and enormous as their remuneration may seem, the ancients were more profuse in their generosity to musicians and the factors of musical instruments. Plutarch, in his life of Isocrates, tells us that he was the son of Theodorus, a flute-maker, who had realized so large a fortune by his business, that he was able to vie with the richest Athenian citizens in keeping up the chorus for his tribe at festivals and religious ceremonies. Ismenias, the celebrated musician of Thebes, gave three talents, or 581l. 5s. for a flute. The extravagance of this performer was so great, that Pliny informs us he was indignant at one of his agents for having purchased a valuable emerald for him at Cyprus at too low a price, adding, that by his penurious conduct he had disgraced the gem. The vanity of artists in those days appears to have been similar to the present impudent pretensions of many public favourites. Plutarch relates of this same Ismenias, that being sent for to play at a sacrifice, and having performed for some time without the appearance of any favourable omen in the victim, his employer snatched the instrument out of his hand, and began to play himself most execrably. However, the happy omen appeared, when the delighted bungler exclaimed that the gods preferred his execution and taste. Ismenias cast upon him a smile of contempt, and replied, “While I played, the gods were so enchanted that they deferred the omen to hear me the longer; but they were glad to get rid of you upon any terms.” This was nearly as absurd as the boast of Vestris, the Parisian dancer, who, on being complimented on his powers of remaining long in the air, replied, “that he could figure in the air for half an hour, did he not fear to create jealousy among his comrades.”
As well-known as today's top musical performers, whether singers or instrumentalists, may be, and as impressive as their paychecks might seem, the ancients were even more generous to musicians and makers of musical instruments. Plutarch, in his biography of Isocrates, tells us that Isocrates was the son of Theodorus, a flute-maker, who made such a fortune from his business that he could compete with the wealthiest Athenian citizens in sponsoring the chorus for his tribe during festivals and religious events. Ismenias, the famous musician from Thebes, paid three talents, or 581 l. 5 s. for a flute. This performer’s extravagance was so excessive that Pliny mentions he was furious with one of his agents for buying a valuable emerald for him in Cyprus at too low a price, remarking that his stingy behavior had ruined the gem’s reputation. The vanity of artists back then seems to parallel the bold claims of today’s popular figures. Plutarch recounts that this same Ismenias was called to play at a sacrifice, and after performing for a while without any favorable sign from the victim, his employer grabbed the instrument from him and began to play poorly. Nevertheless, a lucky omen appeared when the thrilled amateur claimed the gods preferred his playing and taste. Ismenias shot him a scornful smile and replied, “While I played, the gods were so charmed that they delayed the omen to enjoy my music longer; but they were relieved to get rid of you at any cost.” This was just as ridiculous as the boast of Vestris, the Parisian dancer, who, when praised for his ability to stay in the air for a long time, responded that he could stay airborne for half an hour if he wasn’t worried about making his peers jealous.
Amœbæus the harper, according to Athenæus, used to receive an Attic talent of 193l. 15s. for each performance. The beautiful Lamia, the most celebrated female flute-player, had a temple dedicated to her under the name of Venus Lamia. The Tibicinæ, or female flute-players, who formed collegiate bodies, were as celebrated for their talent and their charms, as for their licentiousness and extravagance. Their performances were forbidden by the Theodosian code, but with little success; since Procopius informs us that, in the time of [Pg 95]Justinian the sister of the Empress Theodora, who was a renowned amateur tibicina, appeared on the stage without any other dress than a slight and transparent scarf.
Amœbæus the harper, according to Athenæus, used to get an Attic talent of 193l. 15s. for each performance. The beautiful Lamia, the most famous female flute player, had a temple dedicated to her under the name of Venus Lamia. The Tibicinæ, or female flute players, who formed groups, were as well-known for their talent and attractiveness as they were for their promiscuity and extravagance. Their performances were banned by the Theodosian code, but it didn’t work very well; Procopius tells us that during the time of [Pg 95]Justinian, the sister of Empress Theodora, who was a famous amateur tibicina, appeared on stage dressed in nothing but a light and sheer scarf.
In the early ages of Christianity, the power of music in adding to religious solemnity was fully appreciated, and many of the fathers and most distinguished prelates cultivated the auxiliary science. St. Gregory expressly sent over Augustine the monk, with some singers, who entered the city of Canterbury singing a litany in the Gregorian chant, which extended the number of the four tones of St. Ambrose to eight. A school for church music was established at Canterbury; and it was also taught in the diocese of Durham and Weremouth. St. Dunstan was a celebrated musician, and was accused of having invented a most wonderful magic harp; it was, perhaps, to prove that the accusation was false, that he took the devil by the nose with a pair of tongs. This ingenious saint is said to be the inventor of organs, one of which he bestowed on the abbey of Malmesbury. It appears, however, that instruments resembling the organ were known as early as 364, and were described in a Greek epigram attributed to Julian the Apostate, in which he says, “I beheld reeds of a new species, the growth of each other, and a brazen soil; such as are not agitated by winds, but by a blast that rushes from a leathern cavern beneath their roots; while a robust mortal, running with swift fingers over the concordant keys, makes them, as they smoothly dance, emit melodious sounds.”
In the early days of Christianity, people really recognized how music added to the seriousness of worship, and many church leaders and important figures embraced this art. St. Gregory specifically sent Augustine the monk, along with some singers, to Canterbury, where they entered the city singing a litany in the Gregorian chant. This chant expanded St. Ambrose's original four musical tones to eight. A school for church music was set up in Canterbury, and it was also taught in the diocese of Durham and Wearmouth. St. Dunstan, a well-known musician, was accused of creating an incredible magic harp. To prove the accusation was false, he supposedly took the devil by the nose with a pair of tongs. This clever saint is said to have invented organs, one of which he gave to the abbey of Malmesbury. However, it seems that instruments similar to the organ were known as early as 364 and were described in a Greek poem attributed to Julian the Apostate, in which he says, “I saw reeds of a new kind, growing together, and a brass foundation; they are not stirred by winds but by a blast that comes from a leathern cavern beneath their roots; while a strong person, running quickly with their fingers over the harmonious keys, makes them, as they smoothly dance, produce beautiful sounds.”
The influence of music on the fair sex has long been acknowledged, and this advantage has proved fatal to some artists who had recourse to its fascinating powers; Mark Smeaton was involved in the misfortunes of Anne Boleyn; Thomas Abel, who taught harmony to Catherine, met with a similar fate, and David Rizzio was not more fortunate. They were, perhaps, too much impressed with the ideas of Cloten: “I am advis’d to give her music o’ mornings; they say it will penetrate.”
The impact of music on women has been recognized for a long time, and this allure has led to tragic outcomes for some artists who relied on its captivating qualities. Mark Smeaton faced misfortune alongside Anne Boleyn; Thomas Abel, who taught Catherine about harmony, met a similar end, and David Rizzio wasn't any luckier. They may have been too influenced by Cloten’s thoughts: “I’ve been told to play her music in the mornings; they say it’ll get through to her.”
It is worthy of remark, that no woman was ever known to excel in musical composition, however brilliant her instrumental execution might have been. The same observation has been made in regard to logical disquisitions. To what are we to attribute this exception?—are we to consider these delightful tormentors as essentially unharmonious and illogical? We leave this important question to phrenologists.
It’s worth noting that no woman has ever been known to excel in music composition, no matter how impressive her instrumental skills were. The same has been said about logical reasoning. What should we attribute this exception to? Should we view these delightful challenges as fundamentally unharmonious and illogical? We’ll leave this important question to phrenologists.
THE FOOD OF MANKIND. ITS USE AND ABUSE.
Destined by Providence to wander over the globe, and to live in various climes, man is essentially an omnivorous animal. According to the country he inhabits, its productions and the nature of his pursuits, his mode of living differs. The inhabitant of cold and sterile regions on the borders of the ocean becomes ichthyophagous; and fish, fresh, dried, smoked, or salted, is his principal nourishment. The bold huntsman lives upon the game he pursues; while the nomadian shepherd, who tends his herd over boundless steeps, supports himself on the milk of his flock. In warm countries fruits and vegetables constitute the chief support of life; and there the disciples of Pythagoras can luxuriate on the rich produce of a bountiful soil, solely debarring themselves from beans, which, like all flesh, they consider to have been created by putrefaction. What would these good people have done among the Scythians and the Getæ, who, according to Sidonius Apollinaris, mingled blood and milk for food—
Destined by fate to wander the world and live in different climates, humans are fundamentally omnivorous. Depending on the country they live in, its resources, and the nature of their activities, their lifestyle varies. A person living in cold, barren regions near the ocean becomes a fish eater; fresh, dried, smoked, or salted fish is their main source of food. The daring hunter survives on the game he hunts, while the nomadic shepherd, who looks after his herd across vast landscapes, relies on the milk from his animals. In warmer regions, fruits and vegetables are the main sustenance; there, followers of Pythagoras can enjoy the rich bounty of fertile land, avoiding only beans, which they, like all meat, believe came from decay. What would these people have done among the Scythians and the Getæ, who, according to Sidonius Apollinaris, mixed blood and milk for food—
————————Solitosque cruentum
Lac potare Getas, ac pocula tingere venis;
————————Solitosque cruentum
Lac potare Getas, ac pocula tingere venis;
or the stunted natives of the arctic regions, who feed upon whales and seals, drink deep potations of train-oil, and consider the warm blood of the seal an exquisite beverage, dried herrings moistened with blubber a dainty, and the flesh of the seal half frozen in snow during winter, or half corrupted in the earth in summer, the most delicious morsel. The semi-barbarous Russians, who during the late wars enjoyed the abundant bills of fare of France and Italy, accustom themselves easily to this disgusting diet on their return; and their troops, who live amongst the Samoiedes, thrive uncommonly well on raw flesh and rein-deer blood. It is in temperate regions that man displays his omnivorous propensities: there, animal food can be abundantly procured; and every description of grain, roots, and fruit, is easily cultivated. It is as we pass from these middle climes towards the poles, that animal substances are more exclusively consumed; and towards the equator that we enjoy refreshing fruits, and nourishing roots and vegetables.[Pg 97] So scarce is food in some desolate tracts of the globe, that we find the wandering Indian satisfying his cravings with earth and clay: and Humboldt informs us that the Ottomaques, on the banks of the Mata and Oronoco, feed on a fat unctuous earth, in the choice of which they display great epicurean skill, and which they knead into balls of four or six inches in diameter, and bake slowly over the fire. When about to be used, these clods are soaked in water, and each individual consumes about a pound of them in the day; the only addition which they occasionally make to this strange fare consists in small fish, lizards, and fern-roots.
For the short-statured natives of the Arctic regions, who eat whales and seals, drink large amounts of whale oil, and consider warm seal blood a delicacy, dried herring soaked in fat a treat, and seal meat half-frozen in snow during winter or half-decayed in the ground in summer the most delicious bite. The semi-barbaric Russians, who during the recent wars enjoyed the plentiful cuisine of France and Italy, easily adapt to this unappetizing diet upon their return; and their troops, living among the Samoyeds, thrive remarkably well on raw meat and reindeer blood. In temperate regions, humans show their ability to eat a wide variety of foods: here, animal products are plentiful, and all kinds of grains, roots, and fruits are easily grown. As we move from these middle climates towards the poles, animal products are consumed more exclusively; and towards the equator, we enjoy refreshing fruits and nourishing roots and vegetables.[Pg 97] Food is so scarce in some desolate areas of the world that wandering Indians satisfy their hunger with dirt and clay: Humboldt tells us that the Ottomaques, along the banks of the Mata and Orinoco, eat a rich, greasy earth, showcasing their exquisite taste in its selection, which they knead into balls four to six inches in diameter and bake slowly over the fire. Before use, these clods are soaked in water, and each person consumes about a pound of them daily; the only additional items they occasionally add to this unusual diet are small fish, lizards, and fern roots.
The art of cookery has improved, no doubt, with the progressive advance and development of our other institutions; and it seems to prove that the employment of all kinds of food is as natural to man, as a stationary uniformity and restriction of one species of aliment is to animals. A most erroneous idea has prevailed regarding the use of animal food, which has been considered as the best calculated to render mankind robust and courageous. This is disproved by observation. The miserable and timid inhabitants of Northern Europe and Asia are remarkable for their moral and physical debility, although they chiefly live on fish or raw flesh; whereas the athletic Scotch and Irish are certainly not weaker than their English neighbours, though consuming but little meat. The strength and agility of the negroes is well known, and the South Sea islanders can vie in bodily exercises with our stoutest seamen. We have reason to believe, that, at the most glorious periods of Grecian and Roman power, their armies were principally subsisted upon bread, vegetables, and fruits.
The art of cooking has definitely improved alongside the advancements in other areas of our society, and it shows that using a variety of foods is as natural for humans as sticking to a single type of food is for animals. There's been a widespread but mistaken belief that eating animal products is what makes people strong and brave. This idea is shown to be false through observation. The weak and fearful people of Northern Europe and Asia, who mostly eat fish or raw meat, stand in contrast to the strong Scottish and Irish, who aren't any weaker than their English neighbors even though they eat very little meat. It's well known that black people have great strength and agility, and the South Sea islanders can compete in physical activities with our strongest sailors. We have good reason to think that during the peak of Grecian and Roman power, their armies mainly lived on bread, vegetables, and fruits.
Man by his natural structure was created omnivorous, and there is no doubt but that a judicious mixed alimentation is the best calculated to ensure health and vigour, and enable the ambitious or the industrious wanderer to spend his winters near the poles, colonize beneath the equator, or inhabit regions where the hardiest of animals must starve and die. The teeth, the jaws, all the digestive organs fit him for this mode of existence. There is a curious passage in one of Dr. Franklin’s letters in regard to wine: he pleasantly observes, that the only animals created to drink water are those who from their conformation are able to lap it on the surface of the earth, whereas all those who can carry their hands to their mouth were destined to enjoy the juice of the grape.
Man, by his natural design, was created to eat a variety of foods, and there's no doubt that a well-balanced diet is the best way to ensure health and strength, allowing the ambitious or hardworking traveler to spend winters near the poles, settle under the equator, or live in regions where even the toughest animals struggle to survive. His teeth, jaws, and all digestive organs are suited for this way of life. There's an interesting remark in one of Dr. Franklin’s letters about wine: he humorously points out that the only animals made to drink water are those that can lap it off the ground, while all the ones that can use their hands to feed themselves were meant to enjoy the juice of the grape.
The diversity of substances which we find in the catalogue[Pg 98] of articles of food is as great as the variety with which the art or the science of cookery prepares them: the notions of the ancients on this most important subject are worthy of remark. Their taste regarding meat was various. Beef they considered the most substantial food; hence it constituted the chief nourishment of their athletæ. Camels’ and dromedaries’ flesh was much esteemed, their heels most especially. Donkey-flesh was in high repute; Mæcenas, according to Pliny, delighted in it; and the wild ass, brought from Africa, was compared to venison. In more modern times we find Chancellor Dupret having asses fattened for his table. The hog and the wild boar appear to have been held in great estimation; and a hog was called “animal propter convivia natum;” but the classical portion of the sow was somewhat singular—“vulvâ nil dulcius amplâ.” Their mode of killing swine was as refined in barbarity as in epicurism. Plutarch tells us that the gravid sow was actually trampled to death, to form a delicious mass fit for the gods. At other times, pigs were slaughtered with red-hot spits, that the blood might not be lost; stuffing a pig with asafœtida and various small animals, was a luxury called “porcus Trojanus;” alluding, no doubt, to the warriors who were concealed in the Trojan horse. Young bears, dogs, and foxes, (the latter more esteemed when fed upon grapes,) were also much admired by the Romans; who were also so fond of various birds, that some consular families assumed the names of those they most esteemed. Catius tells us how to drown fowls in Falernian wine, to render them more luscious and tender. Pheasants were brought over from Colchis, and deemed at one time such a rarity, that one of the Ptolemies bitterly lamented his having never tasted any. Peacocks were carefully reared in the island of Samos, and sold at such a high price, that Varro informs us they fetched yearly upwards of 2000l. of our money. The guinea-fowl was considered delicious; but, wretched people! the Romans knew not the turkey, a gift which we moderns owe to the Jesuits. Who could vilify the disciples of Loyola after this information! The ostrich was much relished; Heliogabalus delighted in their brains, and Apicius especially commends them. But, of all birds, the flamingo was not only esteemed as a bonne-bouche, but was most valuable after dinner; for, when the gluttonous sensualists had eaten too much, they introduced one of its long scarlet feathers down their throats, to disgorge their dinner. The modern gastronome is [Pg 99]perhaps not aware that it is to the ancients he owes his delicious fattened duck and goose livers,—the inestimable foies gras of France. Thus Horace:
The variety of foods we see in the catalog[Pg 98] is just as diverse as the ways in which cooking can prepare them. The ancient ideas on this important topic are quite noteworthy. They had different tastes when it came to meat. Beef was considered the most filling food, making it the primary nourishment for their athletes. They greatly valued the flesh of camels and dromedaries, especially their heels. Donkey meat was also highly regarded; Mæcenas, according to Pliny, enjoyed it, and the wild donkey from Africa was compared to venison. In more recent times, Chancellor Dupret had donkeys fattened for his dinners. The pig and wild boar were also highly valued; a pig was referred to as “an animal born for feasting,” while a specific part of the sow was notably described as having “no sweeter taste than a large vulva.” Their methods for killing pigs combined brutality and culinary skill. Plutarch mentions that pregnant sows were trampled to death to create a delicacy worthy of the gods. At times, pigs were killed with red-hot spits to preserve their blood; stuffing a pig with asafœtida and various small animals was a luxury known as “Trojan pig,” likely referencing the warriors hidden in the Trojan horse. Young bears, dogs, and foxes (the last being more prized when fed grapes) were also favorites among the Romans. They loved various birds so much that some consular families adopted the names of their preferred species. Catius tells us to drown fowl in Falernian wine to make them more tender and flavorful. Pheasants were imported from Colchis and at one point were such a rarity that one of the Ptolemies lamented never having tasted one. Peacocks were raised on the island of Samos and sold at such high prices that Varro noted they fetched over 2000l. of our money annually. The guinea-fowl was considered tasty; however, tragically, the Romans didn't know about turkeys, a gift we owe to the Jesuits. Who could criticize the followers of Loyola after this revelation? The ostrich was highly enjoyed; Heliogabalus loved the brains, and Apicius particularly recommended them. But of all birds, the flamingo was not only seen as a bonne-bouche but was most valuable after meals because when gluttonous diners overindulged, they would use one of its long scarlet feathers to induce vomiting. The modern foodie is [Pg 99] perhaps unaware that it is to the ancients he owes his exquisite fattened duck and goose livers—the priceless foies gras of France. Thus Horace:
Pinguibus et ficis pastum jecur anseris albi.
Pinguibus et ficis pastum jecur anseris albi.
The swan was also fattened by the Romans, who first deprived it of sight; and cranes were by no means despised by people of taste. In later days the swan seems to have been in great estimation in our own country. We find in the Northumberland household book that in one year twenty of these birds were consumed at the earl’s table.
The Romans also fattened swans, first blinding them; and cranes were definitely appreciated by those with discerning tastes. In later times, swans became highly valued in our own country. The Northumberland household book shows that in one year, twenty of these birds were served at the earl’s table.
While the feathered creation was doomed to form part of ancient delights, the waters yielded their share of enjoyments, and several fishes were immortalized. The muræna Helena was educated in their ponds, and rendered so tame that he came to be killed at the tinkling of his master’s bell or the sound of his voice.
While the feathered creature was destined to become a part of past pleasures, the waters provided their share of enjoyment, and several fish were celebrated. The muræna Helena was raised in their ponds and became so tame that it would be killed at the sound of its master's bell or voice.
Natat ad magistrum delicta muræna,
Natat to the teacher with eels,
says Martial. Hirtius ceded six thousand of these fish to Cæsar as a great favour, and Vitellius delighted in their roe. The fame of the lamprey, mustela of Ausonius and Pliny, is generally known; and the sturgeon, the acipenser sturio, was brought to table with triumphant pomp: but the turbot, one of which was brought to Domitian from Ancona, was considered such a present from the gods, that this emperor assembled the senate to admire it. Soles were also so delectable that punning on the word solea, they were called the soles of the gods: the dorad, sparus auratus, was consecrated to Venus; the labrus scarus was called the brain of Jupiter, and Apuleius and Epicharmus maintain that its very entrails would be relished in Olympus.
says Martial. Hirtius gave six thousand of these fish to Cæsar as a huge favor, and Vitellius loved their roe. The reputation of the lamprey, mustela of Ausonius and Pliny, is widely known; and the sturgeon, acipenser sturio, was served with great fanfare: but the turbot, one of which was sent to Domitian from Ancona, was considered such a divine gift that this emperor called the senate to admire it. Soles were so delicious that playing on the word solea, they were nicknamed the soles of the gods: the dorad, sparus auratus, was dedicated to Venus; the labrus scarus was referred to as Jupiter's brain, and Apuleius and Epicharmus argue that its very entrails would be enjoyed in Olympus.
To these dainties may be added the Alphestæ, a fish always caught in pairs from their eagerness to be eaten. The Amia so very delicious that the Athenians defied the worst cook to spoil them. The Gnaphius that imparted to the water that had had the honour to boil them, the facility of taking out all stains. The Pompilus which sprang with Venus from the blood of the sky. The fish called fox by the Rhodians, and dog by the Bœotians, was considered such a dainty that Archestratus recommended epicures to steal them if they could not procure them by honest means; adding, that all calamities should be considered immaterial after a man had once feasted on such a luscious morsel, too divine to[Pg 100] be gazed upon by vulgar eyes, and which ought to be procured by the wealthy, if they did not wish to incur the wrath of the gods, for not appreciating at its true value the flower of their nectar. Eels were also highly esteemed by the ancients. The preference being given to the Copaic, which the Bœotians offered to the gods crowned with flowers, giving them the same rank among fish that Helen held amongst women.
To these delicacies, we can add the Alphestæ, a fish that is always caught in pairs because they are so eager to be eaten. The Amia is so delicious that the Athenians challenged even the worst cooks to ruin them. The Gnaphius gives the water it boiled in the ability to remove all stains. The Pompilus, which is said to have sprung from the blood of the sky along with Venus. The fish known as fox by the Rhodians and dog by the Bœotians was considered such a delicacy that Archestratus advised food lovers to steal them if they couldn't get them honestly; he added that any misfortune should be seen as insignificant after experiencing such a divine treat, too precious to be seen by ordinary eyes, and that wealthy people should make sure to acquire it to avoid the anger of the gods for not recognizing its true worth as the best of their offerings. Eels were also highly valued by the ancients, with preference given to the Copaic, which the Bœotians presented to the gods adorned with flowers, giving them the same status among fish that Helen held among women.
The garum, or celebrated fish-sauce of the Romans, was principally made out of the sciæna umbra, and the mackerel; the entrails and blood being macerated in brine until they became putrid.
The garum, or famous fish sauce of the Romans, was mainly made from the sciæna umbra and mackerel; the entrails and blood were soaked in brine until they rotted.
Expirantis adhuc scombri, de sanguine primo
Accipe fastosum munera cara garum:—
Expirando, aún los sardinas, de la sangre primero
Recibe el costoso regalo de la salsa garum:—
thus says Martial: and Galen affirms that this disgusting preparation was so precious, that a measure of about three or four pints fetched two thousand silver pieces. So delightful was the effluvium of the garum considered, that Martial informs us it was carried about in onyx smelling-bottles. But our luxurious civic chiefs are not aware that the red mullet—for such I believe was the mullus—was held in such a distinguished category among genteel fishes, that three of them, although of small size, were known to fetch upwards of 200l. They were more appreciated when brought alive, and gradually allowed to die, immersed in the delicious garum; when the Romans feasted their eyes in the anticipated delight of eating them, by gazing on the dying creature as he changed colour like an expiring dolphin. Seneca reproaches them with this refinement of cruelty—“Oculis quoque gulosi sunt;” and the most renowned of Apicius’s culinary discoveries was the alec, a compound of their livers.
thus says Martial: and Galen confirms that this disgusting preparation was so valuable that a measure of about three or four pints sold for two thousand silver coins. The scent of the garum was considered so delightful that Martial tells us it was carried in onyx perfume bottles. But our extravagant civic leaders don’t know that the red mullet—for that’s what I believe the mullus is—was regarded as a highly esteemed fish, with three of them, even though small, known to sell for over 200l. They were even more prized when brought alive and slowly allowed to die while soaked in the delicious garum; the Romans would feast their eyes in anticipation of eating them, watching the dying fish change color like an expiring dolphin. Seneca criticizes them for this cruel refinement—“Oculis quoque gulosi sunt;” and the most famous of Apicius’s culinary inventions was the alec, a mixture made from their livers.
Snails were also a great dainty. Fulvius Herpinus was immortalized for the discovery of the art of fattening them on bran and other articles; and Horace informs us they were served up, broiled upon silver gridirons, to give a relish to wine. Oysters were brought from our coasts to Rome, and frozen oysters were much extolled. Grasshoppers, locusts, and various insects, were equally acceptable to our first gastronomic legislators. Acorns, similar to those now eaten in Spain, formed part of a Roman dessert; the best were brought from Naples and Tarentum. It does not appear that the ancients had a great variety in their vegetable diet; condiments to stimulate the sluggish appetite seemed to be their principal research: amongst these the asafœtida, which is to[Pg 101] this day highly relished in the East, was an indispensable ingredient; this has been doubted by various naturalists, but it appears certain, since Pliny informs us that it was frequently adulterated by sagapenum, which bears the strongest resemblance to it. This substance was called laser, and by many tasteless persons, such as Aristophanes and Apuleius, considered offensive and disgusting; hence the latter, “lasere infectas carnes,” and “laseratum porcellum.” According to Theophrastus, asafœtida was collected and preserved, as it is at present, in skins; and, despite its estimation as a culinary ingredient, it was not unfrequently named stercus diaboli. In addition to this gum, they seasoned their food with various other strong articles, such as coriander and cummin seeds, sumac, saffron, cinnamon, thyme; with divers peppers, salt, and sal-ammoniac.
Snails were also a popular delicacy. Fulvius Herpinus was famous for discovering how to fatten them on bran and other foods, and Horace tells us they were served grilled on silver grills to enhance the flavor of wine. Oysters were brought from our shores to Rome, and frozen oysters were highly praised. Grasshoppers, locusts, and various insects were also enjoyed by our early culinary lawmakers. Acorns, similar to those eaten in Spain today, were part of a Roman dessert, with the best coming from Naples and Tarentum. It doesn’t seem like the ancients had a wide variety of vegetables; their main focus seemed to be on flavoring to stimulate appetite. Among these was asafœtida, which is still highly valued in the East today, and it was an essential ingredient. This has been questioned by various naturalists, but it seems certain since Pliny noted that it was often mixed with sagapenum, which closely resembles it. This substance was called laser, and by many who lacked taste, like Aristophanes and Apuleius, it was considered offensive and disgusting; hence the latter mentioned, “lasere infectas carnes,” and “laseratum porcellum.” According to Theophrastus, asafœtida was collected and preserved, as it is now, in skins; and despite being valued as a cooking ingredient, it was often referred to as stercus diaboli. In addition to this gum, they seasoned their food with various other strong items like coriander, cumin seeds, sumac, saffron, cinnamon, thyme, along with different peppers, salt, and sal-ammoniac.
Instead of bread, which was only introduced in Rome 580, A. D. they used a heavy kind of unleavened paste, similar to the present polenta. This nourishment occasioned frequent indigestion, hence the use of warm water after meals, and the necessity of emetics. Warm water was sold about the streets in their thermopolia, and Seneca observed the paleness and debility that arose from its use and abuse; a practice recorded by Martial:
Instead of bread, which only came to Rome in 580 A.D., they used a dense type of unleavened dough, similar to today's polenta. This food often led to digestive issues, prompting the use of warm water after meals and the need for emetics. Warm water was available for purchase in their thermopolia, and Seneca noted the paleness and weakness that resulted from its excessive use; a practice mentioned by Martial:
Et potet calidam, qui mihi livet, aquam.
Et potet calidam, qui mihi livet, aquam.
While water was thus freely drunk, wine was not disregarded; but the various articles with which it was adulterated, must have rendered it any thing but a delectable potation according to our received ideas. Thus we see the Greeks putting salt and sea-water in theirs; at other times dissolving mastic and myrrha, or infusing wormwood, in their choicest Falernian. Like modern tasters, however, they knew the method of developing the bouquet by warmth; and, to appreciate the flavour, they frequently added hot water. That wines of a resinous taste were esteemed, appears from Martial:
While people drank water freely, wine was also enjoyed, but the different things mixed into it likely made it anything but a delightful drink by today’s standards. For example, the Greeks would add salt and seawater to their wine, and at times they would dissolve mastic and myrrh or infuse wormwood into their finest Falernian. Just like modern tasters, they knew how to enhance the bouquet by warming it, and to better appreciate the flavor, they often added hot water. The popularity of wines with a resinous taste is reflected in Martial's writings:
Resinata bibis vina, Falerna fugis.
Drink the wine, escape Falerna.
But we may conclude that, according to our modern taste, their boasted wines did not equal ours either in flavour or in delicacy.
But we can conclude that, based on our modern preferences, their claimed wines didn't match ours in either flavor or finesse.
The ancients however were very careful in the preparation of their bread, justly called the “staff of life,” as constituting one of the most wholesome and nutritious parts of our food. The Athenian bakers bore the palm in the[Pg 102] confection of this article. Archestratus recommended the wheaten bread of Athens and the barley meal of Lesbos, which their poets asserted was supplied to the gods. The Grecian millet bread was also in great repute, while delicious bread was also made with the Zea, the Triticum Spella of Linnæus and the Far of the Romans. A species of wheat called Tiphe was also much esteemed. Brown bread was made of a grain called Olyra, and it was with loaves of this description that Homer’s heroes fed their horses.
The ancients, however, were very careful in preparing their bread, justly referred to as the “staff of life,” since it was one of the most wholesome and nutritious parts of our diet. The Athenian bakers were the best at this[Pg 102] craft. Archestratus recommended the wheat bread from Athens and the barley flour from Lesbos, which their poets claimed was offered to the gods. Grecian millet bread was also highly regarded, and tasty bread was made with the Zea, the Triticum Spella of Linnæus, and the Far of the Romans. A type of wheat called Tiphe was also very popular. Brown bread was made from a grain called Olyra, and these loaves were what Homer’s heroes fed their horses.
It appears that great attention was paid to the kneeding and the boulting: unboulted meal was called Syncomista, and when finely boulted in a woollen cloth, Semidalis. The most approved method of baking was in the Cribanus or Clibanus, an earthen or iron vessel, which they surrounded with charcoal. Bread according to its superior or inferior quality was consecrated to various divinities. Thus the goddesses used the Homoros, and Hecate was served with the Hemiantium, but we are unacquainted with the preparation of these varieties. The flour of barley was used by the Canephoræ, or virgins that bore the sacred baskets in the festivals of Ceres, to sprinkle themselves. Bread according to its particular kind was served up in various ways; wheaten bread was brought to table upon fresh leaves; barley bread upon a layer of reeds. At the feasts of Ceres and Proserpine, a large loaf was kneeded and baked by the ladies of Delos, called Achaïnas which gave the name to the festival, instituted most probably in Achaia, to commemorate the invention of bread, which Ceres taught to Eumelus, a citizen of Patræ.
It looks like a lot of care was taken with the kneading and sifting: unrefined meal was called Syncomista, and when it was finely sifted through a wool cloth, it was called Semidalis. The best way to bake was in the Cribanus or Clibanus, a clay or iron pot that was surrounded by charcoal. Bread, depending on its quality, was dedicated to different gods. For instance, the goddesses would receive the Homoros, while Hecate was given the Hemiantium, but we don't know how these types were made. The Canephoræ, or maidens carrying the sacred baskets during Ceres' festivals, used barley flour to sprinkle themselves. Different types of bread were served in various ways; wheat bread was served on fresh leaves, while barley bread was placed on a bed of reeds. During the feasts of Ceres and Proserpine, a large loaf was kneaded and baked by the women of Delos, called Achaïnas, which gave its name to the festival, likely established in Achaia to celebrate the invention of bread, which Ceres taught to Eumelus, a resident of Patræ.
Barley for the preparation of bread was used long before wheat or any other sort of corn, and hence Artemidorus calls it Antiquissimum in cibis. It was also given to the athletæ who were thence called Hordearii. In latter times it was chiefly given to cattle, although used by the poorer classes. Barley bread was also issued to soldiers as a punishment, the loss of wheaten bread being considered a great privation. Vegetius tells us that soldiers who had been guilty of any offence were thus punished—“hordeum pro frumentuo cogebantur accipere.” In the second Punic war we find Marcellus sentencing the cohorts that had lost their standards to this infliction. Suetonius also informs us that Augustus only allowed barley to the troops that had misbehaved in action. Cohortes, si quæ cepissent, loco, decimatas hordeo pavit. But there is reason to believe that under the head of bread were included various kinds of cakes, many of which were prepared with[Pg 103] honey, some of them were called Placentæ omnigenæ, and were prepared by bakers who bore the name of pistores dulciarii. This honied bread or cake it appears, was frequently resorted to, as in the present day, to quiet troublesome children as well as to please the taste of fastidious patients. Thus Martial:
Barley was used to make bread long before wheat or any other types of grain, which is why Artemidorus refers to it as Antiquissimum in cibis. It was also given to athletes, which is why they were called Hordearii. Later on, it was mainly fed to cattle, although poorer people still used it. Barley bread was also given to soldiers as a punishment, as losing wheaten bread was seen as a significant deprivation. Vegetius informs us that soldiers guilty of any offense were punished in this way—“hordeum pro frumentuo cogebantur accipere.” During the Second Punic War, Marcellus sentenced the cohorts that had lost their standards to this punishment. Suetonius also tells us that Augustus only allowed barley for troops who had misbehaved in battle: Cohortes, si quæ cepissent, loco, decimatas hordeo pavit. However, it’s believed that under the term bread, various types of cakes were included, many of which were made with [Pg 103] honey. Some of these were called Placentæ omnigenæ and were made by bakers known as pistores dulciarii. This honeyed bread or cake was often used, just like today, to calm troublesome children and to satisfy picky patients. Thus Martial:
Leniat ut fauces medicus, quas aspera vexat
Assiduè tussis, Parthenopæ tibi
Mella dari, nucleosque jubet dulcesque placentas.
Est quidquid pueros non sinit esse truces,
At tu non cessas totis tussire diebus
Non est hæc tussis, Parthenopæ gula est.
Leniat ut fauces medicus, quas aspera vexat
Assiduè tussis, Parthenopæ tibi
Mella dari, nucleosque jubet dulcesque placentas.
Est quidquid pueros non sinit esse truces,
At tu non cessas totis tussire diebus
Non est hæc tussis, Parthenopæ gula est.
The bread made of spring wheat was called Collabus, and the Athenians considered a toasted Collabus eaten with a slice of a pig’s belly, the very best cure for a surfeit occasioned by an excess in anchovies, especially the Phalerian ones, which were deemed fit for the gods.
The bread made from spring wheat was called Collabus, and the Athenians believed that a toasted Collabus eaten with a slice of pork belly was the best remedy for an upset stomach caused by too many anchovies, especially the Phalerian ones, which were considered good enough for the gods.
Fragments of bread it appears were used instead of napkins to wipe the fingers on. These were called Apomygdaliæ, with which Aristophanes fed his sausage-makers. These dainty bits were usually thrown to dogs.
Fragments of bread were used instead of napkins to wipe fingers. These were called Apomygdaliæ, which Aristophanes fed to his sausage-makers. These tasty bits were usually thrown to dogs.
The cooks of the ancients appear to have been much more consummate in their art than our modern practitioners. Athenæus records various descriptions of their incomparable science. A new dish immortalized its inventor, and transmitted his name to posterity. Apicius’s cakes were called Apicians; and Aristoxenes had attained such perfection in curing hams, that the glorious appellation of Aristoxenians was bestowed upon them. Philosophers and poets gloried in their culinary science; the pleasures of the table were the subject of their writings and their conversation. Archestratus tells us with delight, that, although various delicacies can only be enjoyed in their proper season, yet we can talk about them with watering mouths all the year round.
The cooks of the ancient world seem to have been much more skilled in their craft than our modern chefs. Athenæus shares different accounts of their unmatched expertise. A new dish made its creator famous, ensuring their name would be remembered. Apicius's cakes were known as Apicians; and Aristoxenes became so skilled at curing hams that they were proudly referred to as Aristoxenians. Philosophers and poets celebrated their cooking skills; the joys of dining were frequent topics in their writings and discussions. Archestratus joyfully tells us that, while certain delicacies can only be enjoyed in their right season, we can still drool over them all year long.
One of these illustrious ministers of luxury attained such a degree of enviable perfection, that he could serve up a pig boiled on one side and roasted on the other, and moreover stuffed with all possible delicacies, without the incision through which these dainties were introduced being perceived. Supplicated to explain this wonderful secret, he swore solemnly by the manes of all the heroes who fell at Marathon, or conquered at Salamis, that he would not reveal this sacred mystery for one year. When the happy day arrived and he was no longer bound by his vows, he condescended to inform[Pg 104] his anxious hearers, that the animal had been bled to death by a wound under the shoulder, through which the entrails were extracted; and afterwards hanging up the victim by the legs, the stuffing was crammed down his throat. One half of the pig was then covered with a thick paste, seasoned with wine and oil, put into a brass oven, and gently and tenderly roasted: when the skin was brown and crisp, our hero proceeded to boil the other moiety; the paste was then removed, and the boiled and roasted grunter triumphantly served up.
One of these famous luxury chefs achieved such an impressive skill that he could serve a pig boiled on one side and roasted on the other, stuffed with all sorts of delicious ingredients, without anyone noticing the incision where the fillings were added. When asked to reveal this incredible secret, he solemnly swore by the spirits of all the heroes who fell at Marathon or triumphed at Salamis that he wouldn't share this sacred mystery for a year. When the day finally came and he was free from his vow, he graciously told his eager listeners that the pig had been bled to death with a wound under the shoulder, through which the guts were removed; then, after hanging the pig by its legs, he stuffed it through its throat. One half of the pig was then covered with a thick paste, seasoned with wine and oil, placed in a brass oven, and gently roasted. When the skin was brown and crispy, our hero went on to boil the other half; the paste was then taken off, and the boiled and roasted pig was proudly served up.
So refined was the taste of the ancient bons vivans, that Montanus, according to Juvenal, would proclaim, at the first bite, whether an oyster was of English produce or not. Sandwich is believed to have been the favoured spot whence Rome imported her oysters and other shell-fish. Shrimps and prawns must have been in great estimation, since we find Apicius quitting his residence at Minturnæ, upon hearing that the shrimps of Africa were finer than those he could procure in Campania. He instantly set sail for the happy coast, despite a gale of wind: after encountering a desperate storm, he reached the wished-for land of promise; but alas!—the fishermen displayed the largest prawns they could collect, and to his cruel disappointment, they could not vie, either in delicacy or beauty, with those of Minturnæ. He immediately ordered his pilot to steer a homeward course, and left Africa’s shore with ineffable contempt.
So refined was the taste of the ancient bons vivans that Montanus, according to Juvenal, could tell from the very first bite if an oyster was English or not. Sandwich is thought to be the favorite spot from which Rome imported its oysters and other shellfish. Shrimps and prawns must have been highly valued, as we see Apicius leaving his home in Minturnæ when he heard that Africa's shrimps were finer than the ones he could get in Campania. He immediately set sail for the promising coast, even though there was a strong wind. After battling through a fierce storm, he finally reached the much-anticipated land; but unfortunately, the fishermen could only show him their largest prawns, which, to his great disappointment, didn’t compare at all in taste or appearance to those from Minturnæ. He quickly ordered his pilot to head back and left Africa's shore with utter disdain.
These ingenious gluttons had recourse to every experiment that could add to their enjoyment. Philoxenus, and many others, used to accustom themselves to swallow hot water, that they might be able to attack scalding dishes before less fireproof guests would dare to taste them.
These clever gluttons tried every trick to enhance their enjoyment. Philoxenus and others trained themselves to drink hot water so they could tackle scalding dishes before less resilient guests would even dare to try them.
Sinon maintained that cookery was the basis of all arts and sciences: natural philosophy taught us the seasoning of dishes; architecture directed the construction of stoves and chimneys; the fine arts, the beautiful symmetry of each dish; and the principles of war were applied to the drilling and marshalling of cooks, confectioners, and scullions, posting proper sentries to watch the fires, and videttes to keep off idle intruders. That man is a “cooking animal” is considered one of his proudest attributes, and a proper bill of fare may be considered as the ne plus ultra of human genius!
Sinon argued that cooking was the foundation of all arts and sciences: natural philosophy taught us how to season dishes; architecture guided the building of stoves and chimneys; the fine arts influenced the beautiful arrangement of each dish; and the principles of war were used in the training and organizing of cooks, bakers, and kitchen helpers, assigning proper guards to watch the fires, and lookouts to keep away lazy intruders. The idea that humans are "cooking animals" is seen as one of our proudest qualities, and a well-designed menu can be thought of as the pinnacle of human creativity!
It may be easily imagined that when good living became a science, sponging upon the wealthy Amphitryons became an art amongst the needy bons vivants, and parasites, as in the present day, were ever seen fawning and cringing for their dinner.[Pg 105] These sycophants stuck so close to their patrons, that they were called shadows. Thus Horace:
It’s easy to picture that when fine dining turned into a science, mooching off the rich hosts became a skill among the less fortunate foodies, and freeloaders, just like today, were always around, flattering and groveling for their meal.[Pg 105] These hangers-on were so attached to their benefactors that they were referred to as shadows. Thus Horace:
——Quos Mœcenas adduxerat umbras.
Quos Mæcenas brought in shadows.
They were also called flies, γυῖας, by the Greeks, and Muscæ by the Romans; no doubt from their constant buzzing about the object of their devotion. Plautus calls an entertainment free from these despicable guests, Hospitium sine muscis. Horus Apollo tells us that in Egypt a fly was the symbol of an impudent fellow; because, although driven away, it will constantly return. We have, however, reason to believe that the term parasite was originally applied to the followers of princes, Patroclus was the parasite of Achilles, and Memnon of Idomeneus; it was only in later times that the appellation was given to despicable characters and “trencher friends.”
They were also called flies, γυῖας, by the Greeks, and Muscæ by the Romans; likely because of their constant buzzing around the object of their attention. Plautus refers to a gathering without these unwelcome guests as Hospitium sine muscis. Horus Apollo tells us that in Egypt, a fly represented a rude person; because, even when shooed away, it keeps coming back. However, we have good reason to think that the term parasite was originally used for the followers of princes. Patroclus was the parasite of Achilles, and Memnon was of Idomeneus; it was only later that the term was used for contemptible characters and “trencher friends.”
Our Shakspeare had adopted the term of the ancients, as appears in the following passages:
Our Shakespeare used the term from the ancients, as shown in the following passages:
In such as you,
That creep like shadows by him, and do sigh
At each his needless heavings.
In people like you,
Who sneak around him like shadows and sigh
At every one of his unnecessary movements.
And again—
And once more—
Feast-won, fast-lost, one cloud of winter showers.
These flies are couched.
Feast-gained, fast-lost, a single cloud of winter rain.
These flies are resting.
While climate points out the most suitable articles of food, it exercises a singular influence over their qualities and properties, more especially in vegetable substances. We find plants which are poisonous in some countries, edible and wholesome in others. Next to climate, culture and soil modify plants to a singular degree: flowers which yield a powerful perfume in some latitudes, are inodorous in others; and, according to climate, their aroma is pleasant or distressing. A striking proof of this fact can be adduced from the well-known effects of perfumes in Rome; where the inhabitants, especially females, cannot support the scent even of the rose, which has been known to produce syncope, illustrating the poet’s line to
While climate highlights the best types of food, it also significantly affects their qualities and properties, especially in plants. We see plants that are poisonous in some countries but safe and nutritious in others. After climate, cultivation and soil greatly change plants: flowers that produce a strong fragrance in some areas are scentless in others; and depending on the climate, their aroma can be pleasant or off-putting. A striking example of this is seen in ancient Rome, where the locals, particularly women, can't stand the smell of even roses, which have been known to cause fainting, reflecting the poet's line to
Die of a rose in aromatic pain.
Die of a rose in fragrant pain.
This variety in the action of vegetable substances is more particularly observable in such as are considered medicinal. Opium, narcotics, and various drugs, are more powerful in warm climates than in northern regions. The Italian physicians express astonishment at the comparatively large doses prescribed by our practitioners.
This variation in the effects of plant substances is especially noticeable in those regarded as medicinal. Opium, narcotics, and various drugs are more potent in warm climates than in northern areas. Italian doctors are amazed by the relatively large doses that our practitioners prescribe.
[Pg 106]Cultivation brings forth singular intermediate productions; and by its magic power we have seen the coriaceous and bitter almond transformed into the luscious peach, the sloe converted into the delicious plum, and the common crab transformed into the golden pippin. The same facts are observed in vegetables; the celery sprung from the nauseous and bitter apium graveolens, and the colewort, is metamorphosed into the cabbage and the cauliflower. All cruciform plants degenerate within the tropics, but acquire increased energies in cold countries.
[Pg 106]Farming brings about unique intermediate products; and through its amazing ability, we've seen the tough and bitter almond change into the tasty peach, the sloe become the delicious plum, and the common crab turn into the golden pippin. The same thing happens with vegetables; celery, which comes from the nasty and bitter apium graveolens, and the colewort are transformed into cabbage and cauliflower. All cruciform plants diminish in the tropics but gain strength in colder regions.
Recent experiments in Germany have demonstrated that in times of scarcity, the wood of several trees may be converted into a nutritious substance. The fibres of the beech, birch, lime, poplar, fir, and various other trees, when dried, ground, and sifted into an impalpable powder, constitute a very palatable article of food. If cold water be poured on this ligneous flour, enclosed in a linen bag, it becomes milky, and considerable pressure and kneading is required to express the amylaceous or starchy part of it. Professor Von Buch, in his travels through Norway and Lapland, has fully described the Norwegian barke bröd. We find the savages scattered along the coast of the great austral continent mixing up a paste of the bark of the gum-tree with the ants and the other insects, with their larvæ, which they find in it. Ground dried fish and fish-bones have from time immemorial been converted into bread; Arrianus tells us that Nearchus found several nations on the shores of the Red Sea living upon a bread of this description.
Recent experiments in Germany have shown that during times of scarcity, the wood from several types of trees can be turned into a nutritious substance. The fibers of beech, birch, lime, poplar, fir, and various other trees, when dried, ground, and sifted into a fine powder, make a very tasty food product. If cold water is poured over this wood flour, which is in a linen bag, it turns milky, and significant pressure and kneading are needed to extract the starchy part of it. Professor Von Buch, during his travels through Norway and Lapland, provided a detailed description of the Norwegian barke bröd. We also see indigenous people scattered along the coast of the southern continent mixing a paste from the bark of the gum tree with ants and other insects, along with their larvae, that they find within it. Since ancient times, ground dried fish and fish bones have been made into bread; Arrianus tells us that Nearchus encountered several nations on the shores of the Red Sea who lived on this type of bread.
It is thus evident that all substances from the animal and vegetable kingdom appear to afford more or less nutriment, provided that they contain no elements unlike the animal matter of the being they are intended to nourish. All others are either medicinal or poisonous. Food may be considered nourishing in the ratio of its easy digestion or solution. Magendie attributes the nutritious principle to the greater or lesser proportion of nitrogen or azote. According to his view of the subject, the substances that contain little or no nitrogen are the saccharine and acid fruits, oils, fats, butter, mucilaginous vegetables, refined sugar, starch, gum, vegetable mucus, and vegetable gelatin. The different kinds of corn, rice and potatoes, are elements of the same kind. The azotical aliments, on the contrary, are vegetable albumen, gluten, and those principles which are met with in the seeds, stems and leaves of grasses and herbs, the seeds of leguminous[Pg 107] plants, such as peas and beans, and most animal substances, with the exception of fat.
It’s clear that all substances from the animal and plant kingdoms provide some level of nutrition, as long as they don’t contain elements that differ from the animal matter of the organism they are meant to nourish. Everything else is either medicinal or toxic. Food can be seen as nourishing based on how easily it can be digested or absorbed. Magendie attributes the nutritious quality to the varying amounts of nitrogen. According to his perspective, substances that have little or no nitrogen include sugary and acidic fruits, oils, fats, butter, mucilaginous vegetables, refined sugar, starch, gum, plant mucus, and plant gelatin. Different types of grains, rice, and potatoes fall into the same category. On the other hand, nitrogen-rich foods include plant albumen, gluten, and compounds found in the seeds, stems, and leaves of grasses and herbs, the seeds of legume plants like peas and beans, and most animal products, excluding fat.
To this doctrine, it was objected, that animals who feed upon substances containing little nitrogen, and the field negroes, who consume large quantities of sugar, might be adduced as an exception. Magendie replies, that almost all the vegetables consumed by man and animals contain more or less nitrogen—that this element enters in large quantity in the composition of impure sugar—and lastly, that the nations whose principal food consists in rice, maize, or potatoes, consume at the same time milk and cheese.
To this idea, it was argued that animals that eat things with low nitrogen and field workers who eat a lot of sugar could be exceptions. Magendie counters that almost all the vegetables eaten by people and animals have some nitrogen in them, that this element is present in significant amounts in impure sugar, and finally, that the people whose main food is rice, corn, or potatoes also consume milk and cheese at the same time.
To support his theory, this physiologist had recourse to various curious experiments on dogs, whom he fed with substances which contained no nitrogen. During the first seven or eight days, the animals were brisk and active, and took their food and drink as usual. In the course of the second week they began to get thin, although their appetite continued good, and they took daily between six and eight ounces of sugar. The emaciation increased during the third week; they became feeble, lost their appetite and activity, and at the same time ulcers appeared in the cornea of their eyes. The animals still continued to eat three or four ounces of sugar daily, but, nevertheless, became at length so feeble as to be incapable of motion, and died on a day varying from the 31st to the 34th: and it must be recollected that dogs will live the same length of time without any food.
To support his theory, this physiologist conducted a series of interesting experiments on dogs, which he fed substances that had no nitrogen. During the first seven or eight days, the dogs were active and lively, eating and drinking as usual. By the second week, they started to lose weight, even though their appetite remained strong, and they consumed between six and eight ounces of sugar daily. The weight loss continued into the third week; they became weak, lost their appetite and energy, and ulcers began to show up on their eyes' corneas. The dogs still managed to eat three or four ounces of sugar each day, but eventually became so weak they couldn't move and died between the 31st and 34th day. It’s important to note that dogs can survive for the same duration without any food.
The same were the results where dogs were fed upon gum, and butter; when they were fed with olive oil and water the phenomena were the same, with the exception of ulceration of the cornea.
The results were the same when dogs were fed gum and butter; when they were given olive oil and water, the phenomena remained consistent, except for corneal ulcers.
In Denmark, a diet of bread and water for a month is considered equivalent to the punishment of death. Dr. Stark died in consequence of experiments which he instituted on himself to ascertain the effects of a sugar diet.
In Denmark, being on a bread and water diet for a month is seen as severe as a death sentence. Dr. Stark died because of the experiments he conducted on himself to find out the effects of a sugar diet.
Muller has justly observed that these experiments of Magendie have thrown considerable light on the causes and the mode of treatment of the gout and calculous disorders. The subjects of these diseases are generally persons who live well and eat largely of animal food; most urinary calculi, gravelly deposits, the gouty concretions, and the perspiration of gouty persons, contain an abundance of uric acid, a substance in which nitrogen is contained in a large proportion. Thus, by diminishing the proportion of azotical substance[Pg 108] in the food, the gout and gravelly deposits may be prevented.
Muller has rightly pointed out that Magendie's experiments have shed significant light on the causes and treatment of gout and kidney stone disorders. People affected by these conditions are typically those who eat well and consume a lot of animal products; most urinary stones, gravel deposits, gouty crystals, and the sweat of gout sufferers contain a high amount of uric acid, which has a large proportion of nitrogen. Therefore, by reducing the amount of nitrogenous substances[Pg 108] in the diet, gout and gravel deposits can be prevented.
The experiments of Tiedemann and Gmelin have confirmed those of Magendie, whose curious observations on the necessity of varying diet I shall transcribe.
The experiments by Tiedemann and Gmelin have confirmed the findings of Magendie, whose interesting observations on the need for a varied diet I will summarize.
1. A dog fed on white bread, wheat, and water, did not live more than fifty days.
1. A dog that was fed white bread, wheat, and water didn’t live more than fifty days.
2. Another dog, who was kept on brown soldiers’ bread did not suffer.
2. Another dog, which was fed brown soldiers' bread, didn’t suffer.
3. Rabbits and guineapigs who were fed solely on any one of the following substances—oats, barley, cabbage, and carrots,—died of inanition in fifteen days; but they did not suffer when these substances were given simultaneously or in succession.
3. Rabbits and guinea pigs that were only fed one of the following foods—oats, barley, cabbage, and carrots—starved to death in fifteen days; however, they didn’t suffer when these foods were given at the same time or one after another.
4. An ass fed on dry rice, and afterwards on boiled rice, lived only fifteen days; a cock, on the contrary, was fed with boiled rice for several months with no ill consequence.
4. A donkey that was fed dry rice and then boiled rice lived for only fifteen days; however, a rooster that was fed boiled rice for several months suffered no negative effects.
5. Dogs fed with cheese alone, or hard eggs, lived for a long time; but they became feeble and lost their hair.
5. Dogs that were only fed cheese or hard-boiled eggs lived a long time; however, they became weak and lost their fur.
6. Rodent animals will live a very long time on muscular substances.
6. Rodent animals can live a very long time on muscle tissues.
7. After an animal has been fed for a long period on one kind of aliment, which, if continued, will not support life, allowing it the former customary food will not save it: he will eat eagerly, but will die as soon as if he had continued to be restricted to the article of food which was first given him.
7. After an animal has been fed for a long time on just one type of food, which, if it continues, won't sustain life, giving it its usual food again won't help: it will eat eagerly, but will die just as quickly as if it had kept being fed the original type of food.
Dr. Paris is of opinion that all that these experiments tend to prove is, that animals cannot exist upon highly-concentrated aliment. Horses fed on concentrated aliment are liable to various disorders, originating from diseased action of the stomach and liver, broken wind, staggers, blindness, &c.
Dr. Paris believes that all these experiments really show is that animals can't thrive on highly concentrated food. Horses that eat concentrated food are prone to different health issues, resulting from unhealthy stomach and liver function, such as broken wind, staggers, blindness, etc.
Professor Muller has given an excellent definition of indigestion. “It is a state of the digestive organs in which either they do not secrete the fluid destined for the solution of the aliment, or they are in such a condition of irritability or atony, that by the mechanical irritation of the food, painful sensations and irregular motions are exerted.”
Professor Muller has provided a great definition of indigestion. “It’s a condition of the digestive organs where they either don’t produce the fluid needed to break down food, or they are so sensitive or weak that the mechanical irritations from the food cause painful feelings and irregular movements.”
But the most curious experiments made on the changes which the food undergoes in the stomach, according to the greater or lesser facility with which it is digested, were those of Dr. Beaumont. This physiologist had the rare opportunity of investigating this subject in a patient of the name of St. Martin, who came under his care in consequence of a[Pg 109] gun-shot wound, which left a considerable opening in the stomach, which, when empty, could be explored to the depth of five or six inches by artificial distention. The food and the drink could in this manner be seen to enter it. This enabled him to keep an interesting journal and table, showing the time required for the digestion of different kinds of food, which were taken with bread or vegetables, or both. The following are some of his interesting observations:
But the most fascinating experiments on how food changes in the stomach, depending on how easily it's digested, were done by Dr. Beaumont. This physiologist had the unique chance to study this topic with a patient named St. Martin, who came to him after suffering a gunshot wound that left a significant opening in his stomach. When empty, the stomach could be explored up to five or six inches deep through artificial expansion. This way, he could actually see the food and drink enter it. This allowed him to maintain an intriguing journal and table, tracking the time needed to digest various types of food, whether consumed with bread, vegetables, or both. Here are some of his interesting observations:
Experiment 33. At 1 o’clock St. Martin dined on roast beef, bread, and potatoes—in half an hour examined the contents of the stomach, found what he had eaten reduced to a mass resembling thick porridge. At 2 o’clock, nearly all chymified—a few distinct particles of food still to be seen. At half-past four, chymification complete. At 6 o’clock nothing in the stomach but a little gastric juice tinged with bile.
Experiment 33. At 1 o’clock, St. Martin had roast beef, bread, and potatoes for lunch. Half an hour later, he examined the contents of his stomach and found what he had eaten reduced to a thick porridge-like mass. By 2 o’clock, most of the food had been digested, with just a few distinct pieces still visible. At 4:30, digestion was complete. By 6 o’clock, there was nothing in the stomach except a bit of gastric juice mixed with bile.
Ex. 42. At 8 a.m., breakfast of three hard-boiled eggs, pancakes, and coffee. At half-past eight, found a heterogenous mixture of the articles slightly digested. At a quarter-past ten, no part of breakfast could be seen.
Ex. 42. At 8 a.m., breakfast consisted of three hard-boiled eggs, pancakes, and coffee. At 8:30, I found a mix of the food slightly digested. By 10:15, there was no trace of breakfast left.
Ex. 43. At 2 o’clock same day, dined on roast pig and vegetables. At 3 they were chymified; and at half-past four nothing remained but a little gastric juice.
Ex. 43. At 2 o'clock the same day, had lunch with roast pig and vegetables. At 3, they were digested; and by 4:30, there was nothing left but a bit of stomach acid.
Ex. 18, in a third series. At half-past eight a.m., two drams of fresh fried sausage, in a fine muslin bag, were suspended in the stomach of St. Martin, who immediately afterwards breakfasted on the same kind of sausage, and a piece of broiled mutton, wheaten bread, and a pint of coffee. At half-past eleven, stomach half empty, contents of bag about half diminished. At 2 o’clock p.m., stomach empty and clean, contents of bag all gone with the exception of fifteen grains, consisting of small pieces of cartilaginous and membranous fibres, and the spices of the sausage, which last weighed six grains.
Ex. 18, in a third series. At 8:30 a.m., two drams of fresh fried sausage, in a fine muslin bag, were placed in the stomach of St. Martin, who immediately afterwards had breakfast with more sausage, a piece of broiled mutton, wheaten bread, and a pint of coffee. By 11:30 a.m., the stomach was half empty, and the contents of the bag were about half diminished. At 2:00 p.m., the stomach was empty and clean, with all the contents of the bag gone except for fifteen grains, which were small pieces of cartilaginous and membranous fibers, and the spices of the sausage, which weighed six grains.
As I have elsewhere observed, various are the theories that have been entertained in regard to digestion, but the experiments of Dr. Beaumont seem to have proved beyond a doubt, that this operation is due to the action of the gastric juice, with which he was enabled to produce artificial digestion. Having obtained one ounce of this solvent from the stomach of his patient, he put into it a solid piece of recently-boiled beef, weighing three drams, and placed the vessel that contained it in a water bath heated to 100°. In forty minutes digestion had commenced on the surface of the meat; in fifty minutes, the fluid was quite opake and cloudy, the[Pg 110] external texture began to separate and become loose; in sixty minutes, chyme began to form. At 1 p.m. (two hours after the commencement of the experiment), the cellular substance was destroyed, the muscular fibres loose and floating about in fine small threads very tender and soft. In six hours they were nearly all digested—a few fibres only remaining. After the lapse of ten hours, every part of the meat was completely digested. The artificial digestion by these experiments appears to be but little slower than the natural process—they also demonstrate the influence of the temperature, and the quantity of the solvent secretion. Having obtained from St. Martin two ounces of gastric juice, he divided this quantity into two equal portions, and laid in each an equal quantity of masticated roast beef. One he placed in a water bath at the temperature of 99° Farh.—and left the other exposed to the open air at the temperature of 34°; a third similar portion of meat he kept in a phial, with an ounce of cold water. An hour after the commencement of the experiment, St. Martin had finished his breakfast, which consisted of the same meat with biscuit, butter, and coffee. Two hours after the meat had been put into the phial, the portion in the warm gastric juice was as far advanced in chymification as the food in the stomach; the meat in the cold gastric juice was less acted on, and that in the cold water only slightly macerated. In two hours and forty-five minutes from the time that the experiment was begun, the food in the stomach was completely digested, the stomach empty, while even at the end of six hours the meat in the gastric juice was only half digested. Dr. Beaumont, therefore, having procured 12 drams of fresh gastric juice, added now a portion to each of the phials containing meat and gastric juice, and to a portion of the half-digested food which he had withdrawn from the stomach two hours after the commencement of the experiment, and which had not advanced towards solution. After eight hours’ maceration, the portions of meat in the cold gastric juice, and in the cold water, were little changed, but, from the time of the addition of the fresh gastric juice, digestion went on rapidly in the other phials, which were kept at the proper heat, and at the end of 24 hours, the meat which had been withdrawn from the stomach after digestion had commenced, were, with the exception of a piece of meat that had not been masticated, converted into a thickish pulpy mass of a reddish-brown colour: the meat in the warm gastric juice was also digested, though less perfectly, while that in the cold gastric juice was[Pg 111] scarcely more acted on than the meat in the water, which was merely macerated. Dr. Beaumont now exposed these two phials containing the meat in cold gastric juice, and meat in water, to the heat of the water bath for 24 hours, and the gastric juice, which when cold had no power on the meat, now digested it; while the meat in the water underwent no change, except that towards the end of the experiment, putrefaction had commenced. The antiseptic properties of the gastric juice were fully demonstrated in several other experiments.
As I've pointed out before, there are many theories about digestion, but Dr. Beaumont's experiments seem to have confirmed without doubt that this process is due to the action of gastric juice, which he used to create artificial digestion. He collected one ounce of this solvent from the stomach of his patient and placed a solid piece of freshly boiled beef, weighing three drams, into it. He then set the vessel containing it in a water bath heated to 100°. Within forty minutes, digestion began on the surface of the meat; in fifty minutes, the fluid became quite opaque and cloudy, and the external texture started to separate and loosen. By sixty minutes, chyme began to form. At 1 p.m. (two hours after the experiment started), the cellular structure was destroyed, and the muscle fibers were loose and floating in fine, very tender, and soft strands. After six hours, nearly all the meat was digested, with only a few fibers remaining. Ten hours later, every part of the meat was completely broken down. The artificial digestion in these experiments appears to be only slightly slower than the natural process—they also show the influence of temperature and the amount of the solvent secretion. Dr. Beaumont obtained two ounces of gastric juice from St. Martin, divided it into two equal parts, and added the same amount of chewed roast beef to each. He placed one in a water bath at 99° Fahrenheit and left the other exposed to open air at 34°; he kept a third portion of meat in a bottle with an ounce of cold water. An hour after starting the experiment, St. Martin finished his breakfast, which included the same meat, biscuits, butter, and coffee. Two hours after the meat was placed in the bottle, the portion in the warm gastric juice was as far along in digestion as the food in the stomach; the meat in the cold gastric juice was less affected, and the one in cold water was only slightly softened. Two hours and forty-five minutes after starting the experiment, the food in the stomach was completely digested and empty, while even after six hours, the meat in the gastric juice was only half digested. Dr. Beaumont then procured 12 drams of fresh gastric juice and added some to each of the bottles containing meat and gastric juice, and to a portion of the half-digested food he had taken from the stomach two hours into the experiment, which had not progressed toward digestion. After eight hours of soaking, the pieces of meat in the cold gastric juice and in the cold water had changed little, but after adding the fresh gastric juice, digestion progressed rapidly in the warm ones kept at the right temperature. After 24 hours, the meat that had been taken from the stomach after digestion began turned into a thick, pulpy mass with a reddish-brown color, except for one piece that hadn’t been chewed. The meat in the warm gastric juice was also digested, though not as thoroughly, while the meat in the cold gastric juice was barely acted upon, similar to the meat in the water, which merely underwent softening. Dr. Beaumont then exposed the two bottles containing meat in cold gastric juice and meat in water to the heat of the water bath for 24 hours, and the cold gastric juice, which hadn’t affected the meat before, now digested it, while the meat in the water showed no change except that putrefaction had begun toward the end of the experiment. The antiseptic properties of gastric juice were clearly demonstrated in several other experiments.
Various philosophers, in idle disquisitions, have endeavoured by the most absurd hypotheses to determine what is the natural food of man, and to show that he is not created omnivorous. The comparison between our species and animals confutes these vain theories. The masticatory and digestive organization of man assigns to him an intermediate rank between carnivorous and herbivorous creatures. The teeth may be said by their figure and construction to bear a relation with our natural food. The teeth of flesh-eating animals rise in sharp prominences to seize and lacerate their prey, and those of the lower jaw shut within those of the superior one. The herbivorous animals are not armed with these formidable weapons, but have broad flat surfaces with intermixed plates of enamel, that they should wear less rapidly in the constant labour of grinding and triturating. In the carnivorous, the jaws can only move backward and forward; in the herbivorous their motion is lateral, as observed in the cow when chewing her cud. Beasts of prey tear and swallow their food in masses, while in others it undergoes a careful communition before it is transmitted to the stomach. The teeth of man only resemble those of carnivorous animals by their enamel being confined to their external surface, while in the freedom of the motion of the jaws from side to side they partake of the conformation of the herbivorous. The teeth and jaws of man are in all respects more similar to those of monkeys than any other animals; only in some of the simiæ the canine teeth are much longer and stronger, and denote a carnivorous propensity.
Various philosophers, in pointless discussions, have tried with the most ridiculous theories to figure out what the natural diet of humans is and to argue that we aren’t made to eat everything. Comparing our species to animals disproves these silly ideas. The structure of human teeth and digestive systems places us in between meat-eaters and plant-eaters. The shape and structure of our teeth relate to our natural diet. Flesh-eating animals have sharp teeth designed to capture and tear their prey, and their lower jaw fits inside the upper one. Plant-eating animals lack these fierce tools, having instead broad, flat surfaces with mixed enamel plates, so they wear down less quickly from constant grinding. Carnivores can only move their jaws back and forth, while herbivores can move them side to side, like cows do when chewing their cud. Predators rip and swallow their food in chunks, while others carefully break it down before sending it to the stomach. Human teeth only resemble those of meat-eaters in that their enamel is on the outside, but in the ability to move the jaws side to side, they resemble those of herbivores. In many ways, human teeth and jaws are more similar to those of monkeys than any other animals; only in some monkeys are the canine teeth much longer and stronger, indicating a meat-eating tendency.
It is to the abuse of this omnivorous faculty that Providence has bestowed upon mankind, that we owe many of the diseases under which our species labours. “Multos morbos, multa fercula fecerunt,” sayeth Seneca; yet we are far more temperate in the present age than the ancients during the period of their boasted high civilization and prosperity. Their[Pg 112] excesses must have been of the most disgusting nature, since, to indulge more easily in their gluttonous propensities, they had recourse to emetics both before and after their meals. “Vomunt ut edant, edunt ut vomunt, et epulas quas toto orbe conquirunt nec concoquere dignantur,” was the reproach of the above-quoted philosopher. Suetonius and Dion Cassius give Vitellius the credit of having introduced this revolting custom into fashion; and splendid vessels for the purpose were introduced in their feasts. Martial alludes to it in the following lines:
It's because of our misuse of this all-consuming ability that Providence has given to humanity that we suffer from many of the diseases that plague our species. "Many dishes have brought about many diseases," said Seneca; yet we are much more moderate today than the ancients were during their so-called golden age of civilization and prosperity. Their[Pg 112] excesses must have been incredibly disgusting, as they even used emetics to indulge their gluttonous desires more easily, doing so both before and after their meals. "They vomit to eat, they eat to vomit, and the feasts they gather from all over the world they deem unworthy of digesting," was the criticism of the philosopher mentioned earlier. Suetonius and Dion Cassius credit Vitellius with having made this disgusting practice fashionable, and elaborate vessels for the purpose were introduced at their banquets. Martial references it in the following lines:
Nec cœnat priùs, aut recumbit, antè
Quam septem vomuit meri deunces.
Nec cœnat priùs, aut recumbit, antè
Quam septem vomuit meri deunces.
And Juvenal tells us that the bath was polluted by this incredible act of bestiality,—
And Juvenal tells us that the bath was tainted by this shocking act of savagery,—
Et crudum pavonem in balneâ portas.
Et crudum pavonem in balneâ portas.
The sums expended by the ancients on their table exceed all belief. Vitellius expended for that purpose upwards of 3200l. daily, and some of his repasts cost 40,000l. At one of them, according to Suetonius, 7000 birds and 2000 fishes were served up. Ælius Verus laid out 600,000 sestertii on one meal; and some of the dishes of Heliogabalus cost about 4000l. of our money. The excesses of this monster were such, that Herodianus affirms that he wanted to ascertain, not only the flavour of human flesh, but of the most disgusting and nameless substances. The freaks related of this emperor are scarcely credible; but his gastronomic profusion may be easily conceived when we find that his very mats were made with the down of hares or soft feathers found under the wings of partridges! When such ideas of enjoyment prevailed, can we wonder that Philoxenus should have wished that he had the throat of a crane, that he might prolong the delights of eating!
The amount of money spent by the ancients on their meals is unbelievable. Vitellius spent over 3200 l. every day on food, and some of his banquets cost as much as 40,000 l. At one of these, according to Suetonius, they served 7000 birds and 2000 fish. Ælius Verus spent 600,000 sestertii on just one meal, and some of the dishes served by Heliogabalus cost about 4000 l. of today’s money. The excesses of this figure were so extreme that Herodianus claimed he wanted to taste not only human flesh but also the most disgusting and bizarre substances. The tales about this emperor are almost unbelievable; however, his extravagant dining habits become clearer when we learn that even his mats were made from the fur of hares or soft feathers from under partridges' wings! With such ideas about enjoyment, can we be surprised that Philoxenus wished he had the throat of a crane so he could extend the pleasures of eating?
Our early ancestors were remarkable for their frugality, and it is supposed that luxurious, or, at least, full living was introduced by the Danes: it has been even asserted that the verb gormandize was derived from Gormond, a Danish king, who was persuaded by Alfred to be baptized. Erasmus observed that the English were particularly fond of good fare. William the Conqueror, and Rufus, were in the habit of giving most splendid entertainments; and the former monarch was such an irascible epicure, that, upon one occasion, an underdone crane having been served up by the master of the cury, he would have knocked him down but for the timely [Pg 113]interference of his dapifer, or purveyor of the mouth. This office of dapifer, with that of lardrenius, magnus coquus, coquorum prepositus, and coquus regius, were high dignitaries in those days. Cardinal Otto, the pope’s legate, being at Oxford in 1238, his brother was his magister coquorum; and the reasons assigned for his holding that office were his brother’s suspicious fears “ne procuraretur aliquid venenosum, quod valdè timebat legatus.” These officers were not unfrequently clergymen, who were elevated to the bench for their valuable services.
Our early ancestors were known for being very frugal, and it's believed that lavish, or at least more substantial, living was brought in by the Danes. It’s even claimed that the verb gormandize comes from Gormond, a Danish king who was persuaded by Alfred to get baptized. Erasmus noted that the English particularly enjoyed good food. William the Conqueror and Rufus often hosted extravagant banquets; the former king was such a hot-tempered gourmet that, on one occasion, when a poorly cooked crane was served up by the master of the cury, he almost struck him down if it weren't for the timely [Pg 113] intervention of his dapifer, or food steward. The role of dapifer, along with titles like lardrenius, magnus coquus, coquorum prepositus, and coquus regius, were prestigious positions back then. Cardinal Otto, the pope's representative, was in Oxford in 1238, and his brother served as his magister coquorum; the reason he held that position was his brother's concerns about “ne procuraretur aliquid venenosum, quod valdè timebat legatus.” These roles were often filled by clergymen who were promoted to high positions for their valuable contributions.
Whatever barbarity the ancients may have shown in preparing their dainty dishes, none could have surpassed in refinement of cruelty. Their method of roasting and eating a goose alive, is thus directed: “Take a goose or a duck, or some such lively creature, (but the goose is best of all for the purpose,) pull off all her feathers, only the head and neck must be spared; then make a fire round about her, not too close to her, that the smoke do not choke her, and that the fire may not burn her too soon, nor too far off, that she may not escape the fire; within the circle of the fire, let there be small cups and pots full of water, wherein salt and honey are mingled, and let there be set also chargers full of sodden apples, cut into small pieces in the dish. The goose must be all larded and basted over with butter, to make her the more fit to be eaten, and may roast the better. Put the fire about her but do not make too much haste, when as you see her begin to roast; for by walking about, and flying here and there, being cooped in by the fire that stops her way out, the unscared goose is kept in; she will fall to drink the water to quench her thirst and cool her heart, and all her body, and the apple sauce will cleanse and empty her, and when she wasteth, and consumes inwardly, always wet her head and heart with a wet sponge, and when you see her giddy with running and begin to stumble, her heart wants moisture, and she is roasted enough. Take her up and set her before your guest, and she will cry as you cut off any part from her, and will be almost eaten up before she is dead. It is mighty pleasant to behold.”
Whatever cruelty the ancients might have displayed in preparing their fancy dishes, none could surpass their level of refinement in it. Their method for roasting and eating a goose alive goes like this: “Take a goose or a duck, or any similar lively creature (but the goose is the best choice), pluck off all its feathers, leaving only the head and neck. Then, build a fire around it, not too close so the smoke doesn’t choke it and not too far so it can escape. Inside the circle of the fire, place small cups and pots filled with water mixed with salt and honey, as well as dishes filled with chopped apples. The goose should be generously larded and basted with butter to make it more suitable for eating and to help it roast better. Surround it with the fire, but don’t rush; as you start to see it roast, the goose, confined by the fire, will be prevented from escaping. It will start to drink the water to quench its thirst and cool itself, and the apple sauce will clean it out. When it begins to waste away inwardly, keep its head and heart moist with a wet sponge. When you notice it getting dizzy from running around and starting to stumble, it’s due to its heart needing moisture, and it’s roasted enough. Take it out and place it in front of your guest; it will cry out as you cut off any part of it, and it will almost be consumed before it’s dead. It is quite a sight to behold.”
Our forefathers were most ingenious in these diabolical fancies, we find in Portar’s Magick the way how to persuade a goose to roast herself if you have a lack of cooks.
Our ancestors were really clever in these wicked ideas; we see in Portar’s Magick how to convince a goose to roast itself if you're short on cooks.
The heroic conduct of French cooks has been recorded in history, and compared with the noble devotion of the ancients. Vatel, maître d’hôtel of Louis XIV., put an end to his[Pg 114] wretched existence in consequence of fish not having arrived in time for dinner. On this sad event being reported to his sovereign, he both praised and blamed his courage; and, to use the words of Madame de Sevigné, he perished “à force d’avoir de l’honneur à sa manière; on loua fort et l’on blama son courage.” It is strange that Napoleon should have used the very same expressions when speaking of one of his most distinguished generals. In more modern times we have heard of persons who expected that clerical functions should be combined with various lay duties, as appears by the following curious advertisement in a late paper:
The brave actions of French chefs have been documented throughout history and compared to the noble dedication of ancient times. Vatel, the head waiter of Louis XIV, ended his tragic life because the fish didn’t arrive in time for dinner. When this unfortunate news reached his king, he both praised and criticized Vatel's courage; to quote Madame de Sevigné, he died “from having too much honor in his own way; his courage was both praised and blamed.” It’s interesting that Napoleon used the exact same words when referring to one of his most distinguished generals. In more recent times, we’ve heard of individuals who expected clerical roles to be combined with various secular duties, as shown by the following unusual advertisement in a recent paper:
“Wanted, for a family who have bad health, a sober, steady person, in the capacity of doctor, surgeon, apothecary, and man-midwife. He must occasionally act as butler, and dress hair and wigs. He will be required sometimes to read prayers, and to preach a sermon every Sunday. A good salary will be given.” This was certainly an economical speculation for the use of soul and body.
“Wanted, for a family with health issues, a reliable and steady person to fill the roles of doctor, surgeon, pharmacist, and midwife. He must also occasionally serve as butler and style hair and wigs. Sometimes, he will be required to read prayers and preach a sermon every Sunday. A good salary will be offered.” This was definitely a smart investment for both body and soul.
Cooks have sometimes been obliged to resort to pious frauds; and it is related of our Richard Cœur de Lion, that, being very ill during the holy wars, he took a strange fancy for a bit of pork, but, as no pig could be procured, a plump Saracen child was roasted as a substitute; and it was remarked that Richard was ever after partial to pork.
Cooks have sometimes had to turn to clever tricks; it's said that our Richard the Lionheart, while being very sick during the holy wars, had an odd craving for some pork. But since no pig could be found, a plump Saracen child was roasted as a substitute; and it was noted that Richard became fond of pork afterwards.
There is little doubt but that our forefathers were harder livers than the present generation: even within the memory of man, drinking to excess is a vice seldom observed, excepting in some individuals belonging to the old school. The hours of refection have been singularly altered; and while our fashionable circles seldom sit down to table before eight o’clock in the evening, we find in olden chronicles that even royalty was used to dine at nine in the morning, more especially upon the Continent. In the Heptæmeron of the Queen of Navarre we find an account of the manner of spending the day:
There’s no doubt that our ancestors lived tougher lives than we do today. Even in recent memory, excessive drinking is a habit that's rarely seen, except among a few old-school individuals. Meal times have changed dramatically; while trendy circles today usually don’t sit down to eat before eight in the evening, old records reveal that even royalty used to have lunch at nine in the morning, especially in Europe. In the Heptæmeron of the Queen of Navarre, we find a description of daily life:
“As soon as the morning rose, they went to the chamber of Madame Oysille, whom they found already at her prayers; and when they had heard during a good hour her lecture, and then the mass, they went to dine at ten o’clock, and afterwards each privately retired to his room, but did not fail at noon to meet in the meadow. Vespers heard, they went to supper; and after having played a thousand sports in the meadow they retired to bed.”
“As soon as the morning arrived, they went to Madame Oysille's room, where they found her already at her prayers. After listening to her lecture for a good hour and then attending mass, they went to have lunch at ten o’clock. Afterwards, each person went to their own room, but they made sure to meet in the meadow at noon. After attending vespers, they had dinner; and after playing all sorts of games in the meadow, they went to bed.”
During the reign of Charles V. of France, the court dined[Pg 115] at ten, supped at seven, and retired to rest at nine. Holinshed gives the following curious description of our early diet: “Our tables are oftentimes more plentifully garnished than those of other nations, and this trade has continued with us since the very beginning; for, before the Romans found out and knew the way into our country, our predecessors fed largely upon flesh and milk, whereof there was great abundance in this isle, because they applied their chief studies unto pasturage and feeding.
During the reign of Charles V of France, the court had dinner at ten, ate supper at seven, and went to bed at nine. Holinshed offers this interesting description of our early diet: “Our tables are often more plentifully filled than those of other nations, and this tradition has persisted since the very beginning; for, before the Romans discovered our country, our ancestors primarily ate meat and dairy, which were readily available on this island, as they focused their efforts on grazing and farming.”
“In Scotland, likewise, they have given themselves unto very ample and large diet, wherein as for some respect nature doth make them equal with us, so otherwise they far exceed us in over much and distemperate gormandize, and so engross their bodies, that divers of them do oft become unapt to any other purpose than to spend their time in large tabling and belly cheer. In old times these North Britons did give themselves universally to great abstinence; and in time of war their soldiers would often feed but once, or twice at the most, in two or three days, especially if they held themselves in secret, or could have no issue out of their bogs and morasses, through the presence of an enemy; and in this distress they used to eat a certain kind of confection, whereof so much as a bean would qualify their hunger above common expectation. In those days, also, it was taken for a great offence over all to eat either goose, hare, or hen, because of a certain superstitious opinion which they had conceived of these three creatures. Amongst other things, baked meats, dishes never before this man’s (James I.) days seen in Scotland, were generally so provided for by virtue of this act, that it was not lawful for any to eat of the same under the degree of a gentleman, and those only but on high and festival days. In number of dishes and changes of meat, the nobility of England (whose cooks are for the most part musical-headed Frenchmen and strangers) do most exceed; sith there is no day in manner that passeth over their heads, wherein they have not only beef, mutton, veal, lamb, kid, pork, cony, capon, pig, or so many of these as the season yieldeth, but also some portion of the red and fallow deer, beside great variety of fish and wild fowl, and thereto sundry other delicates, wherein the sweet hand of the seafaring Portingale is not wanting; so that for a man to dine with one of them, and to taste of every dish that standeth before him, is rather to yield unto a conspiracy, with a great deal of meat for the speedy suppression of natural health, than the use of a [Pg 116]necessary mean to satisfy himself with a competent repast, to sustain his body withal. The chief part, likewise, of their daily provision is brought in before them commonly in silver vessels, if they be of the degree of barons, bishops, and upwards, and placed upon their tables; whereof when they have taken what it pleaseth them, the rest is reserved, and afterwards sent down to their serving-men and waiters.
“In Scotland, they have indulged in very rich and abundant food. While nature puts them on a similar level with us in some respects, they far outdo us in excessive and unhealthy overeating, often to the point where many are only fit for spending their time feasting and enjoying food. In the past, these North Britons practiced great restraint; during wartime, their soldiers would often eat only once or twice in two or three days, especially if they were hiding or couldn’t leave their bogs and marshes due to enemy presence. In such situations, they would consume a certain type of sweet that, even in small amounts, would satisfy their hunger beyond what one might expect. Back then, it was considered a serious offense to eat goose, hare, or hen because of a superstitious belief surrounding these animals. Additionally, baked meats, which were not seen in Scotland before the reign of this man (James I.), were so regulated by an act that only gentlemen could partake of them, and only on special occasions. In terms of variety and number of dishes, the nobility of England—whose cooks are mostly skilled Frenchmen and foreigners—far surpass them. Almost every day, they enjoy not only beef, mutton, veal, lamb, kid, pork, rabbit, and capon, but also some game like red and fallow deer, a wide range of fish and wildfowl, along with various other delicacies, including those brought by the seafaring Portuguese. Thus, dining with one of them and trying every dish laid out feels more like a conspiracy aimed at quickly undermining one’s health rather than a reasonable way to enjoy a satisfying meal. Moreover, their daily provisions are usually served in silver vessels if they are of the rank of barons, bishops, or higher, and placed on their tables. After they have taken what they desire, the leftover food is reserved and later given to their servants and attendants.”
“The gentlemen and merchants keep much about one rate, and each of them contenteth himself with four, five, or six dishes, when they have but small resort; or, peradventure, with one or two, or three at the most, when they have no strangers. And yet their servants have their ordinary diet assigned, besides such as is left at their masters’ boards, and not appointed to be brought thither the second time, which, nevertheless, is often seen, generally in venison, lamb, or some especial dish whereon the merchantman himself liketh to feed when it is cold.
“The gentlemen and merchants typically stick to a similar menu, and each of them is satisfied with four, five, or six dishes when they don’t have many guests; or maybe just one, two, or at most three dishes when they have no visitors. Yet their servants have their usual meals allocated, in addition to what’s left from their masters' tables that isn’t meant to be served again, although it's often seen, usually in venison, lamb, or some special dish that the merchant enjoys eating when it's cold.”
“At such times as the merchants do make their ordinary or voluntary feasts, it is a world to see what great provision is made of all manner of delicate meats from every quarter of the country, wherein, beside that they are often comparable herein to the nobility of the land, they will seldom regard any thing that the butcher usually killeth, but reject the same as not worthy to come in place. In such cases, also, geliffes of all colours, mixed with a variety in the representation of sundry flowers, herbs, trees, forms of beasts, fish, fowls, and fruits; and thereunto marchpane wrought with no small curiosity, tarts of divers hues and sundry denominations; conserves of old fruits, foreign and home-bred; suckets, codiniacs, marmalades, sugar-bread, ginger-bread, florentines, wild-fowl, venison of all sorts, and sundry outlandish confections, altogether seasoned with sugar, (which Pliny calls mel ex arundinibus, a device not common nor greatly used in old times at the table, but only in medicine, although it grew in Arabia, India, and Sicilia,) do generally bear the sway, besides infinite devices of our own not possible for me to remember. Of the potato, and such venerous roots as are brought out of Spain, Portingale, and the Indies, to furnish our banquets, I speak not, wherein our Mures, of no less force, and to be had about Crosby Ravenswath, do now begin to have place.
“At times when merchants hold their regular or optional feasts, it’s quite a sight to see the impressive spread of all kinds of delicate foods from all over the country. They often rival the nobility in this regard and tend to dismiss anything that butchers typically provide, considering it unworthy. In these instances, there are jellies of all colors, mixed to resemble various flowers, herbs, trees, and shapes of animals, fish, birds, and fruits. Additionally, there are intricately crafted marzipan, tarts in different colors and types, preserves of both exotic and local fruits, sweet treats, codiniacs, marmalades, sugar bread, gingerbread, florentines, wild game, venison of all kinds, and various foreign confections, all sweetened with sugar (which Pliny refers to as mel ex arundinibus, a method not commonly used in ancient times at the table, but mainly in medicine, even though it was produced in Arabia, India, and Sicily). Together, these items dominate the table, alongside countless other local delicacies that I can't quite remember. I won’t mention potatoes and other precious roots from Spain, Portugal, and the Indies that enhance our feasts, nor will I discuss our Mures, which are equally strong and now starting to make an appearance near Crosby Ravenswath.”
“And as all estates do exceed in strangeness and number of costly dishes, so these forget not to use the like excess in wine, insomuch as there is no kind to be had (neither any where more store of all sorts than in England, although we[Pg 117] have none growing with us; but yearly the proportion of twenty or thirty thousand tun and upwards, notwithstanding the daily restraints on the same brought over to us) whereof at great meetings there is not some store to be had. Neither do I mean this of small wines only, such as claret, white, red, French, &c. which amount to about fifty-six sorts, according to the number of regions from whence they come; but also of the thirty kinds of Italian, Grecian, Spanish, Canarian, &c., whereof Vernage, Cate-pument, Raspis, Muscadell, Romnie, Bastard Fire, Osey, Caprike, claret, and malmsey, are not least of all accounted of, because of their strength and value. For as I have said of meat, so, the stronger the wine is, the more it is desired, by means thereof in old times, the best was called Theologicum because it was had from the clergy and religious men, unto whose houses many of the laity would often send for bottles filled with the same, being sure that they would neither drink nor be served of the worst, or such as was any ways mingled or brewed by the vintner; nay, the merchant would have thought that his soul should have gone straightways to the devil, if he should have served him with any other than the best. Furthermore, when they have had their course which nature yieldeth, sundry sorts of artificial stuff, as ypocras and wormwood wine, must in like manner succeed in turns, besides stale ale and strong beer, which nevertheless bears the greatest brunt in drinking, and are of so many sorts and ages as it pleaseth the brewer to make.
“And just like all social classes indulge in strange and extravagant dishes, they also don’t hold back on wine, to the point that there’s no type you can’t find (and nowhere has more variety than England, even though we[Pg 117] don’t grow any ourselves; but each year, around twenty to thirty thousand tons and more are imported, despite the daily restrictions). At large gatherings, you can always find some. I’m not just talking about basic wines like claret, white, red, French, etc., which come in about fifty-six different types based on their regions; there are also thirty varieties from Italy, Greece, Spain, the Canary Islands, etc. Among these, Vernage, Cate-pument, Raspis, Muscadell, Romnie, Bastard Fire, Osey, Caprike, claret, and malmsey are particularly valued for their strength and quality. As I mentioned with food, the stronger the wine, the more desirable it is. In ancient times, the finest wine was called Theologicum because it was sourced from clergy and religious households, where many common folks would often send for bottles, knowing they wouldn’t be served anything inferior or mixed up by the vintner. In fact, a merchant would think his soul might go straight to hell if he offered anything less than the best. Additionally, after they’ve had their fill of natural wines, various types of special concoctions like ypocras and wormwood wine would follow, along with stale ale and strong beer, which are still the most consumed beverages and come in as many varieties and ages as the brewer wishes to create.”
“In feasting, the artisans do exceed after their manner, especially at bridals, purifications of women, and such like odd meetings, where it is incredible to tell what meat is consumed and spent; each one bringing such a dish, or so many as his wife and he do consult upon, but always with this consideration, that the leefer (the more liberal) friend shall have the best entertainment. This is also commonly seen at these banquets, that the good man of the house is not charged with any thing, saving bread, drink, house-room, and fire.
“In feasting, the craftsmen really go all out in their own way, especially at weddings, women’s cleansing ceremonies, and other gatherings, where it's hard to believe how much food is eaten and wasted; everyone brings a dish or however many that they and their spouse decide on, but always with the thought that the more generous friend should receive the best treatment. It's also common at these parties that the host doesn’t have to pay for much, just bread, drinks, accommodations, and fire.”
“Heretofore there hath been much more time spent in eating and drinking than commonly is in these days; for whereas of old we had breakfasts in the forenoon, beverages or nuntions after dinner, and thereto rere suppers, generally when it was time to go to rest (a toy brought in by Hard Canutus), now these odd repasts, thanked be God! are very well left, and each one in manner (except here and there some young hungry stomach that cannot fast till dinner-time [Pg 118]contenteth himself with dinner and supper only). The Normans, disliking the gormandize of Canutus, ordained, after their arrival, that no table should be covered above once in the day; which Huntingdon imputeth to their avarice: but, in the end, either waxing weary of their own frugality, or suffering the cockle of old custom to overgrow the good corn of their new constitution, they fell to such liberty, that in often feeding they surmounted Canutus surnamed the Hardy; for whereas he covered his table but three or four times in the day, they spread their cloths five or six times, and in such wise as I before rehearsed. They brought in also the custom of long and stately sitting at meat, which is not yet left, although it be a great expense of time, and worthy reprehension; for the nobility and gentlemen, and merchantmen, especially at great meetings, do sit commonly till two or three of the clock at afternoon, so that with many it is an hard matter to rise from the table to go to evening prayer, and return from thence to come time enough to supper.”
“Until now, people spent much more time eating and drinking than they typically do these days. In the past, we had breakfasts in the morning, drinks or snacks after dinner, and late suppers, usually when it was time to sleep (a practice introduced by Hard Canutus). Thankfully, these strange meals are mostly gone, and most people (except for a few young, hungry individuals who can’t wait until dinner) are satisfied with just dinner and supper. The Normans, disapproving of Canutus's excessive eating, decided that after they arrived, no table should be set more than once a day; Huntingdon attributes this to their greed. However, they eventually grew tired of their own frugality or allowed the old habits to overshadow their new traditions, leading them to indulge so much that they surpassed Canutus, nicknamed the Hardy. While he served food three or four times a day, they laid out their table five or six times, as I mentioned before. They also introduced the custom of long and elaborate meals, which still continues today, despite being a significant waste of time and deserving of criticism. Nobles, gentlemen, and merchants, especially during large gatherings, often sit until two or three o'clock in the afternoon, making it difficult for many to leave the table in time to attend evening prayers and return for supper on schedule.”
The early prevalence of drinking in England seems to have been derived from our foreign intercourse. In the reign of Elizabeth and James I. we find various statutes against ebriety.
The early popularity of drinking in England appears to have come from our foreign interactions. During the reign of Elizabeth and James I, we find various laws against drunkenness.
Tom Nash, in his “Pierce Pennilesse” says, “Superfluity in drink is a sin that ever since we have mixed ourselves with the Low Countries is counted honourable; but, before we knew their lingering wars, was held in that highest degree of hatred that might be. Then, if we had seen a man go wallowing in the streets, or lain sleeping under the board, we should have spit at him, and warned all our friends out of his company.”
Tom Nash, in his “Pierce Pennilesse,” says, “Excessive drinking is a sin that has become acceptable ever since we got involved with the Low Countries, but before we were aware of their ongoing wars, it was regarded with the utmost disdain. Back then, if we saw a man stumbling around in the streets or passed out under the table, we would have spit at him and warned all our friends to stay away from him.”
According to our laws intoxication is looked upon as an aggravation of any offence. Sir Edward Coke calls a drunkard voluntarius dæmon. The Romans thought differently: with them intoxication was often deemed an extenuation of guilt, “Per vinum delapsis capitalis pœna remittitur.” The Greeks, more severe, had a law of Pittacus that enacted the infliction of a double punishment on those who committed a crime when drunk.
According to our laws, being drunk is considered an aggravating factor in any offense. Sir Edward Coke refers to a drunkard as voluntarius dæmon. The Romans had a different perspective: for them, intoxication was often seen as a way to lessen guilt, “Per vinum delapsis capitalis pœna remittitur.” The Greeks were harsher; they had a law by Pittacus that mandated double punishment for those who committed a crime while drunk.
That hard drinking was introduced from Flanders and Holland, and other northern countries, seems probable from the derivation of many of the expressions used in carousing. The phrase of being “half-seas over,” as applied to a state of drunkenness, originated from op zee, which in Dutch meant over sea; and Gifford informs us that it was a name given to[Pg 119] a stupifying beer introduced in England from the Low Countries, and called op zea; thus Jonson in the Alchemist:
That heavy drinking came from Flanders and Holland, along with other northern countries, seems likely based on where many phrases used during drinking come from. The term “half-seas over,” which refers to being drunk, comes from op zee, meaning over sea in Dutch. Gifford tells us that it was a name for[Pg 119] a strong beer brought to England from the Low Countries, called op zea; thus Jonson in the Alchemist:
I do not like the dulness of your eye;
It hath a heavy cast, ’tis up see Dutch.
I don’t like the dullness of your eye;
It has a heavy look, it’s up see Dutch.
An inebriating draught was also called an up see freeze, from the strong Friesland beer. The word “carouse,” according to Gifford and Blount, is derived from the name of a large glass, called by the Danes ruuse, or from the German words gar, all, and ausz out: hence drink all out.
An intoxicating drink was also known as an up see freeze, named after the strong Friesland beer. The term “carouse,” according to Gifford and Blount, comes from the name of a large glass called ruuse by the Danes, or from the German words gar, all, and ausz out: so it means drink all out.
Nash, in the work above quoted, says, “Now he is nobody that cannot drink super nagulum, carouse the hunters’ hoope, quaff upsee freze crosse, with healths, gloves, mumpes, frolickes, and a thousand such domineering inventions.” The origin of these slang terms is not quite evident. Drinking super nagulum, or on the nail, was a northern custom which consisted in only leaving one drop in the cup, which was poured upon the thumb-nail, to prove that justice had been done to the potation or toast; and that, to use the language of modern drinkers, the glass was cleared. This custom is alluded to by Bishop Hall in his “Mundus alter et idem,” in which the Duke of Tenderbelly exclaims, “‘Let never this goodly-formed goblet of wine go jovially through me:’ and then he set it to his mouth, stole it off every drop, save a little remainder, which he was by custom to set upon his thumb’s nail and lick it off.” In Fletcher we find the phrase
Nash, in the work mentioned above, says, “Now he is nobody who can't drink super nagulum, party with the hunters’ hoope, down upsee freze crosse, with cheers, gloves, tricks, fun, and a bunch of other dominant inventions.” The origin of these slang terms is not very clear. Drinking super nagulum, or on the nail, was a northern custom that involved leaving just one drop in the cup, poured onto the thumbnail, to show that the drink or toast was fully enjoyed; and that, in the language of today’s drinkers, the glass was cleared. Bishop Hall references this custom in his “Mundus alter et idem,” where the Duke of Tenderbelly exclaims, “‘Let never this well-shaped goblet of wine flow jovially through me:’ and then he put it to his mouth, drank every drop except a little bit, which he was supposed to place on his thumbnail and lick off.” In Fletcher, we find the phrase
I am thine ad unguem;
I am yours ad unguem;
which meant he was ready to drink with him to this extent. The term hoop alludes to the marks of hoops being traced upon drinking-pots to point out certain measures. Jack Cade says, “The three-hooped pot shall have ten hoops, and I will make it felony to drink small beer!” Hence probably the common saying of “drinking deep,” or to the last hoop. The peg tankard was another measured vessel used in the jollifications of our forefathers, and is still to be found in some parts of England, more especially in Derbyshire. Pegge in his “Anonymiana,” thus describes them: “They have in the inside a row of eight pins, one above the other, from top to bottom; the tankard holds two quarts, so that there is a gill of ale between each peg or pin. The first person who drank was to empty to the first peg, the second was to drink to the next, and so on; by which means the pegs were so many measures to the compotators, making them all drink alike or the same quantity.” In Archbishop Anselm’s Canons[Pg 120] made in the council at London in 1102, priests are enjoined not to go to drinking-bouts, nor to drink pegs: “Ut presbyteri non eant ad potationes, nec ad pinnas bibant.”
which meant he was ready to drink with him to this extent. The term hoop refers to the marks of hoops drawn on drinking mugs to indicate certain measures. Jack Cade says, “The three-hooped pot shall have ten hoops, and I will make it a crime to drink small beer!” This likely explains the common expression “drinking deep,” or to the last hoop. The peg tankard was another measured vessel used during the celebrations of our ancestors, and can still be found in some areas of England, especially in Derbyshire. Pegge in his “Anonymiana” describes them like this: “They have a row of eight pegs inside, stacked one above the other, from top to bottom; the tankard holds two quarts, so there’s a gill of ale between each peg or pin. The first person to drink was supposed to finish to the first peg, the second to the next, and so on; this way, the pegs served as measures for the drinkers, ensuring everyone had the same amount.” In Archbishop Anselm’s Canons[Pg 120] made at the council in London in 1102, priests are advised not to attend drinking parties, nor to drink pegs: “Ut presbyteri non eant ad potationes, nec ad pinnas bibant.”
Gloves, also called shoeing-horns, were relishes to encourage drinking, like our modern devils, introduced for a similar purpose. Bishop Hall says in his description of a carousal, “Then comes me up a service of shoeing-horns of all sorts,—salt cakes, red-herrings, anchovies, and gammon of bacon, and abundance of such pullers on.” Massinger thus describes these incentives:
Gloves, also known as shoeing-horns, were treats meant to encourage drinking, similar to our modern devils, which serve a comparable purpose. Bishop Hall mentions in his account of a party, “Then comes me up a selection of shoeing-horns of all kinds,—salt cakes, red-herrings, anchovies, and gammon of bacon, along with plenty of such pullers on.” Massinger describes these incentives like this:
I usher
Such an unexpected dainty bit for breakfast
As never yet I cooked; ’tis not botargo,
Fried frogs, potatoes marrow’d, cavear,
Carps’ tongues, the pith of an English chine of beef,
Nor our Italian delicate oil’d mushrooms,
And yet a drawer on too; and if you show not
An appetite, and a strong one, I’ll not say
To eat it, but devour it, without grace too,
(For it will not stay a preface,) I am shamed,
And all my past provocatives will be jeer’d at.
I'm glad to have you.
Such an unexpected treat for breakfast
That I've never made before; it's not botargo,
Fried frogs, creamy potatoes, caviar,
Carp tongues, the tender part of an English prime rib,
Or our Italian gourmet, olive-oiled mushrooms,
And yet a drawer on too; and if you don't show
An appetite, and a strong one, I won’t just say
To eat it, but devour it, without any grace,
(Because it won't let me start slow,) I feel embarrassed,
And all my past efforts will be mocked.
The botargo was a relish made of mullet’s roes, and highly seasoned, much in use among the Italians.
The botargo was a condiment made from mullet roe, heavily seasoned and widely used by Italians.
Amongst many other curious frolics of hard drinkers, we find the use of what they called flap-dragons, or snap-dragon, which consisted in igniting combustible substances, which were swallowed while floating on the glass of liquor. Johnson describes them “a play in which they catch raisins out of burning brandy, and, extinguishing them by closing the mouth, eat them.” This prank is not uncommon to the present day in boarding-schools in certain festive entertainments of the young ladies.
Among many other amusing antics of heavy drinkers, we discover the practice known as flap-dragons or snap-dragon, which involved setting flammable substances on fire and then swallowing them while they floated on a glass of liquor. Johnson describes it as “a game where they catch raisins from burning brandy and put them out by closing their mouth, then eat them.” This trick is still not uncommon today in boarding schools during certain festive events among the young ladies.
Drunkenness being considered a beastly propensity, its gradations were fixed by animal comparisons. In a curious treatise on drunkards by George Gascoigne, we find the following illustration of these degrees: “The first is ape-drunk, and he leaps and sings and hallos and danceth for the hearers; the second is lion-drunk, and he flings the pots about the house, calls the hostess w——, breaks the glass windows with his dagger, and is apt to quarrel with any man that speaks to him; the third is swine-drunk, heavy, lumpish, and sleepy, and cries for a little more drink and a few more clothes; the fourth is sheep-drunk, wise in his own conceit, when he cannot bring forth a right word; the fifth is maudlin-drunk, when a fellow will weep for kindness in the midst of[Pg 121] his drink, and kiss you, saying, ‘By G—! Captain, I love thee! Go thy ways; thou dost not think so often of me as I do of you; I would I could not love thee so well as I do!’ and then he puts his finger in his eye and cries; the sixth is martin-drunk, when a man is drunk, and drinks himself sober ere he stir; the seventh is goat-drunk, when in drunkenness he hath no mind but in lechery; the eighth is fox-drunk, when he is crafty drunk, as many of the Dutchmen be, which will never bargain but when they are drunk. All these species, and more, I have seen practised in one company at one sitting.”
Drunkenness is seen as a crude habit, and its levels are compared to animals. In an interesting essay on drunkards by George Gascoigne, we find the following depiction of these levels: “The first is ape-drunk, where someone jumps around, sings, shouts, and dances for the audience; the second is lion-drunk, where they throw pots around the house, shout at the hostess, break windows with their dagger, and are ready to fight anyone who talks to them; the third is swine-drunk, heavy, sluggish, and sleepy, asking for more drinks and more clothes; the fourth is sheep-drunk, overly confident but unable to produce a coherent word; the fifth is maudlin-drunk, when a person cries out of kindness while drinking and will tell you, ‘By G—! Captain, I love you! You don’t think about me as much as I think about you; I wish I could love you less!’ and then they wipe their eyes and cry; the sixth is martin-drunk, when someone gets drunk and can drink themselves sober before getting up; the seventh is goat-drunk, when they’re only interested in lust; the eighth is fox-drunk, being cunningly drunk, like many Dutchmen who only negotiate when they're drunk. I have seen all these types, and more, in one company at one sitting.”
Drunkenness has at various periods been resorted to in religious and political fervour. Daring the usurpation of Cromwell, the Cavaliers were wont to drink their king’s health in bumpers of wine in which some crumbs of bread had been thrown, exclaiming, “God send this crum-well down!” and Whitelocke, in his Memorials, records the following barbarous Catilinian orgies: “Five drunkards agree to drink the king’s health in their blood, and that each of them should cut out a piece of his buttock, and fry it upon the gridiron, which was done by four of them, of whom one did bleed so exceedingly that they were fain to send for a chirurgeon, and so were discovered. The wife of one of them, hearing that her husband was amongst them, came to the room, and, taking up a pair of tongs, laid about her, and so saved the cutting of her husband’s flesh.”
Drunkenness has been used at different times for religious and political passion. During Cromwell's rule, the Cavaliers would often drink to their king’s health from large glasses of wine with breadcrumbs tossed in, shouting, “God send this crum-well down!” Whitelocke, in his Memorials, reports some brutal Catilinian parties: “Five drunkards agreed to toast the king with their blood, each deciding to cut a piece from his own buttock and cook it on a grill. This was done by four of them, but one bled so much they had to call for a surgeon, which ended up leading to their discovery. One of their wives, hearing her husband was involved, rushed into the room and grabbed a pair of tongs, swinging it around to protect her husband from having his flesh cut.”
The laws enacted to prevent drunkenness at various periods and by different governments, are curious. Domitian ordered all the vine-plants in the Roman territory to be rooted out. Charles IX. of France issued a similar edict. In 1536, under Francis I, a law was passed sentencing drunkards to imprisonment on bread and water for the first offence; a public whipping punished a second infringement; and, on reiteration, banishment and the loss of ears. The ancients, equally aware of the danger that arose from intoxication, were also anxious to prevent it. Draco inflicted capital punishments. Lycurgus destroyed the vineyards. The Athenians had officers, named ophthalmos, to prevent excesses in liquor drinking. In Rome, patricians were not allowed the use of wine until they had attained their thirty-fifth year. Wine was only drunk pure in the beginning of sober repasts in honour of Deus Sospes, and afterwards mixed with water in honour of Jupiter Servator. Notwithstanding these wise examples in support of prudent precepts, it appears that drunkenness[Pg 122] was a common vice amongst the Romans. Tiberius was surnamed Biberius; and it was said of the parasite Bibulus, “dum vixit, aut bibit aut minxit.” Aurelianus had officers of his household whose duty was to intoxicate foreign ambassadors; and Cato’s partiality for the juice of the grape has been recorded by Horace,
The laws created to combat drunkenness at various times and by different governments are interesting. Domitian ordered all the grapevines in Roman territory to be destroyed. Charles IX of France issued a similar decree. In 1536, under Francis I, a law was enacted that sentenced drunkards to be imprisoned on bread and water for their first offense; a public whipping punished a second offense; and, for repeat offenders, there was banishment and loss of ears. The ancients, aware of the dangers of intoxication, were also keen on preventing it. Draco imposed capital punishment. Lycurgus wiped out the vineyards. The Athenians had officials called ophthalmos to curb excessive drinking. In Rome, patricians weren't allowed to drink wine until they turned thirty-five. Wine was only consumed straight at the beginning of sober meals in honor of Deus Sospes, and later diluted with water in honor of Jupiter Servator. Despite these wise measures supporting sensible rules, drunkenness[Pg 122] was a common issue among the Romans. Tiberius was nicknamed Biberius; and it was said of the freeloader Bibulus, “he either drank or urinated while he lived.” Aurelian had household officers whose job was to get foreign ambassadors drunk; and Cato’s fondness for wine has been noted by Horace.
Narratur et prisci Catonis
Sæpe mero caluisse virtus.
Narratur et prisci Catonis
Sæpe mero caluisse virtus.
In the middle ages, drinking was resorted to by the monks as a religious libation; and they also drank to the dead, a custom which was condemned as idolatrous. These excesses were restrained by various regulations, and in 817 the quantity of wine allowed each monk was fixed at five pints. Charlemagne, in his Capitularies, forbids the provocation of drinking healths and hob-nobbing (pléger et trinquer). Temperance societies are not modern institutions. In 1517, Sigismund de Dietrichstein established one under the auspices of St. Christopher; a similar association was formed in 1600 by Maurice Duke of Hesse, which, however, allowed a knight to drink seven bocaux, or glasses, at each meal, but only twice in the day. The size of these bocaux is not recorded, but no doubt it was an endeavour to obtain a comparative condition of sobriety. Another temperate society, under the name of the Golden Ring, was instituted by Frederic V. Count Palatine.
In the Middle Ages, monks drank as a religious offering, and they also drank in memory of the dead, a practice that was criticized as idolatrous. Various rules were put in place to limit these practices, and in 817, the amount of wine each monk was allowed was set at five pints. Charlemagne, in his Capitularies, prohibited the act of drinking to someone's health and toasting (i.e., pléger et trinquer). Temperance societies aren't a new concept. In 1517, Sigismund de Dietrichstein founded one under the guidance of St. Christopher; a similar group was created in 1600 by Maurice, Duke of Hesse, which allowed a knight to have seven bocaux, or glasses, at each meal, but only twice a day. The size of these bocaux isn’t specified, but it was likely an attempt to maintain a reasonable level of sobriety. Another temperate society, called the Golden Ring, was established by Frederic V, Count Palatine.
Whether the influence of temperate societies or their advocates will tend to diminish the consumption of wine and spirituous liquors in the British empire, it is difficult to say. Hitherto every act of interference, either from individuals or on the part of the legislature, has proved not only abortive, but has increased the evil it was intended to remedy. The imposition of heavy duties only threw the distillation of spirits into the hands of illicit speculators instead of respectable capitalists; and, as M’Culloch justly remarks, “superadded the atrocities of the smuggler to the idleness and dissipation of the drunkard.” During the latter part of the reign of George I. and the earlier period of George II. gin-drinking was so prevalent, that it was denounced from the pulpit and the press. At length ministers determined to make a vigorous effort to put a stop to the further use of spirituous liquors except as a cordial or medicine. To accomplish this end, a duty of twenty shillings was laid on spirits, exclusive of a heavy licence duty to retailers, while a fine of 100l. was levied on all defaulters. But instead of the anticipated effects, this[Pg 123] act produced results directly opposite: the respectable dealers withdrew from a trade proscribed by the legislature; and the sale of spirits fell into the hands of the lowest and most profligate characters. The officers of the revenue were hunted down by the populace, and did not dare to enforce the law; and Tindal, in his Continuation of Rapin, says, “within two years of the passing of this act, it had become so odious and contemptible, that policy as well as humanity forced the commissioners of excise to mitigate its penalties.” During these two years twelve thousand persons were convicted of offences connected with the sale of spirits, while no exertion could check the torrent of smuggling, and seven millions of gallons illicitly distilled were annually consumed in London and its environs. Our present consumption of British, Colonial and Foreign spirits is immense, but not equal to what it was at the period alluded to. The following is the account of this consumption in 1832:
Whether the influence of temperate societies or their supporters will reduce the consumption of wine and spirits in the British empire is hard to say. Up until now, every attempt to intervene, whether by individuals or the government, has not only failed but has made the problem worse. High taxes just pushed the production of spirits into the hands of illegal operators rather than reputable business owners; and as M’Culloch rightly points out, “added the crimes of smugglers to the idleness and recklessness of drunks.” During the later part of George I's reign and the early part of George II's reign, gin drinking became so widespread that it was condemned from both the pulpit and the media. Eventually, the government decided to take strong action to stop the further use of spirits, except for medicinal or cordial purposes. To achieve this, a duty of twenty shillings was imposed on spirits, in addition to a hefty licensing fee for retailers, while a fine of 100l. was imposed on anyone who didn’t comply. However, instead of the expected results, this[Pg 123] act led to the opposite outcome: respectable dealers left a trade banned by the government; and the sale of spirits ended up in the hands of the lowest and most disreputable individuals. Revenue officers were hunted down by the public and didn’t dare to enforce the law; and Tindal, in his Continuation of Rapin, states, “within two years of the passing of this act, it had become so hated and looked down upon that both policy and humanity compelled the excise commissioners to lessen its penalties.” During those two years, twelve thousand people were convicted of crimes related to the sale of spirits, while no effort could stop the flood of smuggling, and seven million gallons of illegally distilled spirits were consumed each year in London and its surroundings. Our current consumption of British, Colonial, and Foreign spirits is huge, but not as high as it was during the time referred to. The following is the account of this consumption in 1832:
In England, | 1,530,988 | imperial gallons, | Foreign. |
3,377,507 | " | Colonial. | |
7,259,287 | " | British. | |
In Scotland, | 69,236 | gallons, | Foreign. |
112,026 | " | Colonial. | |
5,407,097 | " | British. | |
In Ireland, | 33,413 | " | Foreign. |
24,432 | " | Colonial. | |
8,657,756 | " | British. |
In that year, 1832, the total amount of spirits that paid duty in the United Kingdom was 2,646,258 gallons, yielding a revenue of 8,483,247l. In the same year the appearance and dread of the cholera produced a singular increase in the consumption of brandy. In the preceding year, 1831, the entries for home use in England had amounted to 1,194,717 gallons; but during this state of alarm, it increased to 1,508,924; in 1833, the danger having subsided, the consumption declined to its former level, and did not exceed 1,356,620 gallons.
In 1832, the total amount of spirits that paid taxes in the United Kingdom was 2,646,258 gallons, generating a revenue of 8,483,247l. That same year, the appearance and fear of cholera led to a notable increase in the consumption of brandy. In the previous year, 1831, the amount for home use in England had been 1,194,717 gallons; but during this period of alarm, it rose to 1,508,924. In 1833, as the danger passed, the consumption dropped back to its previous level and did not exceed 1,356,620 gallons.
From the above observations it may be inferred, that no penal enactments, no denunciations of canting senators or fanatic preachers, will ever succeed in checking the evils which must arise from excesses in the use of spirituous liquors. Gluttony and drunkenness can only be combated by the salutary effects of good example held out by the superior classes of society; by a gradual improvement in the moral education of the lower grades, for whom salutary[Pg 124] amusements should be procured when a cheerful repose from their weekly labour will no longer be considered a breach of the sabbath. Diffusion of knowledge and habits of industry will do more than sanctimonious admonitions, and the Penny Magazines may be considered more hostile to gin-drinking than the ranting of pseudo-saints.
From the above observations, it can be concluded that no laws, no lectures from self-righteous politicians or fanatic preachers, will ever be effective in preventing the problems that arise from overindulgence in alcohol. Gluttony and drunkenness can only be addressed through the positive influence of better examples set by the upper classes of society; through a gradual enhancement of moral education for the lower classes, for whom healthy[Pg 124] entertainment should be made available when a well-deserved break from their weekly labor is no longer seen as a violation of the Sabbath. Spreading knowledge and encouraging industrious habits will be more effective than preachy warnings, and Penny Magazines might be seen as more detrimental to excessive drinking than the tirades of false saints.
In regard to the quantity that we should eat, no rules can be established, as individuals differ widely from each other, both as to their capacity and their inclination. Mr. Abernethy maintained, that it would be well if the public would follow the advice of Mr. Addison, given in the Spectator, of reading the writings of L. Cornaro, who, having a weak constitution, which he seemed to have ruined by intemperance, so that he was expected to die at the age of 32, did at that period adopt a strict regimen, allowing himself only 12 ounces daily. To this remark Dr. Paris very properly observes, “When I see the habits of Cornaro so incessantly introduced as an example for imitation, and as the standard of dietetic perfection, I am really inclined to ask with Feggio, ‘Did God create Lewis Cornaro to be a rule for all mankind in what they were to eat and drink?’”
When it comes to how much we should eat, there really can't be any set rules, as everyone is so different in their capacity and preferences. Mr. Abernethy suggested that it would be beneficial for people to heed the advice of Mr. Addison from the Spectator, who recommended reading the writings of L. Cornaro. Cornaro, having a frail health that he seemed to have harmed through overindulgence, was expected to die at 32. During that time, he adopted a strict diet, limiting himself to just 12 ounces of food each day. In response to this, Dr. Paris rightly comments, “When I see Cornaro's habits repeatedly held up as a model to follow and as the ideal standard for diet, I can't help but wonder, as Feggio did, ‘Did God create Lewis Cornaro to dictate how everyone else should eat and drink?’”
In regard to the dyspeptic, Dr. Philips has given the very best advice in the following paragraph:
In terms of those with digestive issues, Dr. Philips has offered the best advice in the following paragraph:
“The dyspeptic should carefully attend to the first feeling of satiety. There is a moment when the relish given by the appetite ceases; a single mouthful taken after this oppresses a weak stomach. If he eats slowly and carefully attends to this feeling, he will never overload the stomach.” To this Dr. Paris adds, “Let him remember to eat slowly.” “This is an important condition—for when we eat too fast we introduce a greater quantity of food into the stomach than the gastric juice can at once combat with; the consequence of which is, that hunger may continue for some time after the stomach has received more than would be sufficient, under the circumstances, to induce satiety.”
“The person with digestive issues should pay close attention to the first signs of fullness. There’s a point when the enjoyment of eating fades; taking just one more bite after that can overwhelm a sensitive stomach. If they eat slowly and focus on this sensation, they won’t overeat.” Dr. Paris adds, “Remember to eat slowly.” “This is an important point—when we eat too quickly, we put more food into the stomach than the digestive juices can handle at once; as a result, hunger might linger even after the stomach has received more food than it needs to feel full.”
The introduction of French cookery in every part of England amongst the wealthy will render attention to dietetic rules still more important than in former days; although Dean Swift, in his time, observed, “That modern epicurism had become so prevalent, that the world must be encompassed, before a washerwoman can sit down to breakfast.”
The introduction of French cooking throughout England among the wealthy makes attention to dietary rules even more crucial than before; although Dean Swift, in his day, noted, “That modern indulgence had become so widespread, that the world must be circled before a washerwoman can sit down to breakfast.”
INFLUENCE OF IMAGINATION.
Innumerable are the diseases that arise from our busy fancy. We are all subject to the tyrannic sway of imagination’s empire. Under this mighty influence man displays energies which lead him boldly to dare danger and complicated sufferings, or he is reduced to the most degraded state of miserable despondency. These diseases are the more fearful, since they rarely yield to physical aid, and it is seldom that moral influence is sufficiently persuasive to combat their inveteracy. It is idle to tell the timid hypochondriac that he is not ill; the mere circumstance of his believing himself sick, constitutes a serious disorder. His constant apprehensions derange his functions until an organic affection arises. The patient who fancies that he labours under an affection of the heart disturbs the circulation, which is ever influenced by our moral emotions, till at last this disturbance occasions the very malady which he dreaded. These aberrations of the mind arise from various causes,—mental emotions, constitution, climate, diet, hereditary disposition, education. Tertullian called philosophy and medicine twin sisters; both may become powerful agents in controlling our imagination.
There are countless diseases that come from our restless imagination. We all fall under the oppressive rule of what our minds create. With this strong influence, people can show incredible energy that pushes them to face danger and intense suffering, or they can sink into a state of deep despair. These ailments are particularly frightening because they rarely respond to physical treatments, and it's uncommon for moral support to be strong enough to fight their persistence. It’s pointless to tell an anxious hypochondriac that they aren’t actually sick; their belief that they are sick is a serious condition in itself. Their constant worries disrupt their body’s functions until a physical problem develops. A person who believes they have a heart issue can end up affecting their circulation, which is always impacted by our emotions, ultimately leading to the very illness they feared. These mental disturbances can be caused by various factors—emotional stress, genetics, environment, diet, family history, and upbringing. Tertullian referred to philosophy and medicine as twin sisters; both can be powerful tools in managing our imagination.
The ancients have variously endeavoured to determine the seat of this faculty. Aristotle placed it in the heart, which, from the sense of its oppression observed in acute moral sufferings he considered the origin of our nerves, or sensorium. Avicenus and other philosophers located imagination in the anterior portion of the brain, which he called the prow; memory in the posterior part, which he denominated the poop, and judgment in the centre of the organ, or what mariners would term mid-ship. The notions of Gall and Spurzheim had long since been anticipated by philosophers and physicians, both in regard to the division of the cerebral organ, and the external appearance of the cranium, which denoted their preponderancy. That temperature exercises a powerful influence over our mental faculties is evident. In warm climates we find a greater exaltation of the mind, more enthusiasm and vivid emotion, than in northern latitudes. The East is the land of fancy, illustrated by their wondrous tales of fiction, and their vivid and fantastic imagery, displayed in the chimeras and the arabesques of their palaces and temples. In these regions all the passions are uncontrollable and wild. Love is [Pg 126]characterized by furious or dark jealousy, according to the rank and power of the lover; and ambition is signalized by bloodthirsty and promiscuous barbarity. No opposition can be brooked: man is either a ferocious tyrant, or an abject slave; subjection alone preventing the oppressed from being as sanguinary as the oppressor. Government is despotism, and religion fatality and fanaticism. In northern climes, on the contrary, every thing is cold and calculating. The almighty passion of love may prevail; but its demonstrations are morose, concentrated, although not less ferocious than under a southern sky. In the one country, man seeks the dark shelter of the forest, and the solitude of the mountain, to ponder over his grievances, or soliloquise on his sufferings; in the other he courts the roseate bower and the orange grove, to lull him into a soft repose which may calm his feelings by temporary oblivion, to be roused again to action by the stimulus of opium, tobacco, and a burning sun. The ancients were so fully convinced of this influence of the amorphous constitution, that Lucianus tells us that the Abderites (a people so remarkable for their stupidity and sluggishness that Abderitica mens was proverbial), having witnessed the performance of one of Euripides’s plays under the fierce solar rays, became fired with such enthusiasm, that they ran about the streets in a wild phrensy, repeating aloud his sublime verses, until the coolness of the evening restored them to reason and to their native torpor. So predominant are these feelings, which owe their character to climate, that they regulate our ideas of a future state, as well as our conduct on earth. The paradise of the Mohammedan is a blessed region of everlasting pleasure and sensual enjoyments; beauteous houris await the soul, which is to luxuriate in corporeal voluptuousness; and the purple wine, forbidden to the living, is to flow in delectable streams, to delight the dead, who may, in the seventh paradise inhabit a land where rivers of wine, and milk, and honey, are ever flowing; where evergreen trees bend under luxurious fruits, whose very pips are transformed into lovely maidens, so sweet—to use their own metaphorical language—that the ocean would lose its bitterness if they did but condescend to spit in its briny waters; and all these enjoyments are secured to the true believer by hosts of guardian angels, who have seventy thousand mouths, and seventy thousand tongues, to praise God seventy thousand times each day in seventy thousand languages: and such is their horror of earthly heat, that in the other world one of the greatest rewards is the delight of being able to sleep under the cool shade of a tree[Pg 127] each leaf of which is of such an expanse that a man might travel fifty thousand years under its benign protection. How different is the paradise of Odin! There, it is true, the soul of the departed dwells in magnificent palaces; but what are his enjoyments compared to those of the sensual Asiatic! Instead of soft music, the din of war is constantly to resound in his ear, while he luxuriates in drinking strong beer and hydromel, poured by the fair Valknas, the houris of the Vahalla paradise, into the skulls of his enemies. Their God is called the god of crows; and two of these sable familiars, Hugin, who represents the mind, and Nunnin, or memory, are constantly perched upon his shoulders, until they take flight to seek information for their master.
The ancients have made various attempts to identify where this ability resides. Aristotle believed it was in the heart, noting how emotional distress can affect it, which he saw as the source of our nerves or senses. Avicenna and other philosophers placed imagination in the front part of the brain, which he referred to as the prow; memory in the back, which he called the poop; and judgment in the center of the brain, what sailors would describe as mid-ship. The ideas of Gall and Spurzheim had long been expected by philosophers and physicians regarding both the organization of the brain and the external shape of the skull, reflecting their dominance. It's clear that temperature has a strong impact on our mental abilities. In warmer climates, we observe a heightened state of mind, more enthusiasm, and intense emotions than in northern regions. The East is known for its imaginative stories and vivid, colorful artwork seen in the designs of their castles and temples. In those areas, passions run high and are often uncontrollable. Love can be driven by either raging or dark jealousy, depending on the lover's status and power; ambition is marked by ruthless and indiscriminate brutality. There’s no tolerance for dissent: a person is either a brutal tyrant or a submissive slave, with only subjugation keeping the oppressed from being as violent as the oppressor. Governance is characterized by tyranny, and religion by fatalism and fanaticism. In contrast, in northern climates, everything feels detached and calculated. Love can be a powerful force; however, its expressions tend to be gloomy and intense, though not less vicious than in the south. In one region, people seek the dark cover of forests and the solitude of mountains to reflect on their troubles or to ruminate on their pain; in the other, they enjoy the pleasant shade of gardens and orange groves to find temporary peace, often needing substances like opium, tobacco, and the heat of the sun to stir them back to action. The ancients were so convinced of this influence of the environment that Lucianus informs us that the Abderites (a group known for their laziness and dullness, to the point of Abderitica mens being a common saying) once experienced one of Euripides’s plays under the scorching sun and became so excited that they ran through the streets in a frenzy, shouting his glorious verses until the evening cool restored their reasoning and their usual lethargy. These emotions, shaped by climate, even influence our beliefs about the afterlife and our behavior on earth. In the Muslim concept of paradise, it’s a blissful place filled with endless pleasure and sensual indulgences; beautiful houris await the soul, allowing it to revel in physical delight; forbidden wine flows in delightful streams for the dead, who may dwell in a seventh paradise where rivers of wine, milk, and honey continuously flow; where evergreen trees are laden with lavish fruits, whose seeds turn into lovely maidens, so sweet—that, using their own poetic language, the ocean would lose its bitterness if they simply spit into its salty waters; and all these pleasures are guaranteed to the faithful by a multitude of guardian angels, each with seventy thousand mouths and seventy thousand tongues, praising God seventy thousand times every day in seventy thousand different languages: and their dislike of earthly heat is such that one of the greatest rewards in the afterlife is the ability to sleep in the cool shade of a tree[Pg 126] with leaves large enough for a person to travel fifty thousand years under its generous cover. How different is Odin's paradise! There, the souls of the departed do reside in grand halls; but what enjoyment do they have compared to that of the pleasure-seeking Asian? Instead of gentle music, the sounds of battle continually fill their ears, as they indulge in drinking strong beer and honey mead, served by the fair Valkyries, the houris of Valhalla, from the skulls of their enemies. Their God is known as the god of crows; and two of these dark companions, Hugin, representing the mind, and Nunnin, representing memory, always sit on his shoulders until they fly off to gather information for their master.
To this day it is said that the Tartars fancy, that, in their future abode of bliss, their reward will be a sort of Platonic affection, and a perpetual and undisturbed state of meditation; in short, a celestial far niente. So convinced were the ancients of this effect of peculiar temperature, that the morose Heraclitus maintained that the power of the mind arose from a dry splendour; that all things were created by solar heat; and when ill himself, he sought health by endeavouring to dispel watery accumulations by the heat of a dunghill. Ptolemy and Posidonius assert, that southern climes engender genius and wit, and are better calculated for the study of things divine; and Plato, Hippocrates, and Galen, on the same principle, affirm that stupidity and forgetfulness are produced by cold and humidity. The celebrated Descartes, in his younger days, states that he felt his enthusiasm moderated by the damps and cold of Holland; and that he ever experienced more facility in pursuing his philosophic studies in winter than in summer. Poets, on the contrary, court the glowing rays of an inspiring sun, and their Phœbus and their Apollo is the conductor and the inspirer of the Muses:
To this day, people say that the Tartars believe that in their future paradise, their reward will be a kind of Platonic love and a constant state of peaceful meditation; in short, a heavenly far niente. The ancients were so convinced of this influence of unique climates that the gloomy Heraclitus argued that the power of the mind came from a dry splendour; that everything was created by solar heat; and when he felt unwell, he looked for healing by trying to get rid of moisture through the warmth of a dungheap. Ptolemy and Posidonius claim that southern areas nurture genius and wit and are better suited for studying divine matters; and on the same grounds, Plato, Hippocrates, and Galen assert that cold and dampness produce foolishness and forgetfulness. The famous Descartes, in his younger years, noted that he felt his enthusiasm dampened by the chill and humidity of Holland, and he always found it easier to pursue his philosophical studies in winter than in summer. Poets, on the other hand, seek the bright rays of an inspiring sun, with their Phœbus and Apollo being the guides and inspirers of the Muses:
Cynthius aurem vellit et admonuit.
Cynthius tugged my ear and warned me.
That the energies of our intellectual faculties are under the influence of our food, is a fact long since observed. The stupidity of the athletæ, who lived upon coarse bread (coliphium) and underdone meat, was proverbial; even Hercules laboured under the imputation of a mind somewhat obtuse. Our genius, our energies are all affected by our mode of living. The rule of Sanis omnia sana, of Celsus, is applicable to very few individuals; and all our faculties may be rendered more keen or less vivid by temperance or excesses. As the nature of our ingesta influences the functions of our digestive organs,[Pg 128] so do these organs in their turn influence our moral powers when our physical energies are elevated or depressed. Our courage, our strength of mind, our religious and our moral train of thinking, are under the control of diet. Fasting has ever been considered as predisposing to meditation and ascetic contemplation. Tertullian tells us, that we should approach the altars fasting, or having eaten nothing but dry substances. All the religious ceremonies of the Egyptians were preceded by abstinence, and their sacrificators were allowed neither animal food nor wine. Indeed, the Egyptian priesthood were remarkable for their abstinence and self-denial, fearful, according to Plutarch, that “the body should not sit light upon the soul.” Similar precautions were observed with animals, and the ox apis was not allowed to drink the waters of the Nile, as they were considered of a gross and fattening nature; even upon festive days they observed a similar moderation. It was customary, on the 9th day of the month Thoth, for every one to eat fried fish at their doors—the priests only conformed to the custom by burning theirs at the appointed time. In general they abstained from most sorts of pulse, especially beans and lentils, onions, garlic, leeks, mutton, pork; and on certain days of purification, even salt was forbidden. Many of their fasts lasted from seven to forty-two days, during which time they abstained entirely from animal food, from herbs and vegetables, and the indulgence of any passion. Similar privations were observed by all those who attended the mysteries of Juno and Ceres. In Holy Writ we find that it was after abstinence that Divine inspiration illumined the elect. The angel appeared unto Daniel after he had been three weeks without tasting flesh, or wine, or “pleasant bread.” In the Acts, x., we find that the vision appeared to Peter, “when he had become hungry and would have eaten.” Moses fasted forty days on Mount Sinai. We find in Jonah, that even cattle were frequently subject to this mortification, when he proclaimed in Nineveh that neither man nor beast, herd nor flock, should taste any thing; “let them not feed nor drink water.” Congius Ripensis tells us, that the same restriction was imposed by the Lacedæmonians on their Helots and all domestic animals. Fasting was considered by the early Christians as an essential rite. St. Anthony prescribed to his disciples one meal of dry bread, salt and water, in the day without any food on Wednesdays and Fridays. In the monastery of Mocham, in Egypt, a monk of the name of Jonas was beatified for having lived until the age of eighty-five,[Pg 129] working hard in the garden, and without any other food than raw herbs and grass steeped in vinegar; this abstemious cenobite added to his claims to canonization by always sleeping in his chair. St. Hilarius only ate fifteen figs and six ounces of barley bread per diem. St. Julian Sabus retired to a cavern, where he only luxuriated once in the week on millet-bread, with salt and water; and St. Macarius resolved to outdo him by restraining his sustenance to a few cabbage-leaves every Sunday. Not only did these gastric martyrs attribute their holy visions to abstinence, but they considered it as the source of their longevity. Thus, St. Anthony lived to the age of one hundred and five; St. Paphinus to ninety on dry bread; and St. Paul the Hermit thrived for one hundred and fifty-nine years upon dates. It is not derogatory to their supposed divine mission to say that all these men were as enthusiastic as the fakirs of the east.
The fact that our intellectual abilities are influenced by what we eat has been recognized for a long time. The common perception of athletes who lived on coarse bread and undercooked meat was that they were rather dull; even Hercules faced the stereotype of lacking sharpness of mind. Our creativity and energy are all shaped by our lifestyle choices. The principle of Sanis omnia sana as stated by Celsus applies to only a few people; all our abilities can be made sharper or more dull through moderation or excess. Just as the type of food we consume affects the functioning of our digestive organs,[Pg 128] these organs, in turn, can impact our moral capabilities when our physical energy is high or low. Our courage, mental strength, religious sentiments, and moral reasoning are all influenced by our diets. Fasting has always been seen as conducive to deep thought and spiritual reflection. Tertullian advised that we should approach the altars either fasting or having consumed nothing but dry foods. All religious rituals of the Egyptians began with periods of abstention, and their priests were prohibited from eating meat or drinking wine. In fact, the Egyptian priests were known for their strict dietary restrictions, worried, according to Plutarch, that “the body shouldn't weigh down the soul.” Similar practices were applied to animals, and the sacred bull Apis was not allowed to drink from the Nile, as the water was deemed too rich and heavy; even during celebrations, they practiced moderation. On the 9th day of the month Thoth, everyone was expected to eat fried fish outside their homes, but the priests followed the custom by burning their offerings at the specified time. Generally, they avoided most types of beans, lentils, onions, garlic, leeks, lamb, and pork; on certain purification days, even salt was not permitted. Many of their fasts lasted from seven to forty-two days, during which they completely refrained from meat, herbs, vegetables, and indulgences. Similar restrictions were observed by those participating in the mysteries of Juno and Ceres. In the Bible, we see that after periods of fasting, divine inspiration would illuminate selected individuals. The angel visited Daniel after he had gone three weeks without any meat, wine, or "pleasant bread." In Acts 10, we read that Peter saw a vision “when he had become hungry and wanted to eat.” Moses fasted for forty days on Mount Sinai. In Jonah, we find that even livestock had to undergo fasting when he announced in Nineveh that neither person nor animal should eat or drink, saying, “let them not feed nor drink water.” Congius Ripensis recounts that the Spartans imposed the same restrictions on their Helots and all domestic animals. Fasting was seen as a crucial rite by early Christians. St. Anthony instructed his followers to have just one meal of dry bread, salt, and water per day, with no food on Wednesdays and Fridays. In the Egyptian monastery of Mocham, a monk named Jonas was hailed for living until eighty-five,[Pg 129] working hard in the garden, surviving solely on raw herbs and grass soaked in vinegar; he even claimed extra merit by always sleeping in his chair. St. Hilarius managed to eat only fifteen figs and six ounces of barley bread per diem. St. Julian Sabus withdrew to a cave where he only indulged once a week with millet bread, salt, and water; and St. Macarius decided to outdo him by limiting himself to a few cabbage leaves every Sunday. These fasting enthusiasts not only attributed their holy visions to their abstinence but also viewed it as a pathway to longevity. Consequently, St. Anthony lived to one hundred and five; St. Paphinus reached ninety on dry bread; and St. Paul the Hermit survived one hundred and fifty-nine years on dates. It is not disrespectful to their supposed divine mission to suggest that all these men were as fervent as eastern ascetics.
So acceptable to the Deity was starvation considered, that at various periods it was enforced by penal laws. Charlemagne denounces the punishment of death on all those who transgressed in this respect; and, by an old Polish edict, any sinner who ate on a fast-day was sentenced to have all his teeth drawn. However, monkish ingenuity endeavoured to elude these severe enactments, by interpreting the letter instead of the spirit; and we find, in the regulations of a German monastery, the following accommodation, “Liquidum non frangit jejunium,” by which, on days of penance, the monks only took rich soups and succulent broth. In latter days, being permitted to eat fish in Lent, they saw no reason why fowl should not be included, on the authority of Genesis, that the waters brought forth every winged fowl after his kind. This relaxation in culinary discipline called forth loud indignation from many prelates. St. Ambrosius attributes the profligacy of the monks to these excesses; and Tertullian considers the fall of the Israelites as the punishment of their neglect in this respect. Our Shakspeare illustrates this belief in the influence of fasting as preparatory to inspiration.
Starvation was considered so acceptable to God that at different times it was enforced by law. Charlemagne condemned the death penalty for anyone who violated these rules, and according to an old Polish law, anyone caught eating on a fast day would have all their teeth removed. However, clever monks tried to get around these harsh laws by interpreting them literally rather than in spirit, as seen in the rules of a German monastery, which stated, “Liquidum non frangit jejunium,” allowing monks to consume rich soups and tasty broths on penance days. Later, when they were allowed to eat fish during Lent, they argued that chicken should also be allowed, citing Genesis, which says the waters brought forth every winged bird after its kind. This loosening of food restrictions sparked outrage from many church leaders. St. Ambrose blamed the monks' immorality on these indulgences, and Tertullian believed the Israelites' downfall was a punishment for ignoring such rules. Shakespeare illustrates this belief in fasting as a way to prepare for inspiration.
Last night the very gods shew’d me a vision—
I fast and pray’d for their intelligence.
Last night, the gods showed me a vision—
I fasted and prayed for their knowledge.
Not satisfied with this mystification in food, we find some austere monks endeavouring to reduce carnal appetites by other means, such as by blood-letting, monialem minuere; and claustral flesh was brought down by phlebotomy and purging at regular periods. To this day we find that well-behaved[Pg 130] Turks, during the Ramasan, make it a godly point never to swallow their saliva.
Not satisfied with the confusion around food, we see some strict monks trying to reduce their physical desires through other methods, like blood-letting, monialem minuere; and they would lower their physical needs through frequent bloodletting and purging. Even today, we observe that well-behaved[Pg 130] Turks, during Ramadan, make it a spiritual commitment never to swallow their saliva.
This digression on fasting was somewhat necessary, to show how much our diet tends to modify our being. It is well known that troops will display more activity and courage when fasting than after a meal; and an ingenious physician of our day is perfectly correct when he attributes a daring spirit or a pusillanimous feeling to the influence of our stomach.
This side note about fasting was somewhat necessary to illustrate how much our diet affects our overall state. It's well-known that soldiers are often more active and courageous when they're fasting than after they've eaten; and a clever doctor today is absolutely right when he says that our stomach can influence our bravery or feelings of timidity.
Intellectual weakness, frequently brought on by excesses, has proved a rich source to empiricism; hence the belief in mystic and supernatural agencies, and the power of certain nostrums. Coloured fountain water and bread pills have made the fortune of various quacks, when imaginary cures have relieved imaginary diseases. In our days, numerous have been the recoveries attributed to Hohenloe’s prayers. Trusting to mystic numbers, three, five, seven, or nine pills have produced effects, when other numbers less fortunate would have failed. To this hour mankind, even in enlightened nations, are fettered by these absurd trammels. Credulity, and superstition her twin sister, have in all ages been the source whence priestcraft, and quackery have derived their wealth. Next to these rich mines we may rank fashion. The adoption of any particular medicine by princes and nobles will endow it with as great a power as that which was supposed to be vested in regal hands in the cure of scrofula, hence called king’s evil; and we have too many instances of such cures having been effected by a monarch’s touch to doubt the fact. The history of the potato is a strong illustration of the influence of authority: for more than two centuries the use of this invaluable plant was vehemently opposed; at last, Louis XV. wore a bunch of its flowers in the midst of his courtiers, and the consumption of the root became universal in France. The warm bath, so highly valued by the Romans, once fell into disrepute, because the Emperor Augustus had been cured by a cold one, which for a time was invariably resorted to. Thus Horace exclaims,
Intellectual weakness, often caused by excesses, has been a major source for empiricism; this has led to beliefs in mystical and supernatural forces, as well as the effectiveness of certain remedies. Colored fountain water and sugar pills have made fortunes for various charlatans, as imagined cures have treated imagined ailments. Nowadays, many recoveries have been credited to Hohenloe’s prayers. Relying on mystical numbers, taking three, five, seven, or nine pills has led to results when other, less fortunate amounts would have failed. To this day, even in enlightened countries, people are still trapped by these ridiculous constraints. Credulity, and superstition, its twin sister, have always been the wells from which priestcraft and quackery have drawn their wealth. Right after these rich sources, we can include fashion. The endorsement of a specific medicine by royalty and nobility gives it as much power as what was believed to be possessed by kings in curing scrofula, thus called king’s evil; and we have too many examples of such cures being performed by a monarch’s touch to doubt this. The history of the potato is a strong example of the influence of authority: for over two hundred years, the use of this invaluable plant faced strong opposition; finally, Louis XV. wore a bouquet of its flowers in the midst of his courtiers, leading to the widespread consumption of the root in France. The warm bath, greatly valued by the Romans, once fell out of favor because Emperor Augustus was cured by a cold one, which was then the go-to remedy for a time. Thus Horace exclaims,
——Caput ac stomachum supponere fontibus audent
Clusinis, Gabiosque petunt et frigida rura.
——They dare to place their head and stomach beneath the sources,
They head for Clusium, Gabii, and the cold countryside.
Unfortunately, the means which had relieved Augustus killed his nephew Marcellus; and the Laconicum and the Tepidarium were again crowded with the “fashion.”
Unfortunately, the methods that had helped Augustus ended up killing his nephew Marcellus; and the Laconicum and the Tepidarium were once again packed with the "in crowd."
Persecution and its prohibitions have also been most powerful in working upon our imagination. Rare and forbidden[Pg 131] fruits will always be considered more desirable than those we can easily obtain. The history of tobacco is a striking instance of this influence of difficulty upon the mind of man. Pope Urban VIII. prohibited its use in any shape, under the penalty of excommunication. It was afterwards forbidden in Russia, under the pain of having the offender’s nose cut off. In some cantons of Switzerland the prohibition was introduced in the decalogue, next to the commandment against adultery. Amurath IV. ordered all persons taken in flagranti delicto smoking tobacco, to be impaled, on the principle that its use checked the progress of population. The denunciation of our James I. may be considered as a masterpiece of the imaginary horrors attributed to this obnoxious weed. “It is,” he says, “a custome loathsome to the eye, hatefull to the nose, harmefull to the braine, dangerous to the lungs, and in the black stinking fume thereof neerest resembling the horrible Stygian smoake of the pit that is bottomlesse.” During the reign of this monarch such a restriction might have been necessary, unless the consumption of tobacco enriched the exchequer: for it appears that some amateurs consumed no less than £500 per annum in smoke. Surely we should reap some flourishing revenue from fashion and credulity, when we find our government awarding £5000 to a certain Johanna Stephens for her discovery of certain medicines for the cure of calculi! The same imaginary hope induced many a credulous creature to minister to the necessities of another Johanna, for certain expectations. Alas! how this indefinite sense exhibits the infinite folly of poor humanity!
Persecution and its restrictions have had a strong impact on our imagination. Rare and forbidden[Pg 131] fruits will always seem more appealing than those we can easily get. The history of tobacco is a striking example of how difficulty influences the human mind. Pope Urban VIII banned its use in any form, with the threat of excommunication. It was later forbidden in Russia, with the punishment of having the offender’s nose cut off. In some areas of Switzerland, the ban was included in the commandments, right next to the one against adultery. Amurath IV ordered that anyone caught smoking tobacco be impaled, believing that its use was hindering population growth. The condemnation from our King James I can be seen as a masterclass in the imagined horrors attributed to this disliked plant. “It is,” he says, “a custom disgusting to the eye, hateful to the nose, harmful to the brain, dangerous to the lungs, and the black, stinking smoke is most similar to the horrible, bottomless Stygian smoke of the pit.” During his reign, such a restriction may have been necessary, unless tobacco consumption filled the treasury: some enthusiasts were found to be spending as much as £500 a year on smoking. Surely we should be able to collect some flourishing revenue from fashion and gullibility, especially when our government awarded £5000 to a certain Johanna Stephens for her discoveries of certain medicines for curing calculi! The same misplaced hope led many a gullible person to cater to the needs of another Johanna, motivated by certain expectations. Alas! How this vague sense reveals the infinite folly of humanity!
A morbid imagination, although frequently the source of much misery, will prove in many cases the fountain-head of many noble qualities; its exaltation constitutes genius, which is, in fact, a natural disposition of individual organization sometimes bordering upon insanity. “Non est magnum ingenium sine mixturâ dementiæ,” says Seneca; and Montaigne observes, “De quoi se fait la plus subtile folie que de la plus subtile sagesse? il n’y a qu’un demi-tour à passer de l’une à l’autre.” Aristotle asserts that all the great men of his time were melancholy and hypochondriac. The ancient and eastern nations entertained a singular idea regarding men of innate genius, and possessed of more than common attributes; they fancied that they were the first-born, and the offsprings of illicit love: Zoroaster, Confucius, Mahomet, Vishnou, were born of virgins; and Theseus, Hercules, Castor and Pollux, and Romulus, were all illegitimate.
A dark imagination, even though it often leads to a lot of suffering, can also be the source of many great qualities; its intensity is what defines genius, which is really a natural trait that sometimes borders on madness. “Non est magnum ingenium sine mixturâ dementiæ,” says Seneca; and Montaigne notes, “What is the most subtle madness but the most subtle wisdom? There’s only a half-step between the two.” Aristotle claims that all the great figures of his time were melancholic and hypochondriac. The ancient and eastern cultures had a unique belief about people with innate genius, thinking they were born first and were the products of forbidden love: Zoroaster, Confucius, Muhammad, and Vishnu were all said to be born of virgins; and Theseus, Hercules, Castor and Pollux, and Romulus were all considered illegitimate.
[Pg 132]So prone is a lively imagination to a derangement of the intellectual harmony, that the greatest care should be taken during the youthful development to resort to a sound and proper exercise. The constant tendency to wild and supernatural visions, the disregard of every daily and vulgar matter of fact consideration, soaring in regions of fiction, should engage our incessant vigilance, such a state of mind, as Abercrombie justly observes, “tends in a most material manner to prevent the due exercise of those nobler powers which are directed towards the cultivation both of science and of virtue,” and Foster has thus beautifully illustrated this subject in his essays.
[Pg 132] A vibrant imagination can easily disrupt mental balance, so it's crucial to focus on healthy and constructive activities during youth. The constant urge to indulge in wild and supernatural fantasies, ignoring everyday realities, and getting lost in fiction requires our ongoing attention. As Abercrombie wisely points out, this mindset significantly hinders the proper use of our higher abilities aimed at advancing both knowledge and virtue. Foster has also elegantly explored this topic in his essays.
“The influence of this habit of dwelling on the beautiful fallacious forms of imagination, will accompany the mind into the most serious speculations or rather musings, on the real world, and what is to be done in it and expected; as the image which the eye acquires from looking at any dazzling object, still appears before it wherever it turns. The vulgar materials, that constitute the actual economy of the world, will rise up to its sight in fictitious forms, which it cannot disenchant into plain reality, nor will ever suspect to be deceptive. It cannot go about with sober, rational inspection and ascertain the nature and value of all things around it—in that paradise it walks delighted, till some imperious circumstance of real life call it thence, and gladly escapes thither again when the avocation is past. If a tenth part of the felicities that have been enjoyed, the great actions that have been performed, the beneficial institutions that have been established, and the beautiful objects that have been seen in that happy region, could have been imported into this terrestial place!—what a delightful thing the world would have been to awake each morning to see such a world once more!”
“The impact of this habit of focusing on beautifully deceptive ideas will follow the mind into serious thoughts, or rather daydreams, about the real world, what needs to be done in it, and what to expect; just like the image that the eye retains after looking at something dazzling, it continues to appear wherever the gaze lands. The ordinary elements that make up the actual economy of the world will present themselves in imaginary forms that cannot be seen through to plain reality, nor will it ever realize they are illusions. It can't approach with a sober, rational mindset to determine the true nature and value of everything around it—in that paradise, it wanders happily until some urgent real-life event calls it away, and it eagerly returns when the task is done. If just a fraction of the joys experienced, the great actions taken, the helpful institutions set up, and the beautiful sights seen in that blissful place could be brought into this earthly realm!—what a wonderful world it would be to wake up to every morning!”
Of the miseries the hypochondriacs experience the following extract of a letter to a physician will afford a specimen: “My poor body is a burning furnace, my nerves red-hot coals, my blood is boiling oil; all sleep has fled, and I am suffering martyrdom. I am in agony when I lie on my back; I cannot lie on either side; and I endure excruciating torture when I seek relief by lying on my stomach; and, to add to my misery, I can neither sit, stand, nor walk.” The fancies of hypochondriacs are frequently of the most extraordinary nature: one patient imagines that he is in such a state of obesity as to prevent his passing through the door of his chamber or his house; another impressed with the idea that he is made of glass, will not sit down for fear of cracking; a[Pg 133] third seems convinced that his head is empty; and an intelligent American, holding a high judicial seat in our West Indian colonies, could not divest himself of the occasional conviction of his being transformed into a turtle.
Of the struggles that hypochondriacs face, the following excerpt from a letter to a doctor provides an example: “My poor body feels like a burning furnace, my nerves are like red-hot coals, my blood is boiling oil; I can’t sleep at all, and I am in unbearable pain. I’m in agony when I lie on my back; I can’t lie on either side; and I suffer intense torture when I try to find relief by lying on my stomach; and, to make things worse, I can’t sit, stand, or walk.” The thoughts of hypochondriacs can often be quite bizarre: one patient believes he is so overweight that he can't fit through the door of his room or house; another is so convinced he’s made of glass that he won’t sit down for fear of breaking; a[Pg 133] third is convinced that his head is empty; and an intelligent American, who holds a prestigious judicial position in our West Indian colonies, occasionally believes he's turned into a turtle.
The most melancholy record of the miseries of hypochondriacism is to be found in the diary of Dr. Walderstein of Gottingen. He was a man much deformed in person, and his mind seemed as distorted as his body. Although of deep learning and research, and convinced of the absurdity of his impressions, yet he was unable to resist their baneful influence. “My misfortune,” says the doctor, “is, that I never exist in this world, but rather in possible combinations created by my imagination to my conscience. They occupy a large portion of my time, and my reason has not the power to banish them. My malady, in fact, is the faculty of extracting poison from every circumstance in life; so much so that I often felt the most wretched being because I had not been able to sneeze three times together. One night when I was in bed I felt a sudden fear of fire, and gradually became as much oppressed by imaginary heat as though my room were in flames. While in this situation, a fire-bell in the neighbourhood sounded, and added to my intense sufferings. I do not blush at what might be called my superstition any more than I should blush in acknowledging that my senses inform me that the earth does not move. My error forms the body of my judgment, and I thank God that he has given it a soul capable of correcting it. When I have been perfectly free from pain, as is not unfrequently the case when I am in bed, my sense of this happiness has brought tears of gratitude in my eyes. I once dreamt,” adds Walderstein, “that I was condemned to be burnt alive. I was very calm, and reasoned coolly during the execution of my sentence. ‘Now,’ I said to myself, ‘I am burning, but not yet burnt; and by-and-by I shall be reduced to a cinder.’ This was all I thought, and I did nothing but think. When, upon awaking, I reflected upon my dream, I was by no means pleased with it, for I was afraid I should become all thought and no feeling.” It is strange that this fear of thought, assuming a corporeal form in deep affliction, had occurred to our poet Rowe, when he exclaims in the Fair Penitent, “Turn not to thought my brain.” “What is very distressing,” continues the unfortunate narrator, “is, that when I am ill I can think nothing, feel nothing, without bringing it home to myself. It seems to me that the whole world is a mere machine, expressly formed to make me feel my sufferings in every possible manner.”[Pg 134] What a fearful avowal from a reflecting and intelligent man! Does it not illustrate Rousseau’s definition of reason—the knowledge of our folly.
The saddest account of the struggles of hypochondria can be found in the diary of Dr. Walderstein from Göttingen. He was very physically deformed, and his mind seemed just as twisted as his body. Despite being highly educated and aware of the absurdity of his thoughts, he couldn't escape their harmful influence. “My misfortune,” the doctor says, “is that I never truly exist in this world, but rather in possible scenarios my imagination creates for my conscience. They take up a large chunk of my time, and my reason can’t seem to get rid of them. My illness, really, is the ability to find negativity in every situation in life; so much so that I often felt like the most miserable person just because I couldn't sneeze three times in a row. One night while I was in bed, I suddenly became afraid of fire, and I felt just as overwhelmed by imaginary heat as if my room were actually on fire. At that moment, a fire alarm in the neighborhood went off, which only added to my agony. I don't feel embarrassed about what might be seen as superstition any more than I'd feel embarrassed to admit that my senses tell me the earth doesn’t move. My mistake shapes my judgment, and I’m grateful that God gave it a soul capable of correcting it. When I've been completely free from pain, which happens often when I'm in bed, the joy of that happiness brings tears of gratitude to my eyes. I once dreamt,” Walderstein adds, “that I was sentenced to be burned alive. I felt very calm and reasoned clearly during the execution of my sentence. ‘Now,’ I told myself, ‘I am burning, but not yet burnt; and eventually, I’ll be reduced to ashes.’ That was all I thought about, and I did nothing but think. When I woke up and reflected on my dream, I wasn't happy with it because I was afraid I would become all thought and no feeling.” It's odd that this fear of thought, taking a physical form through deep suffering, occurred to our poet Rowe when he exclaims in The Fair Penitent, “Turn not to thought my brain.” “What is really distressing,” the unfortunate narrator continues, “is that when I am sick, I can think nothing, feel nothing, without tying it back to myself. It feels like the whole world is just a machine made to make me aware of my suffering in every possible way.”[Pg 134] What a horrifying statement from a thoughtful and intelligent person! Doesn’t it illustrate Rousseau’s definition of reason—the knowledge of our folly?
Dr. Rush mentions a man who imagined that he had a Caffre in his stomach who had got into it at the Cape of Good Hope, and tormented him ever since. Pinel relates the case of an unfortunate man who believed that he had been guillotined, but his innocence having been made complete after his execution, his judges decided that his head should be restored to him, but the person intrusted with this operation had made a mistake, and put on a wrong head. Dr. Conolly knew a man who really believed that he had been hanged, but had been brought to life by galvanism, but he maintained that this operation had not restored the whole of his vitality.
Dr. Rush talks about a man who thought he had a Caffre inside him that got there at the Cape of Good Hope and had bothered him ever since. Pinel tells the story of a poor man who believed he had been guillotined, but since he was proven innocent after his execution, his judges decided he should get his head back. However, the person responsible for this mix-up accidentally attached the wrong head. Dr. Conolly knew a man who truly believed he had been hanged but was brought back to life by galvanism, yet he insisted that this procedure hadn't fully restored all his vitality.
Jacobi relates the case of a man confined in the lunatic asylum at Wurtzburg, in other respects rational, of quiet, discreet habits, so that he was employed in the domestic business of the house, but who laboured under the impression that there was a person concealed in his stomach, with whom he held frequent conversations. He often perceived the absurdity of this idea, and grieved in acknowledging and reflecting that he was under the influence of so groundless a persuasion, but he never could get rid of it. “It was very curious to observe,” adds our intelligent author, “how, when he had but an instant before cried what nonsense!—is it not intolerable to be thus deluded? and while the tears which accompanied these exclamations were yet in his eyes, he again began to talk, apparently with entire conviction about the person in his belly who told him that he was to marry a great princess. An attempt was made to cure him, by putting a large blister on his abdomen, and the instant that it was dressed, moving from behind him a dressed-up figure, as if just extracted from his body. The experiment so far succeeded that the patient believed in the performance, and his joy was at first boundless in the full persuasion that he was cured; but some morbid feeling about the bowels, which he had associated with the insane impression, still continuing, or being again experienced, he took up the idea that another person similar to the first was still left within him, and under that persuasion he still continues to labour.”
Jacobi shares the story of a man who was locked up in the Wurtzburg psychiatric hospital. He was otherwise rational, with calm and discreet habits, which allowed him to help with the housework. However, he believed there was someone hidden inside his stomach, with whom he frequently spoke. He often realized how ridiculous this idea was and felt upset acknowledging the influence of such a baseless belief, but he could never shake it off. “It was very interesting to see,” our insightful author adds, “how, just a moment after exclaiming what nonsense!—isn’t it unbearable to be so deceived?—and while the tears from those exclamations were still in his eyes, he started talking again, seemingly fully convinced about the person in his belly who told him he was meant to marry a great princess. They tried to treat him by placing a large blister on his abdomen, and as soon as it was dressed, a figure was moved behind him, as if it had just been taken out of his body. The experiment succeeded to the extent that the patient believed in the event, and at first, he was overwhelmingly joyful, convinced he had been cured. However, since he still had some discomfort in his stomach, which he linked to the insane notion, he began to think that another person similar to the first was still inside him, and he continues to struggle under this belief.”
A nobleman of the court of Louis XIV., fancied himself a dog, and would invariably put his head out of window to bark aloud. Don Calmet relates the case of some nuns in a convent in Germany, who imagined that they were transformed[Pg 135] into cats, and wandered about the building loudly mewing and spitting at and scratching each other.
A nobleman in the court of Louis XIV believed he was a dog and would always stick his head out the window to bark loudly. Don Calmet shares the story of some nuns in a convent in Germany who thought they had turned into cats and roamed the building, loudly meowing, hissing, and scratching each other.
One of the strangest aberrations of a disordered state of mind was exhibited by some impudent fellows who fancied themselves virtuous and modest females. Esquirol relates the case of a young man of 26 years of age, handsome and of a good figure, who had been in the habit of occasionally putting on woman’s attire to perform female parts in private theatricals, and who had actually fancied himself a woman. In his paryoxysms he would put off his male clothes, and equip himself like a nymph,—the greater part of his day was spent before his looking-glass, decorating his person and dressing his hair—he was incurable!
One of the weirdest signs of a disturbed mind was shown by some bold individuals who believed they were virtuous and modest women. Esquirol describes the case of a 26-year-old man, attractive and well-built, who occasionally wore women's clothes to play female roles in private shows and actually thought of himself as a woman. During his episodes, he would remove his male clothing and dress up like a nymph—most of his day was spent in front of the mirror, styling his hair and decorating himself—he was incurable!
ANCIENT IDEAS OF PHRENOLOGY.
Although Gall and Spurzheim may fairly claim the merit of having developed in this science the particular parts of the brain that are the seat of different faculties, yet we find in various ancient writers similar notions. Burton, in his Anatomy of Melancholy, thus expresses himself on this subject: “Inner senses are three in number, so called because they are in the brain-pan; as common sense, phantasie, memory. This common sense is the judge or moderator of the rest, by whom we discern all differences of objects; the fore part of the brain is his organ or seat. Phantasie, or imagination, which some call æstimative, or cogitative, (confirmed saith, Fernelius, by frequent meditation,) is an inner sense, which doth more fully examine the species perceived by common sense, of things present or absent, and keeps them longer, recalling them to mind again, or making new of his own: his organ is the middle cell of the brain. Memory layes up all the species which the senses have brought in, and records them as a good register, that they may be forthcoming when they are called for by phantasie and reason; his organ is the back part of the brain.” This corresponds with the account of the faculties given by Aristotle, and repeated by the writers of the middle ages. Albertus Magnus, Bishop of Ratisbon, designed a head divided into regions according to these opinions in the thirteenth century; and a similar plan was published by Petrus Montaguana in 1491. Ludovico[Pg 136] Dolce published another engraving on the subject at Venice in 1562. In the British Museum is a chart of the universe and the elements of all sciences, and in which a large head of this description is delineated. It was published at Rome in 1632. In the Tesoretto of Brunetto Latini, the preceptor of Dante, we find this doctrine taught in the following lines:
Although Gall and Spurzheim can rightly take credit for identifying specific parts of the brain associated with different faculties in this science, we can see similar ideas expressed by various ancient writers. Burton, in his Anatomy of Melancholy, states: “Inner senses are three in number, named so because they are located in the brain; these are common sense, phantasie, and memory. This common sense serves as the judge or moderator of the others, helping us recognize all the differences among objects; the fore part of the brain is its organ or seat. Phantasie, or imagination, which some refer to as æstimative or cogitative (as Fernelius confirms through frequent meditation), is an inner sense that examines the types of things perceived by common sense, whether present or absent, and retains them longer, recalling them to mind or creating new ones of its own: its organ is the middle cell of the brain. Memory stores all the types that the senses have collected and records them like a good register, so they can be retrieved when requested by phantasie and reason; its organ is the back part of the brain.” This aligns with the description of faculties provided by Aristotle, which was reiterated by medieval writers. Albertus Magnus, Bishop of Ratisbon, designed a head divided into regions based on these ideas in the thirteenth century; a similar plan was published by Petrus Montaguana in 1491. Ludovico[Pg 136] Dolce created another engraving on the topic in Venice in 1562. In the British Museum, there is a chart of the universe and the elements of all sciences, which includes a large head depicted according to this description, published in Rome in 1632. In the Tesoretto of Brunetto Latini, Dante's teacher, this doctrine is taught in the following lines:
Nel capo son tre celle,
Ed io dirò di quelle,
Davanti è lo intelletto
E la forza d’apprendere
Quello que puote intendere;
In mezzo è la ragione
E la discrezione,
Che scherne buono e male;
E lo terno e l’iguale
Dirietro sta con gloria
La valente memoria,
Che ricorda e retiene
Quello ch’in essa viene.
Nel capo ci sono tre celle,
E io parlerò di quelle,
Davanti c'è l'intelletto
E la capacità di apprendere
Ciò che puoi capire;
In mezzo c'è la ragione
E la discrezione,
Che distingue il bene dal male;
E il terno e l'uguale
Dietro sta con gloria
La potente memoria,
Che ricorda e trattiene
Ciò che in essa entra.
PERFUMES.
At all periods perfumes seem to have been more or less adopted as a luxury among the wealthy and fashionable. Tradition states that they were frequently rendered instrumental to sinister purposes, as the vehicle of poisonous substances. Historians relate that the Emperor Henri VI. and a prince of Savoy, were destroyed with perfumed gloves. Jeanne d’Albret, Queen of Navarre, and mother of Henri IV., died from the poisonous effect of gloves purchased from the noted René, perfumer and confidential agent of Catherine de Medicis. Lancelot, King of Naples, was destroyed by a scented handkerchief prepared by a Florentine lady. Pope Clement VII. sunk under the baneful effluvia of a torch that was carried before him; and Mathioli relates, that nosegays thus impregnated have been frequently known to prove fatal. It is certain that, without the aid of venenous substances, various flowers have caused serious accidents. Barton tells us that the magnolia glauca occasioned a paroxysm of fever, and increased the severity of an attack of gout. Jacquin had seen the lobelia longiflora producing a sense of suffocation; and the nerium oleander in a close chamber, has caused death. The injurious effects of bulbous flowers in giving rise[Pg 137] to violent headachs, giddiness, and even fainting, are generally known. The horror roses inspire to the Roman ladies is scarcely credible; and Cromer affirms that it was to the odour of that ornament of our gardens that the death of one of the daughters of Nicolas I., Count of Salm, and of a Polish bishop, was attributed. The sympathetic effect that this flower can create is illustrated by Capellini, who saw a lady fall into a syncope on perceiving a rose in a girl’s bosom, although it turned out to be an artificial one. The partiality or antipathy to certain odours is equally unaccountable, for the Italian ladies, who dread the rose, delight in the disgusting aroma of rue, which they carry about as a salubrious plant, that, according to their notions, dispels the cattiva aria, although it is not impossible that they might fancy it possessed of those salutary qualities to which Ovid had alluded:
At all times, perfumes have been seen as a luxury for the wealthy and fashionable. It's said that they were often used for sinister purposes, as a means to deliver poison. Historians recount that Emperor Henry VI and a prince of Savoy were killed with perfumed gloves. Jeanne d’Albret, Queen of Navarre and mother of Henry IV, died from the toxic effects of gloves bought from the famous René, who was a perfumer and a secret agent for Catherine de Medicis. Lancelot, King of Naples, was killed by a scented handkerchief prepared by a Florentine woman. Pope Clement VII succumbed to the harmful fumes from a torch carried before him; and Mathioli notes that nosegays infused with poison have often been known to be deadly. It is clear that, even without toxic substances, certain flowers can cause serious issues. Barton tells us that the magnolia glauca triggered severe fever and worsened a gout attack. Jacquin observed that the lobelia longiflora caused feelings of suffocation, and the nerium oleander in a closed room has been fatal. The harmful effects of bulbous flowers leading to intense headaches, dizziness, and even fainting are generally acknowledged. The fear that roses evoke in Roman women is almost unbelievable; Cromer claims that the scent of this garden flower was blamed for the deaths of one of Nicolas I.'s daughters, Count of Salm, and a Polish bishop. The sympathetic effect of this flower is illustrated by Capellini, who witnessed a woman faint upon seeing a rose in a girl's bosom, which turned out to be fake. The attraction or aversion to certain scents is equally inexplicable, as Italian women who fear roses delight in the unpleasant smell of rue, which they carry as a healing herb that, in their opinion, wards off the cattiva aria, even though it's possible they believe it has those beneficial properties Ovid mentioned:
Utilius summas acuentes lumina rutas,
Et quidquid veneri corpora nostra negat.
Utilius sharpening the highest lights,
And whatever our bodies deny to desire.
Rue, according to Serenus Samonicus, was one of the ingredients of the fabled antidote of Mithridates, which he thus describes:
Rue, as noted by Serenus Samonicus, was one of the components of the legendary antidote of Mithridates, which he describes like this:
Antidotus verò multis Mithridatica fertur
Consociata modis, sed magnus Scrinia regis
Cùm raperit victor, vilem deprendit in illis
Synthesim, et vulgata satis medicamina risit.
Bis denum Rutæ folium, salis et breve granum,
Juglandesque duas, totidem cum corpore ficus;
Hæc oriente die, parco conspersa Lycæo,
Sumebat, metuens dederat quæ pocula mater.
Antidotus is said to hold many Mithridatic remedies, Combined in various ways, but when the great king's Scroll was seized by the victor, he found a worthless Mix and laughed at the well-known medicines. Twice ten leaves of rue, a grain of salt, Two walnuts, and the same number of figs with their flesh; These, at the break of day, sprinkled lightly with Lycaean, He would take, fearing what cups his mother had given him.
The ancients were so fond of perfumes, that they scented their persons and garments, their vases, their domestic vessels, and their military insignia. They not only considered aromatic emanations as acceptable to the gods, and therefore used them in their temples, as they are at present by the Roman Catholics, but as announcing the presence of their divinities; and Virgil thus speaks of Venus:
The ancients loved perfumes so much that they scented their bodies and clothes, their vases, their household items, and their military insignia. They didn’t just see aromatic scents as pleasing to the gods—similar to how Roman Catholics use them in their temples today—but also believed these fragrances signaled the presence of their deities; and Virgil refers to Venus this way:
————Avertens roseâ cervice refulsit,
Ambrosiæque comæ divinum vertice odorem
Spiravêre.
————Avertens rose with a shining neck,
And the divine scent of Ambrosia's hair
Breathed from the top.
Chaplets of roses were invariably worn in festivals and ceremonies; and wines were also aromatised with various odoriferous substances. The Franks and the Gauls continued the same custom; and Gregory of Tours called these artificial-flavoured liquors, Vina odoramentis immixta. To this[Pg 138] day, the manipulation of French wines gives them a fictitious bouquet, with raspberries, orris-root, and divers drugs to suit the British market.
Chaplets of roses were always worn during festivals and ceremonies, and wines were also flavored with various fragrant substances. The Franks and the Gauls kept up this tradition, and Gregory of Tours referred to these artificially flavored drinks as Vina odoramentis immixta. To this[Pg 138] day, the way French wines are crafted gives them a fake bouquet, using raspberries, orris root, and various additives to cater to the British market.
No external sense is so intimately connected with the internal senses as that of smell; none so powerful in exciting and removing syncope, or more capable of receiving delicate and delicious impressions: hence Rousseau has denominated this faculty “the sense of imagination.” No sensations can be remembered in so lively a manner as those which are recalled by peculiar odours, which are frequently known to act in a most energetic measure upon our physical and moral propensities. How many perfumes excite a lively feeling of fond regret when reminding us of the beloved one who was wont to select them, and whom we long to meet again! It is not improbable that our partiality to the hair of those who are dear to us, arises from this circumstance. Every individual emits a peculiar odour; and, according to Plutarch, Alexander was distinguished by the sweet aroma that he shed. Perhaps the expression, so frequently found in the lives of the saints, “who die in odour of sanctity,” may be referred to a belief that this peculiar gift was granted to beatitude.
No external sense is as closely linked to our internal senses as smell; none is as strong in triggering and alleviating faintness or better at picking up subtle and delightful impressions. That's why Rousseau called this ability “the sense of imagination.” No sensations are remembered as vividly as those evoked by specific smells, which are often known to deeply influence our physical and emotional inclinations. How many fragrances stir a strong feeling of bittersweet nostalgia when they remind us of a loved one who used to wear them, and whom we yearn to see again! It’s not unlikely that our fondness for the smell of our loved ones comes from this connection. Every person has a unique scent; according to Plutarch, Alexander was recognized by his sweet fragrance. Perhaps the phrase, commonly found in the lives of saints, “who die in odour of sanctity,” refers to a belief that this special gift was bestowed upon those who attain bliss.
It has been observed, that animals who possess the most acute smell, have the nasal organs the most extensively developed. The Ethiopians and the American Indians are remarkable for the acuteness of this sense, accounting for the wonderful power of tracking their enemies. But although we may take the peculiar organization of their olfactory organs as being partly the cause of this keen perceptibility, we must in a great measure attribute this perfection to their mode of living. Hunting and war are their chief pursuits, to which they are trained from their earliest infancy: therefore this perfection may, to a certain extent, be the result of habit; and the sight and hearing of these wanderers are as singularly perfect as their smelling. Mr. Savage relates, that a New Zealander heard the report of a distant gun at sea, or perceived a strange sail, when no other man on board could discern it. Pallas, in speaking of the Calmucks, says that many of them can distinguish by smelling at the hole of a fox whether the animal be there or not; and on their journeys and military expeditions they often smell out a fire or a camp, and thus seek quarters for the night or booty. Olaüs Borrich informs us, that the guides between Smyrna, Aleppo, and Babylon, when traversing the desert, ascertain distances by the smell of the sand. That odours float in the atmospheric air is[Pg 139] obvious; the distance at which they are perceived is incredible. The spicy breezes of Ceylon are distinguished long before the island is seen; and it is a well-known fact that vessels have been saved by the olfactory acuteness of dogs, who, to use the common expression, were observed to “sniff” the land that had not been descried. As a proof of the intimate connexion between smell and respiration, when the breath is held odorous substances are not perceived, and it is only after expiration that they are again recognised. A proof of this may be easily obtained by placing the open neck of a small phial containing an essential oil in the mouth during the acts of inspiration and subsequent expiration. Willis was the first who observed that, on placing a sapid substance in the mouth, and at the same time closing the nostrils, the sensation of taste is suspended; and this observation has given rise to the prevailing opinion that smelling and tasting are intimately related. Odour which thus accompanies taste is termed flavour; and the ingenious Dr. Prout has admirably defined the distinction between taste and flavour, and he considers the latter an intermediate sensation between taste and smell.
It's been noticed that animals with the best sense of smell have the most developed nasal structures. The Ethiopians and American Indians are notable for their sharp sense of smell, which helps them track their enemies. While we can attribute some of this heightened perception to the unique structure of their olfactory organs, much of it can be linked to their lifestyle. Hunting and warfare are their main activities, and they are trained in these skills from a very young age; thus, this ability may partly result from habit. Their sight and hearing are also remarkably acute, similar to their sense of smell. Mr. Savage recounts that a New Zealander heard the distant sound of a gun at sea or spotted a strange ship when no one else on board could see it. Pallas mentions that many Calmucks can tell if a fox is present simply by smelling at its den, and while traveling or on military missions, they often detect a fire or camp by smell, helping them find places to rest for the night or locate a target. Olaüs Borrich tells us that guides traveling between Smyrna, Aleppo, and Babylon can gauge distances by the smell of the sand in the desert. That scents travel through the air is evident; the distances at which they can be detected are astounding. The fragrant breezes of Ceylon can be sensed long before the island is visible, and it’s well-documented that ships have been saved due to dogs using their keen sense of smell to detect land that hadn't been seen yet. To illustrate the strong connection between smell and breathing, when you hold your breath, you can’t smell scents, and you only recognize them again after you exhale. This can be easily demonstrated by holding the open neck of a small bottle containing essential oil in your mouth while inhaling and then exhaling. Willis was the first to note that if you put something tasty in your mouth while blocking your nostrils, you lose the sense of taste, leading to the common belief that smell and taste are closely connected. The scent that accompanies taste is referred to as flavor; the clever Dr. Prout has well-defined the difference between taste and flavor, considering flavor to be an intermediate sensation between the two.
The acuteness of the sensation of smelling in animals is such, that in many instances our observations have been deemed fabulous. The distance at which a dog tracks his master is scarcely credible; and it is strange that the ancients attributed a similar perfection to the goose. Ælian affirms that the philosopher Lycadeus had one of these birds that found him out like a dog:
The sharpness of smell in animals is so impressive that our observations often seem unbelievable. The distance from which a dog can track its owner is hard to believe; it's also strange that ancient people credited similar abilities to geese. Ælian claims that the philosopher Lycadeus had one of these birds that could find him just like a dog:
Humanum longè præsentit odorem
Romulidarum acris servator, candidus anser.
Humanity notices from afar the smell
Of the fierce protector of Romulus, the white goose.
Birds of prey will scent the battle-field at prodigious distances, and they are often seen hovering instinctively over the ground where the conflict is to supply their festival. Humboldt relates, that in Peru, at Quito, and in the province of Popayan, when sportsmen wish to obtain that species of vulture called vultur gryphus, they kill a cow or a horse, and in a short time these sagacious birds crowd to glut their ravenous appetites. Ancient historians assert that vultures have cleft the air one hundred and sixty-six leagues to arrive in time to feast upon a battle; and Pliny boldly affirms that even crows have so acute a sense of approaching corruption, that they can scent death three days before dissolution, and generally pay the moribond a visit a day before[Pg 140] his time, not to be disappointed. This notion has become a vulgar prejudice, as much so, indeed, as the howling of a dog, which is considered in most countries as foreboding death. In various animals an offensive odour is a protective gift. The staphylinus olens, for instance, sheds an effluvium which effectually keeps away the birds who would otherwise pounce upon him. But of all singular perfections in the sense of smelling that were ever recorded, may be cited the monk of Prague and the blind man in the Quinze-vingt Hospital of Paris, who possessed the faculty of ascertaining the presence of virginity whenever a female had the luck of being introduced to them.
Birds of prey can detect the scent of a battlefield from incredible distances and are often seen hovering instinctively over the area where the fight is taking place, ready for their feast. Humboldt mentions that in Peru, particularly in Quito and the province of Popayan, when hunters want to catch a type of vulture known as vultur gryphus, they kill a cow or a horse, and soon enough, these clever birds gather to satisfy their hunger. Ancient historians claim that vultures have flown as far as one hundred and sixty-six leagues to arrive just in time to feast on a battle. Pliny confidently states that even crows have such a keen sense of impending decay that they can smell death three days before it happens, often visiting the moribond a day in advance to avoid missing out. This idea has turned into a common belief, similar to the notion that a dog's howling indicates impending death, which is widely accepted in many cultures. In various animals, a foul odor serves as a protective advantage. The staphylinus olens, for example, emits a scent that effectively deters birds that might otherwise prey on it. But among all the remarkable abilities related to the sense of smell ever recorded, the monk of Prague and the blind man at the Quinze-vingt Hospital in Paris are notable for being able to detect the presence of virginity whenever a woman had the chance to be introduced to them.
Many curious instances are recorded, where the loss of one sense has added to the acuteness of others. Dr. Moyse the well-known blind philosopher, could distinguish a black dress on his friends by the smell. Professor Upham of the United States, mentions a blind girl who could select her own articles out of a basket of linen brought in by the laundress.
Many interesting examples have been noted where losing one sense has heightened the others. Dr. Moyse, the famous blind philosopher, could identify a black dress on his friends by smell. Professor Upham from the United States mentions a blind girl who could pick out her own items from a basket of laundry brought in by the laundress.
These anomalous senses, for such they may be called, are as wonderful as they are inexplicable, and appear to arise from a peculiar sensibility of the organs of smell, which renders them capable of being stimulated in a peculiar manner, that no language can express or define. It is scent, no doubt, that gives the migratory power to various animals; “which enables them,” to use the words of Dr. Mason Good, “to steer from climate to climate, and from coast to coast; and which, if possessed by man, might perhaps render superfluous the use of the magnet, and considerably infringe upon the science of logarithms? Whence comes it that the fieldfare and red-wing, that pass the summer in Norway, or the wild-duck and merganser, that in like manner summer in the woods and lakes of Lapland, are able to track the pathless void of the atmosphere with the utmost nicety, and arrive on our own coasts uniformly in the beginning of October.”[11]
These unusual senses, as they might be called, are as amazing as they are hard to explain, and seem to come from a special sensitivity of the smell organs, which allows them to be stimulated in a unique way that no words can describe. It is scent, without a doubt, that gives various animals their migratory ability; “which enables them,” to quote Dr. Mason Good, “to navigate from climate to climate, and from coast to coast; and which, if humans had it, might make the use of the compass unnecessary, and could significantly affect the field of logarithms.” How is it that the fieldfare and red-wing, which spend the summer in Norway, or the wild duck and merganser, which similarly summer in the woods and lakes of Lapland, are able to trace the unmarked expanse of the atmosphere with such precision, and consistently arrive on our shores right at the beginning of October?”[11]
This sense is not limited to migratory animals, as [Pg 141]instanced by carrier-pigeons, who have been known not only to carry bags in a straight line from city to city, but traverse the city with an undeviating flight. Surely this faculty must be attributed to the sense of smell; it can scarcely be referred to sight or hearing; although the wonders of the creation are such, that we can no more account for these peculiar attributes refused to the lords of the creation, than for the power of the lobster, who not only can reproduce his claws when deprived of them by accident, but cast them off to extricate himself, from the captor’s grasp. The Tipula pectiniformis, or the daddy long-legs of our infant amusement and amazement, possesses the same renovating faculties. The gluttonous gad-fly may be cut to pieces without any apparent interruption in his meal, when fastened to one’s hand: the polype does not seem to be at all discomposed when we turn him inside out; and, when divided into various sections, each portion is endowed with an instinctive and reformative power of multiplying his species in countless numbers! The diversity of our olfactory fancies is unaccountable and only illustrates the words of Petronius,
This sense isn’t just found in migratory animals, as shown by carrier pigeons, which can fly in a straight line from city to city and navigate through urban areas without straying off course. This ability must be attributed to their sense of smell; it hardly relates to sight or hearing. The wonders of creation are such that we can’t fully understand these unique traits that are absent in us, just like the lobster, which not only regenerates its claws after losing them but can even shed them to escape from a captor’s hold. The *Tipula pectiniformis*, or daddy long-legs, that we find so fascinating, has similar regenerative abilities. The insatiable gad-fly can be sliced into pieces without stopping its meal while attached to someone’s hand; the polyp seems completely unfazed when turned inside out; and when cut into sections, each piece has an instinctive and regenerative ability to reproduce itself in vast numbers! The variety of our sense of smell is puzzling and only highlights the words of Petronius,
Non omnibus unum est quod placet; hic spinas, colligit ille rosas.
Non omnes gostam a mesma coisa; alguns colecionam espinhos, enquanto outros colhem rosas.
LOVE PHILTERS AND POTIONS.
It will scarcely be credited, but to this very day the superstitious belief in the power that certain medicinal substances possess of causing a sympathetic fondness, still obtains, even amongst classes of the community whose education one would imagine ought to have rendered such an absurdity revolting. In Italy, Spain, and Portugal, the influence of love powders and aphrodisiac drugs is universally confided in.
It’s hard to believe, but even today, the superstitious belief in the ability of certain medicines to create a sentimental attraction still exists, even among groups of people whose education one would think would make such a notion seem ridiculous. In Italy, Spain, and Portugal, the effectiveness of love powders and aphrodisiac drugs is widely trusted.
The ancients thought that there existed, not only various charms to kindle amorous feelings, but also to check all fond desires. The latter influence they considered as malefices, vulgarly called in more modern times, “point tying.” Plato, in his Republic, warns husbands to be on their guard lest their domestic peace might be disturbed by these diabolical practices. Lovers, separated from each other’s embrace by[Pg 142] these nefarious enchantments, were said to be tied down. Thus Virgil,
The ancients believed that there were not only various charms to spark romantic feelings but also methods to suppress all deep desires. They viewed the latter as malefices, commonly known today as “point tying.” Plato, in his Republic, cautions husbands to be vigilant so that their home life isn’t disrupted by these wicked practices. Lovers kept apart from each other’s embrace by[Pg 142] these evil enchantments were said to be tied down. Thus Virgil,
Dic, Veneris vincula necto:
Terna tibi hæc primum triplici diversa colore
Licia circumdo.
I bind the chains of Venus:
I first surround you with three different colored
Ribbons.
No power could release one from these bonds:
No power could free anyone from these ties:
Quis neget et magicas nervos torpere per artes?
Quis nega que as artes mágicas fazem os nervos adormecer?
By the laws of the twelve tables such enchantments were punished with death; and Numantina, wife of Plautius Sylvanus, was accused,
By the laws of the twelve tables, such enchantments were punished with death, and Numantina, wife of Plautius Sylvanus, was accused,
Injecisse carminibus et veneficiis vecordiam marito.
Injured by spells and sorcery, the husband was left feeling bewildered.
When Faustina, the gay bride of Marc Antonius was rapturously enamoured with an histrionic favourite, she was only cured of her folly by a potion in which some of the comedian’s blood had been introduced. Petrarch relates of Charlemagne, that this monarch was so fondly attached to a fair lady, that after her death he carried about her embalmed body in a superb coffin, until a venerable and learned bishop, who very wisely thought that a living beauty was preferable to the remains of a departed one, rebuked his sovereign for his irreligious and unnatural propensities, and revealed to him the important secret of his love arising from a charm that lay under the dead woman’s tongue. Whereupon the bishop went to the corpse, and drew from it a ring, which the emperor had scarcely looked upon when he abhorred the former object of his attachment, and felt such an extraordinary fancy for the bishop that he could not dispense with his presence for a single moment, until the good prelate was so obseded with royal favour that he cast the ring into a lake. From that moment Charlemagne (his historian continues) “neglected all public business, and went to live in the middle of a fen in the vicinity of Aix, where he built a temple, near which he was finally buried.”
When Faustina, the wayward bride of Marc Antonius, was passionately infatuated with a dramatic favorite, she was only freed from her foolishness by a potion that included some of the actor's blood. Petrarch tells us about Charlemagne, who was so deeply in love with a beautiful woman that after her death, he carried her embalmed body in a lavish coffin until a wise and aged bishop, who wisely believed that a living beauty was better than the remains of someone who had passed, scolded the king for his irreverent and unnatural feelings. The bishop revealed to him the crucial secret that his love was due to a charm hidden beneath the dead woman's tongue. The bishop then approached the corpse, retrieved a ring, and as soon as the emperor saw it, he detested his former love and developed a strong affection for the bishop, feeling he couldn't be without him for even a moment. Eventually, the good bishop became so favored by the king that he threw the ring into a lake. From that moment, Charlemagne (as his historian recounts) “ignored all public affairs and went to live in the middle of a marsh near Aix, where he built a temple, and nearby, he was eventually buried.”
St. Jerome, in the Life of Hilarius, mentions a young man who so bephiltered a maiden that she fell desperately in love with him; and Sigismundus Schereczius, in his chapter De Hirco Nocturno, affirms that “unchaste women, by the help of these witches, the devil’s kitchen-maids, have their lovers brought to them during the night, and carried back again, by a phantom flying in the air in the likeness of a goat.” “I have heard,” he adds, “divers confess that they have been so carried on a goat’s back to their sweethearts many miles in a night.” These wonderful potions were made of strange[Pg 143] ingredients, for amongst them we find a man’s blood chemically prepared, mandrake roots, dead men’s clothes, candles, a certain hair in a wolf’s tail, a swallow’s heart, dust of a dove’s heart, tongues of vipers, brains of a jackass, pebbles found in an eagle’s nest, together with “palliola quibus infantes obvoluti nascuntur, funis strangulati hominis,” &c. &c. &c. Cleghorn, in his History of Minorca, tells us that water in which a hedgehog has been allowed to run into corruption, was supposed to be possessed of similar exciting powers; and a pulverized bit of a caul, scrapings of nails, and chopped hair, are to this hour deemed equally effectual to obtain these desirable ends.
St. Jerome, in the Life of Hilarius, talks about a young man who enchanted a maiden to the point that she fell deeply in love with him. Sigismundus Schereczius, in his chapter De Hirco Nocturno, claims that “unchaste women, with the help of these witches, the devil’s kitchen-maids, have their lovers brought to them during the night and taken back again by a phantom flying in the air in the shape of a goat.” “I have heard,” he adds, “various confess that they have been carried on a goat’s back to their lovers many miles in a night.” These incredible potions were made from strange[Pg 143] ingredients, which included a man’s blood treated through chemistry, mandrake roots, clothing of the dead, candles, a certain hair from a wolf's tail, a swallow’s heart, dust from a dove’s heart, viper tongues, brains of a jackass, pebbles found in an eagle’s nest, along with “palliola quibus infantes obvoluti nascentur, funis strangulati hominis,” & & & Cleghorn, in his History of Minorca, tells us that water tainted by a hedgehog was thought to have similar exciting powers; and a ground piece of a caul, nail scrapings, and chopped hair are still considered equally effective for achieving these desired results.
Notwithstanding all these absurdities, it is undoubtedly true that certain articles of food have been considered as endowed with aphrodisiac properties; fish of various kinds, the mollusca and testaceous animals more especially. Juvenal attributes this quality to oysters, which, in this respect, with cockles and muscles have become vulgarly proverbial:
Notwithstanding all these absurdities, it is undoubtedly true that certain types of food have been seen as having aphrodisiac qualities; various kinds of fish, especially mollusks and shellfish. Juvenal attributes this quality to oysters, which, in this regard, along with cockles and mussels, have become commonly known.
Grandia quæ mediis jam noctibus ostrea mordet.
Grandia, who is already biting the oysters in the middle of the night.
Wallich informs us that the ladies of his time had recourse on such occasions to the brains of the mustela piscis. The sepia octopus was also in great repute; and Plautus, in his Casina, brings on an old man who had just been purchasing some in the market. There is reason to believe that these ideas were not altogether as absurd as they may appear. Fourcroy and Vauquelin have attributed this influence to the presence of phosphorus, which is well known to be highly exciting. In the East, various vegetable productions are considered in the same light. Their hakims have numerous receipts for the purpose; amongst which we find several electuaries,—such as the diacyminum, the diaxylaloes, the confections of Luffa Abunafa, and the chaschab abusidan of the Arabians, of which wonderful effects are related.
Wallich tells us that the women of his time turned to the brains of the mustela piscis for help in such situations. The sepia octopus was also very popular; Plautus, in his Casina, introduces an old man who has just bought some at the market. There’s reason to think that these beliefs weren't totally as crazy as they might seem. Fourcroy and Vauquelin have connected this effect to the presence of phosphorus, which is known to be very stimulating. In the East, different plant products are seen in the same way. Their hakims have many recipes for this purpose, including several mixtures—such as diacyminum, diaxylaloes, the confections of Luffa Abunafa, and the chaschab abusidan from Arabia, about which amazing results are reported.
The laws of every country have provided against the offence of witchcraft, sorcery, conjuration, and enchantment. We find a statute of our first James, making it “felony, without benefit of the clergy, under the penalty of death, the act of all persons invoking any evil spirit, or consulting, covenanting with, entertaining, employing, feeding, or rewarding any evil spirits; or taking up dead bodies from their graves, to be used in any witchcraft, sorcery, charm, or enchantment; or killing or otherwise hurting, any person by such infernal arts. And if any person should attempt by sorcery to discover hidden treasures, or to restore stolen goods, or to provoke unlawful[Pg 144] love, (lawful love did not come within these salutary provisions,) he or she should suffer imprisonment and pillory for the first offence, and death for the second.” Strange to say, that act continued in force till very lately; and Blackstone observes, “that many poor wretches were sacrificed thereby to the prejudice of their neighbours, and their own illusions; not a few having, by some means or other, confessed the fact at the gallows.”
The laws of every country have prohibited the crimes of witchcraft, sorcery, conjuration, and enchantment. We see a statute from our first James that makes it a felony, with no chance of clerical benefit, punishable by death, for anyone to invoke any evil spirit, or consult, make agreements with, entertain, employ, feed, or reward any evil spirits; or to dig up dead bodies from their graves for use in witchcraft, sorcery, charms, or enchantments; or to kill or harm anyone using such dark arts. Additionally, if anyone tries to use sorcery to discover hidden treasures, return stolen goods, or provoke unlawful[Pg 144] love (lawful love was not included in these protective measures), they would face imprisonment and the pillory for the first offense, and death for the second. Strangely enough, that law remained in effect until recently; and Blackstone notes, “that many unfortunate individuals were victims of this law due to misunderstandings with their neighbors and their own delusions; with many having, in one way or another, confessed to the crime at the gallows.”
Nothing could be more absurd, nay atrocious, than the means judicially resorted to at that period to detect witchcraft. Sir Robert Filmer mentions two tests by fire: the first by burning the house of the pretended witch: the other, by burning any animal supposed to have been bewitched by her. In both these cases the witch would confess her malefices!
Nothing was more ridiculous, or even outrageous, than the methods used at that time to uncover witchcraft. Sir Robert Filmer describes two fire tests: the first involved burning down the house of the accused witch; the second involved setting fire to any animal believed to have been cursed by her. In both cases, the witch would confess to her malefices!
Moreover, it was asserted that a witch, even while enduring the pangs of torture, could only shed three tears, and those from the left eye; this was considered a sufficient proof of guilt by the judges of the day! Swimming a witch was another expedient; in this ordeal the hag was stripped naked, and cross-bound, the right thumb to the left toe, and vice versâ. Thus prepared, she was thrown into a pond or a river; in which, if guilty, she could not sink, for having by her compact with the Devil renounced the waters of baptism, the waters in return refused to receive her in their bosom.
Moreover, it was claimed that a witch, even while going through the agony of torture, could only shed three tears, and those from the left eye; this was considered enough evidence of guilt by the judges of that time! Another method was the swimming test for witches; in this ordeal, the accused was stripped naked and bound, with her right thumb tied to her left toe, and vice versa. Once ready, she was tossed into a pond or a river; if she was guilty, she wouldn’t sink, because by her pact with the Devil, she had rejected the waters of baptism, and in return, the waters refused to accept her.
Our wise legislators maintained that old women were generally selected by the evil ones for their malicious purposes, and they usually appeared to them in the form of a man wearing a black coat or gown; and sometimes, especially in the north, with a bluish band and turned-up linen cuffs: hard bargains were sometimes driven between the parties for the value of the harridan’s soul. This was also the case according to Echard, in the negotiation between Oliver Cromwell and the Devil before the battle of Worcester. There were black, white, and gray witches: some of them fond of junketing and merry-making, and often would Satan play on a pipe or a cittern to make them dance; and not unfrequently would he become enamoured with their withered charms, when toads and horrible serpents were the hated progeny of this unhallowed union. Sinclair tells us, in his “Invisible World,” of one Mr. Barton, who was burnt with his wife for witchcraft, and who confessed, before he was tied to the stake, that he had intrigued with the Devil in the shape of a comely lady, who had given him 15l. for his trouble. His wife confessed at the same time, that the Devil in the shape of a[Pg 145] poodle dog used to dance before her, playing upon the pipes with a candle under his tail. The Devil, particularly in Scotland would ever and anon get up into a pulpit, and preach a sermon in a voice “hough and gustie.”
Our wise lawmakers believed that old women were often chosen by evil forces for their wicked intentions, and they usually showed up to them in the form of a man wearing a black coat or gown. Sometimes, especially in the north, he would appear with a blue band and turned-up linen cuffs. The parties would often negotiate hard over the worth of the old woman's soul. According to Echard, this was similar to the dealings between Oliver Cromwell and the Devil before the battle of Worcester. There were black, white, and gray witches: some enjoyed feasting and celebrations, and frequently Satan would play a pipe or a cittern to make them dance; he would also sometimes become infatuated with their aged beauty, which resulted in toads and terrible serpents being the despised offspring of this unholy union. Sinclair mentions in his "Invisible World" a Mr. Barton, who was burned alongside his wife for witchcraft and confessed before being tied to the stake that he had been involved with the Devil, who took the form of an attractive lady, and who had given him 15l. for his trouble. His wife confessed at the same time that the Devil appeared to her as a[Pg 145] poodle dog, dancing while playing the pipes with a candle positioned under his tail. The Devil, especially in Scotland, would often ascend to a pulpit and deliver a sermon in a voice that was “hough and gustie.”
Burton gives us some curious traditions of these devilish amours, and quotes Philostratus’s account of one Menippus Lycius, a young man twenty-five years of age, who going between Cenchreas and Corinth, met a phantom in the shape of a fair gentlewoman, which, taking him by the hand, carried him to her house in the suburbs of Corinth; and told him she was a Phœnician by birth, and, if he would tarry with her he should hear her sing and play, and drink such wine as never was drunk, and no man should molest him, but she, being fair and lovely, would live and die with him. The young man tarried with her awhile to his great content, and at last married her; to whose wedding, amongst other guests, came Apollonius; who by some probable conjecture, found her out to be a serpent—a lamia. When she saw herself discovered, she wept, and desired Apollonius to be silent; but he would not be moved, and thereupon she, plate, house, and all that was in it vanished in an instant.
Burton shares some strange traditions about these devilish romances and cites Philostratus’s story of a young man named Menippus Lycius, who was twenty-five years old. While traveling between Cenchreas and Corinth, he encountered a ghost in the form of a beautiful woman. She took his hand and led him to her home in the outskirts of Corinth, claiming to be Phoenician by birth. She told him that if he stayed with her, he could listen to her sing and play, enjoy wine like no other, and no one would bother him; she, being lovely, would live and die with him. The young man stayed with her for a while, which made him very happy, and eventually married her. Among the other guests at their wedding was Apollonius, who, through some clues, discovered that she was actually a serpent—a lamia. When she realized she had been found out, she cried and asked Apollonius to keep quiet, but he wouldn’t be swayed. As a result, she, along with her possessions, vanished in an instant.
Florigerus also mentions the case of a young gentleman of Rome, “who on his wedding day went out walking with his bride and some friends after dinner; and towards the evening went to a tennis-court, and while he played he took off his ring, and placed it upon the finger of a brass Venus statua. The game finished, he went to fetch his ring; but Venus had bent her finger upon it, and he could not get it off. Whereupon, loth to make his companions tarry, he there left it, intending to fetch it the next day, went thence to supper, and so to bed; but in the night Venus had slipped between him and his wife, and thus troubled him for several successive nights. Not knowing how to help himself, he made his moan to one Palumbus, a learned magician; who gave him a letter, and bade him at such a time of the night, in such a cross way, where old Saturn would pass by with his associates, to deliver to him the script: the young man, of a bold spirit, accordingly did it; and when the old fiend had read it, he called Venus to him, who was riding before him, and commanded her to deliver the ring, which forthwith she did.”
Florigerus also talks about a young man from Rome, “who, on his wedding day, went out for a walk with his bride and some friends after dinner; and in the evening, they went to a tennis court. While he was playing, he took off his ring and placed it on the finger of a brass Venus statue. After the game, he went to get his ring back, but Venus had bent her finger around it, and he couldn't remove it. Not wanting to keep his friends waiting, he decided to leave it there, planning to retrieve it the next day. Then he went to supper and went to bed; but during the night, Venus slipped between him and his wife, troubling him for several nights in a row. Not knowing how to solve his problem, he complained to a magician named Palumbus, who gave him a letter and instructed him to deliver it to old Saturn as he passed by with his associates at a specific time of night and in a particular way. The young man, being quite brave, did just that; and when the old fiend read it, he called Venus, who was riding ahead of him, and ordered her to return the ring, which she immediately did.”
Burton further quotes St. Augustine, Bodin, Paracelsus, and various other learned men, who firmly maintain that the Devil is particularly fond of a little flirtation with the ladies; and a Bavarian widower, who was sadly grieving for his beloved[Pg 146] wife, was visited by Old Nick, who had assumed the form of the departed lady, and promised to live with him and comfort him on the condition that he would leave off swearing and blaspheming; he vowed it, married her, and she brought him several children; till one day, in an uxorious quarrel, he began to swear like a Pandour, whereupon she vanished, and never more was seen.
Burton quotes St. Augustine, Bodin, Paracelsus, and several other knowledgeable figures, who strongly believe that the Devil has a special weakness for flirting with women. A Bavarian widower, deeply mourning his beloved[Pg 146] wife, was visited by Old Nick, who took on the appearance of his deceased wife. He promised to be with him and provide comfort, but only if he stopped swearing and blaspheming. The widower agreed, married her, and they had several children together. However, one day during a heated argument, he started swearing like a soldier, and she vanished, never to be seen again.
The preservatives against witchcraft were as absurd as the fear it inspired: some hair, parings of nails, or any part of a person bewitched, were put into a stone bottle, with crooked nails, then corked close, and hung up the chimney; this expedient occasioned most horrible tortures to the witch, until the bottle was uncorked. Witches, moreover, cannot pursue their victims beyond the middle of a running stream, provided the fugitives had been baptized. I have now a patient under my care who fancies himself bewitched, and asserts that the only way to guard against the evil is by driving a nail in the impress left by a witch’s foot on the threshold, when she will discontinue her visits.
The methods to protect against witchcraft were as ridiculous as the fear it caused: some hair, nail clippings, or any part of someone who was cursed would be placed in a stone bottle, with bent nails, then tightly sealed and hung up the chimney; this trick caused terrible suffering for the witch until the bottle was opened. Additionally, witches can't follow their victims across the middle of a flowing stream, as long as the escapees have been baptized. I currently have a patient who believes he’s been cursed and insists that the only way to protect himself is by driving a nail into the mark left by a witch’s foot on the doorstep, at which point she will stop coming around.
By an act of George II. these offences were considered as misdemeanors, and punished with a year’s imprisonment, and standing four times in the pillory. There is no doubt that, notwithstanding the absurdity of such delusions and impostures, legislators must endeavour to secure the ignorant against these impositions, which are frequently of a perilous nature, and have been often known to occasion serious accidents, and even death. Many of the substances thus administered are of a most dangerous description, and these enchantments are not unfrequently resorted to with sinister intentions. It is related of the Asiatic women, that, under the pretext of giving these philters, they sometimes times prepare a beverage from the seeds of the Datura Metel, which produces a lethargic stupefaction of a convenient nature. The mischief that has frequently arisen from the exhibition of the Lytta vesicatoria has been observed and recorded by every medical practitioner. The Diablotini, a kind of incentive sugar-plums of the Italians, have been known to occasion the most serious accidents; and the celebrated French actor Molé lost his life in one of these experiments. Yet penal enactments, in such cases, must be resorted to with much circumspection; for prohibition too frequently promotes the evils which it is designed to check.
By an act of George II, these offenses were treated as misdemeanors, punished with a year in jail and standing in the pillory four times. Clearly, despite the ridiculousness of such delusions and frauds, lawmakers need to protect the uninformed from these deceitful acts, which can be dangerous and have often led to serious harm or even death. Many of the substances used are highly dangerous, and these charms are often employed with harmful intentions. It’s said that some Asian women, claiming to provide these potions, sometimes make a drink from the seeds of the Datura Metel, which causes a kind of lethargy that benefits them. The harm that often results from using the Lytta vesicatoria has been noted by every medical practitioner. The Diablotini, a type of sugary treat from Italy, have been known to cause serious incidents, and the famous French actor Molé lost his life trying one of these. However, any legal measures in such cases must be taken with caution, as prohibition often makes the problems it aims to solve even worse.
Montesquieu observes, that the ridiculous stories that are generally told, and the many impositions that have been discovered in all ages, are enough to demolish all faith in such a dubious crime, if the contrary evidence were not also extremely[Pg 147] strong. Unquestionably, we have too many instances of criminal acts of superstition in which supernatural agency is believed; but did this philosophic writer mean to say that we have evidence of actual witchcraft and sorcery? It is with some degree of regret that we find our learned Blackstone avow his belief in these matters, and we borrow his own words on the subject: “To deny the possibility, nay, the actual existence of witchcraft and sorcery, is at once flatly to contradict the revealed Word of God, in various passages both of the New and Old Testament; and the thing itself is a truth to which every nation in the world hath in its turn borne testimony, either by examples seemingly well attested, or by prohibitory laws which at least suppose the possibility of a commerce with evil spirits. The civil law punishes with death not only the sorcerers themselves, but also those who consult them; imitating in the former the express law of God, ‘Thou shalt not suffer a witch to live!’” Without calling into doubt the records of supernatural agency in Holy Writ, evident manifestations of the power and the will of the Divinity at that period, it may fairly be asked—Can we promulgate such opinions in the present times, when miraculous events do not seem to be permitted by our Creator in His inscrutable wisdom, without incurring the risk of plunging the ignorant in all the dark horrors of the early ages? Montesquieu himself has justly remarked, “that the most unexceptionable conduct, the purest morals, and the constant practice of every duty in life, are not a sufficient security against the suspicion of crimes like these.” And yet, because, forsooth, there may be made to appear examples seemingly attested, and that on the faith of such an attestation the most absurd and cruel prohibitory laws have been enacted by every nation in the world, on the supposition of the possibility of such a crime, however ignorant and brutalized by superstition these nations are or may have been, man is not only authorized by the Scriptures to persecute some poor miserable fool or vagrant impostor unto death, but he is sanctioned in founding this barbarous persecution on the laws of God! The mind sickens at such doctrines. It is grievous to find a man like our Addison sharing in such preposterous notions; notions which would induce a doubtful by-stander not to interfere with a mob of miscreants who were drowning some unfortunate old woman “for a witch.”
Montesquieu notes that the absurd stories typically told, along with the many frauds discovered throughout history, could easily destroy any faith in such a questionable crime, if the opposing evidence weren't also incredibly[Pg 147] strong. Certainly, there are too many examples of criminal acts of superstition where people believe in supernatural forces; but did this thoughtful writer suggest that we have proof of actual witchcraft and sorcery? It is somewhat disappointing to see our learned Blackstone admit to believing in these things, and we quote his own words on the subject: “To deny the possibility, or even the actual existence, of witchcraft and sorcery, is to flatly contradict the revealed Word of God in various passages of both the New and Old Testament; and the thing itself is a truth that every nation in the world has testified to at some point, either through seemingly credible examples or through prohibitory laws that at least imply the possibility of dealing with evil spirits. Civil law punishes with death not just the sorcerers themselves, but also those who seek their counsel, mimicking the explicit law of God: ‘You shall not allow a witch to live!’” Without questioning the records of supernatural events in Holy Scripture, which clearly show the power and will of the Divine at that time, we can rightfully ask—Can we promote such ideas today, when miraculous occurrences don't seem to be allowed by our Creator in His mysterious wisdom, without risking dragging the ignorant into the dark horrors of ancient times? Montesquieu himself rightly pointed out, “that impeccable conduct, the purest morals, and consistent fulfillment of every duty in life are not enough to protect someone from suspicion of crimes like these.” And yet, because it can be made to seem like credible examples exist, and based on such claims, the most nonsensical and cruel prohibitory laws have been enacted by every nation in the world, assuming the possibility of such a crime, no matter how uninformed and brutalized by superstition these nations may have been, people are not only justified by the Scriptures to persecute some pitiable fool or wandering con artist to death, but they are also endorsed in laying this brutal persecution on the edicts of God! Such doctrines make one feel sick. It’s troubling to see a person like our Addison believe in such ridiculous ideas; ideas that would lead a hesitant observer to avoid intervening with a group of scoundrels who were drowning some unfortunate old woman “for being a witch.”
“There are,” says Addison, “some opinions in which a man should stand neuter, without engaging his assent to one side or the other. It is with this temper of mind that I [Pg 148]consider the subject of witchcraft. When I consider whether there are such persons in the world as those we call witches, my mind is divided between the two opposite opinions; or rather, to speak my thoughts freely, I believe in general that there is, and has been, such a thing as witchcraft, but, at the same time, can give no credit to any particular instance of it.”
“There are,” says Addison, “some opinions where a person should remain neutral, without taking a side. It is with this mindset that I [Pg 148]reflect on the topic of witchcraft. When I think about whether there are actually people in the world who we call witches, my thoughts are torn between two opposing viewpoints; or rather, to be completely honest, I generally believe that there is, and has been, such a thing as witchcraft, but at the same time, I can’t accept any specific example of it.”
Are we then still to believe that there may exist some supernatural hag, that can
Are we really still expected to believe that there might be some supernatural witch, that can
————Untie the winds, and let them fight
Against the churches————
Control the moon, make ebbs and flows,
And deal in her command without her power?
————Unleash the winds, and let them battle
Against the churches————
Control the moon, make the tides rise and fall,
And act under her command without her strength?
or who, with the influence given to them by our poet Rowe,
or who, with the influence granted to them by our poet Rowe,
By force of potent spells, of bloody characters,
And conjurations horrible to hear,
Call fiends and spectres from the yawning deep,
And set the ministers of hell to work,
By the power of strong spells, of bloody figures,
And terrifying incantations,
Summon demons and ghosts from the dark abyss,
And send the agents of hell into action,
with the liver of a blaspheming Jew, the nose of a Turk, the lips of a Tartar, the finger of a birth-strangled babe, and ditch-delivered by a drab, &c. &c.? If we are to believe in witches with Blackstone and Addison, we must give credence to all these mystic means by which they work their way. All these means have been seemingly attested, and led, from the just horror they inspired, to those prohibitory laws enacted by every nation; as if the laws of man could be of any avail in resisting the admitted supernatural powers with which these witches, sorcerers, magicians, &c. must have been invested by the Deity to perform their terrific operations! If we deny this authority we are Manicheans.
with the liver of a blaspheming Jew, the nose of a Turk, the lips of a Tartar, the finger of a birth-strangled babe, and delivered in a ditch by a prostitute, etc., etc.? If we are to believe in witches, supported by Blackstone and Addison, we must accept all these mysterious methods they use to work their way. All these methods have been seemingly validated and led, due to the horror they evoke, to those prohibitory laws enacted by every nation; as if human laws could actually stop the acknowledged supernatural powers that these witches, sorcerers, magicians, etc. must have been given by God to perform their terrifying actions! If we reject this authority, we are Manicheans.
VENTRILOQUISM.
This peculiar faculty was well known to the ancients. Hippocrates verily believed that there did exist individuals who could draw a voice from their belly. He speaks of the wife of Polimarchus, who, being affected with a quinsy, spoke in this manner; hence this power was called Engastrimysm. Plato gives the history of Euricles, who mentions three persons whom St. Chrysostom and Œcumenius considered to be endowed with a heavenly gift. Cælius Rhodiginus describes an old woman[Pg 149] of Rovigo who used to deliver her oracles in the like manner, and who was never so eloquent as when stripped to the skin, when she would answer most accurately all the questions put to her by a familiar who attended upon her, and was called Cincinnatulus. Anthony Vandael, a physician of Harlem, considered ventriloquism as a supernatural power, enabling the voice to proceed “ex ventre inferiore et partibus genitalibus;” and he describes a woman of seventy-three years of age, called Barbara Jacobi, who used to ventriloquise with an imp of the name of Joachim, who would weep most piteously, or fall into roars of laughter, and sometimes danced and sung with remarkable grace and elegance, according to the depressing or the exhilarating nature of Mrs. Jacobi’s communications. In the Septuagint the Hebrew word Ob is rendered by Engastrimythos; and it was supposed that the Pythoness who evoked Samuel had recourse to this power. Oleaster, Grand Inquisitor of Portugal, in a work published at Lisbon in 1656, mentions a woman of the name of Cecilia who was brought before the court, and expressed herself in a ventriloquial voice, which she said was that of one Peter John, who had been dead for many years; but Peter John pleaded in vain for his hostess, for, despite his abdominal eloquence, she was sentenced to be transported. Whether Peter John accompanied her in exile is not stated. In 1643, Dickinson mentions a man at Oxford, who was called the King’s Whisperer, and who expressed himself most clearly without opening the mouth or moving the lips. This faculty has frequently been employed in various speculations. In the sixteenth century, Borden relates the story of a valet of Francis I., named Brabant, who thus persuaded the mother of a young girl he courted to grant her consent to their marriage as speedily as possible, if she wished her husband’s soul to get out of the torments of purgatory: after marriage, however, he was disappointed in his pecuniary expectations, and he applied his powers of ventriloquism to terrify a rich banker of Lyons, of the name of Corner, to bestow a fortune upon his wife; for which purpose he assumed the voice of Corner’s father, who supplicated him to give the money as the only means of sending his poor consuming soul to paradise.
This strange ability was well known to ancient people. Hippocrates truly believed that there were individuals who could produce a voice from their stomach. He talks about the wife of Polimarchus, who, suffering from a quinsy, spoke this way; this ability was called Engastrimysm. Plato tells the story of Euricles, who mentions three people that St. Chrysostom and Œcumenius thought were gifted with a divine ability. Cælius Rhodiginus describes an old woman from Rovigo who used to deliver her oracles in a similar way and was never as articulate as when she was completely naked, during which she accurately answered all questions asked by a familiar named Cincinnatulus. Anthony Vandael, a doctor from Harlem, viewed ventriloquism as a supernatural skill that allowed the voice to come “from the lower belly and genital parts;” he tells of a seventy-three-year-old woman named Barbara Jacobi, who ventriloquized with a spirit named Joachim, who would cry pitifully, burst into laughter, and sometimes dance and sing beautifully, depending on whether Mrs. Jacobi's messages were sad or cheerful. In the Septuagint, the Hebrew word Ob is translated as Engastrimythos; it was believed that the Pythoness who summoned Samuel used this ability. Oleaster, the Grand Inquisitor of Portugal, in a book published in Lisbon in 1656, mentions a woman named Cecilia who was brought before the court and spoke in a ventriloquial voice that she claimed belonged to one Peter John, who had been dead for many years; however, Peter John pleaded in vain for his hostess, as despite his eloquence from the belly, she was sentenced to banishment. It's unclear whether Peter John went with her into exile. In 1643, Dickinson writes about a man in Oxford known as the King’s Whisperer, who communicated very clearly without opening his mouth or moving his lips. This ability has often been used in various scenarios. In the sixteenth century, Borden tells the tale of a servant of Francis I named Brabant, who convinced the mother of a young woman he was courting to quickly agree to their marriage if she wanted her husband’s soul to escape the pains of purgatory: however, after their marriage, he was disappointed in his financial gains and used his ventriloquism to frighten a wealthy banker in Lyons named Corner into giving a fortune to his wife; to do this, he took on the voice of Corner’s father, who begged him to provide the money as the only way to help his poor suffering soul reach paradise.
One of the most celebrated ventriloquists was a grocer of St. Germains, one St. Gilles; but he applied the faculty he possessed to benevolent purposes. Being called to reclaim a newly-married young man from a disgraceful connexion, which rendered his wife most unhappy, his supernatural voice, supposed to come from heaven, succeeded; and he was equally[Pg 150] fortunate in bringing to a sense of propriety one of the most sordid misers of his time.
One of the most famous ventriloquists was a grocer from St. Germains named St. Gilles; however, he used his talent for good causes. When asked to help a newly-married young man break free from a scandalous relationship that made his wife very unhappy, his heavenly-sounding voice worked wonders. He was also successful in making one of the stingiest misers of his time realize the importance of proper behavior.
St. Gilles was not so felicitous in a trick he played to some monks, vainly attempting to prove the absurdity of their superstitious notions. One of the community had lately died, and, according to custom, the deceased was laid out in the church, and his brethren, grouped around him, were pouring forth prayers for the repose of his soul, when St. Gilles, throwing his voice into the coffin, returned them all the thanks of the departed friar for their supplications in his behalf. The astonished monks were most edified at this miraculous event; and their prior, who knew St. Gilles to be a freethinker, endeavoured to impress upon his mind the wonder that he himself had performed, and to inveigh most earnestly against the impiety and incredulity of modern philosophers, who entertained sceptic ideas concerning miracles. After a long exhortation, our ventriloquist burst into a fit of laughter, and avowed the deception he had practised: to convince the brotherhood of the veracity of his assertion, he gave them various specimens of his skill,—but to no purpose; he was called an infidel, a scoffer, an atheist, and, had it been in Spain, the stake would in all probability have rewarded his perilous frolic, or his stiff-necked impiety in refusing to believe in his own miracles.
St. Gilles wasn't very successful with a trick he played on some monks, foolishly trying to prove how ridiculous their superstitions were. One of the monks had recently died, and according to tradition, the body was placed in the church, with his fellow monks gathered around, praying for his soul. That’s when St. Gilles, using ventriloquism, made it seem like the dead monk thanked them all for their prayers. The stunned monks were extremely impressed by this miraculous event; their prior, knowing that St. Gilles was a free thinker, tried to make him appreciate the wonder he had just created and passionately criticized the impiety and doubt of modern philosophers who questioned the reality of miracles. After a lengthy lecture, our ventriloquist burst into laughter and revealed the trick he had played. To prove his claim, he demonstrated his skill in various ways—but it was in vain; he was called an infidel, a mocker, an atheist, and if this had happened in Spain, he likely would have faced the stake for his risky prank or his stubborn refusal to believe in his own miracles.
It is now pretty generally admitted that ventriloquism simply consists in a slow and gradual expiration, preceded by a strong and deep inspiration, by which a considerable quantity of air is introduced into the lungs, which is afterwards acted upon by the flexible powers of the larynx and the trachea: any person therefore, by practice, can obtain more or less expertness in this exercise; in which, although not apparently, the voice is still modified by the mouth and the tongue. Mr. Lespagnol, in a very able dissertation on this subject, has demonstrated that ventriloquists have acquired by practice the power of exercising the veil of the palate in such a manner, that, by raising or depressing it, they dilate or contract the inner nostrils. If they are closely contracted, the sound produced is weak, dull, and seems to be more or less distant; if, on the contrary, these cavities are widely dilated, the sound is strengthened by these tortuous infractuosities, and the voice becomes loud, sonorous, and apparently close to us. Thus any able mimic who can with facility disguise his voice, with the aid of this power of modifying sounds, may in time become a ventriloquist.
It’s now widely accepted that ventriloquism mainly involves a slow and gradual exhalation, preceded by a strong and deep inhalation, which brings a significant amount of air into the lungs. This air is then influenced by the flexible capabilities of the larynx and trachea. Therefore, with practice, anyone can gain varying degrees of skill in this technique, where, although not visibly noticeable, the voice is still shaped by the mouth and tongue. Mr. Lespagnol, in a very insightful paper on this topic, has shown that ventriloquists learn to control the soft palate in such a way that, by raising or lowering it, they can widen or narrow the inner nostrils. When these nostrils are tightly constricted, the resulting sound is weak, dull, and seems somewhat distant; on the other hand, when these cavities are widely opened, the sound is amplified by these winding passages, making the voice loud, resonant, and seemingly close. So, any skilled mimic who can easily alter their voice, combined with this ability to modify sounds, can eventually become a ventriloquist.
CHAUCER’S DESCRIPTION OF A PHYSICIAN. THE DOCTOR OF PHYSIC.
With us there was a doctour of phisike; In all this world, ne was there none him like To speake of phisike and of surgerie, For he was grounded in astronomie. He kept his patient a full great dell In houses: by his magike naturell Well couth he fortune the assendent Of his image for his pacient. He knew the cause of every malady, Whether it were of cold, heate, moist, or dry. And whereof engendered was each humour. He was a very parfit practisour; The cause I knew, and of his haime the roote, Anon he gave to the rich man his boot. Full ready had he his apoticaries To send him drugs and his lectuaries; For each of them made other for to winne, Their friendship was not new to beginne. Well he knew the old Esculapius, And Diascorides, and eke Ruffus, And Hippocrates, and Galen, Serapion, Rasis, and Avicen, Aberrois, Damascene, and Constantin, Bernard, Galisden, and Gilbertin Of his diet measurable was he, For it was of no superfluitie; But of great nourishing and digestible. His study was but little on the Bible. In sanguine and in percepolad withall Lined with taffata and with sendall; And yet he was but easy of dispence. He kept that he won in time of pestilence; For gold in phisike is a cordial, Therefore he loved gold speciall. |
It appears from this quaint and satirical picture, that, in our Chaucer’s days, astrology formed part of a physician’s study. It also plainly proves that a disgraceful collusion prevailed between medical practitioners and their apothecaries, mutually to enrich each other at the expense of the patient’s purse and constitution. The poet, moreover, seems to tax the faculty with irreligion: that unjust accusation was not uncommon;[Pg 152] hence the old adage, “Ubi tres medici, duo athei.” To the disgrace of many illiberal persons of the present age, we have known some of our most able and praiseworthy physiologists charged with materialism.
It seems from this quirky and satirical depiction that, in Chaucer’s time, astrology was part of a doctor’s education. It also clearly shows that there was a shameful collusion between medical practitioners and their apothecaries, both enriching themselves at the expense of the patient's wallet and health. Additionally, the poet appears to accuse the medical profession of being irreligious: this unfair claim wasn’t uncommon; hence the old saying, “Where there are three doctors, there are two atheists.” Unfortunately, many narrow-minded people today have accused some of our most skilled and commendable physiologists of materialism.[Pg 152]
DÆMONOMANIA.
This disease is perhaps the most distressing species of insanity; since, with the exception of the miserable belief of being possessed by the evil spirit, the patient is often in full possession of his other faculties, and will even endeavour to reason with his attendants, with some apparent plausibility, on the very aberration that constitutes the malady.
This illness is likely the most troubling type of insanity; because, apart from the painful delusion of being controlled by an evil spirit, the patient usually has full access to their other mental abilities and will even try to reason with their caretakers, often with some convincing logic, about the very madness that defines their condition.
The word ‘dæmon’ among the ancients was not considered as specific of an evil spirit; on the contrary, it signified genius, intellect, mind. Δαιμόνιον, from δαίμων, meant wisdom, science. The first notions of dæmons were probably brought from Chaldea, whence they spread amongst the Persians, Egyptians, and Greeks. Gales maintains that the original institution of dæmons was an imitation of the Messiah. The Phœnicians called them Baalim. So far do these early opinions prevail, that among the Anabaptists we find a sect called Dæmoniac, who believe that devils shall be saved at the end of the world.
The word ‘dæmon’ in ancient times wasn’t strictly associated with evil spirits; instead, it referred to genius, intellect, and mind. Δαιμόνιον, derived from δαίμων, signified wisdom and knowledge. The earliest ideas about dæmons likely originated from Chaldea and spread among the Persians, Egyptians, and Greeks. Gales argues that the original concept of dæmons was modeled after the Messiah. The Phoenicians referred to them as Baalim. These early beliefs are so influential that among the Anabaptists, there is a group called Dæmoniac, who believe that devils will be saved at the end of the world.
Plato gave the name of dæmons to the benevolent spirits who regulated the universe. The Chaldeans and Jews considered them as the causes of all human maladies. Saul was agitated by an evil spirit, and Job and Joram suffered under a similar visitation.
Plato referred to the benevolent spirits that governed the universe as dæmons. The Chaldeans and Jews saw them as responsible for all human ailments. Saul was troubled by an evil spirit, and Job and Joram experienced similar afflictions.
Dæmonomania differs widely from the mental disease called Theomania. In the latter state of insanity the patient fancies that he is placed in communication with the Deity or his angels; in the former, he feels convinced that he has become the prey of the destroyer of mankind.
Dæmonomania is quite different from the mental illness known as Theomania. In the case of Theomania, the person believes that they are in contact with God or His angels; in contrast, in Dæmonomania, they are convinced that they have fallen victim to the destroyer of humanity.
Under the head of “Unlawful Cures,” instances are related of the firm belief in the power of evil spirits to cause various diseases. Perhaps the origin of dæmonomania may be traced to fanatical persecution; never was the malady so common as during the denunciations of Calvin, when torture was [Pg 153]frequently resorted to, to make the victims of bigotry renounce a supposed pact with the devil. D’Agessau was right when, in advising the parliament of Paris to repeal all statutes against sorcery, he recommended that dæmoniacs should be handed over to the physician, instead of the priest or the executioner.
Under the title "Unlawful Cures," there are examples of the strong belief in the ability of evil spirits to cause various illnesses. The roots of demonomania may be linked to extreme persecution; never was this condition more widespread than during the denunciations by Calvin, when torture was [Pg 153] often used to force the victims of intolerance to renounce a supposed deal with the devil. D’Agessau was correct when he advised the parliament of Paris to repeal all laws against witchcraft and suggested that those suffering from demonic possession should be treated by a doctor instead of a priest or executioner.
The sufferings which dæmoniacs say they endure must be excruciating; so powerful is moral influence over our physical sensations. They will tell you that the devil is drawing them tight, and suffocating them with a cord; that he is pinching and lacerating their entrails, burning and tearing their heart, pouring hot oil or molten lead in their veins, while internal flames are consuming them. Their strength is exhausted, their digestive functions impaired, their appearance soon becomes miserable in the extreme, their countenances pale and haggard: the wretched creatures endeavour to conceal themselves during their scanty meals, or their attempts to enjoy a broken slumber; they are persuaded that they no longer possess a corporeal existence that requires refection or repose,—the evil spirit has borne away their bodies, the devil requires no earthly support; they even deny their sex: they are doomed to live for ever in constant agony. These unfortunate creatures are mostly women. One of them asserts, with horrid imprecations, that she has been the devil’s wife for a million of years, and had borne him a numerous family; her body is nothing but a sack made of a devil’s skin, and filled with their offsprings in the shape of devouring snakes, toads, and venomous reptiles. She exclaims that her husband constantly urges her to commit murder, theft, and every imaginable crime; and sometimes with bitter tears supplicates her keeper to put on a strait waistcoat, to prevent her from doing evil. Another woman, forty-eight years of age, assures us that she has two devils who have taken up their residence in both her hips, and have grown up to her ears: one of them is black and yellow, the other black, both in the shape of cats. She fills her ears with snuff and grease to satisfy their diabolical cravings. She eats with voracity, but is a perfect skeleton in appearance; the devils consume all, and leave her nothing. They constantly bid her to go and drown herself; but she cannot obey them, since eternity is her doom. They are scarcely sensible of painful agents, and are unconscious of heat, cold, or the inclemency of the weather. Their perspiration, frequently profuse, exhales a most unpleasant odour; hence the vulgar fancy that they smell of the lower regions. This circumstance is the usual consequence of many nervous affections, and arises, most probably, from the foulness[Pg 154] of the breath, a natural result of impaired digestion, and from a peculiar acrimony of the cutaneous secretions.
The suffering that people with demonic possession claim to experience must be unbearable; moral influence has a strong impact on our physical sensations. They will tell you that the devil is tightening around them and suffocating them with a cord; that he is pinching and tearing at their insides, burning and ripping at their hearts, pouring hot oil or molten lead through their veins, while internal flames are consuming them. They feel completely drained, their digestion is messed up, and they soon look extremely miserable, their faces pale and gaunt. These miserable souls try to hide themselves during their meager meals or their attempts to get some broken sleep; they believe they no longer have a physical existence that needs food or rest— the evil spirit has taken over their bodies, and the devil needs no earthly sustenance; they even deny their gender: they are condemned to live forever in constant agony. Most of these unfortunate individuals are women. One of them claims, with horrifying curses, that she has been the devil’s wife for a million years and has given him a large family; her body is just a sack made of the devil’s skin, filled with their offspring in the form of ravenous snakes, toads, and poisonous reptiles. She cries out that her husband constantly pushes her to commit murder, theft, and every other imaginable crime; and sometimes, through bitter tears, pleads with her caregiver to put her in a straitjacket to prevent her from doing anything harmful. Another woman, forty-eight years old, insists that she has two demons living in both her hips, which have grown up to her ears: one is black and yellow, the other black, both shaped like cats. She fills her ears with snuff and grease to satisfy their sinister cravings. She eats ravenously, but looks like a complete skeleton; the demons take everything she consumes, leaving her with nothing. They continually urge her to go and drown herself; but she can't follow their command, as eternity is her sentence. They are hardly aware of pain and are oblivious to heat, cold, or harsh weather. Their sweat, often excessive, gives off a very unpleasant smell; hence the common belief that they stink of the underworld. This is usually a consequence of various nervous conditions, and probably comes from foul breath, a natural result of poor digestion, and from a distinctive bitterness of the skin's secretions.[Pg 154]
Pinel relates the case of a missionary whose enthusiastic aberrations led him into the horrible belief, that he could only be saved from eternal torments, by what he called a baptism of blood. This fatal mania induced him to attempt the life of his wife, who was fortunate to escape from the danger, after he had immolated two of his children, to secure their salvation! Tried for this crime he was sentenced to perpetual confinement in Bicêtre. In his dungeon he fancied himself the fourth person in the trinity, maintained that he was sent upon earth to baptize with blood, and all the power of the universe could not affect his life. During ten years’ confinement this miserable wretch, betrayed the same insanity whenever religious subjects were touched upon, in all other matters, he reasoned most soundly. His lucid intervals at last became so long in their duration and calm, that it was questioned whether he might not be liberated—until on a Christmas eve, his sanguinary monomania resumed all its intensity, and having by some means or other obtained possession of a leather-cutter’s knife, he inflicted a desperate wound on one of his keepers, and cut the throat of two patients who were near them; many other inmates of the establishment would, no doubt, have been sacrificed by the desperate maniac had he not been secured. This case might decidedly be considered one of true dæmonomania.
Pinel describes the case of a missionary whose extreme beliefs led him to the horrific conclusion that he could only save himself from eternal damnation through what he called a baptism of blood. This dangerous obsession drove him to try to kill his wife, who was lucky enough to escape after he had sacrificed two of their children to ensure their salvation. He was tried for this crime and sentenced to life in confinement at Bicêtre. In his cell, he believed himself to be the fourth person in the trinity and claimed that he was sent to Earth to baptize with blood, insisting that no force in the universe could end his life. During his ten years of confinement, this wretched man displayed the same insanity whenever religious topics were discussed, but he reasoned quite rationally on other matters. Eventually, his clear-headed moments became longer and more stable, leading to questions about his potential release—until one Christmas Eve, his violent obsession returned with full force. Somehow, he managed to get a leather-cutter’s knife and severely injured one of his guards, also slitting the throats of two nearby patients. Many other residents of the facility likely would have been harmed by this desperate maniac if he hadn't been restrained. This case can definitely be seen as a true example of dæmonomania.
It has been generally remarked that cases of dæmonomania are more common amongst women than in men. Their greater susceptibility to nervous affections, their warmth of imagination and strong passions, which habit and education compel them to restrain, produce a state of concentration that must cause increased excitement, and render them more liable to those terrific impressions that constitute the disease. These terrors, from false notions of the Deity, make them anticipate in this world the sufferings denounced in the next. One woman has been known to become dæmonomaniac after an intense perusal of the Apocalypse, and another by the constant reading of the works of Thomas à Kempis. Women, moreover, at certain critical periods are subject to great mental depression, which they have not the power to relieve by exciting pursuits, like men. Melancholy succeeds a dull sameness. Religion, viewed in a false light, becomes her refuge; more especially at an advanced period of life, when loss of youth and beauty is bitterly felt, as galled vanity compares the present with the past. Hysteric symptoms are now developed: the passions, which are too [Pg 155]frequently increased even to intensity, rather than cooled, by years, prompt her to rebellious thoughts that religion and virtuous feelings strive to restrain; and these powerful agents, acting upon a predisposition morbidly impressionable from ignorance or the errors of education, accelerate the invasion of this cruel malady. Jacobi informs us, that this is still the character which, in some catholic countries, insanity connected with superstition frequently assumes.
It has been widely noted that cases of demonomania are more common among women than men. Their greater sensitivity to nervous disorders, vivid imaginations, and strong emotions—which habit and upbringing teach them to control—create a focused state that can lead to heightened excitement, making them more susceptible to the intense feelings that define the condition. These fears, stemming from distorted views of God, make them dread suffering in this life that they believe is forewarned for the next. One woman is known to have developed demonomania after deeply studying the Apocalypse, while another did so from repeatedly reading the works of Thomas à Kempis. Additionally, women, especially during certain critical times, experience significant mental depression that they cannot alleviate through stimulating activities, unlike men. A sense of melancholy often replaces a monotonous existence. Religion, when viewed through a distorted lens, becomes a refuge, particularly in later life, when the loss of youth and beauty is painfully felt, as wounded vanity compares the present to the past. Hysteric symptoms emerge: emotions, which often amplify rather than diminish over the years, lead to rebellious thoughts that religion and virtuous feelings try to suppress. This intense conflict, acting on a predisposition that is easily affected by ignorance or the mistakes of education, speeds up the onset of this cruel illness. Jacobi tells us that this remains the situation, particularly in some Catholic countries, where insanity tied to superstition often manifests in this way.
Pliny tells us that women are the best subjects for magical experiments; Quintilian is of the same opinion: Saul consults a witch; Bodin, in his calculations, estimates the proportion between wizards and witches as one to fifty. It is, perhaps, owing to these remarks that many ungenerous writers have denied women a soul, as not belonging to mankind. There exists a curious anonymous work, published at the close of the sixteenth century, to prove that women are not men, or, in other words, reasonable creatures, and entitled “Dissertatio perjucunda quâ Anonymus probare nititur Mulieres homines non esse.” Our author upon this principle endeavours to show that women cannot be saved. One Simon Geddicus, a Lutheran divine, wrote a serious confutation of this libel upon the fair sex, in 1595, and promises the ladies an expectation of salvation on their good behaviour. According to a popular tradition among the Mahometans, women are excluded from paradise: St. Augustin, however, calls them the devout sex; and in the prayer to the Virgin of the Romish Church we find “Intercede pro devoto fœmineo sexu.” An hypothesis still more absurd was broached by a Doctor Almaricus, a theological Parisian writer of the twelfth century, who advanced that, had it not been for the original sin, every individual of our species would have come into existence a complete man; and that God would have created them by himself, as he created Adam. Our worthy doctor was a disciple of Aristotle, who maintained that woman was a defective animal, and her generation purely fortuitous and foreign to nature. Howbeit, my fair readers will learn with satisfaction that the doctrines of this aforesaid Almaricus were condemned by the church as heretical, and his bones were therefore dug up, and cast into a common sewer, as an amende honorable to the offended ladies.
Pliny says that women are the best subjects for magical experiments; Quintilian agrees. Saul consults a witch; Bodin estimates the ratio of wizards to witches as one to fifty. Perhaps because of these comments, many unfair writers have denied women a soul, claiming they don’t belong to mankind. There’s an interesting anonymous work published at the end of the sixteenth century that argues women are not men, or, in other words, rational beings, titled “Dissertatio perjucunda quâ Anonymus probare nititur Mulieres homines non esse.” Our author tries to show that women cannot be saved based on this idea. A Lutheran theologian named Simon Geddicus wrote a serious rebuttal to this attack on the fair sex in 1595 and assures women they can expect salvation if they behave well. According to a common belief among Muslims, women are excluded from paradise; however, St. Augustine refers to them as the devout sex; and in the Roman Catholic Church’s prayer to the Virgin, we find “Intercede pro devoto fœmineo sexu.” An even more absurd hypothesis was proposed by a Doctor Almaricus, a theologian from Paris in the twelfth century, who claimed that if it weren't for original sin, every person would have been born a complete man, and that God would have created them directly, just like he did with Adam. Our esteemed doctor was a follower of Aristotle, who argued that women were incomplete beings and that their reproduction was purely random and unnatural. However, my dear readers will be pleased to know that the teachings of this Almaricus were condemned by the church as heretical, and his remains were exhumed and thrown into a common sewer as an amende honorable to the offended women.
“A woman,” says one of the primitive fathers of the church, “went to the play, and came back with the devil in her; whereupon, when the unclean spirit was urged and threatened, in the office of exorcising, for having dared to attack one of the faithful, ‘I have done nothing,’ replied he, ‘but what is very[Pg 156] fair; I found her on my own grounds, and I took possession of her.’”
“A woman,” says one of the early church fathers, “went to a play, and returned with a devil inside her; when the unclean spirit was confronted and threatened during the exorcism for daring to attack one of the faithful, it replied, ‘I haven’t done anything,’ saying, ‘but what is very[Pg 156] fair; I found her on my own territory, and I took possession of her.’”
St. Cyprian informs us, that when he was studying magic, he was particularly intimate with the devil. “I saw the devil himself,” he says; “embraced him; I conversed with him, and was esteemed one of those who held a principal rank about him.” Who can doubt the assertion of a saint! It appears, that in those wonderful days the devil usually wore a black gown, with a black hat; and it was observed that, whenever he was preaching, his glutei muscles were as cold as ice.
St. Cyprian tells us that when he was studying magic, he had a close relationship with the devil. “I saw the devil himself,” he says; “I embraced him; I talked with him, and I was considered one of those who held a top position around him.” Who can doubt the claim of a saint? It seems that in those remarkable times, the devil usually wore a black gown and a black hat; and it was noted that whenever he was preaching, his glutei muscles were as cold as ice.
At all times satire has endeavoured to make invidious distinctions between the sexes: this is not fair. Women are generally what men have made them. In a physical, and, consequently, to a certain degree in a moral point of view, their organization is essentially different from ours; therefore, a masculine woman is as intolerable as an effeminate man. The education of females tends in a great measure to increase that susceptibility to trifling excitements, which in after-life urges them to the extremes of good or evil. While the toys and amusements of boys are of a manly nature, a girl is taught to practise upon her darling doll all the arts which a few years after she will practise upon herself. Many intelligent writers have doubted the expediency of giving woman any education beyond the sphere of her domestic pursuits and occupations; Erasmus wrote largely on this subject to Budæus. Vives treats of it in his Institutio fœminæ Christianæ; and a German authoress, Madame Schurman, has published a treatise on the problem, “Num fœminæ Christianæ conveniat studium literarum?”
At all times, satire has tried to create unfair distinctions between the sexes: this is unjust. Women are generally a reflection of what men have made them. Physically, and consequently, to some degree morally, their makeup is essentially different from ours; therefore, a masculine woman is just as unacceptable as an effeminate man. The education of females largely increases their sensitivity to trivial excitements, which later leads them to extremes of good or evil. While boys are encouraged to engage with toys and activities that are masculine, girls are taught to practice on their favorite dolls all the skills they'll later apply to themselves. Many thoughtful writers have questioned whether women should receive any education beyond their domestic responsibilities; Erasmus wrote extensively on this topic to Budæus. Vives discusses it in his Institutio fœminæ Christianæ; and a German author, Madame Schurman, has published a treatise on the question, “Num fœminæ Christianæ conveniat studium literarum?”
It is this nervous flexibility in women that exposes them to that constant succession of emotions which are expressed by a rapid transition from tears to smiles; and, anomalous as it may appear, they are more exposed to fond impressions in their grief than at any other moment; they then feel more helpless, and stand in greater need of consolation. The story of the Matron of Ephesus is not so great a libel on the sex as one might imagine. Their mind is prone to romantic enthusiasm; they delight in the extraordinary, the terrible, and as Madame de Sevigné, who well knew her sex, expresses it, they enjoy in chivalric tales les grands coups d’épée. Prudence preventing them too frequently from expressing their thoughts, thinking becomes more intense; and Publius Syrus has said, “Mulier quæ sola cogitat, malè cogitat:” but when the suppressed volcano bursts forth, its eruptions are boundless; it is then[Pg 157] that one may exclaim, “Notumque fuerit quid fœmina possit.” No passion is more overwhelming than when it has been kept down by dissimulation; opportunity is their curse: Montaigne has too truly said, “Oh le furieux avantage que l’opportunité!” and our Denham has beautifully illustrated its fearful circumstances:
It’s this nervous flexibility in women that exposes them to a constant rollercoaster of emotions, shown by a quick switch from tears to smiles. Surprisingly, they are more open to affectionate feelings in their grief than at any other time; in those moments, they feel more vulnerable and need comfort the most. The story of the Matron of Ephesus isn’t as harsh a stereotype of women as one might think. Their minds are naturally inclined toward romantic enthusiasm; they love the extraordinary and the intense. As Madame de Sevigné, who understood her gender well, put it, they enjoy the grand feats in chivalric tales. Prudence often keeps them from sharing their thoughts, making their thinking more intense. Publius Syrus once said, “A woman who thinks alone thinks poorly,” but when that kept-down intensity finally erupts, it’s unstoppable; that’s when one can shout, “And it will be known what a woman can do.” No passion is more overwhelming than one that’s been stifled by pretenses; opportunity can be their greatest curse. Montaigne rightly said, “Oh the furious advantage of opportunity!” and our Denham beautifully captured its dangerous consequences:
Opportunity, like a sudden gust,
Hath swell’d my calmer thoughts into a tempest.
Accursed opportunity!
That works our thoughts into desires; desires
To resolutions; those being ripe and quickened,
Thou giv’st them birth, and bring’st them forth to action.
Opportunity, like a sudden gust,
Has stirred my calm thoughts into a storm.
Damnable opportunity!
That turns our thoughts into desires; desires
Into resolutions; once ripe and energized,
You give them life and bring them forth into action.
It is a perilous ordeal for such to whom the lines of Ovid might apply,
It’s a dangerous experience for those to whom Ovid’s lines might relate,
Quæ, quia non liceat, non facit; illa facit.
Quæ, quia non liceat, non facit; illa facit.
To what prejudice against women are we to trace their sex having been chosen to represent the Furies, stern and inexorable ministers of Divine wrath; the Harpies, who defiled all they touched; the perilous Sirens; unless it be to woman’s fascinations in youth, and envious bitterness in old age—the conventional type of witchcraft? This unhappy selection of woman for working malefices has been attributed to the facility which the devil found in tempting Eve. A witch is supposed by the most learned in the black art to be in compact with Satan, whom she is obliged to obey; whereas a sorcerer commands the devil himself by his knowledge of charms and invocations, but more especially of perfumes that the evil spirits delight in when properly suffumigated, or abhor when maliciously given them to smell. Thus the burning of a fish’s liver by Tobit drove the devil into the remote parts of Egypt; and Lilly informs us, that one Evans having raised a spirit at the request of Lord Bothwell and Sir Kenelm Digby, and forgotten his favourite fumigation or incense, the angry elf whipped him up, and carried him from his house in the Minories to Battersea Causeway.
To what bias against women do we attribute their selection as representatives of the Furies, harsh and relentless enforcers of Divine punishment; the Harpies, who corrupted everything they touched; the dangerous Sirens; unless it relates to the allure of youth and the jealous bitterness of old age—the stereotypical image of witchcraft? This unfortunate choice of women for performing malefices has been linked to how easily the devil could tempt Eve. A witch is believed by experts in black magic to be in league with Satan, whom she must obey; while a sorcerer commands the devil himself through his knowledge of spells and rituals, particularly with the use of scents that evil spirits enjoy when used properly, or detest when used with bad intentions. For instance, the burning of a fish’s liver by Tobit banished the devil to the far corners of Egypt; and Lilly tells us that one Evans, who raised a spirit at the request of Lord Bothwell and Sir Kenelm Digby but forgot his go-to incense, ended up being taken away by an angry spirit from his home in the Minories to Battersea Causeway.
Although fairies are mostly considered juvenile, and many of their kind acts are recorded, yet are they in general mischievous imps; Mr. Lewis describes those he saw in the silver and lead mines of Wales, as only being about half a yard high. As a punishment for their vagaries, all their children are stunted and idiotic; and this accounts for their abominable custom of substituting their own “base elfin breed” for healthy infants. Hence are idiots commonly called changelings.
Although fairies are mostly seen as childlike, and many of their good deeds are noted, they are generally mischievous little beings. Mr. Lewis describes those he encountered in the silver and lead mines of Wales as being about half a yard tall. As a consequence of their antics, all their children are stunted and simple-minded; this explains their terrible habit of swapping their own “inferior fairy offspring” for healthy babies. That's why people often refer to the mentally challenged as changelings.
[Pg 158]Dæmoniacs are prone to commit suicide, less from their loathing an irksome life than through fear, not of future torments, but of the renewal or the continuance of their worldly sufferings. Perhaps they may entertain some doubts as to the punishment of another existence, while their actual condition is intolerable; we not unfrequently see desperate men rushing to meet the very fate they dread.
[Pg 158]People with demonic obsessions are likely to take their own lives, not so much because they hate a difficult life, but out of fear—not of future torment, but of their ongoing worldly suffering. They might have some doubts about the punishment in another life while their current situation is unbearable; we often see desperate individuals rushing toward the very fate they fear.
Dæmonomania may be referred to a false view of divine justice,—ignorance, and consequent weakness of intellect,—and a pusillanimous apprehension of perhaps a merited chastisement. It is a disease which seldom admits of a cure. If the consolations of true religion are proffered, they are either spurned with anger, or merely produce an evanescent melioration. Zacutus relates the case of a dæmoniac who was cured by a person who appeared to her in the form of an angel, to inform her that her sins had been forgiven: it is possible that stratagems of a similar nature might prevail. I attended a monomaniac lady in Paris, who fancied herself in Jerusalem on the eve of its destruction. She furiously opposed all endeavours to move her from her residence; and it was only by personating a Jewish rabbi, and offering to take her to New Jerusalem as a place of refuge, that she consented to accompany me in a carriage to a maison de santé near the capital. Here imagination subdued imagination. I have had the pleasure to hear that ever since I thus succeeded in breaking a link in the morbid association of her fancies, her state of mind rapidly improved, and that she is now restored to perfect sanity.
Dæmonomania can be seen as a distorted perception of divine justice, stemming from ignorance and a resulting lack of intellect, along with a fearful anticipation of possible deserved punishment. It’s a condition that rarely finds a cure. When offered the comfort of true religion, these individuals often reject it with anger or only experience a fleeting improvement. Zacutus shares the story of a possessed person who was healed by someone who appeared to her as an angel, telling her that her sins were forgiven; it’s possible that similar tactics could be effective. I cared for a woman in Paris who believed she was in Jerusalem right before its destruction. She fiercely resisted any attempts to get her to leave her location, and it was only by pretending to be a Jewish rabbi and suggesting I could take her to New Jerusalem as a safe haven that she agreed to accompany me in a carriage to a maison de santé near the capital. There, one imagination overcame another. I'm pleased to report that since I managed to break a connection in her distorted thoughts, her mental state has significantly improved, and she is now fully sane.
Dæmonomania has been known to be epidemic. From 1552 to 1554 no less than eighty-four persons became possessed in Rome. The endeavours of a French monk to exorcise them proved of no avail; and as most of the unfortunate victims of credulity were Jewesses who had consented to be baptized, the Jews were of course accused of sorcery. About the same period a similar disease broke out in a convent near Kerndrop, in Germany, when all the nuns were possessed, and denounced their cook, who, having confessed that she was a witch, was duly burnt alive with her mother.
Dæmonomania has been known to spread widely. From 1552 to 1554, at least eighty-four people became possessed in Rome. The efforts of a French monk to exorcise them were unsuccessful; and since most of the unfortunate victims of superstition were Jewish women who had agreed to be baptized, the Jews were, of course, blamed for witchcraft. Around the same time, a similar outbreak occurred in a convent near Kerndrop, Germany, where all the nuns became possessed and accused their cook, who confessed to being a witch and was subsequently burned alive along with her mother.
Dæmonomania has been considered an hereditary visitation, and whole families have therefore been deemed in pact with the evil one. Insanity is unfortunately known to attach itself to certain generations; but perhaps it has not been sufficiently observed, when endeavouring to account for this melancholy fact, that the mind becomes gradually influenced by the nature of the constant conversation we daily and hourly are exposed[Pg 159] to hear; and it is not impossible but that this transmission of mental disease may be attributed to morbid moral and physical sympathies, which might be avoided by withdrawing the persons exposed to it from the sphere of their action. Constant anxious thoughts and painful reflections tend to produce an increased sensorial power in the brain, with a diminished sensibility to external impressions. So great has been this effect upon the senses, that maniacs have been seen to gaze upon the meridian sun without any sensible effect on the organs of vision. It is therefore possible that an individual who beholds with incessant horror insanity in his family, or who constantly hears of their aberrations, may ultimately experience a similar peculiarity of the mind: hence wit as well as madness have been known to be the heir-looms of a race. Although the examples of vice, one might imagine, would inspire a love for virtuous actions, yet we daily see profligacy the characteristic of an entire family; and there are names which have been rendered by misconduct synonymous with depravity. This sad fact can only be attributed to natural temperament, whether it be sanguine or melancholic. It has been observed that our constitutions exercise a control over diseases, that modifies them in a peculiar manner. The more acute the sensibility, the greater is the predisposition to insanity. Warm and ungovernable passions will drive one female into all the horrid excesses of nymphomania, while the timid hypochondriac and hysteric woman will gradually sink into a morose or a malevolent despondency. Burton attributes dæmonomania to other causes, and tells us that the devil is so cunning that he is able to deceive the very elect; and, to compel them the more to stand in awe of him, he sends and cures diseases, disquiets their minds, torments and terrifies their souls, to make them adore him; and all his study, all his endeavour, is to divert them from true religion to superstition; and because he is damned himself, and is in error, he would have all the world participate of his errors, and be damned with him.
Dæmonomania has been seen as an inherited condition, leading to the belief that entire families are in league with evil. Insanity tends to run in certain generations; however, it might not have been fully recognized that our minds are gradually shaped by the nature of the constant conversations we hear every day. It's possible that this spread of mental illness is linked to unhealthy moral and physical influences, which could be avoided by removing individuals from the environment causing it. Persistent anxious thoughts and painful reflections can heighten brain sensitivity while reducing responsiveness to outside stimuli. This effect on the senses is so intense that people with mental illness have been known to look at the bright sun without any noticeable impact on their eyesight. Therefore, it's conceivable that a person who constantly witnesses insanity in their family or frequently hears about their odd behaviors may eventually experience similar mental peculiarities: both wit and madness can be inherited traits. Although one might think that seeing examples of vice would inspire a desire for virtuous behavior, we often observe that entire families exhibit a pattern of moral decay, and certain names have become synonymous with depravity due to misconduct. This unfortunate reality can be attributed to natural temperament, whether it is cheerful or melancholic. It's been noted that our physical makeup influences diseases in unique ways. The more sensitive a person is, the more likely they are to develop insanity. Strong and uncontrolled passions might push one woman toward the extreme behaviors of nymphomania, while a timid hypochondriac or hysterical woman may gradually fall into deep sadness or malice. Burton attributes dæmonomania to different causes, stating that the devil is so clever that he can deceive even the most devout; to instill greater fear in them, he sends diseases, disturbs their minds, and torments their souls to force them into worshipping him. His entire focus is to lead them away from true faith and into superstition; as he is damned and wrong himself, he wants everyone to share in his errors and be condemned along with him.
Amongst the various motives that induced the evil one to pay his sinister visits to frail mortality, that of inflicting upon them a salutary, or a vexatious fustigation, is frequently recorded by the fathers and other writers. It was more especially upon the backs of saints that this castigation took place. St. Athanasius informs us that St. Anthony was frequently flagellated by the devil. St. Jerome states that St. Hilarius was often whipped in a similar manner; and he calls the devil “a wanton gladiator,” and thus describes his mode of punishment: “Insidet dorso ejus festivus gladiator; et latera[Pg 160] calcibus, cervicem flagello verberans.” Grimalaïcus, a learned divine, confirms the fact in the following passage: “Nonnumquam autem et apertâ impugnatione grassantes, dæmones humana corpora verberant, sicut B. Antonio fecerant.” St. Francis of Assisa received a dreadful flogging from the devil the very first night he came to Rome, which caused him to quit that city forthwith. Abbé Boileau’s remarks on this circumstance savour not a little of impiety and freethinking, for he says, “It is not unlikely that, having met with a colder reception than he judged his sanctity entitled him to, he thought proper to decamp immediately, and when he returned to his convent told the above story to his brother monks.” Howbeit, Abbé Boileau is no authority, and it is to be feared that, partaking of the satirical disposition of his brother, he sacrificed piety to wit; for it is well known, beyond the power of sceptic doubts, that the aforesaid saint’s assertion cannot possibly be impugned by proper believers. His power over the fiery elements was established; whereby he possessed the faculty of curing erysipelas, honoured by the appellation of St. Anthony’s fire. In the like manner St. Hubert cured hydrophobia, and St. John the epilepsy.
Among the various reasons that led the devil to make his sinister visits to fragile humans, inflicting either a beneficial or annoying punishment is often noted by early church fathers and other writers. This punishment was especially directed at saints. St. Athanasius tells us that St. Anthony was frequently whipped by the devil. St. Jerome mentions that St. Hilarius faced similar treatment, referring to the devil as “a wanton gladiator” and describing his method of punishment: “The festive gladiator sits on his back; and he kicks him in the sides, striking his neck with a whip.” Grimalaïcus, a learned theologian, confirms this in the following passage: “Sometimes, in open attack, demons strike human bodies, just as they did to St. Anthony.” St. Francis of Assisi underwent a terrible whipping from the devil the very first night he arrived in Rome, which made him leave the city immediately. Abbé Boileau’s comments on this situation lean towards impiety and skepticism, as he suggests, “It is not unlikely that, having received a colder reception than he believed his holiness deserved, he decided to leave right away, and when he returned to his convent, he told this story to his fellow monks.” However, Abbé Boileau is not a reliable source, and it is feared that, sharing the satirical nature of his fellow writers, he sacrificed faith for humor; because it is well-known, beyond any reasonable doubt, that the claims of this saint cannot be challenged by true believers. His power over fire was established, allowing him to cure erysipelas, famously known as St. Anthony’s fire. Likewise, St. Hubert cured rabies, and St. John healed epilepsy.
It is, however, pleasing to know that it was not always that the beatified succumbed to these Satanic pranks, and many instances are recorded of the devil’s being worsted in these sacrilegious amusements, as fully appears in the history of the blessed Cornelia Juliana, in whose room, one day, says her history, “the other nuns heard a prodigious noise, which turned out to be a strife she had had with the devil, whom, after having laid hold of him, she fustigated most unmercifully; then, having him upon the ground, she trampled upon him with her foot, and ridiculed him in the most bitter manner (lacerabat sarcasmis).” This occurrence is incontrovertible, being affirmed by that learned and pious Jesuit, Bartholomew Fisen.
It is, however, nice to know that the beatified didn’t always fall for these devilish tricks, and there are many accounts of the devil being defeated in these sacrilegious games, as clearly shown in the story of Blessed Cornelia Juliana. One day, according to her account, “the other nuns heard a huge noise, which turned out to be a fight she had with the devil, whom she grabbed and punished mercilessly; then, having him on the ground, she stomped on him with her foot and mocked him in the most biting way (lacerabat sarcasmis).” This event is undeniable, as confirmed by the learned and devout Jesuit, Bartholomew Fisen.
This partiality of devils for flagellation can most probably be attributed to their horribly jealous disposition; for it is well known that the saints took great delight in fustigating, not only those who offended them, but their most faithful votaries. Flagellation was therefore the most grateful punishment that could be inflicted to propitiate the beatified; and we have several well-authenticated facts which prove that the Virgin was frequently appeased by this practice. Under the pontificate of Sextus IV., a heterodox professor of divinity, who had written against the tabernacle, was flogged publicly by a pious monk, to the great edification of the by-standers, more particularly the ladies. The description of this operation would lose materially[Pg 161] by translation, I therefore give it in the original. “Apprehendens ipsum revolvit super ejus genua; erat enim valdè fortis. Elevatis itaque pannis, quia ille minister contra sanctum Dei tabernaculum locutus fuerat, cœpit cum palmis percutere super quadrata tabernacula quæ erant nuda, non enim habebat femoralia vel antiphonam; et quia ipse infamare voluerat beatam Virginem, allegando forsitan Aristotelem in libro priorum, iste prædicator illum confutavit legendo in libro ejus posteriorum: de hoc autem omnes qui aderant gaudebant. Tunc exclamavit quædam devota mulier, dicens, ‘Domine Prædicator, detis ei alios quatuor palmatus pro me; et alia postmodum dixit, ‘Detis ei etiam quatuor; sicque multæ aliæ rogabant, ita quòd si illarum petitionibus satisfacere voluisset, per totum diem aliud facere non potuisset.”
This preference of devils for flogging can likely be traced to their extremely jealous nature; it's well known that saints took great pleasure in punishing not only those who wronged them but also their most devoted followers. Flogging was, therefore, the most appreciated punishment that could be administered to appease the beatified, and there are several well-documented instances that show the Virgin was often calmed by this practice. During the papacy of Sextus IV, a teacher of theology who had written against the tabernacle was publicly whipped by a devout monk, much to the delight of the onlookers, especially the women. The account of this event would lose a lot in translation, so I’ll present it in its original form. “Apprehendens ipsum revolvit super ejus genua; erat enim valdè fortis. Elevatis itaque pannis, quia ille minister contra sanctum Dei tabernaculum locutus fuerat, cœpit cum palmis percutere super quadrata tabernacula quæ erant nuda, non enim habebat femoralia vel antiphonam; et quia ipse infamare voluerat beatam Virginem, allegando forsitan Aristotelem in libro priorum, iste prædicator illum confutavit legendo in libro ejus posteriorum: de hoc autem omnes qui aderant gaudebant. Tunc exclamavit quædam devota mulier, dicens, ‘Domine Prædicator, detis ei alios quatuor palmatus pro me; et alia postmodum dixit, ‘Detis ei etiam quatuor; sicque multæ aliæ rogabant, ita quòd si illarum petitionibus satisfacere voluisset, per totum diem aliud facere non potuisset.”
We need not seek for similar instances of the mighty power of proper fustigation in foreign parts. The Annals of Wales record a singular instance of the kind, which happened in the year 1188, as related by Silvester Gerald, in such a circumstantial manner that the most obdurate incredulity alone could doubt the fact:—“On the other side of the river Humber,” he says, “in the parish of Hoëden, lived the rector of that church, with his concubine. This concubine, one day, sat rather imprudently on the tomb of St. Osanna, sister to King Osred, which was made of wood, and raised above the ground in the shape of a seat: when she attempted to rise from that place, she stuck to the wood in such a manner that she could not be parted from it, till, in the presence of the people who flocked to see her, she had suffered her clothes to be torn from her, and had received a severe discipline on her naked body, and that too to a great effusion of blood, and with many tears and devout supplications on her part; which done, and after she had engaged to submit to further penitence, she was divinely released.”
We don’t have to look far for examples of the strong impact of proper punishment in other places. The Annals of Wales notes a unique case from 1188, as shared by Silvester Gerald, in such detail that only the most stubborn disbelief could question its validity: “On the other side of the river Humber,” he says, “in the parish of Hoëden, lived the rector of that church with his mistress. One day, this mistress sat rather carelessly on the tomb of St. Osanna, sister to King Osred. The tomb was wooden and elevated off the ground like a seat. When she tried to get up, she became stuck to the wood in a way that she couldn’t detach herself until, in front of the crowd that had gathered to watch, she allowed her clothes to be ripped away and endured a severe punishment on her bare body, which caused significant bleeding, alongside her many tears and earnest prayers. After this, and once she promised to accept further penance, she was miraculously released.”
In this instance, as in many others, freedom from vulgar habiliments appears to have been considered as acceptable to Heaven; so much so, indeed, that the state of greater or lesser nudity has been commensurate with the degree of the offence. The Cynic philosophers of Greece, among whom Diogenes made himself most conspicuous, used to appear in public without a rag upon them. The Indian wise men, called Gymnosophists, or naked sages, indulged in the same vagaries. In more modern times, the Adamites appeared in the simple condition of our first father. In the 13th century, a sect called Les Turlupins (a denomination which appears to have been an opprobrious nickname), perambulated France, disencumbered of vain accoutrements; and, in 1535, some Anabaptists made an[Pg 162] excursion in Amsterdam in the condition in which they had quitted their baths, for which breach of decorum the impious burgomasters had them bastinadoed. We further read of one Friar Juniperus, a worthy Franciscan, who, according to history, “entered the town of Viterboo, and, while he stood within the gate, he put his hose on his head, and his gown being tied round his neck in the shape of a load, he walked through the streets of the town, where he suffered much abuse and maltreatment from the wicked inhabitants; and, still in the same situation, he went to the convent of the brothers, who all exclaimed against him, but he cared little for them, so holy was the good little brother (tam sanctus fuit iste fraticellus).”
In this case, as in many others, being free from crude clothing seems to have been seen as acceptable by God; so much so that the level of nudity was proportional to the severity of the offense. The Cynic philosophers of Greece, particularly Diogenes, would go out in public completely naked. The Indian wise men known as Gymnosophists, or naked sages, did the same thing. In more recent times, the Adamites appeared in the basic state of our first ancestor. In the 13th century, a group called Les Turlupins (which seems to have been a derogatory nickname) roamed France without any unnecessary clothing; and in 1535, some Anabaptists took a[Pg 162] trip in Amsterdam just as they had come out of their baths, for which the disrespectful city officials had them beaten. We also read about a Friar Juniperus, a notable Franciscan, who, according to history, “entered the town of Viterbo, and, while standing at the gate, put his pants on his head, and with his gown tied around his neck like a load, walked through the streets, enduring a lot of abuse and mistreatment from the wicked townspeople; and, still in the same condition, he went to the brothers' convent, where they all shouted against him, but he cared little for them, so holy was the good little brother (tam sanctus fuit iste fraticellus).”
The pranks of brother Juniper have been performed at sundry periods by various holy men. Are we not warranted in conceiving that these individuals were dæmonomaniacs? for surely the devil alone could have inspired them with such fancies, although Cardinal Damian defends the practice in the following terms, when speaking of the day of judgment: “Then shall the sun lose its lustre, the moon shall be involved in darkness; the stars shall fall from their places, and all the elements be confounded together: of what service then will be to you those clothes and garments with which you are now covered, and which you refuse to lay aside, to submit to the exercise of penitence?”
The pranks of Brother Juniper have been played at various times by different holy men. Can we not believe that these individuals were obsessed with demons? Surely only the devil could have inspired them with such ideas, even though Cardinal Damian defends the practice in the following way when discussing the day of judgment: “Then the sun will lose its brightness, the moon will be engulfed in darkness; the stars will fall from their places, and all elements will be thrown into chaos: what good will those clothes and garments, which you now wear and refuse to take off to embrace the act of penance, be for you then?”
It must be remarked, in extenuation of these exhibitions, that they were accompanied by flagellation; which sometimes bore a close analogy to those of the Saturnalia and Lupercalia, and the discipline of the flagellants was not always dissimilar to that of the Luperci.
It should be noted, to justify these displays, that they included flogging; which often had a strong resemblance to the practices of the Saturnalia and Lupercalia, and the discipline of the flagellants was not always very different from that of the Luperci.
To resume: Dæmonomania may be considered the result of a morbid condition of the mind, and the dread of supernatural agency. The belief of an incarnation of the devil leads to the natural apprehension of his having taken possession of our bodies, when a credulous creature fancies that he has fallen into his snares, and forsaken the ways of the Omnipotent. This sad delusion has been admirably illustrated by Sir Walter Scott in his curious and learned Demonology. “It is, I think,” says he, “conclusive that mankind, from a very early period, have their minds prepared for such events (supernatural occurrences) by the consciousness of the existence of a spiritual world. But imagination is apt to intrude its explanations and inferences founded on inadequate evidence. Sometimes our violent and inordinate passions, originating in sorrow for our friends, remorse for our crimes, our eagerness of patriotism, or our deep sense of devotion,—these, or other violent excitements of a[Pg 163] moral character, in the visions of the night, or the rapt ecstasy of the day, persuade us that we witness with our eyes and ears an actual instance of that supernatural communication, the possibility of which cannot be denied. At other times the corporeal organs impose upon the mind, while the eye and the ear, diseased, deranged, or misled, convey false impressions to the patient. Very often both the mental delusion and the physical deception exist at the same time; and men’s belief of the phenomena presented to them, however erroneously, by the senses, is the firmer and more readily granted, that the physical impressions corresponded with the mental excitement.”
To sum up: Dæmonomania can be seen as a mental disorder fueled by a fear of supernatural forces. The belief in the devil's embodiment leads to a natural fear that he has taken over our bodies when a gullible person thinks they have fallen into his traps and turned away from the ways of the Almighty. This unfortunate delusion is excellently discussed by Sir Walter Scott in his insightful work on Demonology. "I believe," he states, "that it’s clear that humanity has been mentally prepared for such events (supernatural happenings) for a long time due to the awareness of a spiritual world. However, imagination tends to insert its own explanations and conclusions based on insufficient evidence. Sometimes, our intense and overwhelming emotions, arising from sadness about our friends, guilt over our wrongdoings, our passionate nationalism, or our deep sense of faith—these, along with other strong moral excitements, can trick us in our dreams or moments of intense joy, convincing us that we are witnessing real instances of that supernatural connection, which cannot be ruled out. At other times, our physical senses mislead the mind, with the eye and the ear being compromised or skewed, leading to false perceptions for the individual. Often, both mental and physical deceptions occur simultaneously, and people's belief in the phenomena presented to them, regardless of how mistaken it may be, is stronger and more easily accepted when the physical sensations align with the mental excitement.”
From the foregoing observations we may venture to conclude, that an individual who gives credence to apparitions will also believe in the incarnation of the devil. In both cases we infer that spiritual beings can assume corporeal forms; and, although we may not presume to question the possibility of such appearances when it may please the Omnipotent so to will it, to believe in possession is actually to admit that the devil is a spiritual being endowed with specific attributes and powers, and acting either independently or with the consent of the Almighty. This admission would to a certain extent border on the heresy of the Manicheans, who believed, with the heresiarch Cubricus, that there existed a good and an evil principle coeternal and independent of each other. We find in Holy Writ that indulgence was granted to Satan to visit the earth. But the period when miraculous power ceased, or rather was withdrawn from the church, is not determined. The Protestants bring it down beneath the accession of Constantine, while the Roman Catholic clergy still claim the power of producing or procuring supernatural manifestations when it suits their purpose; but, as Scott justly observes, it is alike inconsistent with the common sense of either Protestant or Roman Catholic, that fiends should be permitted to work marvels, which are no longer exhibited on the part of religion.
From the earlier observations, we can conclude that a person who believes in ghosts is also likely to believe in the devil’s incarnation. In both situations, we assume that spiritual beings can take physical forms; and while we can’t reject the possibility of such appearances whenever the Almighty chooses, believing in possession essentially means accepting that the devil is a spiritual being with specific qualities and powers, acting either independently or with God's permission. This acceptance somewhat edges into the heresy of the Manicheans, who believed, like their leader Cubricus, that there were good and evil principles that were coeternal and independent of one another. In the Scriptures, we see that Satan was allowed to visit the earth. However, the time when miraculous power ended, or rather was withdrawn from the church, isn’t clearly defined. Protestants believe this happened after Constantine came to power, while Roman Catholic clerics still assert they can produce or obtain supernatural manifestations when it benefits them; but as Scott rightly points out, it seems unreasonable for either Protestants or Catholics to think that demons should be allowed to perform wonders that are no longer seen in religious contexts.
Cullen’s opinion on this disease is worthy of remark. He says, “I do not allow that there is any true dæmonomania, because few people nowadays believe that demons have any power over our bodies or our minds; and, in my opinion, the species recorded are either a species of melancholy or mania,—diseases falsely referred by the spectators to the power of demons,—feigned diseases,—or diseases partly real or partly feigned.”
Cullen’s view on this disease is notable. He states, “I don’t believe there is such a thing as true dæmonomania, because very few people today think that demons have any influence over our bodies or minds; and, in my view, the cases documented are either a form of depression or mania—illnesses wrongly attributed by onlookers to the power of demons—made-up illnesses—or illnesses that are partly real and partly fabricated.”
Esquirol, moreover, justly observes, that “in modern times the punishments that the priest denounces have ceased to influence the minds and the conduct of men, and governments have[Pg 164] recourse to restraints of a different kind. Many lunatics express now as much dread of the tribunals of justice, as they formerly entertained of the influence of stars and demons.”
Esquirol also rightly points out that “in modern times, the punishments that priests proclaim have stopped affecting people's thoughts and behavior, and governments have[Pg 164] resorted to different kinds of control. Many mentally ill individuals now fear the justice system just as much as they once feared the influence of stars and demons.”
We frequently meet with despondent monomaniacs labouring under the fatal delusion of having forfeited all hopes of salvation, and being in fact inevitably doomed to perdition, but who are apparently of sound mind when touching upon other subjects. The case of one Samuel Brown was peculiarly striking. This unfortunate man, at a period when all his intellectual faculties were in full vigour, fancied that his rational soul had gradually succumbed under divine displeasure, and that he solely enjoyed an animal life in common with brutes.
We often encounter depressed individuals obsessed with the destructive belief that they have completely lost all hope for salvation and are, in fact, doomed to everlasting damnation. However, they seem perfectly sane when discussing other topics. One striking case is that of Samuel Brown. This unfortunate man, at a time when all his mental abilities were in full force, believed that his rational soul had gradually given in to divine anger and that he was merely experiencing an animal existence like that of beasts.
Esquirol affirms that this form of lunacy is of rare occurrence, and that out of upwards of 20,000 insane persons whom he has observed, scarcely one case of dæmonomania could be found in a thousand, and these were amongst the lowest and most uneducated classes of society. The most powerful charm to withstand the efforts of the evil spirit, is the following one generally made use of in Livonia.
Esquirol states that this type of madness is very rare, and among more than 20,000 people with mental illness he has observed, he found hardly one case of demonomania in a thousand, mostly within the lowest and least educated classes of society. The most effective way to resist the efforts of the evil spirit is the following charm commonly used in Livonia.
Two eyes have seen thee—may three eyes deign to cast a favourable look upon thee, in the name of the Father, the Son, and the Holy Ghost.
Two eyes have seen you—may three eyes choose to look kindly upon you, in the name of the Father, the Son, and the Holy Spirit.
THE PLAGUE.
Pestilential diseases have ever been considered a punishment inflicted on mankind for their manifold offences. The ancients deified the calamity, and viewed it in the light of an avenging god. In the Œdipus of Sophocles, the chorus implore Minerva to preserve them from that divinity, which, without sword or buckler, strews the Theban streets with corpses, and is more invincible than Mars himself. Lucretius describes the plague of Athens as a holy fire,—
Pestilential diseases have always been seen as a punishment for humanity's many wrongdoings. The ancients treated the disaster as if it were a vengeful god. In Sophocles' Œdipus, the chorus begs Minerva to protect them from that divine force, which, without sword or armor, fills the streets of Thebes with dead bodies and is more powerful than Mars himself. Lucretius describes the plague of Athens as a holy fire,—
Et simul, ulceribus quasi inustis, omne rubore
Corpus, ut est, per membra sacer quum diditur ignis.
Et simul, with wounds that seem burnt in, the whole body, as it is, turns red through the limbs when the holy fire spreads.
The plague was known in an early era both to the Israelites and to the Greeks, and its ancient and modern histories have descended to us depicted in the most terrific colours, in a regular stream of Hebrew, Greek, Arabic, and Roman writers, in most instances offering little variety from the descriptions of neoteric observers.
The plague was recognized in ancient times by both the Israelites and the Greeks, and its history, both ancient and modern, has come down to us portrayed in the most vivid terms, through a consistent stream of Hebrew, Greek, Arabic, and Roman authors, often providing little variation from the accounts of contemporary observers.
The pestilences that visited the Israelites were, however, of a[Pg 165] different character. They were also considered as a Divine chastisement of the sins of that stiff-necked nation. This visitation, accurately described in Holy Writ, has led to the most curious disquisitions. Bryant has endeavoured by the most recondite researches to give us the reasons why the Creator thought proper thus to visit his disobedient people. It has been truly observed that the sublime is not far removed from the ridiculous; and it may be said with equal correctness, that enthusiasm in religion too frequently borders upon impiety. Bryant, in his erudite labour, has unhappily fallen into this extreme, in assigning human motives to the decrees of the Deity. This matter is treated in so curious a manner that it will not be irrelevant to notice his bold assertions.
The plagues that came upon the Israelites were, however, of a[Pg 165] different nature. They were also seen as a Divine punishment for the sins of that stubborn nation. This occurrence, accurately described in the Scriptures, has led to some intriguing discussions. Bryant has attempted through extensive research to explain why the Creator chose to punish His disobedient people in this way. It has been rightly pointed out that the sublime is not far from the ridiculous; and it can be said just as accurately that religious enthusiasm often veers into impiety. In his scholarly work, Bryant has unfortunately crossed this line by attributing human motives to the decisions of the Deity. This topic is addressed in such an interesting way that it’s worth noting his daring claims.
In the first instance, taking the language of the Exodus in the most literal sense, he tells us that the river was turned into blood, because it was a punishment particularly well adapted to that blinded and infatuated people, as a warning to the Israelites of the insufficiency of the false gods that the Egyptians worshipped. They had rendered divine homage to the Nile; and Herodotus informs us that the Persians held their rivers in the highest veneration; while the same worship obtained among the Medes, the Parthians, and the Sarmatians. The Greeks adored the Spercheius, to whose god Peleus vowed the hair of his son; the laureated Peneus, the earth-born Achelous, and the loving Alpheus. For, although it may be said that these streams were merely venerated as the symbols of their respective gods, it is possible that the Greeks might have fallen into the same errors as the worshippers of saintly images in more modern and enlightened times. Therefore, says our learned author, there was a great propriety in the judgment brought upon this people by Moses. They must have felt the utmost astonishment and horror when they beheld the sacred stream changed and polluted, and the divinity which they worshipped so shamefully soiled and debased. Moreover, he tells us that the Egyptian priests were particularly nice and delicate in their outward habits, making constant ablutions; and abhorred blood, or any stain of gore. In this plague the fish that were in the river died, and the river stunk. Now the priests and holy men not only never tasted fish, but looked upon them as deities. A city was built in honour of the god-fish, Oxyrunchus; the Phagrus[12] was worshipped at Syene, the Mæotis at Elephantis, and Antiphanes tells us that the Egyptians equally reverenced the eel.
At first glance, taking the language of the Exodus literally, it says that the river was turned into blood, because it was a punishment especially suited to that blind and deluded people, serving as a warning to the Israelites about the inadequacy of the false gods the Egyptians worshipped. They had given divine honor to the Nile; and Herodotus tells us that the Persians held their rivers in high regard; the same veneration was found among the Medes, the Parthians, and the Sarmatians. The Greeks worshipped the Spercheius, to whom Peleus promised the hair of his son; the laurel-crowned Peneus, the earth-born Achelous, and the beloved Alpheus. While it might be said that these rivers were simply revered as symbols of their respective gods, it's possible that the Greeks fell into similar mistakes as modern worshippers of saintly images. Therefore, our learned author argues that Moses's judgment on this people was fitting. They must have been utterly astonished and horrified when they saw the sacred river turned and polluted, and the divinity they worshipped so disgracefully sullied and degraded. Furthermore, he points out that the Egyptian priests were particularly fastidious about their outward appearance, performing constant washings, and they detested blood or any trace of gore. In this plague, the fish in the river died, and the river stank. The priests and holy men not only never ate fish but regarded them as deities. A city was built in honor of the fish god, Oxyrhynchus; the Phagrus[12] was worshipped in Syene, the Mæotis in Elephantis, and Antiphanes tells us that the Egyptians also revered the eel.
[Pg 166]The second plague were frogs, because, further saith our sapient authority, they added to the stink of the land, as they “died out of the houses, out of the villages, and out of the fields, and were gathered together in heaps, and the land stunk,” Exodus viii. 13, 14. Bryant candidly confesses that he is rather uncertain if this reptile was an object of reverence, or of abhorrence to the Egyptians; nevertheless, he draws the conclusion that, as the ancients worshipped many deities of dread, and others that they despised, (such as Priapus, Fatua, Vacuna, Cloacina,) Mephitis, or foul effluvia, was held in religious awe,—and, to use his own expressions, since Mephitis “signified stink in the abstract,” and had a temple at Cremona, the pestilential emanation from the dead frogs might have been considered as entitled to some reverence.[13] Plutarch tells us that the frog was an emblem of the sun in Egypt, and that the brazen palm-tree at Delphi had many of these animals engraved on its basis. On the Bembine table we find it sitting upon the lotus, a circumstance observed in various ancient gems; the water-lily being, perhaps, congenial to this aquatic tribe, which were denominated the attendants of the deities of streams and fountains. It is also alleged that the frog was deemed an emblem of Apollo and Osiris, from its habit of inflation, which was looked upon as being typical of inspiration. That frogs were considered as evil symbols further appears in the Apocalypse, where we find that “three unclean spirits like frogs come out of the mouth of the dragon, and out of the mouth of the beast, and out of the mouth of the false prophet; they are the spirits of devils working miracles.”
[Pg 166]The second plague was frogs, because, as our wise authority explains, they added to the stench of the land, as they “died out of the houses, out of the villages, and out of the fields, and were gathered together in heaps, and the land stank,” Exodus viii. 13, 14. Bryant openly admits that he’s not sure if these creatures were revered or loathed by the Egyptians; however, he concludes that since the ancients worshipped many terrifying deities, and others that they despised (like Priapus, Fatua, Vacuna, Cloacina), Mephitis, or foul odors, was held in some sort of religious respect — and, to quote him, since Mephitis “meant stink in the abstract” and had a temple in Cremona, the disgusting smell from the dead frogs might have been deserving of some reverence.[13] Plutarch notes that the frog was a symbol of the sun in Egypt, and that the bronze palm tree at Delphi had many of these creatures carved at its base. On the Bembine table, we see it perched on the lotus, a detail observed in various ancient gems; the water-lily might be compatible with this aquatic group, which were called the attendants of the deities of streams and fountains. It’s also claimed that the frog symbolized Apollo and Osiris, due to its habit of inflation, which was seen as a sign of inspiration. The idea that frogs were viewed as evil symbols is further supported in the Apocalypse, where we find that “three unclean spirits, like frogs, come out of the mouth of the dragon, and out of the mouth of the beast, and out of the mouth of the false prophet; they are the spirits of devils working miracles.”
The third plague was lice, because the Egyptian priests affected great external purity, wore linen under their woollen garments, and shaved their heads, according to Herodotus, every third day, to prevent any louse, or any other detestable object, from finding a comfortable shelter. Some scholastics have ventured to insinuate that this insect was a species of gnat; but St. Jerome and Origen very properly observe that this would have been a presumptious anticipation of the plague of flies, which constituted the fourth visitation, because flies were also held sacred by the Egyptians, and were worshipped under the name of Achon, Acoron, and Zebub, more particularly in the city of Acaron or Accoron. Baal was the god of flies, and the fly was worshipped at Ekron, where it was called Baal-ze-bub,—hence Belzebub.
The third plague was lice, because the Egyptian priests maintained great external cleanliness, wore linen under their wool garments, and shaved their heads, according to Herodotus, every three days to stop any lice or other unpleasant creatures from finding a cozy place to hide. Some scholars have suggested that this insect was a type of gnat; however, St. Jerome and Origen rightly point out that this would have prematurely suggested the plague of flies, which was the fourth visitation, because flies were also considered sacred by the Egyptians and were worshipped under the names of Achon, Acoron, and Zebub, especially in the city of Acaron or Accoron. Baal was the god of flies, and the fly was worshipped at Ekron, where it was called Baal-ze-bub,—thus Belzebub.
[Pg 167]The next plague was the murrain of beasts; because it was necessary that the Israelites should not only see that the cattle of the Egyptians were all infected, while theirs were exempted from the evil; but that their very living symbol of the bull Apis, in whom the soul of Osiris had taken up its dwelling, was affected with epizooty in common with other herds of horned deities, who were called Dii Stercorei; though it appears that the ass and the camel were involved in the same calamity.
[Pg 167]The next plague was a disease that affected the animals; because it was important for the Israelites to observe that all of the Egyptians' cattle were infected while theirs remained unharmed. They also needed to see that the living symbol of the bull Apis, in whom the soul of Osiris resided, was suffering from the same disease, along with other herds of horned gods known as Dii Stercorei; although it seems that the donkey and the camel were also caught up in this disaster.
Our commentator attempts to account for the sixth plague of boils and blains with equal ingenuity. He affirms that this cruel disorder was sent among the Egyptians to show the Israelites that the medical men to whom they attributed divine powers, could neither cure nor alleviate the disease. The science of medicine bequeathed by Isis to her son Orus was of no avail, and the learned records of Tosorthrus yielded no information. In vain did their leeches search their cryptæ and sacred caverns, or consult their mystic obelisks, which, according to Manetho, were inscribed with the aphorisms of medical experience; their physicians only increased the number of the botches of the land. The Scriptures state that this pestilential malady was produced by the ashes that Aaron and Moses scattered up towards heaven to be wafted over the country. Bryant also accounts for this circumstance, and attributes this method of extending the calamity to the barbarous practice of the Egyptians of burning human victims and scattering the ashes in the air, in a like manner to propitiate their gods.
Our commentator tries to explain the sixth plague of boils with equal creativity. He claims that this terrible affliction was sent to the Egyptians to show the Israelites that the medical professionals they thought had divine powers could neither cure nor ease the suffering. The medical knowledge passed down by Isis to her son Orus was useless, and the scholarly writings of Tosorthrus provided no help. Their healers searched their hidden tombs and sacred caves in vain or consulted their mystical obelisks, which, according to Manetho, were filled with medical wisdom; their doctors only added to the number of botches in the land. The Scriptures say that this deadly disease was caused by the ashes that Aaron and Moses scattered towards heaven to be blown over the land. Bryant also explains this situation, attributing this method of spreading the plague to the brutal practice of the Egyptians who burned human sacrifices and scattered the ashes in the air to appease their gods.
The fall of rain, hail, fire, and thunder, that constituted the seventh plague, was a chastisement inflicted on the worshippers of these supposed elements. Their Isis presided over the waters, and Osiris and Hephaistus governed fire. Moreover the flax was smitten, whereby the Egyptians were deprived of the means of making linen, the finest of which was their boast and their pride. The barley was also destroyed, and they had no materials for brewing their favourite potation, barley-wine; a species of beer which constituted their chief beverage when the waters of the Nile were turbid and not potable.[14]
The heavy rain, hail, fire, and thunder that made up the seventh plague served as punishment for those who worshipped these so-called elements. Their goddess Isis ruled over the waters, while Osiris and Hephaestus governed fire. Additionally, the flax was ruined, leaving the Egyptians without the means to make linen, which they took pride in. The barley was also destroyed, so they had no ingredients for brewing their favorite drink, barley wine; a type of beer that was their main beverage when the waters of the Nile were muddy and undrinkable.[14]
But, according to Jacob Bryant, this destruction was not[Pg 168] deemed sufficient, since the fecundity of Egypt would soon have replenished their granaries, manufactures, and breweries; therefore locusts were sent to devour every thing that the former devastation had spared; and this plague was a punishment of their belief that Hercules and Apollo had the power of controlling these ravenous insects, which were called Parnopes and Cornopes, whence Apollo was named Parnopius, and Hercules Cornopion. It also appears that the grasshoppers, or cicadæ, were venerated, both as sacred and musical; and the Athenians wore golden ones in their hair, to denote the antiquity of their race of earth-born breed.
But, according to Jacob Bryant, this destruction wasn’t considered enough, since Egypt’s fertility would soon refill their granaries, factories, and breweries. So, locusts were sent to consume everything that the previous devastation had missed. This plague was a punishment for their belief that Hercules and Apollo could control these hungry insects, which were called Parnopes and Cornopes, from which Apollo was named Parnopius and Hercules Cornopion. It also seems that grasshoppers, or cicadæ, were honored as sacred and musical; Athenians wore golden ones in their hair to signify the ancient heritage of their earthly lineage.
Now it is somewhat singular, that while our ingenious author makes such learned inquiries to account for the motives that induced God thus to visit the Egyptians, he does not venture to assign motives for similar calamities which befel other nations and countries; although his researches on the subject are so curious and interesting, that they deserve insertion.
Now it's quite unusual that while our clever author dives deep into the reasons behind why God chose to punish the Egyptians, he doesn't attempt to explain the motivations for similar disasters that happened to other nations and places. His research on the topic is so intriguing and fascinating that it definitely deserves to be included.
The following is the account given by Beauplam of the destructive inroad of these devourers in the Ukraine:—“Next to the flies, let us talk of the grasshoppers or locusts, which here are so numerous, that they put one in mind of the scourge of God sent upon Egypt when he punished Pharaoh. These creatures do not only come in legions, but in whole clouds, five or six leagues in length, and two or three in breadth, eating up all sorts of grain or grass, so that wheresoever they come, in less than two hours they crop all they can find, which causes great scarcity of provisions. It is not easy to express their numbers, for all the air is full and darkened; and I cannot better represent their flight to you, than by comparing it to the flakes of snow driven by the wind in cloudy weather; and when they alight to feed, the plains are all covered. They make a murmuring noise as they eat, and in less than two hours they devour all close to the ground; then rising, they suffer themselves to be carried away by the wind. When they fly, though the sun shines never so bright, the air is no lighter than when most clouded. In June 1646, having stayed in a new town called Novogorod, I was astonished to see so vast a multitude. They were hatched here last spring; and being as yet scarcely able to fly, the ground was all covered, and the air so full of them, that I could not eat in my chamber without a candle, all the houses being full of them, even the stables, barns, chambers, garrets, cellars, &c. I have seen at night, when they sit to rest themselves, that the roads have been four inches thick of them, one upon another. By the wheels of the carts and the feet of our horses bruising these creatures, there[Pg 169] came from them such a stink, as not only offended the nose but the brain. I was not able to endure the stench, but was forced to wash my nose with vinegar, and to hold a handkerchief dipped in it to my nostrils perpetually. These vermin increase and multiply thus: they generate in October, and with their tails make a hole in the ground, and having laid three hundred eggs in it, and covered them with their feet, die; for they never live above six months and a half. And though the rains should come, they would not destroy the eggs; nor does the frost, never so sharp, hurt them. But they continue to the spring, which is about mid-April; when the sun warming the earth, they are hatched, and leap about, being six weeks old before they can fly; when stronger, and able to fly, they go wherever the wind carries them. If it should happen that a north-east wind prevails, it carries them all into the black sea; but if the wind blows from any other quarter, they go into some other country to do mischief. I have been told by persons who understand the languages well, that the words Boze Guion, which mean the scourge of God, are written in Chaldee characters upon their wings.”
The following is the account given by Beauplam of the destructive invasion of these devourers in Ukraine:—“Next to the flies, let’s talk about the grasshoppers or locusts, which are so numerous here that they remind one of the plague sent by God upon Egypt to punish Pharaoh. These creatures come not just in swarms but in entire clouds, five or six leagues long and two or three wide, consuming all types of grain and grass. Where they arrive, in less than two hours, they clear everything in sight, causing a serious shortage of food. It’s hard to describe their numbers; the air is filled and darkened by them. I can best compare their flight to snowflakes driven by the wind on a cloudy day; when they settle to eat, the plains are completely covered. They make a buzzing noise as they feed, and in under two hours, they devour everything close to the ground; then they rise up and let the wind carry them away. When they fly, even when the sun is shining brightly, the air becomes as dark as on the cloudiest days. In June 1646, while I was in a new town called Novogorod, I was shocked by the sheer volume of them. They had hatched here the previous spring, and barely able to fly, the ground was completely covered with them, and the air was so full that I couldn’t eat in my room without a candle; all the houses were filled with them, including the stables, barns, rooms, attics, basements, etc. At night, when they settled to rest, the roads were four inches thick with them, layered one on top of another. The crushing of these creatures by cart wheels and horse hooves created such a stench that it was not only unpleasant but overwhelming. I couldn’t stand the smell and had to wash my nose with vinegar, holding a handkerchief soaked in it to my face constantly. These pests breed and multiply like this: they mate in October, dig a hole in the ground with their tails, lay three hundred eggs, cover them with their feet, and die; they only live about six and a half months. Even if it rains, it doesn’t damage the eggs, nor does the harshest frost harm them. They remain dormant until spring, around mid-April, when the sun warms the earth; then they hatch and bounce around, being six weeks old before they can fly. Once they’re strong enough to fly, they go where the wind takes them. If a north-east wind blows, it carries them straight into the Black Sea; if the wind comes from any other direction, they head into other lands to cause devastation. I’ve been told by people knowledgeable in the languages that the words Boze Guion, meaning the scourge of God, are written in Chaldean characters on their wings.”
Norden mentions that there were supposed to be hieroglyphic marks upon the heads of these insects. Such was the pestilential scourge of the Ukraine; although I do not apprehend that its inhabitants ever worshipped Parnopius or Cornopion, or decorated their filthy heads with golden grasshoppers. Other regions were occasionally visited by these insects. Ludolphus, in speaking of Ethiopia, says, “But much more pernicious than these (the numerous serpents) are the locusts, which do not frequent the desert and sandy places, like the serpents, but the places best manured, and orchards laden with fruit. They appear in prodigious multitudes, like a cloud which obscures the sun; nor plants, nor trees, nor shrubs appear untouched, and wherever they feed, what is left appears as it were parched with fire. A general mortality ensues; and regions lie waste for years.”
Norden mentions that there were supposed to be hieroglyphic markings on the heads of these insects. Such was the pestilential scourge of Ukraine; although I don’t think its inhabitants ever worshipped Parnopius or Cornopion, or decorated their filthy heads with golden grasshoppers. Other areas were sometimes affected by these insects. Ludolphus, when discussing Ethiopia, says, “But much more harmful than these (the numerous serpents) are the locusts, which do not inhabit the desert and sandy areas like the serpents, but rather the best-farmed places and orchards heavy with fruit. They appear in massive swarms, like a cloud that blocks out the sun; no plants, trees, or shrubs remain untouched, and wherever they feed, what’s left looks scorched by fire. A widespread devastation follows; and regions remain barren for years.”
Francis Alvarez thus speaks of the same calamity in the country of Prester John. “In this country, and in all the dominions of Prete Janni, there is a very great and horrible plague: this arises from an innumerable number of locusts, which eat and consume all the corn and the trees. And the number of these creatures is so great as to be incredible, and with their numbers they cover the earth, and fill the air in such wise, that it is a hard matter to see the sun. And if the damage they do were general through all the provinces, the[Pg 170] people would perish with famine. But one year they destroy one province, sometimes two or three of the provinces; and wherever they go the country remaineth more ruined and destroyed than if it had been set on fire.” The author adds, that he exorcised them upon their invading a district in which he resided, when they all made off; but in the mean time, he adds, “there arose a great storm and thunder towards the sea, which came right against them. It lasted three hours, with an exceeding great shower and tempest. It was a dreadful thing to behold the dead locusts, (whom, by the way he had exorcised,) which we measured to be above two fathoms high upon the banks of the rivers.”
Francis Alvarez describes the same disaster in the land of Prester John. “In this country, and throughout all the territories of Prete Janni, there is a terrible plague: it comes from an enormous number of locusts that devour all the crops and trees. The sheer volume of these creatures is unbelievable; they cover the ground and fill the air to the point that it’s hard to see the sun. If the destruction they cause were widespread across all the provinces, the[Pg 170] people would starve. One year they devastate one province, sometimes two or three; and wherever they go, the land is left more ruined and devastated than if it had been burned down.” The author adds that he drove them away when they invaded his area, and they all fled; but in the meantime, he says, “a huge storm and thunder came up from the sea and moved right toward them. It lasted three hours, with an intense downpour and tempest. It was horrifying to see the dead locusts (whom, by the way, he had driven off), which we found piled up more than two fathoms high along the riverbanks.”
Barbot, in describing Upper Guinea, tells us that “famines are some years occasioned by the dreadful swarms of grasshoppers or locusts, which come from the eastward, and spread all over the country in such prodigious multitudes, that they darken the air, passing over our heads like a mighty cloud.”
Barbot, while describing Upper Guinea, says that "famines sometimes occur due to the terrible swarms of grasshoppers or locusts that come from the east and spread across the country in such immense numbers that they darken the sky, passing over us like a huge cloud."
Orosius states that in the consulship of Marcus Plautius Hypsæus and Marcus Fulvius Flaccus, A.R. 628, Africa was desolated by a swarm of these insects, which for a while were supported in the air, but were ultimately cast into the sea. “After this,” he adds, “the surf threw up upon that long extended coast such numerous heaps of their dead and corrupted bodies, that there ensued from putrefaction a most unsupportable and poisonous stench. This soon brought on a pestilence, which affected every species of animals, so that all birds, and sheep, and cattle, also the wild beasts of the field died, and their carcases being soon rendered putrid by the foulness of the air, added greatly to the general corruption. In respect to men, it is impossible, without horror, to describe the shocking devastation. In Numidia, where at the time Micipsa was king, eighty thousand persons perished. Upon that part of the sea-coast which bordered upon the regions of Carthage and Utica, the number of those carried off by this pestilence is said to have been two hundred thousand.”
Orosius states that during the consulship of Marcus Plautius Hypsæus and Marcus Fulvius Flaccus, A.R. 628, Africa was ravaged by a swarm of these insects, which were airborne for a time but ultimately ended up in the sea. “After this,” he adds, “the waves washed ashore so many heaps of their dead and decaying bodies along that sprawling coast that a dreadful and poisonous stench arose from the decay. This quickly led to a plague that affected all kinds of animals, causing birds, sheep, cattle, and even wild beasts to die, and their corpses soon turned putrid due to the foul air, contributing significantly to the overall corruption. As for humans, it is impossible to describe the horrific devastation without feeling horror. In Numidia, where Micipsa was king at that time, eighty thousand people died. On the part of the coastline near Carthage and Utica, the number of those who succumbed to this plague was said to be two hundred thousand.”
Now when man in all his proud ignorance dares to assume the power of canvassing the acts of the Almighty, and to attribute to his inscrutable will human motives, which generally arise from mortal frailty, he might as well endeavour to account for similar casualties which visited other nations than the Egyptians, and seek for the causes of the scourges of Carthage, Ethiopia, and Tartary. It is grievous to see the intellectual faculties of man perverted in such idle, one might venture to say, in such impious researches. It is strange that the learned[Pg 171] Bryant did not associate the death of the first-born with ideas of primogeniture!
Now, when people in all their arrogant ignorance dare to assume the right to judge the actions of the Almighty and attribute human motives—usually stemming from human weakness—to His mysterious will, they might as well try to explain similar disasters that affected other nations besides the Egyptians and look for reasons behind the plagues of Carthage, Ethiopia, and Tartary. It’s painful to see the intellectual abilities of humans misused in such pointless, and one might say, disrespectful inquiries. It’s odd that the learned[Pg 171] Bryant didn’t connect the death of the first-born with ideas of primogeniture!
The ninth plague of darkness he attributes to the prevalence of the worship of the sun, under the title of Osiris, Ammon, Orus, Isis, and the like. Because the Egyptians, the Ethiopians, Persians, Phœnicians, Syrians, Rhodians, and various other nations, considered themselves Heliadæ, or descendants of the sun. “What, then, can be more reasonable,” continues our antiquary, “than for a people who thus abused their faculties, who raised to themselves a god of Day, their Osiris, and instead of that intellectual light, the wisdom of the Almighty, substituted a created and inanimate element as a just object of worship,—what could be more apposite than for people of this cast to be doomed to a judicial and temporary darkness?” Unfortunately, in the very next paragraph we are told that the Egyptians showed an equal reverence to night and darkness: obscurity, therefore, was only replacing one false god by another. They paid a religious regard to the mugall, a kind of mole, on account of its supposed blindness; and night was conceived more sacred than day, from its greater antiquity, since, according to the Phœnician theology, the wind Copias and his wife Baan were esteemed the same as night, and were the authors of the first beings. In the poems of Orpheus, Night is considered as the creative principle; and in the Orphic hymns we find Night invoked as “the parent of gods and men, and the origin of all things.”
The ninth plague of darkness is seen as a result of the widespread worship of the sun, called by names like Osiris, Ammon, Orus, and Isis. Because the Egyptians, Ethiopians, Persians, Phoenicians, Syrians, Rhodians, and many other nations viewed themselves as descendants of the sun. “What could be more reasonable,” our historian argues, “than for a people who misused their intellect, who created a god of Day, their Osiris, and instead of seeking the true light—the wisdom of the Almighty—worshiped a man-made, lifeless element as a worthy object of devotion? What could be more fitting than for such a people to be condemned to a deliberate and temporary darkness?” Sadly, just a paragraph later, we learn that the Egyptians also held a deep reverence for night and darkness; thus, obscurity was merely replacing one false god with another. They honored the mugall, a type of mole, because of its supposed blindness; and night was seen as more sacred than day due to its greater age, since in Phoenician belief, the wind Copias and his wife Baan were equated with night and were believed to be the creators of the first beings. In Orpheus's poems, Night is regarded as the creative force, and in the Orphic hymns, Night is invoked as “the mother of gods and men, and the source of all things.”
This attempt to show an analogy between the crimes and sins of the Egyptians and the punishment they received, is too curious to be overlooked. The mania of seeking for the cause of every thing, reminds one of a singular character in Trinity College, Dublin, formerly well known, who invariably gave a reason for every direction he thought proper to issue; and he was once heard to address a servant in the following words: “Pat, put a cover upon that mutton. It is not for the purpose of keeping it hot, because it is cold, but it is because I do not wish the flies to get at it, because fly-blown meat is both unpleasant to the taste and injurious to the health.”
This attempt to draw a connection between the crimes and sins of the Egyptians and the punishment they received is too interesting to ignore. The obsession with finding a reason for everything reminds one of a unique character from Trinity College, Dublin, who was well known for always providing an explanation for every direction he thought was reasonable to give. He was once heard telling a servant: “Pat, cover that mutton. It’s not to keep it warm, because it’s cold, but because I don’t want the flies to get to it, because fly-blown meat is both unappetizing and bad for your health.”
It appears probable that the plague originated in Egypt. From time immemorial to the present day the lower provinces have been subject to this cruel scourge. Wars, intestine commotions, and misrule have too frequently prevented the local authorities from paying proper attention to measures of public salubrity. Herodotus tells us, that when he was at Memphis, Egypt was just liberated from a long-protracted war, during[Pg 172] which political economy had been neglected, canals had been abandoned and choked up, and the frontiers of the land were infested with banditti, while the interior was desolated by pestilential disorders. My much esteemed friend Baron Larrey, in his valuable work upon Egypt, has given a topographical description of the country; and the influence that the seasons exercise upon it, must be evident. He informs us that after the spring equinox, and especially towards the beginning of June, the southerly winds are prevalent for about fifty days. Their scorching influence is experienced for upwards of four hours, while they waft with fatal rapidity putrid emanations exhaled by animal and vegetable bodies decomposed in the lakes formed by the receding waters of the Nile. From various observations it has been concluded that the plague is both an endemic and contagious disease in Lower Egypt, but simply contagious in Upper Egypt, Syria, the other Turkish provinces, and Europe. No account of the plague in Abyssinia, Sennaar, or the interior of Africa, is given by any traveller.
It seems likely that the plague started in Egypt. From ancient times to today, the lower provinces have suffered from this brutal disease. Wars, internal conflicts, and bad governance have often stopped local authorities from focusing on public health measures. Herodotus tells us that when he was in Memphis, Egypt had just emerged from a long war during[Pg 172] which the economy was ignored, canals were left to decay and became clogged, and the borders were overrun by bandits, while the interior suffered from deadly illnesses. My respected friend Baron Larrey, in his important work on Egypt, provides a geographical description of the country, and it's clear that the seasons have an impact. He notes that after the spring equinox, especially around early June, southern winds prevail for about fifty days. Their scorching effects can be felt for over four hours as they rapidly carry harmful odors from decaying animal and plant matter in the lakes created by the receding waters of the Nile. Various observations suggest that the plague is both a local and contagious disease in Lower Egypt but only contagious in Upper Egypt, Syria, other Turkish regions, and Europe. No traveler has documented the plague in Abyssinia, Sennaar, or the interior of Africa.
The most fatal European plagues were probably those that desolated London in 1664, and Marseilles in 1720. The accounts of these fearful visitations are as curious as they are appalling. In London it broke out in the beginning of December, when two foreigners (Frenchmen it was reported) died of this disorder in Long-Acre, near Drury Lane. The cold weather and frost that followed, seemed to check its progress, until the month of April, when it appeared with intensity in the parishes of St. Andrew, Holborn, and St. Clement Danes. In May, the parish of St. Giles buried a great number. Wood Street, Fenchurch Street, and Crooked Lane, were soon visited, until terror was so general, that crowds of inhabitants panic-struck, on foot, on horse, in coaches, waggons, and carts, were thronging Broad Street and Whitechapel, fleeing from the calamity. To such an extent was migration carried, that not a horse could be bought or hired. Many fugitives, fearful of stopping at inns, carried tents to lie in the fields, and people moved in the centre of the streets, in dread of coming into contact with others sallying forth from their houses. During this state of universal panic, it may be easily imagined that hypocrisy and roguery were busily employed in increasing the evil, at the expense of the credulous. Pretended wizards and cunning people affirmed that a comet had appeared several months previous to the increase of the malady, as a similar meteor had visited London before the great fire; only the fire comet was bright and sparkling, and the plague comet was dull, and of a[Pg 173] languid colour. Lilly’s Almanac and Gadbury’s Astrological Predictions were in general demand; while pamphlets, entitled “Come out of her, my people, lest you be partakers of her plagues,” “Fair Warning,” and “Britain’s Remembrancer,” were eagerly circulated, as they denounced the utter ruin of the city. One of these prophets ran about the streets, without the encumbrance of any garment, roaring out, “Yet forty days, and London shall be destroyed;” while another, equally divested of raiment, bellowed out, “Oh! the great and the dreadful God!” Some asserted that they had seen a hand with a flaming sword coming out of the clouds, while others beheld hearses and coffins floating in the air.
The deadliest European plagues were probably those that devastated London in 1664 and Marseilles in 1720. The stories of these terrifying outbreaks are as fascinating as they are horrifying. In London, it started in early December when two foreigners (reportedly Frenchmen) died from the illness in Long Acre, near Drury Lane. The cold weather and frost that followed seemed to slow its spread until April, when it surged with intensity in the parishes of St. Andrew, Holborn, and St. Clement Danes. In May, the parish of St. Giles buried a large number of victims. Wood Street, Fenchurch Street, and Crooked Lane were soon affected, leading to widespread panic as crowds of terrified residents, on foot, on horseback, in coaches, wagons, and carts, flooded Broad Street and Whitechapel, escaping from the disaster. The migration was so drastic that no horse could be bought or rented. Many refugees, afraid to stop at inns, brought tents to sleep in the fields, and people walked in the middle of the streets to avoid encountering others leaving their homes. During this time of widespread fear, it was easy to imagine that deceit and trickery thrived, taking advantage of the gullible. Fake sorcerers and con artists claimed that a comet had appeared months before the outbreak increased, just like a similar comet had shown up in London before the great fire; except this fire comet was bright and sparkling, while the plague comet was dull and of a languid color. Lilly’s Almanac and Gadbury’s Astrological Predictions were highly sought after, while pamphlets titled “Come out of her, my people, lest you be partakers of her plagues,” “Fair Warning,” and “Britain’s Remembrancer” circulated widely, declaring the total destruction of the city. One of these so-called prophets ran through the streets, without any clothes, shouting, “Yet forty days, and London shall be destroyed,” while another, also undressed, cried out, “Oh! the great and the dreadful God!” Some claimed they saw a hand with a flaming sword emerging from the clouds, while others reported seeing hearses and coffins floating in the air.
The following is a quaint narrative of these absurdities: “One time before the plague was begun, I think it was in March, seeing a crowd of people in the street, I joined with them to satisfy my curiosity, and I found them all staring up in the air to see what a woman told them appeared plain to her, which was an angel clothed in white, with a fiery sword in his hand, waving it and brandishing it over his head. She described every part of the figure to the life, showed them the motions and the form; and the poor people came into it readily. ‘Yes, I see it all plainly,’ says one; ‘there’s the sword as plain as can be.’ Another saw his very face, and cried out, ‘What a glorious creature he was!’ One saw one thing, and one another. I looked as earnestly as the rest, and said I could see nothing but a cloud. However, the woman turned from me; called me a profane fellow and a scoffer; told me that it was a time of God’s anger, and dreadful judgments were approaching, and that despisers such as I should wonder and perish. Another encounter I had in the open day also, in going through a narrow passage from Petty-France into Bishopsgate churchyard. In this narrow passage stands a man looking through between the palisadoes into the burying-place, and he was pointing now to one place, then to another, and affirming that he saw a ghost walking upon such a grave-stone; he described the shape, the posture, and the movement of it so exactly, crying on a sudden, ‘There it is—now it comes this way—now ’tis turned back!’ till at length he persuaded the people into so firm a belief of it, that they fancied they saw it; and thus he came every day, making a strange hubbub, till Bishopsgate clock struck eleven, and then the ghost would start and disappear on a sudden.”
The following is a quirky account of these absurdities: “Once, before the plague started, I think it was in March, I saw a crowd of people in the street and decided to join them out of curiosity. They were all staring up at the sky, mesmerized by what a woman claimed to be clearly visible to her—a white-clothed angel holding a fiery sword, waving it around over his head. She detailed every part of the figure perfectly, mimicking the motions and the form; and the poor souls believed her without question. 'Yes, I see it all clearly,’ said one; ‘there’s the sword as plain as day.’ Another claimed to see the angel's face and exclaimed, ‘What a glorious being he is!’ One person saw one thing, and another saw something else. I looked as intently as the rest and insisted I could see nothing but a cloud. However, the woman turned away from me, calling me a disrespectful skeptic; she warned me that it was a time of God’s wrath, and dreadful judgments were coming, saying that those who scoffed like me would wonder and perish. I had another strange encounter during the day while walking through a narrow passage from Petty-France into Bishopsgate churchyard. In this tight space stood a man peering through the railings into the graveyard, pointing to one spot and then another, claiming to see a ghost walking on a gravestone. He described its shape, posture, and movements so vividly, suddenly shouting, ‘There it is—now it’s coming this way—now it’s turned back!’ Until eventually, he convinced the people so thoroughly that they thought they could see it too; and he returned every day, creating a commotion until Bishopsgate clock struck eleven, at which point the ghost would suddenly vanish.”
Such sanctimonious tricks are historical. Don Bernal Dias del Castello tells us, in his account of the Mexican conquest,[Pg 174] that St. Jago appeared in the van of the army, mounted on a white horse, and leading the troops on to victory. He frankly owns that he did not see this blessed vision; nay, that a cavalier, by name Francisco de Morla, mounted on a chestnut steed, was fighting in the very place where the patron of Spain was said to have appeared; but, instead of drawing the natural conclusion, that the whole business was got up as an illusion, he devoutly exclaims, “Sinner that I was, what am I that I should have been permitted to behold the blessed apostle!”
Such self-righteous tricks are nothing new. Don Bernal Dias del Castello tells us, in his account of the Mexican conquest,[Pg 174] that St. Jago appeared at the front of the army, riding a white horse and leading the troops to victory. He openly admits that he did not see this holy vision; in fact, a knight named Francisco de Morla, riding a chestnut horse, was fighting right where the patron of Spain was said to have appeared. But rather than concluding that the whole thing was a fabrication, he devoutly exclaims, “Sinner that I was, what am I that I should have been allowed to see the blessed apostle!”
These impostures remind us of the story of the wag who, fixing his eyes upon the lion over Northumberland House, exclaimed, “By heaven! it wags—it wags!” and contrived by these means to collect an immense mob in the street, many of whom swore that they did absolutely see the lion wagging his tail.
These tricks remind us of the story about the guy who, staring at the lion over Northumberland House, shouted, “Wow! It’s moving—it’s moving!” and managed to gather a huge crowd in the street, many of whom claimed they really saw the lion wagging its tail.
Crowds of pretended fortune-tellers, and astrologers and cunning men, were soon in good business, and their trade became so generally practised, that they had signs denoting their profession over their doors, with inscriptions announcing, “Here lives a fortune-teller,”—“Here you may have your nativity cast;” and the head of Friar Bacon, Mother Shipton, or Merlin, were their usual signs: and if any unfortunate man of grave appearance, and wearing a black cloak, went abroad, he was immediately assailed by the mob as a necromancer, and supplicated to reveal futurity. At such a period, it may be easily imagined that quacks were not satisfied with mere gleanings; and infallible pills, never-failing preservatives, sovereign cordials, and incomparable drinks, against the plague, were announced in every possible manner; and universal remedies, the only true plague-water, and the royal antidote, became themes of universal discourse. An eminent High Dutch physician, newly come over from Holland, where he resided during all the time of the plague,—an Italian gentlewoman, having a choice secret to prevent infection, and that did wonders in a plague that destroyed twenty thousand people a-day, were announced by bills at every corner.
Crowds of fake fortune-tellers, astrologers, and con artists quickly found themselves in a thriving business. Their trade became so widely practiced that they set up signs over their doors, announcing things like “Here lives a fortune-teller,” and “Here you can have your birth chart read.” The heads of Friar Bacon, Mother Shipton, or Merlin were common symbols. If any unfortunate man with a serious demeanor and a black cloak walked by, he would be immediately surrounded by the crowd, accused of being a sorcerer, and begged to reveal the future. During such a time, it's easy to imagine that scammers weren’t just settling for small profits. They promoted miracle pills, foolproof preservatives, sovereign tonics, and incredible potions against the plague in every way possible. Terms like universal remedies, the only authentic plague water, and the royal antidote were popular talking points everywhere. A well-known High Dutch doctor, recently arrived from Holland, where he had lived throughout the plague, along with an Italian woman boasting a special secret to prevent infection—something that had worked wonders during a plague that killed twenty thousand people a day—were advertised on bills at every corner.
One ingenious mountebank realized a fortune by announcing that he gave advice to the poor for nothing: crowds flocked to consult him; but he took half-a-crown for his remedy, on the plea that, although his advice was given gratis, he was obliged to sell his physic. While these speculations were going on, all “plays, bear-baiting, games, singing of ballads, and buckler-play,” were prohibited; all feasting, “particularly by the companies of this city,” was punished; watchmen guarded the[Pg 175] doors of the pestiferated, to prevent their egress, and a red cross was painted on their houses. The inhabitants, thus shut up to suffer the pangs of starvation in addition to those of pestilence, made the best of their way out of their prison by every possible stratagem and bribery. While fervent prayers and loud ejaculations for mercy were heard amongst distracted families, the most offensive blasphemy and ribaldry prevailed amongst the gravediggers, dead-cart drivers, and their wanton companions. If any one ventured to rebuke them, he was asked, with a volley of oaths, “what business he had to be alive, when so many better fellows were shovelled in their graves?” to which was added a salutary recommendation to go home and pray, until the dead-cart called for him. The watchmen got their share of ill-usage and abuse.
One clever con artist made a fortune by claiming that he offered free advice to the poor: crowds rushed to seek his counsel; however, he charged half-a-crown for his remedies, arguing that even though his advice was free, he had to sell his medicine. During this time, all “plays, bear-baiting, games, singing of ballads, and shield fighting” were banned; all feasting, “especially by the groups in this city,” was penalized; watchmen stood guard at the[Pg 175] entrances of the infected houses to stop people from leaving, and a red cross was painted on their doors. The residents, trapped and dealing with both hunger and disease, desperately tried to escape their confinement through any means they could, including bribery. While intense prayers and cries for mercy echoed among frantic families, the most vulgar blasphemy and crude jokes were rampant among the gravediggers, dead-cart drivers, and their rowdy friends. If anyone dared to admonish them, they were met with a barrage of curses, asking “what right they had to be alive when so many better people were thrown into graves?” They also received a sarcastic suggestion to go home and pray until the dead-cart came for them. The watchmen faced their share of mistreatment and insults.
All the guards had been marched out of town, with the exception of small detachments at Whitehall and the Tower. Robbery of every description was of course in full vigour, and every vice indulged in with impunity, while despair drove many to madness and suicide,—several individuals rushing naked out of their houses, and running to the river to drown themselves if not stopped by the watch. People fell dead while making purchases of provisions in the market; where, instead of receiving the meat from the butcher’s hands, each buyer unhooked his purchase, and paid for it by throwing the value in a vessel filled with vinegar. Mothers destroyed their children, and nurses smothered their patients, while the bedclothes were stolen from the couch of the dead.
All the guards had been marched out of town, except for small groups at Whitehall and the Tower. Robbery of all kinds was happening openly, and every vice was indulged in without fear of repercussions, while despair drove many people to madness and suicide—several individuals ran out of their homes naked and headed for the river to drown themselves unless stopped by the watch. People collapsed and died while trying to buy provisions in the market; instead of receiving meat directly from the butcher, each buyer had to unhook their purchase and pay by throwing the amount into a container filled with vinegar. Mothers killed their children, and nurses smothered their patients, while the bedclothes were stolen from the bodies of the dead.
Among the curious anecdotes of the time, the following is worth insertion: “A neighbour of mine, having some money owing to him from a shopkeeper in Whitecross-street, sent his apprentice, a youth of eighteen years of age, to get the money; he came to the door, and finding it shut, knocked pretty hard until he heard somebody coming down stairs. At length the man of the house came to the door; he had on his breeches or drawers, a yellow flannel waistcoat, no stockings, and a pair of slipt shoes, a white cap on his head, and death in his face. When he opened the door, he said, ‘What do you disturb me thus for?’—‘I come from such a one, my master,’ replied the boy, ‘to ask for the money you owe him.’—‘Very well, my child,’ returns the living ghost; ‘call as you go by at Cripple-gate church, and bid them toll the bell.’ So saying, he went up stairs again, and died the same hour.”
Among the interesting stories from that time, the following is worth sharing: “A neighbor of mine was owed some money by a shopkeeper in Whitecross Street, so he sent his apprentice, an eighteen-year-old, to collect it. The apprentice arrived at the shop and knocked hard on the door until he heard someone coming down the stairs. Eventually, the man of the house opened the door; he was wearing his trousers, a yellow flannel vest, no socks, and a pair of slip-on shoes, with a white cap on his head and a deathly expression on his face. When he opened the door, he said, ‘What do you want?’—‘I come from [such and such], my master,’ replied the boy, ‘to ask for the money you owe him.’—‘Very well, my child,’ replied the living ghost; ‘stop by Cripplegate Church on your way and tell them to ring the bell.’ With that, he went back upstairs and died that very hour.”
The story of the piper is founded on fact. This poor fellow having made merry in a public-house in Coleman-street, fell[Pg 176] fast asleep under a stall near London Wall, Cripplegate; the under-sexton of St. Stephen’s, one John Hayward, was going his rounds with his dead-cart, when he espied the piper, and, conceiving him to be a dead man, tumbled him on his heap of corpses, till, arrived at the burying-pit at Mount Hill, as they were about shooting the cart, the musician awoke, and, to the utter terror of the sexton and his comrades, began to set up his pipes.
The story of the piper is based on real events. This unfortunate guy, after having a good time at a pub on Coleman Street, fell asleep under a stall near London Wall, Cripplegate. The assistant sexton of St. Stephen’s, a man named John Hayward, was doing his rounds with his dead cart when he spotted the piper and, thinking he was a dead man, tossed him onto the pile of corpses. When they reached the burial pit at Mount Hill and were about to dump the cart, the musician woke up and, to the absolute shock of the sexton and his colleagues, started playing his pipes.
The following relation of a case of grief is rather remarkable. “A man was so much affected by the death of all his relations, and overcome with the pressure upon his spirits, that by degrees his head sunk into his body so between his shoulders, that the crown of his head was very little seen above the bones of his shoulders, and, by degrees losing both voice and sense, his face looking forward, lay against his collar-bone, and could not be kept up any otherwise unless held up by the hands of other people; and the poor man never came to himself again, but languished near a year in this condition, and died.” This was depression with a vengeance!
The following account of a case of grief is quite striking. “A man was so deeply affected by the death of all his family members and overwhelmed by his emotions that gradually his head sank into his body between his shoulders, to the point where the top of his head was barely visible above his shoulder bones. As he lost both his voice and his senses, his face, looking forward, rested against his collarbone and could only be held up by other people’s hands. The poor man never recovered, but lingered in this state for nearly a year before he died.” This was depression at its worst!
Some of these unfortunate victims of the pestilential disease seem to have had poetical inspirations, for one of two men who had fled to the country was found dead with the following inscription cut out with his knife on a wooden gate near him:
Some of these unfortunate victims of the deadly disease appear to have had poetic inspirations, as one of the two men who had escaped to the countryside was found dead with the following message carved with his knife on a wooden gate nearby:
OmIsErY
WE. BoTH ShaLL. DyE
WoE. WoE:
OmIsErY
We both shall die
Woe. Woe:
and our historian, who fortunately escaped the calamity, terminates his work with the following lines:
and our historian, who thankfully avoided the disaster, concludes his work with these lines:
A dreadful plague in London was
In the year sixty-five,
Which swept an hundred thousand souls
Away; yet I alive.
A terrible plague hit London in
the year '65,
which took a hundred thousand lives
but I made it.
Astrologers were of opinion that the plague of London arose from a conjunction of Saturn and Jupiter in Sagittarius on the tenth of October, or from a conjunction of Saturn and Mars in the same sign on the twelfth of November.[15]
Astrologers believed that the plague in London came from a conjunction of Saturn and Jupiter in Sagittarius on October 10, or from a conjunction of Saturn and Mars in the same sign on November 12.[15]
Great as the mortality was during this affliction, the history of various other pestilences in foreign countries presents as melancholy a result. In Moscow, the plague introduced by the Turkish army carried off 22,000 inhabitants in a single month, and sometimes 12,000 in twenty-four hours. In Morocco, the mortality amounted to 1000 daily; in Old and New Fez, to[Pg 177] 1500; in Terodant to 800. The total loss sustained in these cities and in the Mogadore was estimated at 124,500 souls.
Great as the death toll was during this outbreak, the records of other plagues in different countries show similarly tragic results. In Moscow, the plague brought by the Turkish army killed 22,000 residents in just one month, and at times, 12,000 in just twenty-four hours. In Morocco, the daily death rate reached 1,000; in Old and New Fez, it hit 1,500; and in Terodant, 800. The total loss in these cities and in Mogadore was estimated at 124,500 lives.
The black pestilence of the fourteenth century also caused the most terrific ravages in England. It has been supposed to have borne some resemblance to the cholera, but that is not the case; it derived its name from the dark livid colour of the spots and boils that broke out upon the patient’s body. Like the cholera, the fatal disease appeared to have followed a regular route in its destructive progress; but it did not, like the cholera, advance westward, although like that fearful visitation it appears to have originated in Asia.
The black plague of the fourteenth century also caused extremely severe damage in England. It's been thought that it had some similarity to cholera, but that's not true; it got its name from the dark, discolored spots and boils that appeared on the patient's body. Similar to cholera, this deadly disease seemed to follow a consistent path in its destructive spread; however, it did not move westward like cholera did, although it seems to have started in Asia, just like that terrifying outbreak.
The black pestilence descended along the Caucasus to the shores of the Mediterranean, and instead of entering Europe through Russia, first spread over the south, and after devastating the rest of Europe penetrated into that country. It followed the caravan, which came from China across Central Asia, until it reached the shores of the Black Sea; thence it was conveyed by ships to Constantinople, the centre of commercial intercourse between Asia, Europe, and Africa. In 1347 it reached Sicily and some of the maritime cities of Italy and Marseilles. During the following year it spread over the northern part of Italy, France, Germany, and England. The northern kingdom of Europe was invaded by it in 1349, and finally Russia in 1351,—four years after it had appeared in Constantinople.
The black plague moved down from the Caucasus to the Mediterranean coast, and instead of entering Europe through Russia, it first spread across the south. After wreaking havoc throughout the rest of Europe, it finally made its way into that region. It followed the caravan that traveled from China across Central Asia until it reached the shores of the Black Sea; from there, it was transported by ships to Constantinople, the hub of trade between Asia, Europe, and Africa. In 1347, it arrived in Sicily and several coastal cities in Italy and Marseilles. The next year, it spread throughout northern Italy, France, Germany, and England. The northern part of Europe was hit by it in 1349, and Russia finally succumbed in 1351—four years after it had first appeared in Constantinople.
The following estimate of deaths was considered far below the actual number of victims:
The following estimate of deaths was seen as much lower than the real number of victims:
Florence | lost | 60,000 | inhabitants | |
Venice | " | 10,000 | " | |
Marseilles | " | in one month | 56,000 | " |
Paris | " | " | 50,000 | " |
Avignon | " | " | 60,000 | " |
Strasburg | " | " | 16,000 | " |
Basle | " | " | 14,000 | " |
Erfurth | " | " | 16,000 | " |
London | " | " | 100,000 | " |
Norwich | " | " | 50,000 | " |
Hecker states that this pestilence was preceded by great commotion in the interior of the globe. About 1333, several earthquakes and volcanic eruptions did considerable injury in upper Asia, while in the same year, Greece, Italy, France, and Germany suffered under similar disasters. The harvests were swept away by inundations, and clouds of locusts destroyed all that the floods had spared, while dense masses of offensive insects strewed the land.
Hecker mentions that this plague was preceded by significant turmoil in the earth's interior. Around 1333, multiple earthquakes and volcanic eruptions caused substantial damage in upper Asia, and in the same year, Greece, Italy, France, and Germany faced similar calamities. Floods wiped out the harvests, and swarms of locusts devastated what the floods had left behind, while thick clouds of unpleasant insects covered the land.
[Pg 178]As in the recent invasion of cholera, the populace attributed this scourge to poison and to the Jews, and these hapless beings were persecuted and destroyed wherever they could be found. In Mayence, after vainly attempting to defend themselves, they shut themselves up in their quarters, where 1200 of them were burnt to death. The only asylum found by them was Lithuania where Casimir afforded them protection; and it is perhaps owing to this circumstance that so many Jewish families are still to be found in Poland.
[Pg 178]During the recent cholera outbreak, people blamed this disaster on poison and the Jews, leading to the persecution and destruction of these innocent individuals wherever they were found. In Mayence, after futilely trying to defend themselves, they locked themselves in their homes, where 1200 of them were burned alive. The only refuge they found was in Lithuania, where Casimir offered them protection; and it may be due to this situation that so many Jewish families are still present in Poland.
A curious monumental record of the plague is to be seen at Eyam, an insignificant village in Derbyshire, to the eastward of Tideswell. It is an ancient stone cross of curious form and workmanship, erroneously stated to have been erected to commemorate the extinction of the pestilence which was supposed to have been brought there in a bag of woollen clothes, sent from London to a tailor of the place. The hamlet was soon infected, and its panic-struck inhabitants fled in every direction, scattering death in their flight, until driven back within their boundaries. During the prevalence of this scourge, tradition makes honourable mention of the rector of the parish, William Mompesson. Determined not to abandon his flock in the hour of need, he never quitted the devoted spot. In vain he entreated his wife to remove from the pestilential sphere of action—she would not leave him. Eyam was now cut off from all communication with the neighbourhood. The worthy clergyman addressed the Earl of Devonshire, then residing at Chatsworth, acquainting him with his resolution, and requesting that regular supplies of provisions might be duly placed in certain points of the adjacent hills. If this request was attended to, he pledged himself that none of his parishioners should transgress a given boundary. Troughs and wells, which are still there, were dug to secure water supplied by a stream, which to this day bears the hallowed name of Mompesson brook. The following account of this benevolent pastor’s conduct in this emergency is not without interest:
A fascinating memorial of the plague can be seen in Eyam, a small village in Derbyshire, east of Tideswell. It's an ancient stone cross with a unique design and craftsmanship, mistakenly believed to have been put up to mark the end of the outbreak believed to have arrived in a bag of woollen clothes sent from London to a local tailor. The village quickly became infected, and its terrified residents fled in all directions, spreading death as they went, until they were forced back within their boundaries. During this epidemic, tradition honors the parish rector, William Mompesson. Determined not to abandon his community in their time of need, he never left the afflicted area. He pleaded in vain with his wife to leave the dangerous place—she refused to abandon him. Eyam was now cut off from all contact with the surrounding areas. The dedicated clergyman reached out to the Earl of Devonshire, who was staying at Chatsworth, informing him of his plan and asking for regular deliveries of food to be placed in specific locations on the nearby hills. If this request was granted, he promised that none of his parishioners would cross a designated boundary. Troughs and wells, still present today, were created to secure water from a stream that still carries the blessed name of Mompesson brook. The following account of this compassionate pastor’s actions during the crisis is quite interesting:
“Aware that any assemblage of people breathing the same air under a confined roof, and coming into immediate contact with each other, must be highly dangerous, he closed the door of the church, availing himself of a nobler substitute “not made with hands,”—a rock that projected from the side of a steep hill, near the village, in a deep and narrow dingle. This rock is excavated through in different directions, the arches being from 12 to 19 feet high. In the middle of this romantic dell, from one of these natural porticoes, three times a week did he read prayers,[Pg 179] and twice on Sundays did he address to his death-stricken congregation, the words of eternal life. By his own immediate directions, they arranged themselves on the declivity near the bottom, at the distance of a yard asunder. This spot is deservedly still held sacred, and known by the name of Cucklet church.”
“Knowing that any gathering of people sharing the same air in a confined space and being in close proximity to each other could be very risky, he closed the church door and opted for a nobler alternative “not made with hands”—a rock that jutted out from the side of a steep hill near the village, located in a deep and narrow dell. This rock has been carved out in various directions, with arches ranging from 12 to 19 feet high. In the center of this picturesque dell, from one of these natural archways, he read prayers three times a week, and twice on Sundays, he shared the words of eternal life with his grieving congregation. Following his specific instructions, they arranged themselves on the slope near the bottom, one yard apart. This place is still rightfully regarded as sacred and is known as Cucklet church.”
The following letter from this worthy clergyman, dated 20th November, 1666, energetically describes the calamity:
The following letter from this respected clergyman, dated November 20, 1666, vividly describes the disaster:
“The condition of this place has been so sad, that I persuaded myself it did exceed all history and example. I may truly say that our place has become a Golgotha—the place of a skull; and had there not been a small remnant of us left, we had been as Sodom, and been made like unto Gomorrha; my ears never heard, my eyes never beheld such ghastly spectacles. Now, blessed be God, all our fears are over, for none have died of the infection since the 11th of October, and all the pesthouses have been long empty. I meant, God willing, to spend most of this week in seeing all woollen clothes fumed and purified, as well for the satisfaction as the safety of the country.
“The condition of this place has been so dismal that I convinced myself it surpassed all history and examples. I can truly say that our location has become a Golgotha—the place of a skull; and if there hadn’t been a small group of us left, we would have been like Sodom and turned into Gomorrha; my ears have never heard, my eyes have never seen such horrifying sights. Now, thank God, all our fears are over, as no one has died from the infection since the 11th of October, and all the pesthouses have been empty for a long time. I plan, God willing, to spend most of this week ensuring all woolen clothes are fumed and purified, for both the safety and peace of mind of the country.”
“Here has been such burning of goods, that the like I think was never known. I have scarcely left myself apparel to shelter my body from the cold, and have wasted more than needed, merely for example. As for my part, I cannot say that I had ever been in better health than during the time of this dreadful visitation, neither can I say that I have had any symptoms of the disease.”
“There's been such a massive destruction of goods that I don't think anything like it has ever happened before. I've barely got enough clothes to keep myself warm, and I've wasted more than necessary, just to set an example. Personally, I can't say I've ever been healthier than I have been during this terrible outbreak, nor can I say I've shown any signs of the disease.”
During a considerable time the benevolent man and his wife had escaped the malady, but at last his excellent wife was smitten, and died in his arms at the age of 27—far from her children, who had been sent away at the commencement of the invasion.
During a long time, the kind man and his wife had avoided the illness, but eventually, his wonderful wife fell ill and died in his arms at 27—far away from their children, who had been sent away at the start of the invasion.
In 1813, Malta was visited with this fatal malady; when the scenes of the plague that desolated the island in the sixteenth century were renewed, notwithstanding all the sanitary precautions adopted by various governments since that period.
In 1813, Malta suffered from this deadly disease; the scenes of the plague that devastated the island in the sixteenth century were revived, despite all the health measures put in place by different governments since then.
Count Ciantar in his “Malta illustrata,” gives an interesting account of the introduction of the plague at four different periods in that island. The first was in 1592; when, in the month of May, four galleys belonging to the Grand Duke of Tuscany, entered the port to procure pilots for the service. By permission of the Grand Master, Cardinal Verclula, a pilot was obtained, and the vessels steered towards the Egyptian coast. In the vicinity of Alexandria, they captured a galley bound to Constantinople, having on board 150 Turks. On hearing that the plague was raging at Alexandria, they returned to Malta with their prize,[Pg 180] which was discovered to be infected, and for the first time the plague was brought into the country.
Count Ciantar in his “Malta illustrata,” provides an interesting account of the introduction of the plague at four different times on the island. The first instance was in 1592; in May, four galleys belonging to the Grand Duke of Tuscany entered the port to find pilots for their service. With permission from the Grand Master, Cardinal Verclula, they secured a pilot and the ships headed towards the Egyptian coast. Near Alexandria, they captured a galley that was on its way to Constantinople, carrying 150 Turks. Upon learning that the plague was spreading in Alexandria, they returned to Malta with their captured galley,[Pg 180] which turned out to be infected, marking the first time the plague was brought into the country.
The second plague broke out in 1623, and originated in the house of Paulus Emilius Ramadus, guardian of the port. But the whole of the infected persons having been immediately sent to the Lazaretto, the progress of the disease was checked, and it only carried off forty-five persons.
The second plague broke out in 1623 and started in the home of Paulus Emilius Ramadus, the port guardian. However, since all the infected individuals were quickly sent to the Lazaretto, the spread of the disease was contained, and it only claimed forty-five lives.
The third plague took place in 1633, and broke out at the Marina gate, where vessels from the Levant usually anchored. The proprietor of a house in that quarter, having had some communication with one of these ships, contracted the disease, and infected his sister, who resided in the country at Casal Zeitun, and shortly after the whole family was attacked, their speedy removal to the Lazaretto, however arrested the disease.
The third plague happened in 1633, breaking out at the Marina gate, where ships from the Levant typically docked. The owner of a house in that area, after having some contact with one of these ships, caught the disease and passed it on to his sister, who lived in the countryside at Casal Zeitun. Soon after, the entire family got sick, but their quick transfer to the Lazaretto stopped the spread of the disease.
The fourth appearance of this malady in Malta, was far more destructive than it had been in the preceding years, even in 1675, and it continued its ravages for seven months. This circumstance has been attributed to a difference of opinion that prevailed among the members of the commissioners appointed to take the necessary steps for checking the progress of the disease. It appears that doubts were entertained as to the nature of the malady, hence the requisite precautions were not enforced; and instead of separating the diseased from the healthy part of the community, with the utmost rigour, prayers were put up, vows and offerings were made, and processions paraded the streets, nor it was not until the Grand Master had sent to France for medical aid, that the scourge was mitigated. On their arrival the first steps adopted by these physicians was to confine the inhabitants to their homes, and to remove the sick to the Lazaret. The ravages of the disease must have been very great, since out of a population of about 60,000, there died in Valetta 4000, in Burgo 1800, Senglen 2000, Burmola 1200, and in the villages upwards of 200.
The fourth outbreak of this illness in Malta was much more devastating than in previous years, including 1675, and it lasted for seven months. This situation has been linked to disagreements among the commissioners responsible for controlling the spread of the disease. There were doubts about the nature of the illness, which led to a lack of proper precautions; instead of strictly isolating the sick from the healthy, people resorted to prayers, made vows and offerings, and held processions in the streets. It wasn’t until the Grand Master requested medical help from France that the outbreak started to ease. When the physicians arrived, their first action was to keep the inhabitants indoors and transfer the sick to the Lazaret. The impact of the disease was severe, with approximately 60,000 people in the population; in Valletta, 4,000 died, in Burgo 1,800, in Senglea 2,000, in Birgu 1,200, and over 200 in the villages.
The last plague was supposed to have been brought in by a vessel from Alexandria, that entered the port on the 28th of March, 1813. It appeared that two of the crew had been seized during the voyage with symptoms of plague, then prevailing in Alexandria, which place the vessel had left with a foul bill of health. On the same day another vessel, the Nancy arrived from the same port, having also on board two men labouring under the disease, and she was followed by a Spanish polacca, the Bella Maria, from the same quarter. It was on the 16th of April that the disease first appeared in the island, in the case of a shoemaker in the Strada St. Paolo. The increase of[Pg 181] the disorder was gradual, and from Valetta it spread to Citta Vecchia Bircharcara.
The last plague was thought to have been brought in by a ship from Alexandria that arrived at the port on March 28, 1813. It turned out that two crew members had shown symptoms of the plague during the journey, which was affecting Alexandria at the time, and the ship had left with a bad health report. On the same day, another ship, the Nancy, came in from the same port, also carrying two men suffering from the disease, and it was followed by a Spanish polacca, the Bella Maria, from the same area. The disease first showed up on the island on April 16, in the case of a shoemaker on Strada St. Paolo. The spread of the disorder was gradual, starting from Valetta and moving to Citta Vecchia Bircharcara.
My late friend, staff-surgeon Tully, thus describes the situation of the Island at this period: “The warm season was now rapidly advancing, the thermometer having risen several degrees at the latter end of May, and unfortunately, through the superstitious prejudices of the natives, considerable dependence was placed upon the anxiously-looked-for alteration in the state of the atmosphere, and every day was consequently expected to diminish the danger. This belief was too generally inculcated not to be productive of much mischief, as most persons felt assured that, if they could avoid danger until the summer heat set in, the evil would cease, and that the greatly-dreaded disease would then die a natural death. The consequence of this unfortunate belief was fatal—the freedom of intercourse produced by this blind confidence, led to a very general contamination, and men every where exposed to the baneful influence of the plague, became the active agents of the dissemination throughout the whole island.”
My late friend, staff-surgeon Tully, describes the situation on the Island at this time: “The warm season was quickly approaching, with temperatures rising several degrees by the end of May. Sadly, due to the superstitious beliefs of the locals, there was a strong reliance on the eagerly awaited change in the weather, and every day was expected to lessen the danger. This belief was so widespread that it caused a lot of harm, as most people were convinced that if they could stay safe until the summer heat arrived, the problem would resolve itself and the feared disease would simply vanish. The result of this misguided belief was disastrous—the increased interaction driven by this false sense of security led to widespread contamination, and people everywhere exposed to the harmful effects of the plague became the active spreaders throughout the entire island.”
While the plague was thus raging at Malta, it made its appearance amongst the inhabitants of the Morea, having, it is supposed, been introduced from Romelia, by a man of the name of Kalangi, who was taken ill on his arrival, and died in two days. The following day his wife and daughter were attacked by the malady, which rapidly extended to Tornovo, and all the neighbouring towns. During the years 1813 and 1814, the banks of the Lepanto and the shores of Albania were nearly depopulated.
While the plague was raging in Malta, it appeared among the people of the Morea, likely brought in from Romelia by a man named Kalangi, who fell ill upon arrival and died two days later. The next day, his wife and daughter were struck by the disease, which quickly spread to Tornovo and all the nearby towns. In 1813 and 1814, the banks of Lepanto and the shores of Albania were nearly emptied of inhabitants.
In 1815 the fatal scourge broke out in the island of Corfu, in the village of Marathia. None of the medical men who attended the sick during this period, attributed the invasion of the disease to contagion.
In 1815, a deadly outbreak occurred on the island of Corfu, in the village of Marathia. None of the doctors who cared for the sick during this time believed that the disease spread through contagion.
The doubt that had arisen in the minds of several experienced practitioners in regard to the non-contagious nature of the plague, is a matter of vital interest, since it not only concerns the health of nations, but in a commercial point of view it becomes a question of political economy of the utmost importance, as the severity of the quarantine laws, which must materially effect the prosperity of trade, would become useless if it could be proved that no contagion is to be apprehended from a free intercourse. It is somewhat curious that Dr. Mead long ago expressed his decided opinion that whenever the doctrine of non-contagion should be revived in England, (and it will be so, he adds, even a hundred years hence,) it will always excite alarm amongst those nations who are more prudent than [Pg 182]ourselves, and less eager to entertain every kind of wild and visionary speculation.
The doubt that some experienced practitioners have about the non-contagious nature of the plague is incredibly important, since it not only affects public health but also has significant implications for political economy. The strictness of quarantine laws, which can greatly impact trade prosperity, would become unnecessary if it could be shown that there’s no risk of contagion from free interactions. It’s interesting that Dr. Mead expressed a strong opinion long ago that when the idea of non-contagion is revived in England—and he believes it will be, even in a hundred years—it will always cause concern among nations that are more cautious than [Pg 182]ours and less inclined to entertain every kind of wild and unrealistic speculation.
The contagionists affirm that the destructive ravages of the plague of Marseilles in 1720, when 60,000 inhabitants were carried off, arose from neglect in enforcing a rigid separation of the diseased from the healthy part of the community. The mortality in the plague of Messina, in 1743, during which 43,000 people fell victims to the disorder, is also referred to similar causes. They also maintain that the London plague of 1593, which destroyed 11,503 persons, was ascertained to have been introduced from Alkmaer; that the pestilence of London in 1603, which carried off 36,269 inhabitants, was brought from Ostend, and further that in 1636, the scourge which destroyed 13,480 victims in our metropolis, had been imported from Leyden. In 1665, when its still more fatal ravages swept away 68,596 citizens, it had also been traced to our foreign intercourse. Dr. Merlens who has accurately described the plague that raged at Moscow in 1771, asserts that it was introduced by a communication with the Turkish army. Notwithstanding which, by keeping the patients strictly guarded, the city was maintained free from infection, while the disease raged around in every quarter.
The contagionists argue that the devastating plague in Marseille in 1720, which took the lives of 60,000 people, was due to a failure to enforce strict separation between the sick and healthy members of the community. They also link the death toll of 43,000 during the Messina plague in 1743 to similar oversights. Additionally, they claim that the London plague of 1593, which killed 11,503 individuals, was traced back to Alkmaer; the 1603 London plague, which claimed 36,269 lives, was brought in from Ostend, and in 1636, the outbreak that devastated our city, taking 13,480 lives, was imported from Leyden. In 1665, when an even deadlier wave swept away 68,596 citizens, it was also linked to foreign trade. Dr. Merlens, who provided a detailed account of the plague that struck Moscow in 1771, claimed it was introduced through contact with the Turkish army. Despite this, by keeping the patients under strict guard, the city managed to remain free from infection while the disease spread all around.
Mr. Jackson gives a similar account of the plague at Morocco; and he adds, that daily observations convinced him that the epidemic was not caught by approach, unless that approach was accompanied by an inhaling of the breath, or by tending upon the infected person. With such a discrepance of opinion, we cannot be surprised at this anxiety to impugn the doctrine of those practitioners who maintain, that contagion is not to be dreaded, and that severe sanitary precautions are therefore vexatious and oppressive. If the progress of the disease, say the non-contagionists, depends upon personal contact with infected persons or goods, its ravages would never cease in those countries where no precautionary measures are taken to prevent communication between the infected and the healthy; that in Turkey for instance, where these precautions are not resorted to, there would be no cessation of the malady until it had swept away the whole of the population.
Mr. Jackson gives a similar account of the plague in Morocco; he adds that daily observations convinced him that the epidemic wasn’t transmitted just by being close to someone, unless that closeness involved breathing in their air or being in direct contact with the infected person. With such differing opinions, it’s no wonder there’s anxiety about challenging the views of those who argue that contagion isn’t something to fear, and that strict health measures are therefore annoying and oppressive. The non-contagionists argue that if the spread of the disease relies on personal contact with infected individuals or items, then it would never stop in places where no measures are taken to prevent interaction between the sick and the healthy. For example, in Turkey, where such precautions aren’t implemented, the disease would continue unchecked until it wiped out the entire population.
To these arguments, plausible as they may appear in theory, it has been replied, that the plague to a certain extent has never ceased to exist in the Ottoman empire, but breaks out occasionally after temporary intermissions. As to the permanence of the diseases it is well known that like all other epidemic or endemic diseases, the plague may also be subject to atmospheric influence[Pg 183] and be arrested in its progress without human aid. Sir James M’Grigor illustrates this fact in his “Sketches of the Expedition of the Indian Troops to Egypt.” When the disease first broke out in the army, the cases sent from the regiments were from the commencement attended with typhoid symptoms; while those from the Bengal volunteer battalion, and the other corps encamped near the marshes of El Hamed, were of an intermittent and remittent type. The cases that occurred in the cold and rainy months of December and January, were of an inflammatory character, after which, as the weather became warmer, the disease at Cairo, Ghiza, Boula, and the isthmus of Suez assumed the form of a mild continual fever. The plague of London in 1665, was in like manner distinguished by a peculiar constitution of the atmosphere.
To these arguments, as reasonable as they might seem in theory, it has been responded that the plague has never completely disappeared in the Ottoman Empire; it just flares up now and then after breaks. Regarding the persistence of diseases, it's well known that, like all other epidemic or endemic diseases, the plague can be influenced by the weather[Pg 183] and can slow down on its own without human intervention. Sir James M’Grigor illustrates this in his “Sketches of the Expedition of the Indian Troops to Egypt.” When the disease first appeared in the army, the cases reported from the regiments initially showed typhoid symptoms; meanwhile, those from the Bengal volunteer battalion and the other corps camped near the marshes of El Hamed were of an intermittent and remittent nature. The cases that emerged during the cold and rainy months of December and January were of an inflammatory type, and as the weather warmed up, the disease in Cairo, Ghiza, Boula, and the isthmus of Suez transitioned into a mild continuous fever. The plague in London in 1665 was similarly marked by a unique weather condition.
It has also been doubted whether the plague be contagious in every instance of its appearance. Various persons have inoculated themselves with its virus with impunity, though several were ultimately victims of the bold experiment. In Egypt Dr. White inoculated himself ten times, but died of the disease after the eleventh trial.[16]
It has also been questioned whether the plague is contagious every time it shows up. Some people have deliberately infected themselves with its virus without any issues, although many ended up suffering the consequences of their risky decision. In Egypt, Dr. White infected himself ten times but died from the disease after the eleventh attempt.[16]
The atmosphere of contagion it appears is limited, and strict attention to keep up a line of separation generally proves effectual in arresting or checking its progress. Contact appears necessary to extend the malady, and a direct absorption through the skin forms the ordinary means of transmission. When the cutaneous pores are closed by oil, or any other substance of the kind, an exemption from the fatal scourge has been frequently observed. Mr. Baldwin states, that among upwards of a million of inhabitants carried off by the plague in Upper and Lower Egypt during the space of four years, not a single oil-man, or dealer in oil, had suffered. Mr. Jackson made the same observation in the plague of Tunis. Dr. Assalini, an intelligent medical officer of the French army in Egypt, does not attribute this exemption to the stoppage of the pores, but as the result of profuse perspiration which the inunction of oil produces. The zeit jagghy or olive oil, is considered a[Pg 184] specific by most of the Asiatics; and my late friend Mr. Tully observed that all the attendants upon patients suffering from the plague, who carefully smeared their persons and their clothes with this substance, were exempt from the infection. The same observation was corroborated by Sir Brooke Faulkener, during the plague of Malta.
The spread of contagion seems to be limited, and consistently maintaining a line of separation generally proves effective in stopping or slowing its progress. Contact appears necessary to spread the disease, and direct absorption through the skin is the usual way it transmits. When the skin's pores are closed by oil or similar substances, it's often seen that people are protected from this deadly outbreak. Mr. Baldwin noted that among over a million people who died from the plague in Upper and Lower Egypt over four years, not one oil merchant or oil dealer was affected. Mr. Jackson observed the same during the plague in Tunis. Dr. Assalini, a knowledgeable medical officer of the French army in Egypt, doesn't think this protection is due to blocked pores, but rather the result of heavy sweating caused by the application of oil. The zeit jagghy or olive oil is considered a[Pg 184] specific by most Asians; my late friend Mr. Tully noted that all the caregivers for plague patients who diligently coated themselves and their clothing with this oil were not infected. Sir Brooke Faulkener confirmed the same observation during the plague in Malta.
Various have been the remedial means proposed in this terrific malady, and preservatives against it have been recorded in the following distich:
Various treatments have been suggested for this terrible disease, and preventative measures against it have been noted in the following couplet:
Hæc tria labificum tollunt adverbia pestem;
Mox, longè, tardè,—cede, recede, redi.
Hæc tria labificum tollunt adverbia pestem;
Mox, longè, tardè,—cede, recede, redi.
The celebrated plague-water was composed of master-wort, angelica, peony, and butter-bur, viper-grass, Virginia snake-root, rue, rosemary, balm, carduus, water-germander, marygold, dragon-blood, goats’-rue, and mint, infused in spirits of wine.
The famous plague-water was made up of masterwort, angelica, peony, butterbur, viper's grass, Virginia snake root, rue, rosemary, balm, carduus, water germander, marigold, dragon's blood, goat's rue, and mint, soaked in alcohol.
It appears manifest from all the evidence adduced by the contending theorists, that we may come to the following corollaries:
It is clear from all the evidence presented by the opposing theorists that we can draw the following conclusions:
1. Plague may generally be considered as arising from contagion.
1. Plague is generally seen as caused by infection.
2. The spread and decline of the disease is influenced by local peculiarities and revolutions in atmospheric constitution.
2. The spread and decline of the disease is affected by local characteristics and changes in the atmosphere.
3. It appears probable, that under peculiar local circumstances, it may have arisen spontaneously, without having been introduced by contagion; but this invasion must be considered of very rare occurrence.
3. It seems likely that, under certain local conditions, it could have developed on its own, without being spread by contagion; however, this kind of occurrence should be seen as extremely rare.
4. Although transmitted by contagion, a certain distance preserves the healthy from the contamination of the diseased.
4. Even though it spreads through contact, keeping a certain distance protects the healthy from being infected by the sick.
5. The enforcement of a limit of separation must be considered indispensable in all our sanitary regulations, in the framing of which great attention must be paid to discriminate between contagion and infection—two sources of distemper essentially different from each other.
5. The enforcement of a separation limit must be seen as essential in all our health regulations, in which we must pay close attention to distinguishing between contagion and infection—two fundamentally different sources of disease.
Although these precautions are pointed out by the result of long and unbiassed experience, they will in all probability be solely applicable to the plague: for we have every reason to believe that these sanitary measures will not prove efficient against the invasion of cholera, the yellow fever, and other diseases, which are by no means proved to be infectious or contagious. Without entering into the discussion, I feel no hesitation in giving it, as my decided opinion, that the cholera and yellow fever are not contagious.
Although these precautions are based on extensive and impartial experience, they will probably only apply to the plague: we have every reason to believe that these health measures will not be effective against the spread of cholera, yellow fever, and other diseases that are not conclusively proven to be infectious or contagious. Without diving into the debate, I confidently state my strong belief that cholera and yellow fever are not contagious.
ABSTINENCE.
Hippocrates asserted that most individuals who abstain from food for seven days, die within that period; or, if they survive this time, and are even then prevailed upon to eat or drink they still perish. Various instances of persons who have lived much longer without sustenance have been observed. In the records of the Tower we find the history of Cicely de Ridgeway, who was condemned to death for the murder of her husband in the reign of Edward III., and who remained for forty days without food or drink. This being ascribed to a miracle, she was of course pardoned. From the result of this starvation, the story may be considered fabulous for two reasons: first, from the improbability of the alleged abstinence; and, secondly, from the selection of forty days, a period clearly fixed upon for miracle-making, being the exact number of days our Saviour fasted.
Hippocrates claimed that most people who go without food for seven days die during that time; if they do survive, any attempt to eat or drink still leads to their death. However, there are several accounts of individuals who have lived much longer without sustenance. In the records of the Tower, we see the case of Cicely de Ridgeway, who was sentenced to death for murdering her husband during the reign of Edward III. She survived for forty days without food or drink. This was considered a miracle, and she was pardoned as a result. Because of this starvation episode, the story can be seen as unbelievable for two reasons: first, the unlikelihood of her supposed abstinence; and second, the choice of forty days, a time clearly selected for its miraculous implications, matching the exact duration of the fast endured by our Savior.
We have a better authenticated case in the one mentioned by Dr. Eccles in the Edinburgh Medical Essays for 1720. The starved person was a beautiful young lady, about sixteen years of age, who, in consequence of the sudden death of her father, was thrown into a state of tetanus (lock-jaw) so violent as to render her incapable of swallowing for two long and distinct periods,—the first of thirty-four, and the second of fifty-four days,—during which she neither experienced a sense of hunger nor of thirst, and when she recovered, she was scarcely reduced in size. Sir William Hamilton saw a girl, sixteen years of age, who was extricated from the ruins of a house at Oppido, in which she had remained eleven days: an infant in her arms, but a few months old, had died on the fourth day, as the young are not so able to endure abstinence. Dr. Willan attended a young man who had abstained from any sustenance except a little water flavoured with orange-juice for sixty days: death ensued a fortnight after. Foderé mentions some workmen who were extricated alive from a cold damp cavern, in which they had been immured under a ruin for fourteen days. Cetois, a physician of Poitiers, relates a still more singular case of total abstinence in a girl, who, from the age of eleven to that of fourteen, took no nourishment.
We have a better-documented case in the one mentioned by Dr. Eccles in the Edinburgh Medical Essays from 1720. The person who was starved was a beautiful young lady, about sixteen years old, who, following the sudden death of her father, fell into a state of tetanus (lockjaw) so severe that she couldn't swallow for two long periods—first for thirty-four days, and then for fifty-four days—during which she felt neither hunger nor thirst. When she recovered, she hardly lost any weight. Sir William Hamilton observed a sixteen-year-old girl who was rescued from the ruins of a house in Oppido, where she had been trapped for eleven days; an infant she was holding, just a few months old, had died on the fourth day because young children can't tolerate starvation as well. Dr. Willan treated a young man who survived on nothing but a little water flavored with orange juice for sixty days; he died two weeks later. Foderé notes some workers who were rescued alive from a cold, damp cave where they had been trapped under rubble for fourteen days. Cetois, a physician from Poitiers, recounts an even more remarkable case of total abstinence in a girl who did not take any nourishment from the age of eleven to fourteen.
Ann Moore, called the fasting woman of Tutbury, was to a certain extent an impostor, for although there was no truth in her assertion that she lived an incredible time without food, yet[Pg 186] it appeared evident that her chief, if not her only support, was tea. That fluid is sufficient to maintain life appears evident from two papers inserted in the Philosophical Transactions; one of them giving an account of four men who were compelled to subsist upon water for twenty-four days, and the other of a young man who tasted nothing but the same fluid for eighteen years. An imposition having been suspected, he was shut up in close confinement for twenty days as a trial, when he uniformly enjoyed good health.
Ann Moore, known as the fasting woman of Tutbury, was somewhat of a fraud, as there was no truth to her claim that she went an unbelievable amount of time without food. However, it was clear that her main, if not her only, source of sustenance was tea. Evidence that this liquid can sustain life can be found in two articles published in the Philosophical Transactions; one recounts how four men had to survive on water alone for twenty-four days, and the other describes a young man who only consumed water for eighteen years. When suspicions of deceit arose, he was placed in strict confinement for twenty days as a test, during which he remained in good health.
Another wonderful instance of the same kind is that of Janet M’Leod, published by Dr. M’Kenzie. She was at the time thirty-three years of age, unmarried, and from the age of fifteen had had various attacks of epilepsy, which had produced so rigid a lock-jaw that her mouth could rarely be forced open by any contrivance; she had lost very nearly the power of speech and deglutition, and with this all desire to eat or drink. Her lower limbs were retracted towards her body; she was entirely confined to her bed, slept much, and had periodical discharges of blood from the lungs, which were chiefly thrown out by the nostrils. During a few intervals of relaxation, she was prevailed upon with great difficulty to put a few crumbs of bread comminuted in the hand into her mouth, together with a little water sucked from her own hand, and, in one or two instances, a little gruel; but, even in these attempts, almost the whole was rejected. On two occasions, also, after a total abstinence of many months, she made signs of wishing to drink some water, which was immediately procured for her. On the first experiment the whole seemed to be returned from her mouth, but she was greatly refreshed in having it rubbed upon her throat. On the second occasion she drank off a pint at once, but could not be prevailed upon to drink any more, although her father had now fixed a wedge between her teeth. With these exceptions, however, she seemed to have passed upwards of four years without either liquids or solids of any kind, or even an appearance of swallowing; she lay for the most part like a log of wood, with a pulse scarcely perceptible from feebleness, but distinct and regular. Her countenance was clear and pretty fresh; her features neither disfigured nor sunk; her bosom round and prominent, and her limbs not emaciated. Dr. M’Kenzie watched her with occasional visits for eight or nine years, at the close of which period she seemed to be a little improved.
Another remarkable case of the same type is that of Janet M’Leod, reported by Dr. M’Kenzie. At that time, she was thirty-three years old, unmarried, and had experienced various seizures since she was fifteen, which caused such severe lockjaw that her mouth could rarely be forced open by any means. She had almost completely lost the ability to speak and swallow, along with any desire to eat or drink. Her legs were pulled up towards her body; she was completely confined to her bed, slept a lot, and had periodic bleeding from the lungs, primarily coming out through her nostrils. During a few moments of relaxation, it was very difficult to persuade her to put a few crumbs of bread crushed in her hand into her mouth, along with a little water sucked from her hand, and occasionally a bit of gruel; but even during these attempts, nearly everything was rejected. On two occasions, after a complete absence of food for many months, she signaled that she wanted to drink some water, which was quickly brought to her. On the first try, she seemed to expel everything from her mouth, but she felt greatly refreshed when it was rubbed on her throat. On the second occasion, she drank a pint in one go but couldn’t be persuaded to drink more, even though her father had wedged her teeth apart. Aside from these instances, she appeared to have gone over four years without any liquids or solids of any kind, or even showing any signs of swallowing; she mostly lay there like a log, with a pulse so weak it was hardly noticeable, yet it was distinct and regular. Her face was clear and fairly fresh; her features were neither disfigured nor sunken; her chest was round and prominent, and her limbs were not thin. Dr. M’Kenzie monitored her with occasional visits for eight or nine years, and by the end of that time, she seemed to have improved slightly.
A Dutch girl of the name of Eve Hergen is reported to have lived from the year 1597 to 1611 with no other support than[Pg 187] the scent of flowers. The magistrates of Meurs suspecting imposition, had her closely watched for thirteen successive days, without being able to detect any fraud. Over her picture were affixed some Latin verses, of which the following translation was given in a book called “An Apologie or Declaration of the Power and Providence of God, by George Hakewell, 1635:”
A Dutch girl named Eve Hergen is said to have lived from 1597 to 1611, relying solely on[Pg 187] the scent of flowers for her sustenance. The authorities in Meurs, suspecting a scam, watched her closely for thirteen days straight, but couldn’t find any evidence of cheating. Some Latin verses were attached to her portrait, with the following translation provided in a book titled “An Apologie or Declaration of the Power and Providence of God, by George Hakewell, 1635:”
This maid of Meurs thirty-six yeares spent,
Fourteen of which she tooke no nourishment;
Thus pale and wan, she sits sad and alone,
A garden’s all she loves to looke upon.
This maid of Meurs spent thirty-six years,
Fourteen of which she took no food;
So pale and thin, she sits sad and alone,
A garden is all she loves to look at.
According to Pliny, the Astoni had no other food than this Batavian maiden, being unfortunately born without mouths. Sauvages mentions an academician of Toulouse who never thirsted, and passed his summers, notwithstanding the intense heat, without drinking. In most of the recorded cases of total or nearly total abstinence, water has been found more or less necessary, but not invariably.
According to Pliny, the Astoni had no other food than this Batavian maiden, being unfortunately born without mouths. Sauvages mentions a scholar from Toulouse who never felt thirsty and spent his summers, despite the extreme heat, without drinking. In most documented cases of total or nearly total abstinence, water has been found to be somewhat necessary, but not always.
That some animals can thrive upon water, and even upon air, is demonstrated by naturalists. Snails and chameleons have been known to exist upon air for years. Garman has found that this nutriment is sufficient for the support of spiders; and Latreille has confirmed the experiment by fixing a spider to a piece of cork, and precluding it from any communication. Every entomologist repeatedly sees insects living in their cases, although pinned down for an incredible length of time. Mr. Baker relates that he kept a beetle shut up for three years without any food. Mr. Bruce kept two cerastes, or horned snakes, in a glass jar for two years, without any apparent food; he did not observe that they slept in the winter season, and they cast their skin as usual on the last day of April.
That some animals can survive on just water, or even air, is shown by naturalists. Snails and chameleons have been known to live on air for years. Garman found that this sustenance is enough to keep spiders alive, and Latreille confirmed this by attaching a spider to a piece of cork, preventing any contact with the outside. Every entomologist often sees insects living in their cases, even when pinned down for an astonishingly long time. Mr. Baker reports that he kept a beetle shut in for three years without any food. Mr. Bruce kept two cerastes, or horned snakes, in a glass jar for two years without any visible food; he noticed that they didn't seem to hibernate in winter, and they shed their skin as usual on the last day of April.
Rudolphi kept a Proteus Anguinus five years, and Zoys had one for ten years living on spring water renewed from time to time. Redi found that birds could sustain the want of food from five to twenty-eight days. A seal lived out of the water and without nourishment for four weeks. Four individuals of a large species of larval shell, (Bulimus,) from Valparaiso, were brought to England by Lieut. Graves. They had been packed up in a box, and enclosed in cotton; two for a space of thirteen, one for seventeen, and a fourth for upwards of twenty months; but on being exposed to the warmth of a fire in London, and provided with tepid water and leaves, they revived and lived for several months in Mr. Loddige’s palm house, till accidentally drowned. Dogs can live without food from twenty-five to thirty-six days, but man does not easily support starvation more than a week, except in disease or insanity.
Rudolphi kept a Proteus Anguinus for five years, and Zoys had one for ten years, living on spring water that was refreshed from time to time. Redi discovered that birds could survive without food for anywhere from five to twenty-eight days. A seal lived out of water and without nourishment for four weeks. Four individuals of a large species of larval shell, (Bulimus), were brought to England by Lieutenant Graves. They had been packed in a box, surrounded by cotton; two lasted thirteen months, one lasted seventeen months, and the fourth lasted over twenty months. However, when exposed to the warmth of a fire in London and given tepid water and leaves, they revived and lived for several months in Mr. Loddige’s palm house until they were accidentally drowned. Dogs can go without food for twenty-five to thirty-six days, but humans typically struggle to endure starvation for more than a week, except in cases of illness or insanity.
[Pg 188]The general effects of long fasting, however, are highly injurious when not destructive. They are chiefly feelings of great debility, fever, delirium, violent passion alternating with deep despondency. In general the temperature of the body falls several degrees, although Currie observed the contrary in a patient who died of inanition in consequence of a stricture of the œsophagus; the respiration becomes fetid, the secretion of the kidneys acrid and burning, and according to Magendie and Collard bloody, and the stomach is found contracted after death. Experiments on the duration of life in man and animals deprived of food, show that the warm-blooded animals are best able to support the want of food.
[Pg 188]The overall effects of extended fasting, however, are extremely harmful, if not deadly. They mainly include feelings of extreme weakness, fever, confusion, intense emotions switching between anger and deep sadness. Generally, body temperature drops several degrees, although Currie noted an exception in a patient who died from starvation due to an esophageal stricture; breathing becomes foul, kidney secretion is sharp and painful, and according to Magendie and Collard, it can be bloody, while the stomach appears contracted after death. Studies on how long humans and animals can survive without food indicate that warm-blooded animals are the most capable of enduring food shortages.
But a phenomenon still more wonderful is the faculty that animals have been known to possess of living when deprived of atmospheric support. A hog, weighing about one hundred and sixty pounds, was buried in his sty under thirty feet of the chalk of Dover cliff for one hundred and sixty days. When dug out, it weighed but forty pounds, and was extremely emaciated, but clean, and white. The animal had nibbled the wood of the sty, and eaten some loose chalk. Lizards, especially the Newt, have been found embedded in chalk-rock, apparently dead, but have reassumed living action on exposure to the atmosphere. On their detection in this state, the mouth is usually closed with a glutinous substance so tenaciously, that they are often suffocated in their efforts to extricate themselves from confinement. Toads have been repeatedly discovered in a similar situation, embedded in blocks of stone, or in the very heart of trees. Dr. Edwards, a learned physiologist in Paris, has ascertained that blocks of mortar and heaps of sand possess sufficient porosity to admit enough air to support the life of reptiles; but they all perish if immersed in water or mercury, when surrounded by an exhausting receiver. The duration of existence of the amphibials of the Batrachian family, when plunged in water, depends in a great measure on its temperature. They die speedily if the water be lower than 32° Fahrenheit, or higher than 108°; and the longest duration of life is under 32°.
But an even more amazing phenomenon is the ability of some animals to survive without air. A pig that weighed about one hundred sixty pounds was buried in its sty under thirty feet of Dover chalk for one hundred sixty days. When dug out, it weighed only forty pounds and was extremely thin, but it was clean and white. The animal had chewed on the wooden structure of the sty and eaten some loose chalk. Lizards, particularly the Newt, have been found trapped in chalk-rock, appearing dead, but have come back to life when exposed to the air. When they are found in this state, their mouths are usually sealed with a sticky substance so strongly that they often suffocate while trying to free themselves. Toads have also been discovered in similar situations, trapped in stone blocks or deep within trees. Dr. Edwards, a knowledgeable physiologist in Paris, has found that blocks of mortar and piles of sand are porous enough to allow enough air for reptiles to survive; however, they all die if submerged in water or mercury or when placed in an exhausting vacuum. The lifespan of amphibians in the Batrachian family when submerged in water largely depends on the water's temperature. They die quickly if the water is below 32°F or above 108°F, with the longest survival occurring below 32°F.
How can we account for these anomalies? Various solid substances are known to proceed from invisible elementary principles. Do water and air contain them? Metallic stones of large volume fall from the air: how are they produced? whence come they? How vain and feeble are our pursuits, when the vanity of science seeks to penetrate into the arcana of nature; searching and endeavouring to account for the causes of causation! What absurd and impertinent hypotheses have[Pg 189] not been broached on scholastic benches! They remind us of an anecdote related of the old Parisian Academy, when one of its sapient members read a voluminous memoir to prove that tides were provided by the Creator for the purpose of bringing vessels in and out of harbour; when one of the Encyclopedian wits gravely observed, that he had no doubt of the fact, since he had discovered, after unceasing and laborious research, that noses were made for the purpose of wearing spectacles!
How can we explain these oddities? We know that various solid substances come from unseen fundamental principles. Do water and air contain them? Large metallic objects fall from the sky: how are they formed? Where do they come from? How pointless and weak are our efforts when the arrogance of science tries to delve into the mysteries of nature, searching and trying to explain the reasons behind everything! What ridiculous and nonsensical theories have[Pg 189] been proposed in academic settings! They remind us of a story about the old Parisian Academy, when one of its wise members read a lengthy paper to prove that tides were created by God to help boats come in and out of the harbor; when one of the clever thinkers commented seriously that he had no doubt about it, since he had discovered, through endless and hard research, that noses were made to hold up glasses!
Although total abstinence from food for any length of time, excepting with hibernating animals, is a wondrous phenomenon, yet it is singular how little aliment is necessary for the purpose of sustaining life, and even health. Many instances of a frugality bordering upon starvation are known. The most economical housekeeper on record was Roger Crabb, the Buckinghamshire hermit, who allowed himself three farthings a week.
Although total abstinence from food for any length of time, except for hibernating animals, is a remarkable phenomenon, it is curious how little food is actually needed to sustain life and even health. There are many examples of frugality that come close to starvation. The most economical housekeeper on record was Roger Crabb, the Buckinghamshire hermit, who allowed himself just three farthings a week.
Dr. Gower of Chelmsford had a patient who lived for ten years on a pint of tea daily, now and then chewing half a dozen raisins and almonds, but without swallowing them; once a month, by way of a treat, she ate a morsel of bread the size of a nutmeg.
Dr. Gower of Chelmsford had a patient who lived for ten years on a pint of tea every day, occasionally chewing on half a dozen raisins and almonds but not swallowing them; once a month, as a special treat, she would eat a piece of bread the size of a nutmeg.
The late Duke of Portland, after a long illness, during which he was attended by Dr. Warren, lived on bread and water for six weeks, at the expiration of which he was allowed one boiled smelt. Numerous persons have been known to live to old age, in perfect health, who never used animal food or wine; such was Dr. Hecquet, the Sangrado of Lesage, who published a curious treatise on fasting in Lent: Paris, 1709.
The late Duke of Portland, after a long illness during which he was cared for by Dr. Warren, survived on bread and water for six weeks, after which he was permitted one boiled smelt. Many people have been known to live to old age, in perfect health, who never consumed meat or wine; one such person was Dr. Hecquet, the Sangrado of Lesage, who published an interesting treatise on fasting during Lent: Paris, 1709.
The following lines were written on a man named Offley:
The following lines were written about a man named Offley:
Offley three dishes had of daily roast;
An egg, an apple, and the third a toast.
Offley had three daily roast dishes:
An egg, an apple, and the last one was toast.
Most unquestionably, if this Offley was not a man of hard labour, or who took much exercise, this diet, scanty as it may appear, would have been quite sufficient to support life, for his fare was sumptuous, compared to the diet prescribed by St. Theresa to her Carmelite nuns, and which consisted of one egg, herb-soup, with wormwood ashes and aloes. However, in regard to the wondrous fasting of various hermits and holy men, we must take their histories cum grano salis. They clearly belonged to two classes,—enthusiasts or impostors: enthusiasm, which is little short of lunacy, enables the monomaniac to endure starvation with ease; and as to impostors, it is probable that, like Friar Tuck they had a bonne bouche in a corner of their cells.
Most definitely, if this Offley wasn’t a hard worker or someone who got a lot of exercise, this diet, though it may seem limited, would have been more than enough to stay alive. His meals were extravagant compared to what St. Theresa prescribed for her Carmelite nuns, which included just one egg and herb soup made with wormwood ashes and aloes. However, when it comes to the remarkable fasting of different hermits and holy figures, we need to view their stories cum grano salis. They clearly fell into two categories—either enthusiasts or frauds. Enthusiasm, which is almost like madness, allows someone fixated on a single idea to withstand hunger easily; and as for frauds, it’s likely that, like Friar Tuck, they had a bonne bouche hidden away in the corner of their cells.
POISON OF THE UPAS, OR IPO.
Such are the names given by the natives of the Molucca Islands and in the Indian Archipelago to a deadly poison which is used to impregnate the heads of their arrows. The tree from which it is extracted is named Bohou Upas, Boa Upas, and Pohou Antiar. Various accounts of its deleterious nature have been given by ancient travellers. Cleyer and Spielman described it upwards of a century back, and state that no antidote to its dreadful action is known, though vomiting, produced by the most disgusting means, was considered the only method of arresting its dire effects. Spielman asserts that the land for several miles round these trees is desolate and barren, for no plant can grow under their influence. The poison, he states, flows in a milky form from the tree, and no one can approach it at this period, as one drop of the fatal juice falling upon the face or hands produces instant stiffness of every limb, followed by rapid death; it is therefore obtained at the end of long bamboo canes, armed with a pointed tube to receive it when plunged into the bark. Rumphius confirms in a great measure the above statements, and describes the tree, which he divides into male and female: he adds, that they only grow in the island of Celebes, and that all around the dreaded spot is desert and consumed. A more recent Dutch traveller, Foersech or Foœrch, did not let so fertile a subject escape, and has cultivated most industriously this dreary desert in the following account.
These are the names given by the locals of the Molucca Islands and in the Indian Archipelago to a deadly poison used to coat the tips of their arrows. The tree from which it comes is called Bohou Upas, Boa Upas, and Pohou Antiar. Ancient travelers have shared various accounts of its harmful nature. Cleyer and Spielman wrote about it over a century ago and noted that there’s no known antidote to its horrific effects, although inducing vomiting through disgusting means was regarded as the only way to stop its deadly consequences. Spielman claims that the land for several miles around these trees is desolate and lifeless, as no plants can thrive under their influence. He mentions that the poison flows from the tree in a milky form, and no one can get close to it at this time, as even a single drop of the lethal liquid on the face or hands can cause instant paralysis of all limbs, followed by quick death; it is therefore collected at the end of long bamboo poles, equipped with a pointed tube to catch it when inserted into the bark. Rumphius largely confirms these statements and describes the tree, which he categorizes into male and female; he adds that they only grow on the island of Celebes and that the area surrounding the feared spot is barren and devastated. A more recent Dutch traveler, Foersech or Foœrch, did not miss the opportunity to explore this intriguing subject and has thoroughly detailed this bleak landscape in the following account.
Sterility prevails for upwards of ten miles round this dreadful tree on the part of the island of Java where it grows. When criminals are sentenced to death, they are offered a free pardon if they consent to seek a small boxful of this valuable yet terrific poison. They are first sent to the dwelling of a priest who resides at a safe distance from the spot; there they arrive, accompanied by their disconsolate and wailing families. They remain with this holy man for a few days, during which he affords them both spiritual comfort and good advice; the latter urging the precaution not to set out until the wind blows in such a direction as to waft from them the floating emanations. On their departure on this dreaded expedition he gives them a small box of silver or tortoise-shell, covers their head and face with a leathern hood with glass eyes, and protects their hands with a thick pair of gloves of the same material. He then [Pg 191]accompanies them about two miles on their sad journey, and then he describes the hellish spot where this treasure is to be found as minutely as any one can describe what he has not seen; then, giving the poor pilgrim his blessing, he departs on his return. This worthy man informed our traveller that, during thirty years which he had held that enviable situation, he had sent off no less than seven hundred criminals, of whom only twenty-two returned: and he confirmed the statement by exhibiting a list bearing their names and the offences for which they had been tried. Mynheer Foersech further assures his gentle readers that he witnessed several of these expeditions, and entreated the culprits to bring him some branches of the tree; but two withered leaves were the only specimens he could obtain from the solitary wretch who had the good fortune to escape, and who described the tree as growing on the borders of a rivulet, being of moderate height, and surrounded by a cluster of young ones. The ground around them was of a brown sandy nature, and strewed with the remains of human victims. He also clearly ascertained that no living creature can exist within fifteen miles of the spot. The streams that flow near it yield no fish, and the birds that fly over it fall to the ground; several of the latter were occasionally brought to the priest,—whether he ate them, or not, the Dutchman does not inform us. Amongst various offenders doomed to death by this poison he relates the case of thirteen ladies, who, for the crime of infidelity, were inoculated in the bosom with the point of a kritz or Malayan dagger dipped in the upas; and in sixteen minutes they had ceased to live. By recent experiments upon animals this part of his narration may be credited; but, in regard to the other account, we must apply to it the French saying, “Il vaut mieux y croire que d’y aller voir.” Indeed the whole of Foersech’s account is justly considered a fiction.
Sterility stretches for over ten miles around this awful tree on the part of the island of Java where it grows. When criminals are sentenced to death, they are offered a free pardon if they agree to seek a small box full of this valuable but terrifying poison. They are first sent to the home of a priest who lives at a safe distance from the tree; they arrive there with their grieving, wailing families. They stay with this holy man for a few days, during which he provides them with spiritual support and practical advice, urging them to wait until the wind blows in a direction that carries the dangerous fumes away from them. When they set off on this dreadful journey, he gives them a small box made of silver or tortoise shell, covers their heads and faces with a leather hood with glass eyes, and protects their hands with thick gloves made from the same material. He then [Pg 191]accompanies them for about two miles on their sad journey, describing the hellish place where the treasure can be found as clearly as anyone can describe something they haven't seen; after giving the poor travelers his blessing, he turns back. This good man told our traveler that, during the thirty years he held that respected position, he had sent off at least seven hundred criminals, of whom only twenty-two returned. He confirmed this by showing a list of their names and the crimes for which they were tried. Mynheer Foersech further assures his gentle readers that he witnessed several of these expeditions and begged the culprits to bring him some branches of the tree; however, he could only obtain two withered leaves from the solitary person who managed to escape, who described the tree as growing on the edge of a stream, of moderate height, surrounded by a cluster of younger trees. The ground around them was brown and sandy, scattered with the remains of human victims. He also clearly discovered that no living creature can survive within fifteen miles of the area. The streams nearby have no fish, and birds that fly over it fall to the ground; some of these birds were brought to the priest from time to time—whether he ate them or not, the Dutchman does not inform us. Among various offenders sentenced to death by this poison, he tells the story of thirteen women who, for being unfaithful, were poisoned in the chest with a kritz or Malayan dagger dipped in the upas; they were dead within sixteen minutes. Recent experiments on animals lend some credibility to this part of his story; but regarding the other claims, we must refer to the French saying, “Il vaut mieux y croire que d’y aller voir.” Indeed, Foersech’s entire account is generally considered a fabrication.
However, some French travellers thought otherwise; and Mr. Deschamps, physician and naturalist attached to the expedition of Mr. D’Entrecasteaux, when in Java, ascertained that this wonderful tree was not uncommon in the forests of the country, nor was the approach to it in the slightest degree apprehended. The juice procured by incisions in the bark was called by the natives upas or oupas, and was of so active a nature that it caused immediate death when thrown into the circulation. The Malays mixed it with various other ingredients more especially galanga and garlic, when they employed it. The Javanese only impregnated their arrows with it for the chase: a proof that they did not consider it as affecting the[Pg 192] system of the slain animal. Most probably Foersech’s priest was aware of this circumstance when he accepted from the privileged malefactors the game killed by the tree they had sought.
However, some French travelers thought differently; and Mr. Deschamps, a physician and naturalist with Mr. D’Entrecasteaux's expedition, discovered in Java that this amazing tree was not uncommon in the country's forests, nor was it feared in any way. The sap collected from the bark was called by the locals upas or oupas, and it was so toxic that it caused immediate death when it entered the bloodstream. The Malays mixed it with various other ingredients, especially galanga and garlic, when they used it. The Javanese only treated their arrows with it for hunting, showing that they did not think it affected the[Pg 192] system of the animal they killed. Most likely, Foersech’s priest knew this when he accepted the game taken by the criminals hunting that tree.
This tree, according to Deschamps, is named in the country, pohou antiar; it frequently rises to the height of thirty or forty feet. When one of its branches is broken, or its bark incised, a milky juice exudes, which becomes inspissated when in contact with the atmosphere. In appearance this tree bears some resemblance to our elm. Mr. Deschamps confirms the relation of Rumphius, who stated that the Dutch, in their wars with the natives, were obliged to wear thick buff cuirasses to protect them against their poisoned missiles, the wounds of which were inevitably fatal.
This tree, according to Deschamps, is called pohou antiar in the country; it often grows to a height of thirty or forty feet. When one of its branches is broken or its bark is cut, a milky sap flows out, which thickens when it comes into contact with the air. In appearance, this tree looks somewhat like our elm. Mr. Deschamps supports Rumphius's account, which mentioned that the Dutch, during their wars with the natives, had to wear heavy buff armor for protection against their poisoned arrows, as wounds inflicted by them were usually fatal.
Further information relative to the upas has been afforded by the ingenious Mr. Leschenault, who, during his residence in Java, procured two specimens of the poisonous substance obtained in Java, and of that brought from the islands of Borneo and Macassar. In Borneo, the mountaineers of the interior, who are called Orang-Daias, collect it, and keep its preparation a profound secret. They carry it carefully wrapped up in palm-leaves. Their hunting arrows have heads spear-pointed, and impregnated with this substance; those that are prepared for war bear a shark’s tooth fixed in a brass socket, and merely attached to the shaft by the gum resin of the ipo; the barbed point remaining rankling in the wound it has inflicted, the gum dissolves, and speedily brings on death. Mr. Leschenault tried these arrows on dogs and other animals, and they expired shortly after in horrible convulsions.
Further information about the upas has been provided by the clever Mr. Leschenault, who, during his time in Java, obtained two samples of the poisonous substance from Java and from the islands of Borneo and Macassar. In Borneo, the mountain people of the interior, known as Orang-Daias, gather it and keep its preparation a closely guarded secret. They carry it carefully wrapped in palm leaves. Their hunting arrows have spear-pointed heads that are coated with this substance; those made for warfare have a shark’s tooth fixed in a brass socket, attached to the shaft by the gum resin of the ipo. The barbed point remains lodged in the wound it creates, and as the gum dissolves, it quickly leads to death. Mr. Leschenault tested these arrows on dogs and other animals, and they died shortly after in horrifying convulsions.
But the latest account of this celebrated tree is given by Dr. Horsfield who was in Java during its occupation by our troops. He informs us that although the Dutch surgeon Foersech’s account must have been a fabrication, yet there did exist a tree called the Anchar from the sap of which the natives prepared a fatal poison. The tree belongs to the 21st class of Linnæus, the Monæcia. The male and female flowers are produced on the same branch at no great distance from each other, the females being in general above the males. The seed-vessel is an oblong drupe, covered with the calyx; the seed an ovate nut with cells. The top of the stem sends off a few stout branches, which spreading nearly horizontally with several irregular curves, divide into smaller branches, and form a hemispherical, not very regular crown. The stem is cylindrical, perpendicular, and rises completely naked to the height of sixty or seventy, and even eighty feet. Near the surface of the ground it[Pg 193] spreads obliquely like many of our large forest trees. The bark is whitish, slightly bursting into longitudinal furrows. Near the ground this bark is, in old trees, more than half an inch thick, and when wounded yields copiously the milky juice from which the poison is prepared. This juice is yellowish, frothy, and becomes brown when exposed to the air.
But the most recent description of this famous tree comes from Dr. Horsfield, who was in Java while our troops occupied the area. He tells us that, although the Dutch surgeon Foersech’s account must have been made up, there was indeed a tree called the Anchar, from the sap of which the locals created a deadly poison. The tree is classified in the 21st group of Linnaeus, the Monæcia. The male and female flowers grow on the same branch, close to each other, with the females typically located above the males. The seed pod is an elongated drupe covered by the calyx, and the seed is an oval nut with compartments. The top of the trunk produces a few thick branches that spread out nearly horizontally with several irregular curves, dividing into smaller branches and forming a somewhat hemispherical crown. The trunk is cylindrical, upright, and can reach heights of sixty to eighty feet without any branches. Near the ground, it spreads out obliquely like many of our large forest trees. The bark is whitish and slightly splits into long furrows. Near the ground, on older trees, this bark can be more than half an inch thick and, when damaged, releases a lot of milky sap from which the poison is made. This sap is yellowish, frothy, and turns brown when exposed to air.
In making these researches Dr. Horsfield had some difficulty with the native labourers, who feared a contagious eruption, but nothing more. The Doctor further informs us that it is fatal to animals,—destroying dogs in an hour, mice in ten minutes, monkeys in seven, and cats in fifteen, while a buffalo subjected to the experiment was two hours and ten minutes dying.
In conducting this research, Dr. Horsfield encountered some challenges with the local laborers, who were worried about a contagious outbreak, but that was about it. The Doctor also tells us that it is deadly to animals—killing dogs in an hour, mice in ten minutes, monkeys in seven, and cats in fifteen, while a buffalo that underwent the experiment took two hours and ten minutes to die.
The natives of Macassar also call this venomous production ipo. They have two varieties of the tree, as in Java; the one called upas antiar, and the other, much more violent and prompt in its action, upas tieute In the preparation of the poison for use much mystery is observed by the natives, and various ingredients are mixed up with it; but as they are known to be harmless, such as onion and garlic juice, pepper, ginger, galanga, they are most probably employed to deceive the curious who might wish to ascertain the nature of this deadly composition.
The people of Macassar also refer to this poisonous substance as ipo. They have two types of the tree, similar to those found in Java: one is called upas antiar, and the other, which acts much more quickly and violently, is upas tieute. The locals keep the preparation of the poison shrouded in secrecy and mix in various ingredients; however, since these are known to be harmless—like onion and garlic juice, pepper, ginger, and galanga—they are likely just meant to mislead those who are curious about the true nature of this lethal concoction.
Mr. Leschenault having brought home a small quantity of this poison, it was tried by Messrs. Delile and Magendie in several experiments, when it was found to act more or less violently, according to the age and size of the individual, or the quantity of the upas. One grain and a half inoculated in a young dog killed it in four minutes, only producing one convulsive fit. In a dog weighing fourteen pounds, half a grain of upas occasioned death at the expiration of one hour and fifty-seven minutes, during which the animal experienced several violent convulsions. A few drops of diluted upas, injected in the chest of a dog, weighing twenty pounds, occasioned a lock-jaw, which destroyed him in a minute and a half. Eight drops injected in the jugular vein of a horse produced immediate tetanus and speedy death. For further information regarding these cruel experiments we must refer to the experimenter’s publication. It appears, however, that the power of this venomous substance is so intense that time does not weaken it; for the upas employed in these experiments had been collected and kept for upwards of seven years, when its effects were as prompt as when tried in a recent state. The natives of Java consider sea-salt as the best antidote, but Mr. Delile found it quite[Pg 194] inert: various experiments induced him to think that in these cases death is produced by asphyxia; and he considers the means employed to restore suspended animation in persons supposed to have been drowned, as the most likely to save the life of individuals who might be wounded with this substance. The rapidity with which poisonous substances are absorbed in the system is truly terrific, more especially in such as are of a narcotic nature. The latter act by abolishing all nervous energies, but when applied locally their effects are also local, as is shown by the following experiments of Müller:
Mr. Leschenault brought home a small amount of this poison, and Messrs. Delile and Magendie tested it in several experiments. They found that it acted with varying intensity depending on the age and size of the subject, as well as the quantity of upas used. In one case, one and a half grains inoculated in a young dog killed it within four minutes, causing only one convulsive fit. In a dog weighing fourteen pounds, half a grain of upas led to death after one hour and fifty-seven minutes, during which the animal suffered multiple violent convulsions. A few drops of diluted upas injected into the chest of a twenty-pound dog caused lockjaw, resulting in death in just a minute and a half. Eight drops injected into the jugular vein of a horse caused immediate tetanus and rapid death. For more information on these harsh experiments, we refer to the experimenter's publication. It seems that the potency of this venomous substance is so strong that time doesn’t weaken it; the upas used in these tests had been collected and stored for more than seven years, yet its effects were just as immediate as when it was fresh. The natives of Java believe that sea salt is the best antidote, but Mr. Delile found it completely[Pg 194] ineffective. Various experiments led him to conclude that death in these cases occurs due to asphyxia. He thinks that the methods used to revive people thought to have drowned are most likely to save the lives of individuals who may be affected by this substance. The speed at which poisonous substances are absorbed into the system is truly alarming, especially for those that are narcotic. The latter work by suppressing all nervous energy, but when applied locally, their effects are also localized, as demonstrated by Müller’s following experiments:
“I held the nerve of a frog’s leg which was separated from the body, in a watery solution of opium for a short time, and that portion of the nerve lost its irritability, i.e. its property of exciting twitchings of the leg when it was irritated; but below the part that the poison had touched the nerve still retained this function.”
“I held a frog's leg nerve that had been removed from the body in a watery solution of opium for a short time, and that part of the nerve lost its ability to trigger twitches in the leg when it was stimulated; however, below the section affected by the poison, the nerve still retained this function.”
It is therefore evident that before narcotic poisons can exert a general influence they must be carried into the circulation. Duprey and Brachet, two French physiologists, have sought to prove that animals cannot be destroyed by narcotic poisons, introduced in the stomach, if the nervus vagus has been divided on both sides; at least, that they do not die so soon. However, Wernscheidt, in thirty experiments on mammalia, could not perceive this difference, provided the animals were of the same size and species.
It’s clear that before narcotic poisons can have a widespread effect, they need to enter the bloodstream. Duprey and Brachet, two French physiologists, tried to show that animals can’t be killed by narcotic poisons given orally if the nervus vagus has been cut on both sides; at least, they don’t die as quickly. However, Wernscheidt, in thirty experiments on mammals, did not see this difference, as long as the animals were of similar size and species.
Prussic acid exerts its influence so rapidly that it cannot be supposed to have been thrown into the circulation. The spirituous solution of the extract of nux vomica introduced in the mouth of a rabbit, produces immediate death, whereas when applied to any nerve distant from the brain it produces no general symptoms.
Prussic acid acts so quickly that it can't be assumed to have entered the bloodstream. When a spirituous solution of nux vomica extract is put in the mouth of a rabbit, it causes instant death, but when it's applied to a nerve away from the brain, it doesn't result in any general symptoms.
This rapid effect of prussic acid is supposed to arise from its great volatility and powers of expansion, by which it is diffused more quickly through the circulation than the blood. According to Schrader one drop of this substance introduced in the bill of a bird killed it in four or five minutes. Hydrocyanic acid gas mixed with atmospheric air has when inhaled destroyed dogs, cats, rabbits, and various birds, in from two to ten seconds. Magendie found that the introduction of one drop of the acid in the jugular vein caused instantaneous death; a glass tube dipped in this perilous substance applied to the tongue of a dog, produced a similar effect, which was also the result when applied to the eye.
This quick effect of prussic acid is thought to come from its high volatility and expansion properties, allowing it to spread through the bloodstream faster than blood itself. According to Schrader, just one drop of this substance introduced into the beak of a bird could kill it in four to five minutes. Hydrocyanic acid gas mixed with air, when inhaled, has killed dogs, cats, rabbits, and various birds in as little as two to ten seconds. Magendie found that injecting just one drop of the acid into the jugular vein caused immediate death; using a glass tube dipped in this dangerous substance on a dog's tongue had the same effect, which was also true when it was applied to the eye.
It is not generally known that tobacco and its preparations[Pg 195] are deadly poisons, one drop of oil of tobacco introduced in the mouth of a dog produced violent convulsions with hurried breathing; a quarter of an hour after, the unfortunate animal seemed to be recovered, when the introduction of another drop killed it in two minutes. M’Cartney and Orfila obtained similar results, though no such effects were produced when it was applied to a nerve or the surface of the brain.
It’s not widely recognized that tobacco and its products[Pg 195] are lethal poisons. Just a drop of tobacco oil given to a dog caused severe convulsions and rapid breathing; after about fifteen minutes, the poor animal appeared to recover, but another drop killed it within two minutes. M’Cartney and Orfila observed similar outcomes, although no such effects occurred when it was applied to a nerve or the brain's surface.
The French poet Santeuil died from having drank wine in a glass containing some snuff. In all cases of death produced by this substance the lungs are found dense and livid.
The French poet Santeuil died after drinking wine from a glass that had some snuff in it. In all cases of death caused by this substance, the lungs are found to be dense and dark.
It is not only in the upas that the Indians seek the means of poisoning their missiles. In America they employ the Ticronas a juice extracted from various plants, and the preparation of which, transmitted from one generation to another is considered a valuable secret. La Condamine asserts that its mere odour is sufficient to destroy the criminals doomed to smell it, but Fontana has found by many experiments that this assertion was made upon report, which travellers too frequently rely upon to save themselves the trouble of investigation. Arrows saturated with this poison, become more active after having been dipped in hot water.
It's not just the upas tree that the indigenous people use to poison their arrows. In America, they use the Ticronas, a juice taken from various plants, and the method of preparing it, passed down through generations, is considered a valuable secret. La Condamine claims that just the smell is enough to kill those unfortunate enough to inhale it, but Fontana has discovered through extensive experimentation that this claim was based on hearsay, something travelers often rely on to avoid doing their own research. Arrows treated with this poison become more effective after being soaked in hot water.
The Indians of Guiana dip their arrows in the juice of the Woorara, and the Curara, which also occasions rapid death and decomposition of the lungs. Humboldt informs us that the Curara is obtained from the bark of a tree called Vejuco de Mavacure; it is inspissated over a slow fire and then mixed with a gum drawn from the Kiracagnero. The Abbé Salvador Gilii tells us in his history of America, that he has seen the strongest animals succumb instantly when thus wounded, but the poison does not produce any effect on their meat.
The Indigenous people of Guiana coat their arrows with the juice of the Woorara and the Curara, which causes quick death and decay of the lungs. Humboldt tells us that the Curara is made from the bark of a tree called Vejuco de Mavacure; it is thickened over a low flame and then mixed with a gum from the Kiracagnero. The Abbé Salvador Gilii mentions in his history of America that he has seen the strongest animals die instantly when hit, but the poison doesn’t affect their meat.
HOMOPHAGOUS AND POLYPHAGOUS.
These are appellations given to certain individuals of a depraved appetite, that enables them to devour raw meat, and various other substances which most unquestionably would destroy any person not gifted or cursed with such an omnivorous digestion.
These are names given to certain people with a strange appetite, allowing them to eat raw meat and various other things that would definitely harm anyone else not fortunate or unfortunate enough to have such an all-consuming digestion.
Various are the ancient stories related of such voracious wretches. Ovid describes one Erisichthon, who, as a punishment for cutting down the groves of Ceres, (very possibly to obtain fuel to cook his food,) was sentenced to perpetual hunger, and terminated his gluttonous career by eating up his own limbs. Theagenes thought nothing of an ox for his dinner; and the famed Crotonian athlete, Milo, knocked down bullocks with his fist for his daily meals, which usually consisted of twenty minæ of meat and the same ration of bread. Vopiscus relates that a man was brought before the Emperor Maximilian, who devoured a whole calf, and was proceeding to eat up a sheep, had he not been prevented. To this day, in India, some voracious mountebanks devour a live sheep as an exhibition. Dr. Boehmen of Wittenberg witnessed the performance of one of these polyphagous individuals, who commenced his repast by eating a raw sheep, a sucking-pig, and, by way of dessert, swallowed sixty pounds of prunes, stones and all. On another festive occasion, he ate two bushels of cherries, with several earthen vases, and chips of a furnace. This meal was followed up by sundry pieces of glass and pebbles, a shepherd’s bagpipe, rats, various birds with their feathers, and an incredible number of caterpillars. To conclude his dinner, he swallowed a pewter inkstand, with its pens, a pen-knife, and a sandbox. During this deglutition he seemed to relish his food, but was generally under the influence of potations of brandy. His form was athletic, and he could carry four heavy men on his shoulders for a league. He lived to the age of seventy-nine, but died in a most emaciated state, and, as might be imagined, toothless.
There are various ancient stories about such greedy people. Ovid tells of a man named Erisichthon, who, as punishment for cutting down Ceres’ groves (likely to get wood for cooking), was cursed with endless hunger and eventually ate his own limbs. Theagenes thought nothing of having an ox for dinner, while the famous Crotonian athlete, Milo, would knock down bulls with his fist for his daily meals, which usually included twenty minæ of meat and the same amount of bread. Vopiscus reports that a man was brought before Emperor Maximilian who devoured a whole calf and was about to eat a sheep, but was stopped before he could. Even today in India, some greedy performers eat live sheep as a show. Dr. Boehmen from Wittenberg saw one of these polyphagous individuals start his meal by eating a raw sheep, a sucking pig, and then for dessert, he swallowed sixty pounds of prunes, stones and all. At another feast, he ate two bushels of cherries, several clay vases, and bits of a furnace. This meal was followed by various pieces of glass and pebbles, a shepherd’s bagpipe, rats, several birds with their feathers, and an unbelievable number of caterpillars. To finish his dinner, he swallowed a pewter inkstand with its pens, a penknife, and a sandbox. While he seemed to enjoy his food, he was generally under the influence of strong brandy. He had an athletic build and could carry four heavy men on his shoulders for a mile. He lived to be seventy-nine but died in a very emaciated state and, as you can imagine, toothless.
Helwig knew an old man who was in the habit of eating eighty pounds of different articles of food daily. Real Colomb mentions an omnivorous glutton, who, in the absence of any salutary aliment, satisfied his cravings with any other substance, and was once known, when hungry, to eat the contents of a sack of charcoal, and then to swallow the bag to facilitate its[Pg 197] digestion. One of the attendants on the menagerie of the Botanical Gardens in Paris, who bore the euphonious name of Bijou, used to devour all the offals of the theatre of Comparative Anatomy, and ate a dead lion in one day. He was active, and lived to the age of sixty. A cannibal once desolated the Vivarais, by dragging human victims to his den, where he devoured them. On the opening of the corpse of a convict in the galleys of Brest, there were found in his stomach about six hundred pieces of wood, pewter, and iron.
Helwig knew an old man who regularly consumed eighty pounds of various foods each day. Real Colomb talks about a gluttonous omnivore who, when healthy food wasn’t available, satisfied his hunger with any kind of substance. There was an instance when he was so hungry that he ate the contents of a sack of charcoal, then swallowed the bag to help it[Pg 197] digest. One of the caretakers at the menagerie of the Botanical Gardens in Paris, who had the charming name of Bijou, used to eat all the scraps from the theatre of Comparative Anatomy and once consumed a dead lion in a single day. He was lively and lived to be sixty. A cannibal wreaked havoc in Vivarais by dragging human victims to his lair, where he consumed them. When the corpse of a convict from the Brest galleys was opened, about six hundred pieces of wood, pewter, and iron were found in his stomach.
All these accounts might appear most exaggerated, perhaps fabulous, had not many physicians in Paris known the celebrated Tarrare. The history of this monster is as curious as his habits were disgusting. He commenced his career in life in the capacity of clown to an itinerant quack, and used to attract the notice of the populace by his singular powers of deglutition, swallowing with the utmost ease corks, pebbles, and basketsful of apples. However, these experiments were frequently followed by severe pain and accidents, which once obliged him to seek assistance in the Hôtel Dieu of Paris. His sufferings did not deter him from similar experiments; and he once tried to exhibit his wonderful faculties by swallowing the watch, chain and seals, of Mr. Giraud, then house-surgeon of the establishment. In this repast he was foiled, having been told that he would be ripped up to recover the property. In the revolutionary war, Tarrare joined the army, but was soon exhausted on the spare diet to which the troops were obliged to submit. In the hospital of Sultzen, although put upon four full rations, he was obliged to wander about the establishment to feed upon any substance he could find however revolting, to subdue his voracious hunger. These singular powers induced several physicians to ascertain how far these omnivorous inclinations could carry him in his unnatural cravings. In presence of Dr. Lorentz he devoured a live cat, commencing by tearing open its stomach, and sucking the animal’s blood with delight. What was more singular, after this horrible feast, like other carnivorous brutes, he rejected the fur and skin. Snakes were to him a delicious meal, and he swallowed them alive and whole, after grinding their heads between his teeth. One of the surgeons, Mr. Courville, gave him a wooden lancet-case to swallow in which a written paper had been folded. This case was rejected undigested, and the paper being found intact, it became a question whether he might not be employed to convey secret correspondence; but having been taken up at the Prussian[Pg 198] outposts as a spy, being disguised as a peasant without a knowledge of the language, he received a severe bastinado, which effectually cured him of an appetite for secret service, and on his return he had recourse to the safer means of obtaining food in kitchens, slaughter-houses, and dunghills. At last, a child of fourteen months old having disappeared under suspicious circumstances, he was driven out of the hospital, and lost sight of for four years, when he applied for admission into the hospital of Versailles, in a state of complete exhaustion, labouring under a violent diarrhœa, which terminated his hateful existence in his twenty-sixth year. He was of the middle size, pale, thin, and weak; his countenance was by no means ferocious, but, on the contrary, displayed much timidity; his fair hair was remarkably fine and soft; his mouth was very large, and one could scarcely say that he had any lips; all his teeth were sound, but their enamel was speckled; his skin was always hot, in a state of perspiration, and exhaling a constant offensive vapour. When fasting, the integuments of his abdomen were so flaccid that he could nearly wrap them round him. After his meals the exhalation from his surface was increased, his eyes and cheeks became turgid with blood, and, dropping into a state of drowsiness, he used to seek some obscure corner where he might quietly lie down and digest. After his death, all the abdominal viscera were found in a state of ulceration.
All these stories might seem really exaggerated, maybe even unbelievable, if it weren't for the many doctors in Paris who knew the infamous Tarrare. His history is as strange as his habits were disgusting. He started his life as a clown for a traveling quack and caught people's attention with his strange ability to swallow things, easily gulping down corks, pebbles, and baskets of apples. However, these stunts often resulted in severe pain and accidents, forcing him to seek help at the Hôtel Dieu in Paris. His suffering didn't stop him from trying similar feats, and he once attempted to impress onlookers by swallowing the pocket watch, chain, and seals of Mr. Giraud, the house-surgeon at the hospital. He backed down from this meal after being warned he'd be cut open to retrieve the items. During the revolutionary war, Tarrare joined the army but quickly became weak on the sparse diet the soldiers were forced to eat. In the hospital of Sultzen, despite being given four full rations, he had to wander around, looking for any food he could find, no matter how disgusting, to satisfy his insatiable hunger. His unusual appetite led several doctors to explore how far these cravings could take him. In front of Dr. Lorentz, he ate a live cat, starting by ripping open its belly and savoring the blood with pleasure. Oddly enough, after this horrific meal, like other carnivorous animals, he spit out the fur and skin. Snakes were a treat for him, and he swallowed them whole and alive, crushing their heads between his teeth. One surgeon, Mr. Courville, had him swallow a wooden lancet-case that had a piece of paper inside. This case came out undigested, and the paper remained intact, raising the question of whether he could be used to deliver secret messages. However, he was caught by the Prussian outposts disguised as a peasant without knowing the language and received a harsh beating, which effectively made him lose interest in espionage. Upon returning, he resorted to safer ways of finding food in kitchens, slaughterhouses, and dumpsters. Eventually, a fourteen-month-old child went missing under suspicious circumstances, and he was expelled from the hospital, disappearing for four years until he applied for admission to the hospital of Versailles, completely exhausted and suffering from severe diarrhea, which ended his miserable life at the age of twenty-six. He was of average height, pale, thin, and weak; his face was not at all fierce but, in fact, showed a lot of timidity; his light hair was extremely fine and soft; his mouth was very large, and it was hard to say if he even had lips; all his teeth were healthy, though their enamel was spotted; his skin was always hot, sweaty, and giving off a constant bad smell. When he was hungry, the skin on his stomach was so loose that he could almost wrap it around himself. After eating, the odor from his skin intensified, his eyes and cheeks became swollen with blood, and he would often feel drowsy, searching for a hidden spot to lie down and digest. After he died, all his abdominal organs were found to be ulcerated.
Instances are recorded where a similar facility to swallow fluids had been observed. At Strasburg the stomach of a hussar was exhibited who could drink sixty quarts of wine in an hour. Pliny mentions a Milanese, named Novellus Torquatus, who, in presence of Tiberius, drank three congii of wine. Seneca and Tacitus knew a man of the name of Piso who could drink incessantly for two days and two nights; and Rhodiginus mentions a capacious monster called the Funnel, down whose throat an amphora of liquor could be poured without interruption.
Instances have been documented where a similar ability to drink fluids has been noted. In Strasburg, a hussar's stomach was showcased, capable of consuming sixty quarts of wine in an hour. Pliny refers to a Milanese named Novellus Torquatus, who, in front of Tiberius, drank three congii of wine. Seneca and Tacitus knew a man named Piso who could drink continuously for two days and nights; and Rhodiginus mentions a large creature called the Funnel, down whose throat an amphora of liquor could be poured without pause.
To what are we to attribute these uncommon, nay, these unnatural faculties? Neither physiological experiments during life, nor anatomical investigation after death, have hitherto enabled us to form an opinion. Great as the progress of science has been, we are still doubtful as to the nature of the digestive process. All the hypotheses on the subject are liable to insuperable objections. Hippocrates and Empedocles attributed digestion to the putrefaction of food. Experiments have clearly demonstrated the fallacy of this doctrine: rejected food is never in a state of putridity; on the contrary, meat in a perfect state of putrescence has been restored to sweetness and freshness on being received into the stomach. Dead snakes have been[Pg 199] found with animal substances, part of which had been swallowed and the remainder hanging out of their mouths; when the swallowed portion was fresh, and the portion exposed to the atmosphere in a state of corruption. Galen, and after his school, Grew and Santarelli, ascribed digestion to a concoction, during which, food was maturated by the stomach’s heat, like fruit by the solar rays. Pringle and Macbride advocated the doctrine of fermentation; while Borelli, Keil, and Pitcairn resolved the question by the mechanism of trituration, making a mill of the stomach, which ground down food, according to Pitcairn’s calculations, with a pressure equal to a weight of one hundred and seventeen thousand and eighty pounds. Boerhaave endeavoured to reconcile the opinions of the concocters and grinders, by combining the supposed theory of concoction and trituration. Lastly, Cheselden fancied that digestion was operated by a peculiar secretion in the stomach, called gastric juice; and Haller, Réaumur, Spallanzani, Blumenbach and most other modern physiologists, concur with him in the same opinion, although admitting that this function is most probably assisted by various accessory circumstances.
To what do we owe these unusual, even unnatural abilities? Neither physiological experiments during life nor anatomical studies after death have allowed us to draw a conclusion. Despite the significant advancements in science, we still have uncertainty about how digestion works. All the theories on this topic have serious flaws. Hippocrates and Empedocles believed digestion was due to the putrefaction of food. Experiments have clearly shown that this idea is wrong: food that is rejected is never rotting; in fact, perfectly rotten meat can be restored to sweetness and freshness once it’s in the stomach. Dead snakes have been[Pg 199] found with animal parts, some swallowed and the rest hanging out of their mouths; when the swallowed part was fresh, the visible part was decaying. Galen, and later his followers Grew and Santarelli, thought that digestion was a process of concoction, where the stomach's heat matured food like sunlight ripens fruit. Pringle and Macbride supported the idea of fermentation; while Borelli, Keil, and Pitcairn explained it as trituration, suggesting that the stomach grinds food down with a pressure equivalent to one hundred seventeen thousand eighty pounds, according to Pitcairn’s calculations. Boerhaave tried to reconcile the ideas of the concocters and grinders by merging the theories of concoction and trituration. Finally, Cheselden proposed that digestion is carried out by a special secretion in the stomach called gastric juice; Haller, Réaumur, Spallanzani, Blumenbach, and most other contemporary physiologists agree with him, though they acknowledge that this function is likely aided by various additional factors.
This juice was found, upon experiment, to be endowed, not only with the antiseptic power of preserving the contents of the stomach from putrefaction, but with the property of being a most powerful solvent. Pieces of the toughest meats and bone have been enclosed in perforated metallic tubes, and thrust down the stomach of carnivorous birds, and in the space of about twenty-four hours the meats were found to be diminished, or, in other words, digested to three-fourths of their bulk, while the bones had totally disappeared. Dr. Stevens had recourse to a similar experiment on the human stomach, by means of a perforated ivory ball, and with the same result. The gastric juice of the dog dissolves ivory; and that of a hen has dissolved an onyx, and diminished a golden coin. Not long since, upon examining the stomach and intestines of a man who died in a public-house, he was found to have been a polyphagous animal, since several clasp-knives that he had swallowed were discovered with their blades blunted and their handles consumed. Since these experiments, however, Dr. Montegre of Paris, who was gifted with the faculty of discharging the contents of his stomach at will, has fully proved that this gastric juice, when not in an acid state, is subject to putrefaction when submitted to external animal heat; that this corruption did not occur when an acid prevailed, and saliva intermixed with vinegar was equally free from a similar decomposition. He moreover asserts, that he had recourse to numerous experiments to digest food[Pg 200] artificially in this supposed solvent, but without obtaining results similar to those advanced by Spallanzani; and, finally, he found little or no difference between the gastric juice and saliva. This acid, which generally exists in the gastric juice, has been ascertained by Dr. Prout to be the muriatic, both free and in combination with alkalis: while Tiedemann and Gmelin maintain that, in its natural state, no acid is to be met with; but that, when food is commingled, an acid which they consider the acetic acid is produced in considerable quantity.[17]
This juice was found, through experimentation, to not only have the antiseptic ability to keep the stomach contents from rotting but also to be a very strong solvent. Pieces of tough meat and bone were placed in perforated metal tubes and inserted into the stomachs of carnivorous birds. Within about twenty-four hours, the meat was reduced to three-fourths of its original size, while the bones completely vanished. Dr. Stevens conducted a similar experiment on the human stomach using a perforated ivory ball and obtained the same results. The gastric juice of dogs can dissolve ivory, and that of hens has dissolved onyx and even worn down a gold coin. Not long ago, when examining the stomach and intestines of a man who died in a bar, it was found that he had been a polyphagous individual, as several clasp knives he had swallowed were discovered with their blades dulled and their handles eroded. However, since these experiments, Dr. Montegre of Paris, who had the ability to empty his stomach at will, demonstrated that gastric juice, when not acidic, can rot when exposed to body heat; this breakdown did not occur when the juice was acidic, and saliva mixed with vinegar also remained stable. He further claimed that he conducted numerous experiments to artificially digest food[Pg 200] in this supposed solvent, but did not achieve results similar to those reported by Spallanzani; and ultimately, he found little to no difference between gastric juice and saliva. This acid, typically found in gastric juice, has been determined by Dr. Prout to be hydrochloric acid, both free and combined with alkalis. Meanwhile, Tiedemann and Gmelin assert that, in its natural state, no acid is present; however, when food is mixed in, they claim that a significant amount of acetic acid is produced.
The ostrich, that may be considered a connecting link between birds and quadrupeds, is gifted with powerful digestive organs, and is known to swallow stone, glass, and iron; but this faculty appears to be a gift of all-bounteous Providence, to enable the creature to digest the various substances it meets with when traversing burning deserts for hundreds of miles, when these hard bodies actually perform the function of teeth in the animal’s stomach, by aiding the comminution of its indigestible food. The structure of the ostrich has a near resemblance to that of the camel, destined to perform the same dreary journeys. The wings are not designed for flight, and in speed he equals the horse. Adanson affirms that he had seen two ostriches at the factory of Podore, that were broken in to carry single or double riders, and the strongest and youngest would run more swiftly with two negroes on his back than the fleetest racer.
The ostrich, which can be seen as a link between birds and four-legged animals, has strong digestive organs and is known to swallow stones, glass, and iron. This ability seems to be a remarkable gift from nature, allowing the bird to break down various substances it encounters while crossing hot deserts for hundreds of miles. These hard materials actually act like teeth in the ostrich’s stomach, helping to grind its tough food. The ostrich’s body structure is similar to that of a camel, suited for making the same long, harsh journeys. Its wings aren't meant for flying, but it can run as fast as a horse. Adanson claims he saw two ostriches at the Podore factory trained to carry one or two riders, and the strongest, youngest one could run faster with two men on its back than the fastest racehorse.
Spallanzani endeavoured to prove that the pebbles and gravel swallowed by various birds were of no use in the process of digestion; but Hunter, who had found two hundred pebbles in the gizzard of a turkey, and one thousand in that of a goose, demonstrated their utility in the trituration of their food, since these birds were found to be unable to digest, and consequently to thrive upon their nourishment when deprived of this mechanical aid. It is curious that the owl, which easily digests meat and bones, cannot be made to digest bread or grain, and yet dies if confined to animal food. The eagle, and other birds of prey, can dissolve both. A singular process of digestion is observed in the stormy petrel, which lives entirely on oil and fat substances whenever it can obtain them; but when fed with other articles of food, Nature, true to her laws, converts them into oil; the bird still discharges pure oil at objects that offend him, and feeds his young with the same substance. The petrel must, no doubt, be a bilious subject, for he delights in misery, and his[Pg 201] presence is a sure presage of foul weather to the experienced seamen; and when
Spallanzani tried to show that the pebbles and gravel swallowed by different birds weren’t useful for digestion; however, Hunter, who found two hundred pebbles in a turkey’s gizzard and a thousand in a goose’s, proved their importance in grinding their food. These birds struggled to digest and thrive on their diet without this mechanical assistance. Interestingly, the owl, which can easily digest meat and bones, can't process bread or grain, yet it will die if only given animal food. Eagles and other birds of prey can digest both. The stormy petrel has a unique digestion process; it primarily feeds on oil and fatty substances when available, but when given other types of food, Nature, being true to her laws, transforms them into oil. The bird still ejects pure oil at things that bother it and feeds its young with the same substance. The petrel likely has a bilious temperament, as it seems to thrive in misery, and its presence is a reliable sign of bad weather for experienced sailors.
The wrathful skies
Gallow the very wanderers of the dark,
And make them keep their caves,
The stormy skies
Punish the very wanderers of the night,
And force them to stay in their caves,
he is seen riding triumphantly on the whirlwind, and skimming the deepest chasms of the angry waves. This bird is said to be named ‘petrel’ from Peter, since, like that saint, he is supposed to have the power of walking on the waters.
he is seen riding victoriously on the whirlwind and gliding over the deepest chasms of the raging waves. This bird is said to be called 'petrel' after Peter, since, like that saint, it is believed to have the ability to walk on water.
The singular appetites which have been noticed seem to have been individual peculiarities, uninfluenced by a morbid condition; but there are cases in which a depraved appetite is symptomatic of disease, where we see persons otherwise possessed of sound judgment longing, not only for the most improper and indigestible food, but for substances of the most extraordinary and even disgusting nature. Thus we have seen patients, more especially young females and pregnant women, devouring dirt, cinders, spiders, leeches, hair, tallow, and paper. An ingenious writer affirms that “more literature in the form of paper and printed books has been thus devoured, than by the first scholars in Christendom.”
The unusual cravings that have been observed appear to be unique traits, not affected by any illness; however, there are instances where a twisted appetite indicates a medical condition. In these cases, we notice individuals who, despite having good judgment, are craving not only the most inappropriate and hard-to-digest foods but also bizarre and even repulsive substances. For example, we have seen patients, especially young women and pregnant women, consuming dirt, ashes, spiders, leeches, hair, fat, and paper. One clever author claims that “more literature in the form of paper and printed books has been thus devoured, than by the first scholars in Christendom.”
Dr. Darwin tells us that he saw a young lady about ten years of age that used to fill her stomach with earth out of a flowerpot, and then vomited it up, with small stones, bits of wood, and wings of various insects. John Hunter has described an endemic disease among the Africans in Jamaica, in which they devoured dirt. Mason Good, when speaking of this affection, says, “that the longing for such materials is, in this disease, a mere symptom, and rarely shows itself till the frame is completely exhausted by atrophy, dropsy, and hectic fever, brought on by a longing of a much more serious kind,—a longing to return home, a pining for the relations, the scenes, the kindnesses the domestic joys, of which the miserable sufferers have been robbed by barbarians less humanized than themselves, and which they have been forced or trepanned to resign for the less desirable banquet of whips, and threats, and harness, and hunger.”
Dr. Darwin mentions that he saw a young girl about ten years old who would fill her stomach with dirt from a flowerpot and then throw it up, along with small stones, pieces of wood, and various insect wings. John Hunter described a common illness among Africans in Jamaica where they consumed dirt. Mason Good, when discussing this condition, says, “the craving for such materials is, in this illness, just a symptom and usually doesn't appear until the body is severely weakened by atrophy, fluid retention, and a fever caused by a much deeper longing—a longing to go home, a yearning for family, familiar places, and the joys of home life from which these unfortunate individuals have been taken by people less civilized than themselves, and forced to give up for the less appealing feast of whips, threats, chains, and hunger.”
Roderic à Castro relates the case of a lady who could eat twenty pounds of pepper, and another who lived upon ice. Tulpius mentions a woman who, during her pregnancy, longed for salt herrings, and ate fourteen hundred at the rate of five herrings per diem. Longius affirms that a lady in Cologne, who was in that state that ladies wish to be who love their lords, took such a fancy to taste the flesh of her husband that she actually assassinated him, and, after indulging in as[Pg 202] much fresh meat as the weather permitted, salted the remainder for further use. This cannibal inclination seems not to be uncommon. The said Roderic à Castro knew a woman in the same thriving condition, who felt an inexpressible desire for a bit of the shoulder of a neighbouring baker, and her husband was persecuted by her constant prayers and lamentations to prevail on the worthy man to allow her one bite for charity’s sake: but the first bite was so heartily inflicted, that the crusty baker would not submit to a second.
Roderic à Castro tells the story of a woman who could eat twenty pounds of pepper, and another who survived on ice. Tulpius talks about a pregnant woman who craved salt herring and ate fourteen hundred of them at five herring a day. Longius claims that a woman in Cologne, who was in the state that women desire to be when they love their partners, became so obsessed with tasting her husband's flesh that she actually killed him. After enjoying as[Pg 202] much fresh meat as the weather would allow, she salted the rest for later. This cannibalistic urge seems to be fairly common. The aforementioned Roderic à Castro knew another woman in a similar condition who had an overwhelming desire for a piece of the shoulder of a nearby baker. Her husband was tormented by her constant pleas and cries to convince the poor man to let her have a bite out of charity. But the first bite was so forcefully taken that the grumpy baker refused to allow a second.
In the Philosophical Transactions there is a case related of a woman whose fancies were not quite so solid, and who used to gratify her aerial appetites by putting the nozle of a bellows down her throat, and blowing away until she was tired. These longings of parturient women are most common; but it is rather curious, that, among our negroes in the West Indies, the husbands pretend to long for their wives, and endeavour to gratify them by proxy. Possibly such might have been the fancy of Cambes, the Lydian prince, who, according to Ælian, took it into his head one night to eat up his beloved wife.
In the Philosophical Transactions, there's a story about a woman whose thoughts weren't exactly stable, and she satisfied her strange cravings by sticking the nozzle of a bellows down her throat and blowing until she got tired. These urges are pretty common among women giving birth, but it's interesting that among our Black communities in the West Indies, husbands pretend to crave their wives and try to fulfill those desires on their behalf. This could be similar to the odd desire of Cambes, the Lydian prince, who, according to Ælian, one night decided he wanted to eat his beloved wife.
CAUSES OF INSANITY.
Madness is attributed to moral and physical causes. Physicians do not agree as to the prevalence of either of these sources of human misery. Some of them, most unjustly accused of materialism, seem to lean to the opinion that, generally speaking, physical causes can be traced in post mortem examination; while others, equally skilled in accurate anatomical investigations, maintain that these organic derangements are very seldom met with.
Madness is attributed to both moral and physical causes. Doctors don’t agree on the prevalence of either of these sources of human suffering. Some of them, who are often unfairly labeled as materialists, tend to believe that, in general, physical causes can be found in post-mortem examinations; while others, who are equally skilled in detailed anatomical studies, argue that these physical disorders are rarely seen.
Lawrence affirms that he had “examined after death the heads of many insane persons, and had hardly seen a single brain which did not exhibit obvious marks of disease;” and he further states, “that he feels convinced from his own experience, that very few heads of persons dying deranged will be examined after death without showing diseased structure, or evident signs of increased vascular activity.” The celebrated Morgagni gives similar results of his extensive dissections. Meckel and Jones are of the same opinion. However, Pinel, whose anatomical pursuits on the subject were most extensive, clearly declares that he never met with any other appearance[Pg 203] within the cavity of the skull than are observable in opening the bodies of persons who have died of apoplexy, epilepsy, nervous fevers and convulsions. Haslam, whose experience in this matter was also very great, asserts that nothing decisive can be obtained in reference to insanity from any variations of appearance that have hitherto been detected in the brain. Greding observed in two hundred and sixteen maniacal cases which he examined, the whole of whom died of disorders unconnected with their mental ailments, that three of the heads were exceedingly large, two exceedingly small; some of the skull bones were extremely thick, others peculiarly thin; in some the frontal bones were small and contracted, in others the temporal bones compressed and narrow.
Lawrence confirms that he has “examined the brains of many insane individuals after death, and has rarely seen a single brain that didn’t show clear signs of disease;” he also states, “he is convinced from his own experience that very few brains of people who died insane will be examined after death without showing signs of disease or obvious evidence of increased blood vessel activity.” The renowned Morgagni reports similar findings from his extensive dissections. Meckel and Jones share the same view. However, Pinel, who conducted extensive anatomical studies on this topic, clearly states that he has never encountered any other findings[Pg 203] in the skull than those seen in the bodies of individuals who died from strokes, seizures, nervous fevers, and convulsions. Haslam, who also has significant experience in this area, claims that nothing conclusive can be drawn regarding insanity from any differences in brain appearance that have been observed so far. Greding noted in the two hundred and sixteen cases of mania he examined, all of whom died from conditions unrelated to their mental issues, that three of the heads were very large, two were very small; some skull bones were extremely thick while others were unusually thin; in some, the frontal bones were small and narrow, while in others, the temporal bones were compressed and narrow.
In this confusion and clashing of opinions, when unfortunately each theorist views, or fancies that he views, functional or organic derangements sufficiently evident (in his eyes at least) to support his doctrine, it is no easy matter to come to a fair conclusion. It can only be observed, that, as the wonderful sympathies of the brain with other organs especially the viscera of the abdomen, are universally acknowledged, the morbid condition in which the brain is occasionally found may have arisen from a primary morbid condition of some other organ. Hence it is difficult to say whether insanity is most generally a primary or a secondary affection. Physical causes act both upon the brain and the abdominal system. Concussion and compression of the brain will occasion nausea, vomiting, and hepatic affections, and the presence of worms in the intestines will excite convulsions and epilepsy. In regard to moral causes, they may also act directly or indirectly upon the brain, or the parts that sympathize with it. Sudden or violent emotions are known to produce an immediate effect upon our digestive functions, which may in turn by their sympathetic connexion act upon the brain and the mind, although the connexion between brain and mind is not yet proved in any conclusive manner.
In this chaos and clash of opinions, when each theorist perceives, or believes they perceive, functional or organic issues that seem quite clear (at least to them) to support their beliefs, reaching a fair conclusion becomes challenging. It can only be noted that, since the amazing connections between the brain and other organs, especially the abdominal organs, are widely recognized, any abnormal state of the brain may stem from an underlying issue in another organ. Therefore, it’s hard to determine whether insanity is primarily a condition or a secondary one. Physical causes affect both the brain and the digestive system. A concussion or pressure on the brain can lead to nausea, vomiting, and liver problems, while the presence of worms in the intestines can trigger convulsions and seizures. As for emotional causes, they can directly or indirectly influence the brain or related areas. Sudden or intense emotions are known to immediately affect our digestive functions, which may then, through their connection, impact the brain and mind, though the link between the brain and mind hasn’t been conclusively proven yet.
However, in a practical point of view, whatever discrepancy of opinion may prevail on this subject, I think it will be found advisable to consider most, if not all recent cases of insanity, as arising from physical causes, and therefore to submit the patient to such a medical treatment in addition to moral aid, as the prevalence of morbid symptoms of local derangement are more or less evident. My own experience has fully convinced me that a morbid condition of the cerebral organ, and the viscera of the thorax and abdomen, are invariably met with, and must have proved of sufficient importance to develop symptoms[Pg 204] which the slightest observations might have detected. How far the organic derangement may have been either the cause or the result of insanity I am not prepared to say, but they have generally borne the appearance of having originated in undue excitement.
However, from a practical standpoint, regardless of any differences of opinion on this topic, I believe it’s wise to consider most, if not all, recent cases of insanity as stemming from physical causes. Therefore, patients should undergo medical treatment along with moral support, especially since the presence of abnormal symptoms related to local dysfunction is often noticeable. My own experience has made it clear to me that a pathological state of the brain and the organs in the chest and abdomen is consistently observed and must be significant enough to manifest symptoms[Pg 204] that even the slightest observations might reveal. I'm not ready to say whether the physical dysfunction was the cause or the consequence of insanity, but they typically seem to have arisen from excessive excitement.
On this most important subject I feel much gratification in quoting the following opinion of the experienced Pinel: “It appears in general that the primitive seat of insanity is in the region of the stomach and intestinal canal, and it is from this central part that mental aberration is propagated as by irradiation.” Esquirol is of opinion that insanity arises from a lesion of the vital functions of the brain, and not unfrequently from a disturbance in the various points of sensibility in different parts of the system.
On this crucial topic, I'm pleased to share the following viewpoint from the experienced Pinel: “It seems that the original source of insanity is in the area of the stomach and intestines, and it's from this central region that mental disturbances spread out like rays.” Esquirol believes that insanity comes from damage to the brain's vital functions and often results from disruptions in various sensitivity points in different parts of the body.
That mental emotions, whether producing any alteration in the physical condition of the individual, or not, occasion various degrees of insanity, is proved by experience. The French revolution, during its execrable phases, offered a wide and fertile field of observation on this subject; and the various events that marked those fearful times were certainly well calculated to affect any brain capable of becoming deranged. The following results of these observations are curious: “Among the lunatics confined at Bicêtre,” says Pinel, “during the third year of the Republic, I observed that the exciting causes of their maladies, in a great majority of cases, were extremely vivid affections of the mind; such as ungovernable or disappointed ambition, religious fanaticism, profound chagrin, and unfortunate love. Out of one hundred and thirteen madmen with whose history I took pains to make myself acquainted, thirty-four were reduced to this state by domestic misfortunes, twenty-four by obstacles to matrimonial union, thirty by political events, and twenty-five by religious fanaticism. Those were chiefly affected who belonged to professions in which the imagination is unceasingly or ardently engaged, and not controlled in its excitement by the exercise of the tamer functions of the understanding, which are more susceptible of satiety and fatigue. Hence the Bicêtre registers were chiefly filled from the professions of priests, artists, painters, sculptors, poets, and musicians, while they contained no instances of persons whose line of life demands a predominant exercise of the judging faculty,—not one naturalist, physician, chemist, or geometrician.”
That emotional disturbances, whether they cause any physical changes in a person or not, can lead to various degrees of insanity is backed by experience. The French Revolution, during its horrific moments, provided a rich ground for observation on this topic; the numerous events that characterized those terrifying times certainly had the potential to impact any mind that could become unhinged. The following findings from these observations are intriguing: “Among the mentally ill confined at Bicêtre,” Pinel notes, “during the third year of the Republic, I found that the triggering causes of their conditions, in the majority of cases, were intense mental states; such as uncontrollable or unfulfilled ambition, religious fanaticism, deep sorrow, and unrequited love. Out of one hundred and thirteen individuals I studied, thirty-four became mad due to family troubles, twenty-four from barriers to marriage, thirty from political events, and twenty-five due to religious fanaticism. Those most affected tended to be in professions where the imagination is constantly or passionately engaged, without being balanced by more rational thought, which can become weary and fatigued. As a result, the records from Bicêtre were mostly filled with individuals from professions like priests, artists, painters, sculptors, poets, and musicians, while there were no cases of people whose work relies heavily on analytical thinking—there wasn’t a single naturalist, physician, chemist, or mathematician.”
The following is a return of the supposed moral causes of insanity observed in the Salpétrière. In the years 1811 and 1812
The following is a report on the supposed moral causes of insanity observed at the Salpétrière. In the years 1811 and 1812
Domestic affliction | 105 | |
Disappointed love | 46 | |
Political events | 14 | |
Fanaticism | 8 | |
Fright | 38 | |
Jealousy | 18 | |
Anger | 16 | |
Misfortunes in circumstances | 77 | |
Offended vanity | 1 | |
Total | 323 |
In Mr. Esquirol’s private establishment during the same period:
In Mr. Esquirol’s private institution during the same time:
Domestic affliction | 31 | |
Disappointed love | 25 | |
Political events | 32 | |
Fanaticism | 1 | |
Fright | 8 | |
Jealousy | 14 | |
Misfortunes | 14 | |
Offended vanity | 16 | |
Baffled ambition | 12 | |
Intense study | 13 | |
Misanthropy | 2 | |
Total | 168 |
It must be observed that the latter return, in which we find twenty-eight persons maddened by disappointed ambition and offended pride, is of a private establishment, whose inmates of course belonged to the better classes of the community.
It should be noted that the later return, which reveals twenty-eight individuals driven crazy by unfulfilled ambition and hurt pride, is from a private institution, whose residents, naturally, came from the upper classes of society.
By the return from Pennsylvania, out of fifty lunatics, thirty-four cases arose from moral causes. Of physical causes hereditary madness is the most prevalent, as appears clearly from the following table extracted from the registers of the Salpétrière.
By the time we returned from Pennsylvania, out of fifty patients, thirty-four cases were due to moral causes. Among physical causes, inherited madness is the most common, as is clearly shown in the following table taken from the records of the Salpétrière.
Hereditary insanity | 105 | |
Convulsion during gestation | 11 | |
Epilepsy | 11 | |
Female derangements | 55 | |
Diseases of child-birth | 52 | |
Critical periods | 27 | |
Old age | 60 | |
Insolation | 12 | |
Injuries of the head | 14 | |
Fever | 13 | |
Syphilis | 8 | |
Effects of mercury | 14 | |
Worms | 24 | |
Apoplexy | 60 |
[Pg 206]When speaking of hereditary madness, Dr. Abercrombie is of opinion that where a tendency to insanity exists, there may be in many cases, circumstances in mental habits or mental discipline calculated to favour or to counteract the tendency, when the mind wanders away from the proper duties of life or luxuriates amid scenes of imagination, thus permitting mental emotions, of whatever kind, to be excited in a manner disproportional to the true relation of the object which gave rise to them; allowing the mind to ramble among imaginary events, or to be led away by slight and casual relations, instead of steadily exercising the judgment in the investigation of truth.
[Pg 206]When discussing hereditary madness, Dr. Abercrombie believes that when there's a tendency toward insanity, there can often be mental habits or discipline that either supports or mitigates that tendency. This happens especially when the mind strays from its important responsibilities or gets lost in imaginative thoughts, leading to emotional responses that are out of proportion to the actual situation that triggered them. It allows the mind to wander through imagined scenarios or be influenced by trivial connections instead of consistently using good judgment to seek the truth.
These observations are no doubt most luminous, yet as I have elsewhere remarked, hereditary predisposition to insanity may be brought into action, by the constant scenes that pass in the presence of those individuals who may daily have to witness the aberrations of an unhappy relative. The mind dwells on the sad subject, and it becomes a source of constant apprehension, when the mere dread of an hereditary evil is perhaps sufficient to drive to madness. So powerful is the sway even of imaginary terror, that we need not wonder that natural fear should be productive of results still more injurious to our intellects. There seems to exist a certain fascination in what we should dread and avoid; instead of resisting evil, by a strange fatality we seem to be self-impelled to court it. We indulge in thoughts, in hopes and fears, too often chimerical, instead of endeavouring to dismiss them from our mind, by other pursuits and busy occupation; and we brood upon future and ideal miseries until we actually, from supineness and timidity, sink under their overwhelming influence.
These observations are certainly enlightening, but as I've mentioned before, a hereditary tendency toward mental illness can be triggered by the constant situations faced by those who have to witness the troubling behavior of an unhappy relative every day. The mind fixates on this sad topic, resulting in constant anxiety, and even the mere fear of an inherited issue can potentially drive someone to madness. The impact of even imaginary fears is so strong that it's not surprising natural fears can lead to even worse consequences for our minds. There seems to be a strange allure in the things we should fear and avoid; instead of fighting against negativity, we seem to be drawn to it. We often dwell on thoughts filled with unrealistic hopes and fears, instead of trying to push them away by engaging in other activities. We obsess over future and imagined miseries until we eventually become overwhelmed by their paralyzing influence.
Esquirol relates some curious coincidences of hereditary insanity. A Swiss merchant lost both his sons in a state of mania at the age of 19. A lady lost her senses after childbirth at the age of 25. Her daughter became insane in her 25th year. In one family, the grandfather, the father, and the son, destroyed themselves at the age of 50. Near Newton, seven insane sisters had been observed in one family. An unfortunate female in the Salpétrière, under the influence of liquor, threw herself three times in the river and her sister in a state of intoxication drowned herself. A gentleman whose intellects became deranged in consequence of the misfortunes of the revolution remained for ten years secluded in his chamber. His daughter became insane about the same period, and with equal obstinacy could not be prevailed upon to leave her room.
Esquirol shares some intriguing cases of hereditary insanity. A Swiss merchant lost both his sons to mania when they were 19. A woman lost her sanity after giving birth at 25. Her daughter also went insane at the age of 25. In one family, the grandfather, father, and son all took their own lives at 50. Near Newton, seven insane sisters were recorded in one family. One unfortunate woman at the Salpétrière, under the influence of alcohol, jumped into the river three times, and her sister, also intoxicated, drowned herself. A man whose mind became unhinged due to the hardships of the revolution spent ten years isolated in his room. His daughter became insane around the same time and stubbornly refused to leave her room.
There is no doubt, but that were these early predispositions[Pg 207] attended to and watched, an active course of education adopted, and change of locality resorted to, much future misery might be avoided, and possibly the invasion of the malady arrested.
There’s no doubt that if these early signs[Pg 207] were addressed and monitored, an active education plan was put in place, and a change of environment was considered, a lot of future suffering could be prevented, and maybe even the onset of the illness could be stopped.
If the observations of the phrenologist are entitled to consideration, the mind may become mainly instrumental in attaining this desideratum, as the detection of certain propensities may place us upon our guard in the education of youth. This would be a point of still greater importance, were these organs innate, dooming us to the blind law of fatality; but the phrenologists maintain, that the development of these organic inequalities on the surface of the cranium are produced and developed by a corresponding enlargement of the brain, which is greater or lesser in the ratio of the preponderance of the organ as the indulgence in the propensities which they indicate.
If we take the insights of phrenologists seriously, the mind can play a key role in achieving this goal, as recognizing certain tendencies can help us be more cautious in educating young people. This would be even more significant if these traits were innate, trapping us in a blind fate; however, phrenologists argue that the development of these physical differences on the skull is shaped by corresponding growth in the brain, which varies in relation to the strength of the organ and how much we indulge in the tendencies it represents.
Pinel relates a curious case of hereditary mania in a man who, up to the age of fifty, fulfilled with intelligence and activity the duties of an important office which he held. At this period he indulged in various excesses, and sunk in the debasement of the lowest society. These excesses he represented to his wondering friends and acquaintances as the source of divine pleasure and celestial enjoyment. He declared that he would erect a temple to the god of love, and officiate himself as high priest at his altars; he compared the very lowest of women to angelic creatures; and finally was confined, a furious and desperate maniac.
Pinel shares an interesting case of hereditary mania in a man who, until the age of fifty, performed his important job with intelligence and energy. At that point, he started engaging in various excesses and sank into the depths of society's underbelly. He portrayed these excesses to his astonished friends and acquaintances as sources of divine pleasure and heavenly joy. He declared his intention to build a temple to the god of love and serve as the high priest at his altars; he even compared the lowest of women to angelic beings. Ultimately, he ended up locked away, a raging and desperate maniac.
Education carried on upon mistaken principles has also been known to prepare the way to insanity, and La Bruyere has justly observed, that there are parents, the study of whose life appears to have been, their giving their children just reason not to regret their loss. Pinel has given us the interesting history of two orphan brothers, who had been brought up in a most anomalous manner—with extreme kindness and effeminacy by a nurse, and with much harshness and injustice by a tutor. The result of this erroneous management was a deficient development in their intellectual faculties, and a debilitated frame, which gradually led to a state of imbecility. When examined by Pinel at the age of twenty and twenty-two, their conversation was puerile in the extreme, and they both displayed a taste for infantile sports and pastimes, befitting children of three or four years old. They sought to express themselves with great volubility, but their language, consisting chiefly of broken syllables, was scarcely intelligible. Notwithstanding their apathic appearance, by a sort of automatic habit, every evening brought[Pg 208] on an absurd scene of sentimentality. They would join each other in earnest conversation in a corner of the room; and, with bitter tears and deep sighs, bewail the loss of their parents, who had thus left them in a helpless orphan condition, in their tender years, expressing the sincerest affection for their nurse, but speaking of their tutor with bitter imprecations. A great partiality shown to one sister has driven another one to a state of dementia, that arose from her continually dwelling on the wrongs she experienced, which, of course, were exaggerated by jealousy.
Education based on misguided principles has been known to lead to insanity, and La Bruyère rightly noted that some parents seem to have spent their lives giving their children reasons not to miss them. Pinel shared the story of two orphan brothers who were raised in a very unusual way—with extreme kindness and softness by a nurse, and with much harshness and unfair treatment by a tutor. This flawed upbringing resulted in underdeveloped intellectual abilities and weakened bodies, eventually leading to a state of incapacity. When Pinel assessed them at ages twenty and twenty-two, their conversation was incredibly childish, and they showed an interest in games and activities suitable for three- or four-year-olds. They tried to speak with great enthusiasm, but their language mostly consisted of broken syllables and was barely understandable. Despite their seemingly indifferent demeanor, each evening would automatically turn into an absurd display of sentimentality. They would engage in serious discussions in a corner of the room, shedding bitter tears and deep sighs as they mourned their parents, who had left them helpless orphans in their early years, expressing deep affection for their nurse while cursing their tutor. Favoring one sister over the other has pushed the neglected sister into a state of mental decline, stemming from her constant focus on the grievances she faced, which were, of course, amplified by jealousy.
External agents producing sudden terror have been frequently known to bring on insanity. It is related of a child of three years of age, who was so terrified on being brought into a madhouse, that he was subject to horrible dreams and visions until his seventeenth year, when he became a perfect lunatic. Women frightened during pregnancy have often become alienated; and there are two cases reported of young ladies who were found insane the day after their nuptials.
External agents that cause sudden fear have often been associated with triggering insanity. There’s a story about a three-year-old child who was so frightened by being taken to a mental hospital that he suffered from terrible nightmares and visions until he turned seventeen, when he became completely insane. Women who experience fear during pregnancy have frequently ended up mentally unstable; there are two reported cases of young women who were found to be insane the day after their weddings.
While disappointments and misfortunes are often the origin of insanity, a sudden melioration in circumstances, and unexpected pleasing intelligence have been also known to derange the intellects. A man who came into the possession of a large fortune, after having lived for many years in penury, was so alarmed at the thought of losing this property, that the apprehension of the evil deprived him of his senses. An instance is recorded of a young girl, long separated from her lover by parents averse to their union, who became insane immediately after her marriage.
While disappointments and misfortunes often lead to madness, a sudden improvement in circumstances and unexpected good news have also been known to disrupt someone's mind. A man who suddenly inherited a large fortune after living in poverty for many years became so anxious about losing his wealth that the fear drove him to madness. There's a case of a young woman, who had been kept apart from her lover by parents opposed to their relationship, who went insane right after their wedding.
Children are generally exempted from this calamitous visitation; yet Frank relates the case of a child at St. Luke’s who had been deranged since he was two years old. Age, to a certain extent, seems to influence insanity, and most individuals are alienated between their twentieth and fiftieth years. Haslam states, that out of one thousand six hundred and sixty-four patients admitted into Bedlam, nine hundred and ten came within this period of life. In France it appears that most cases of insanity are noticed between the ages of twenty-five and thirty-five. One-fifteenth of these cases among men, and one-sixth among women, are observed before their twentieth year; and in the wealthy classes of society one-fourth occur before the same period. The following table from Bicêtre regarding age is not without interest.
Children are usually not affected by this terrible downturn; however, Frank mentions the case of a child at St. Luke’s who has been disturbed since he was two years old. Age seems to play a role in mental illness, and most people experience it between their twenties and fifties. Haslam notes that out of one thousand six hundred and sixty-four patients admitted to Bedlam, nine hundred and ten were in this age range. In France, it seems that most cases of mental illness are seen between the ages of twenty-five and thirty-five. One-fifteenth of these cases among men and one-sixth among women are noted before they turn twenty; and in the upper classes, one-fourth occur before this age. The following table from Bicêtre about age is quite interesting.
Years. | Aged | 15 | 20 | 30 | 40 | 50 | 60 | Total. |
1784 | ... | 5 | 33 | 31 | 24 | 11 | 6 | 110 |
1785 | ... | 4 | 29 | 49 | 25 | 14 | 3 | 124 |
1786 | ... | 4 | 31 | 40 | 32 | 15 | 5 | 127 |
1787 | ... | 12 | 39 | 41 | 26 | 17 | 7 | 142 |
1788 | ... | 9 | 43 | 53 | 21 | 18 | 7 | 151 |
1789 | ... | 6 | 38 | 39 | 33 | 14 | 2 | 132 |
1790 | ... | 6 | 28 | 34 | 19 | 9 | 7 | 103 |
1791 | ... | 9 | 26 | 32 | 16 | 7 | 3 | 93 |
1792 | ... | 6 | 26 | 33 | 18 | 12 | 3 | 98 |
1793 | ... | 4 | 36 | 28 | 22 | 13 | 10 | 113 |
Total | 65 | 329 | 380 | 236 | 130 | 53 | 1193 |
Thus it would appear that the astounding events which took place in France, but more especially in Paris, from the year 1789, the breaking out of the revolution, to 1793, the reign of terror, had no effect upon the intellects of the population; unless it is supposed that the entire nation being in a state of insanity, either madmen were not noticed as any peculiarity, or rushed into mischief and were murdered. This observation as to the influence of public events is confirmed by the following statement of admissions in the Salpétrière during the comparatively tranquil years of 1811, 1812, 1813, and 1814, although many cases of insanity were said to have arisen from the harsh laws of the conscription.
Thus, it seems that the shocking events that occurred in France, especially in Paris, from 1789, when the revolution began, to 1793, during the reign of terror, had no impact on the minds of the people; unless one assumes that the whole nation was in a state of madness, where madmen were either overlooked as something normal or engaged in chaos and were killed. This observation regarding the effect of public events is supported by the following accounts from the Salpétrière during the relatively calm years of 1811, 1812, 1813, and 1814, even though many instances of insanity were reported to have been caused by the harsh conscription laws.
Years. | Aged | 20 | 25 | 30 | 35 | 40 | 50 | 60 | 70 | 80 | Total. |
1811 | ... | 34 | 37 | 38 | 27 | 48 | 38 | 24 | 12 | 4 | 262 |
1812 | ... | 52 | 34 | 33 | 18 | 38 | 57 | 26 | 19 | 3 | 280 |
1813 | ... | 43 | 29 | 33 | 41 | 32 | 57 | 31 | 13 | 6 | 285 |
1814 | ... | 42 | 35 | 38 | 31 | 26 | 53 | 34 | 22 | 10 | 291 |
Total | 171 | 135 | 142 | 117 | 144 | 205 | 115 | 66 | 23 | 1118 |
Therefore one might fairly conclude that the taking of the Bastille, the execution of Louis XVI., the bloody sway of the Jacobins, the ambitious wars of Napoleon, and the restoration of Louis XVIII., did not in the slightest degree affect the brains of our happy and philosophical neighbours.
Therefore, one could reasonably conclude that the storming of the Bastille, the execution of Louis XVI, the violent rule of the Jacobins, the ambitious wars of Napoleon, and the restoration of Louis XVIII did not in any way impact the minds of our fortunate and thoughtful neighbors.
It has been generally imagined that women are more subject to mental alienation than men; this, however, is by no means proved by observation in other countries, as will appear by the following calculation:
It’s often thought that women are more likely to experience mental issues than men; however, this isn’t supported by observations in other countries, as shown by the following calculation:
Men. | Women. | ||||
1756 | Marseilles | 50 | 49 | ||
1786 | Paris | 500 | 509 | ||
[Pg 210]1786-1794 | Bedlam | 4992 | 882 | ||
1807 | St. Luke’s | 110 | 153 | ||
1802 | Paris | 1 | to | 2 | |
—— | Berlin | 1 | to | 2 | |
—— | Vienna | 117 | 94 | ||
—— | Pennsylvania | 2 | to | 1 | |
1807-1812 | Various Madhouses in France | 488 | 700 | ||
1802-1814 | Mr. Esquirol’s establishment | 191 | 144 | ||
Total | 6452 | 6536 |
In the Lunatic Asylum of Hanwell I have now under my care 265 males, and 351 females.
In the Hanwell Lunatic Asylum, I currently care for 265 men and 351 women.
It has long been a current opinion that madness is a more common disease in our country than any where else. This may possibly arise from the greater number of our eccentric countrymen that are widely scattered over the globe; and whenever an individual is observed whose manners and conduct are totally at variance with the habits of any other member of the community, he is generally considered an Englishman. Voltaire came to the sweeping conclusion that one half of the nation was scrofulous, and the other moiety insane.
It has long been commonly believed that mental illness is more prevalent in our country than anywhere else. This might stem from the larger number of our eccentric fellow citizens who are spread out around the world; whenever someone is noticed whose behavior and actions are completely different from the norms of others in the community, they are often regarded as English. Voltaire made the broad statement that half of the nation was stricken with scrofula, while the other half was insane.
However, it would appear that insanity is on the increase; for in the report of the commissioners for licensing lunatic establishments we find the following statement: “Insanity appears to have been considerably on the increase; for if we compare the sums of two distant lustra, the one beginning with 1775, and the other ending with 1809, the proportion of patients returned as having been received into lunatic asylums during the latter period, is to that of the former nearly as one hundred and twenty-nine to one hundred.” Dr. Burrows has endeavoured to impugn the correctness of this statement by proving that suicide is more frequent in other countries; now, unless Dr. Burrows can prove that suicide is always an act of insanity, which will by no means be admitted, his observation can bear no weight.
However, it seems that insanity is on the rise; in the report from the commissioners for licensing mental health facilities, we find the following statement: “Insanity appears to have been considerably increasing; for if we compare the numbers from two different five-year periods, one starting in 1775 and the other ending in 1809, the ratio of patients admitted to asylums during the latter period is almost one hundred and twenty-nine to one hundred compared to the former.” Dr. Burrows has tried to challenge the accuracy of this statement by showing that suicide rates are higher in other countries; however, unless Dr. Burrows can prove that suicide is always an act of insanity, which is certainly not accepted, his argument holds no weight.
It is but too true that in melancholy madness we often observe a prevailing propensity to self-destruction. Dr. Abercrombie’s views on this subject are so luminous that I shall transcribe them.
It is unfortunately true that in deep sadness, we often see a strong tendency toward self-destruction. Dr. Abercrombie’s thoughts on this topic are so clear that I will write them out.
“When the melancholic hallucination has fully taken possession of the mind, it becomes the sole object of attention, without the power of varying the impression, or of directing the thoughts to any facts or considerations calculated to remove or palliate it. The evil seems overwhelming and irremediable,[Pg 211] admitting neither of palliation, consolation, nor hope. For the process of mind calculated to diminish such an impression, or even to produce a hope of the palliation of the evil, is precisely that exercise of mind which in this singular condition, is lost or suspended; namely, a power of changing the subject of thought, of transferring the attention to other facts and considerations, and of comparing the mental impression with these, and with the actual state of external things. Under such a conviction of overwhelming and hopeless misery, the feeling naturally arises of life being a burden, and this is succeeded by a determination to quit it. When such an association has once been formed, it also fixes itself upon the mind, and fails to be corrected by those considerations which ought to remove it. That it is in this manner the impression arises, and not from any process analogous to the determination of a sound mind, appears, among other circumstances, from the singular manner in which it is often dissipated, namely by the accidental productions of some new impression not calculated in any degree to influence the subject of thought, but simply to give a momentary direction of the mind to some other feeling. Thus a man mentioned by Pinel had left his house in the night, with the determined resolution of drowning himself, when he was attacked by robbers. He did his best to escape from them, and having done so, returned home, the resolution of suicide being entirely dissipated. A woman mentioned, I believe by Dr. Burrows, had her resolution changed in the same manner, by something falling on her head, after she had gone out for a similar purpose.
“When the deep sadness takes over the mind, it becomes the only thing you can focus on, making it impossible to change your feelings or think about anything that might ease the pain. The suffering seems overwhelming and unfixable,[Pg 211] leaving no room for comfort or hope. The way our mind usually works to lessen such a feeling or even to create a sense of hope is exactly what’s lost or put on hold in this unusual state; that is, the ability to change thoughts, shift focus to other facts and ideas, and compare what we feel with reality and external circumstances. With this belief in insurmountable despair, it’s natural to feel like life is a burden, leading to the decision to end it. Once this connection is made, it sticks in the mind and isn't easily changed by the thoughts that should help. The way this feeling develops, rather than through the reasoning of a healthy mind, is shown by how it can unexpectedly fade, usually triggered by a new impression that doesn’t relate at all to the original thoughts but simply shifts focus to a different feeling. For example, a man mentioned by Pinel left his house at night, fully resolved to drown himself, but was then attacked by robbers. He tried to escape and, after succeeding, returned home, his intent to commit suicide completely gone. Similarly, a woman, I believe referenced by Dr. Burrows, changed her mind in a comparable way when something fell on her head after she had set out for the same reason.”
“A very irregular modification occurs in some of these cases. With the earnest desire of death, there is combined an impression of the criminality of suicide; but this instead of correcting the hallucination, only leads to another and most extraordinary mode of effecting the purpose; namely by committing murder, and so dying by the hand of justice. Several instances are on record in which this remarkable mental process was distinctly traced and acknowledged; and in which there was no mixture of malice against the individuals who were murdered. On the contrary, these were generally children; and in one of the cases, the maniac distinctly avowed his resolution to commit murder, with the view of dying by a sentence of law; and at the same time his determination that his victim should be a child, as he should thus avoid the additional guilt of sending a person out of the world in a state of unrepented sin. The mental process in such a case presents a most interesting subject of reflection. It[Pg 212] appears to be purely a process of association, without the power of reasoning. I should suppose that there had been at a former period, during a comparatively healthy state of the mental faculties, a repeated contemplation of suicide which had been always checked by an immediate contemplation of its dreadful criminality.
“A very irregular change happens in some of these cases. With a strong desire for death, there’s also a sense of the wrongdoing of suicide; but instead of correcting the delusion, this just leads to another and very strange way of achieving the goal—by committing murder and then dying by the hand of justice. There are several recorded instances where this unusual mental process was clearly identified and admitted, and where there was no malicious intent toward the people who were murdered. In fact, these victims were usually children; in one case, the person openly stated his intent to commit murder to face legal punishment, and at the same time insisted that his victim should be a child, as he wanted to avoid the extra guilt of sending someone out of the world in a state of unrepented sin. The mental process in such a case is a fascinating topic to think about. It[Pg 212] seems to be purely a process of association, lacking the power of reasoning. I would guess that there had been, at an earlier time during a relatively healthy state of the mind, repeated thoughts of suicide that were always stopped by an immediate consideration of its terrible wrongness.”
In this manner a strong connexion had been formed, which when the idea of suicide afterwards came into the mind, during the state of insanity, led to the impression of its heinousness, not by a process of reasoning, but by simple association. The subsequent steps are the distorted reasonings of insanity, mixed with some previous impression of the safe condition of children dying in infancy. This explanation I think is strongly countenanced by the consideration that, had the idea of the criminality of suicide been in any degree a process of reasoning, a corresponding conviction of the guilt of murder must have followed it. I find, however, one case which is at variance with this hypothesis. The reasoning of that unfortunate individual was, that if he committed murder, and died by the hand of justice, there would be time for his making his peace with the almighty between the crime and his execution, which would not be the case if he should die by suicide. This was a species of reasoning but it was purely the reasoning of insanity.”
In this way, a strong connection was formed, which, when the thought of suicide later entered the mind during a state of insanity, led to the perception of its wrongness, not through reasoning, but simply by association. The following actions were the twisted logic of insanity, mixed with some previous belief about the peaceful nature of children dying in infancy. I think this explanation is strongly supported by the idea that, if the thought of the wrongness of suicide had involved any reasoning, there would have been a corresponding belief in the guilt of murder. However, I do find one case that contradicts this theory. That unfortunate individual reasoned that if he committed murder and was sentenced by justice, he would have time to make peace with the Almighty between the crime and his execution, which wouldn’t be possible if he died by suicide. This was a kind of reasoning, but it was purely the reasoning of insanity.
Still these remarks do not go to prove that suicide is always the result of insanity, since it can in most instances be attributed to a moment of despair and impatience under a heavy visitation of calamity, or the dread of contempt of society. The frequency of this rash act, cannot therefore be adduced as a proof of the greater prevalence of madness in any country. With greater reason, self-destruction is to be referred to the want of a proper religious education and feeling, which will enable man to bear up against the world’s vicissitudes, and deem life a more or less painful journey to a peaceful abode.
Still, these comments do not prove that suicide is always the result of insanity, since in most cases, it can be attributed to a moment of despair and impatience during a heavy time of suffering, or the fear of being scorned by society. The high frequency of this impulsive act cannot therefore be used as evidence of a greater prevalence of madness in any country. Rather, self-destruction should be more reasonably linked to a lack of proper religious education and feelings, which would help individuals endure the ups and downs of life and see life as a more or less painful journey to a peaceful place.
Montesquieu was one of the many writers who attributed this propensity as being nearly exclusive to the English. “Les Anglais,” he says, “se tuent sans qu’on puisse imaginer aucune raison qui les y détermine; ils se tuent dans le sens même du bonheur. Cette action, chez les Romains était l’effet de l’éducation, elle tenait à leur manière de penser et à leurs coutumes; dans les Anglais c’est l’effet d’une maladie, elle tient à l’état physique de la machine.”
Montesquieu was one of the many writers who claimed that this tendency was almost exclusive to the English. “The English,” he says, “kill themselves for reasons that are hard to understand; they do it in the very name of happiness. For the Romans, this action was a result of education, tied to their way of thinking and their customs; for the English, it’s a result of a sickness, connected to the physical condition of their bodies.”
Two very curious works on suicide have been lately published in Germany by Dr. Arntzenius and Dr. Schlegel. The former writer divides this fatal propensity into acute and chronic; the[Pg 213] first marked by great physical excitement, the latter accompanied or preceded by sadness, moroseness, and love of solitude. Curious cases are related in illustration of this doctrine, amongst others we remark that of an English nobleman who cast himself into the crater of Vesuvius. A German in the same year, not being able perhaps to travel so far, threw himself into a smelting furnace. Several cases are recorded of individuals who formed the desperate resolution of starving themselves. It appears that in many instances the most trifling circumstance has driven these reckless beings to the commission of this desperate action. The case of a young Parisian author of the name of Escoupe, who suffocated himself because one of his dramatic productions had been severely criticised, is well known. A German student destroyed himself because he had a club-foot, and another youth put an end to his existence in consequence of his not having been allowed to put on his Sunday clothes. Dr. Schlegel has given a curious table of the means of destruction resorted to according to the several ages of individuals, and we give the following abstract:
Two intriguing works on suicide have recently been published in Germany by Dr. Arntzenius and Dr. Schlegel. The former categorizes this tragic tendency into acute and chronic; the[Pg 213] acute form is characterized by intense physical agitation, while the chronic form features sadness, gloom, and a desire for isolation. The authors share interesting cases to illustrate this theory, including that of an English nobleman who jumped into the crater of Vesuvius. A German, perhaps unable to travel as far, threw himself into a smelting furnace the same year. There are multiple accounts of individuals who made the desperate choice to starve themselves. It seems that, in many cases, the most trivial event has pushed these individuals to take such an extreme action. A well-known example is that of a young Parisian author named Escoupe, who took his life after receiving harsh criticism for one of his plays. One German student committed suicide over his clubfoot, while another young man ended his life simply because he wasn’t allowed to wear his Sunday clothes. Dr. Schlegel has provided an interesting table outlining the methods of self-destruction used by people of different ages, and we present the following summary:
By pistol. | By hanging. | |||||||
Between | 10 | and | 20 | years of age. | 61 | 68 | ||
" | 20 | — | 30 | " | 283 | 51 | ||
" | 30 | — | 40 | " | 182 | 94 | ||
" | 40 | — | 50 | " | 150 | 188 | ||
" | 50 | — | 60 | " | 161 | 256 | ||
" | 60 | — | 70 | " | 126 | 235 | ||
" | 70 | — | 80 | " | 35 | 108 | ||
" | 80 | — | 90 | " | 2 | |||
1000 | 1000 |
In classing 9000 cases of suicide which happened in Paris between the years 1796 and 1830, Dr. Schlegel concludes that what he terms the “philosophic suicide,” is that which is perpetrated after deliberation, during the night or shortly before sunrise; whilst when it is not the result of premeditation, it occurs during the day.
In analyzing 9,000 cases of suicide that occurred in Paris between 1796 and 1830, Dr. Schlegel concludes that what he calls “philosophic suicide” is carried out after careful thought, at night or just before sunrise; whereas, when it’s not premeditated, it happens during the day.
The choice between shooting and hanging may be accounted for on the same grounds. A young man, in a fit of frantic passion, from disappointed love, or losses at play, will probably, on his return home, seize a pistol and blow out his brains; whereas hanging needs reflection and some preparation and precaution, which would alone suffice to bring a reflective creature to a proper sense of his folly, unless predetermined to destroy himself by “philosophic suicide.”
The decision between shooting and hanging can be understood in the same way. A young man, caught up in a moment of intense emotion from heartbreak or gambling losses, will likely grab a gun and take his own life as soon as he gets home; on the other hand, hanging involves more thought and requires some preparation and caution, which would typically make a thoughtful person reconsider their actions, unless they're already set on ending their life through what they might call “philosophic suicide.”
[Pg 214]It appears in these accounts that suicide in France has greatly increased since the revolution. The average number during the last forty-two years being 409⅚, the number in Paris being 1639 annually. Dr. Schlegel informs us that there exists a society in Paris called, “Society of the Friends of Suicide.” It consists of twelve members, and a lot is cast annually to decide which of them is to destroy himself in the presence of the others. Certain qualifications and testimonials were required before a candidate could be admitted into this amiable club:
[Pg 214]These accounts show that suicide rates in France have significantly increased since the revolution. Over the last forty-two years, the average number has been 409⅚, with Paris alone seeing about 1639 suicides each year. Dr. Schlegel tells us that there's a group in Paris called the “Society of the Friends of Suicide.” It has twelve members, and each year, they draw lots to determine which member will take their own life in front of the others. Some qualifications and testimonials were needed before someone could join this rather unusual club:
1. He must prove himself a man of honour.
1. He needs to prove that he is a man of honor.
2. He must have experienced the injustice of mankind, been injured by a dear friend, or betrayed by a mistress or a wife.
2. He must have felt the unfairness of people, been hurt by a close friend, or been betrayed by a lover or a wife.
3. He must have experienced, for some considerable time, a miserable vacuity of soul, and a discontent with every thing in the world.
3. He must have felt, for quite a long time, a deep emptiness in his soul and dissatisfaction with everything around him.
This association reminds me of a ball that was established in Paris after the reign of terror, called Le Bal des Victimes, to which no person could be admitted unless they had had a near relation guillotined.
This association makes me think of a ball that was started in Paris after the Reign of Terror, called Le Bal des Victimes, where no one could enter unless they had a close relative who was guillotined.
Dr. Schlegel has also given the following statistical table of the proportion of suicides to various populations—both as regarding counties and principal cities:
Dr. Schlegel has also provided the following statistical table showing the ratio of suicides to different populations—both for counties and major cities:
Countries. | Proportion of suicides to population. | |||
Sweden | 1 | in | 92,375 | |
The Milanais | 1 | ... | 72,570 | |
Russia, 1819-1820 | 1 | ... | 36,860 | |
—— 1824-1827 | 1 | ... | 34,246 | |
Prussia | 1 | ... | 14,224 | |
Saxony | 1 | ... | 8,446 | |
St. Petersburg | 1 | ... | 416 | |
London, 18th century | 1 | ... | 10,572 | |
—— 19th century | 1 | ... | 21,491 | |
Paris | 1 | ... | 2,215 | |
Geneva | 1 | ... | 3,714 | |
Berlin, 1788-1797 | 1 | ... | 23,066 | |
—— 1798-1807 | 1 | ... | 12,917 | |
—— 1813-1822 | 1 | ... | 3,312 | |
Hamburg | 1 | ... | 4,800 | |
Leipzig | 1 | ... | 3,143 | |
Milan | 1 | ... | 1,821 | |
Naples | 1 | ... | 27,230 | |
New York | 1 | ... | 9,474 | |
Baltimore | 1 | ... | 15,696 | |
Philadelphia | 1 | ... | 20,000 |
[Pg 215]According to our ingenious author, drunkenness is the chief cause of suicide in England, Prussia, and Germany; love and gambling in France; whilst bigotry, or the fear of dying without having received the sacrament, he supposes, prevents it in Spain, where, comparatively speaking, suicide is seldom heard of.
[Pg 215]Our clever author argues that alcohol is the main reason for suicide in England, Prussia, and Germany; in France, it's love and gambling; while in Spain, he thinks that bigotry and the fear of dying without receiving the sacrament keep it low, where, relatively speaking, suicide is rarely mentioned.
The same remark may apply to Italy, where a Roman lady, having heard of such an action, exclaimed, “Dev’ essere un forestiere; gli Italiani non sono tanto matti.” She was right, the suicide was a melancholy German tailor.
The same remark may apply to Italy, where a Roman woman, having heard of such an action, exclaimed, “It must be a foreigner; Italians aren't that crazy.” She was right, the suicide was a sad German tailor.
In India, where the doctrine of predestination is generally prevalent, it is calculated that in one year there were forty suicides in a population of 250,000, twenty-three of which were females.
In India, where the belief in predestination is mostly held, it's estimated that in one year there were forty suicides in a population of 250,000, twenty-three of which were women.
Arntzenius quotes Gall’s opinion, that suicide arises from too great a predominance of the organ of cautiousness. Combe and other phrenologists are of opinion, that with this predominance a deficient development of hope and a large destructiveness must be conjoined.
Arntzenius cites Gall’s view that suicide results from an excessive dominance of the organ of caution. Combe and other phrenologists believe that this dominance must be associated with a lack of hope and a high level of destructiveness.
It has been remarked that in Spain and Portugal, where insanity is comparatively rare, malconformation of the brain and consequent idiotism are very frequent.
It has been noted that in Spain and Portugal, where mental illness is relatively uncommon, brain malformation and resulting intellectual disability are quite common.
Since the peace it may be more difficult to arrive at any conclusion on the subject of increase of lunacy, founded on the admission of lunatics into public and private establishments, since emigration has carried so many families and operatives of every description abroad, many of whom, from various disappointments and vexations, might have been predisposed to insanity.
Since the peace, it may be harder to reach any conclusions about the rise in mental illness based on the number of people with mental disorders being admitted to public and private facilities, especially since emigration has taken so many families and workers of all kinds abroad, many of whom, due to various disappointments and frustrations, might have been more prone to insanity.
It appears that in 1836 there existed in England and Wales 6402 lunatics, 7265 idiots—13,667 lunatics and idiots. Of paupers alone, or lunatics and idiots, there were 1.00098 of the total population, or 1 in 1024.
It appears that in 1836 there were 6,402 mentally ill individuals and 7,265 people classified as idiots in England and Wales—totaling 13,667. Among paupers, lunatics, and idiots, there were 1.00098 of the total population, or 1 in 1,024.
However, according to the most probable calculation, the number of lunatics in England amounts to about 14,000, out of which about 11,000 are paupers. Idiots are nearly as numerous as lunatics. Sir A. Halliday states the former to amount to 5741, and the latter to 6806. To this it must be observed that many harmless idiots are allowed to remain in their usual residence. In Wales it appears that idiots are to lunatics in the proportion of seven to one. The difficulty of obtaining any certain information on this subject, however, is such, that it is scarcely possible to decide the question with any chance of a probable certainty.
However, based on the most reliable estimates, the number of people with mental illnesses in England is about 14,000, with around 11,000 of them being impoverished. People with intellectual disabilities are almost as common as those with mental illnesses. Sir A. Halliday reports that there are 5,741 individuals with intellectual disabilities and 6,806 individuals with mental illnesses. It's important to note that many harmless individuals with intellectual disabilities are allowed to stay in their homes. In Wales, it seems that the ratio of individuals with intellectual disabilities to those with mental illnesses is seven to one. However, the challenge of obtaining accurate information on this topic makes it nearly impossible to answer this question with any degree of certainty.
[Pg 216]In regard to the prevalence of lunacy in other countries, the following are curious statistical statements:
[Pg 216]Regarding the common occurrence of insanity in other countries, here are some interesting statistical facts:
In Spain, in 1817, according to the report of Dr. Luzuriaga, there only existed in the asylums of Toledo, Granada, Cordova, Valencia, Cadiz, Saragossa, and Barcelona, 509 lunatics—only fifty were in the hospitals of Cadiz, sixty in that of Madrid, and thirty-six in the kingdom of Granada.
In Spain, in 1817, according to Dr. Luzuriaga's report, there were only 509 patients with mental illness in the asylums of Toledo, Granada, Cordova, Valencia, Cadiz, Saragossa, and Barcelona—only fifty in the hospitals of Cadiz, sixty in Madrid, and thirty-six in the kingdom of Granada.
In Italy, in twenty-five asylums in Turin, Genoa, Milan, Brescia, Verona, Venice, Parma, Modena, Bologna, Ferrara, Florence, Sienna, Lucca, and Rome, Mr. Brierre only found 3441 patients. The population of these parts of Italy amounting to about 16,789,000 inhabitants, which gives one lunatic to 4879 persons.
In Italy, in twenty-five asylums in Turin, Genoa, Milan, Brescia, Verona, Venice, Parma, Modena, Bologna, Ferrara, Florence, Sienna, Lucca, and Rome, Mr. Brierre found only 3,441 patients. The population in these areas of Italy is about 16,789,000 people, which means there is one person with a mental illness for every 4,879 individuals.
Scott, who accompanied Lord Macartney’s embassy to China, observed that very few insane persons were to be found there. Humboldt states that madness is rare amongst the natives of South America. Carr made the same remark in Russia. In Spain and Italy, religious melancholy, and that most vexatious species of insanity called erotomania, are the more common.
Scott, who was part of Lord Macartney's mission to China, noted that there were very few mentally ill people there. Humboldt mentions that madness is uncommon among the natives of South America. Carr made a similar observation in Russia. In Spain and Italy, religious depression and the particularly troublesome type of insanity known as erotomania are more prevalent.
In the savage tribes of Africa and America insanity is very rare. Dr. Winterbotham affirms, that among the Africans near Sierra Leone, mania is a disease which seldom if ever occurs. Idiotism was likewise a rare phenomenon among them. Among the negro slaves in the West Indies it is scarcely known, and during three years’ residence in the Bahamas, only one case of monomania fell under my observation. Amongst the native races of America it scarcely exists. From these observations we may conclude, with Esquirol, that insanity belongs almost exclusively to civilized races of men, that it scarcely exists among savages, and is rare in barbarous countries. To what circumstance are we to attribute this exemption? Possibly it may be attributed to simplicity in living, which predisposes to less disease and morbid varieties of organization, and to the absence of that refined education which exposes man to the artificial wants and miseries of high civilization. It is moreover probable that the constant occupation which the existence of the savage requires to satisfy his absolute necessities, does not leave him leisure time to ponder over gloomy ideas and fictitious sufferings. In addition to these circumstances, Dr. Pritchard has justly remarked, that we might also conjecture that congenital predisposition is wanting in the offspring of uncivilized races. The same[Pg 217] author admits the probability of the brain receiving a different development in the progeny of cultivated races, or of those whose mental faculties have been awakened.
In the tribal communities of Africa and America, mental illness is extremely rare. Dr. Winterbotham states that among the Africans near Sierra Leone, mania is a condition that hardly ever occurs. Idiotism was also quite uncommon among them. Among the African slaves in the West Indies, it’s hardly recognized, and during my three years in the Bahamas, I only saw one case of monomania. Among the native populations of America, it’s almost nonexistent. From these observations, we can conclude, along with Esquirol, that mental illness is primarily found in civilized societies, is almost absent among indigenous people, and is uncommon in more primitive regions. What might explain this exemption? It could relate to a simpler way of life, which leads to fewer diseases and variations in health, along with the lack of an advanced education that exposes people to the artificial needs and hardships of modern society. It’s also likely that the constant activity required for survival among primitives leaves little time for dwelling on negative thoughts and imaginary pains. Additionally, Dr. Pritchard rightly noted that we might also speculate that there is a lack of genetic predisposition in the children of uncivilized groups. The same[Pg 217] author acknowledges the likelihood that the brain develops differently in the offspring of more advanced cultures or those whose mental capacities have been stimulated.
Various professions have been supposed to exercise much influence on the intellectual faculties. The following observations at the Salpétrière during one year may tend to illustrate this subject:
Various professions are thought to have a significant influence on intellectual abilities. The following observations at the Salpétrière over the course of one year may help shed light on this topic:
Field labourers | 43 | |
Servants | 51 | |
Needlework women | 85 | |
Cooks | 16 | |
Shopkeepers | 21 | |
Pedlars | 16 | |
Shoemakers | 8 | |
House-painters and varnishers | 5 | |
Housekeepers | 192 | |
Women of the town | 33 |
In Mr. Esquirol’s establishment:
At Mr. Esquirol’s place:
Farmers | 3 | |
Military men | 33 | |
Seamen | 3 | |
Merchants | 50 | |
Students | 25 | |
Clerks in public offices | 21 | |
Engineers | 2 | |
Lawyers | 11 | |
Chemists | 4 | |
Physicians | 4 | |
Artists | 8 |
According to the prevalence of the ideas connected with their former pursuits do we observe the hallucination of these unfortunate persons to be of a different character. Dr. Abercrombie relates the case of a Scotch clergyman, who was brought before a jury to be what is called in Scotland cognosced, or declared incapable of managing his affairs. Amongst the acts of extravagance alleged against him was, that he had burnt his library. When he was asked by the jury what account he would give of this part of his conduct, he replied in the following terms: “In the early part of my life I had imbibed a liking for a most unprofitable study, namely, controversial divinity. On reviewing my library, I found a great part of it to consist of books of this description, and I was so anxious that my family should not be led to follow the same pursuits, that I determined to burn the whole.” He[Pg 218] gave answers equally plausible to questions which were put to him respecting other parts of his conduct; and the result was, that the jury found no sufficient ground for cognoscing him; but in the course of a fortnight from that time, he was in a state of decided mania.
Based on the prevalence of ideas related to their previous activities, we see that the delusions of these unfortunate individuals have a different nature. Dr. Abercrombie recounts the case of a Scottish clergyman who was brought before a jury to be what is called in Scotland cognosced, or declared incapable of managing his affairs. Among the acts of extravagance alleged against him was that he had burned his library. When asked by the jury to explain this behavior, he replied: “Earlier in my life, I developed a fascination for a very unproductive study, specifically, controversial theology. When I reviewed my library, I found that a large portion of it consisted of books on this topic, and I was so determined that my family would not be led to pursue the same interests that I decided to burn the whole collection.” He[Pg 218] provided equally reasonable answers to questions regarding other aspects of his behavior, and as a result, the jury found no sufficient basis for declaring him incapable; however, within a fortnight, he was in a state of clear mania.
What a school of humility is a lunatic asylum! What a field of observation does it not present to the philosopher who ranges among its inmates! We find the same aberrations that obtain in society; similar errors, similar passions, similar miserable self-tormenting chimeras, empty pride, worthless vanity, and overweening ambition. There we
What a place of humility a mental hospital is! What opportunities for observation it offers to a thinker exploring its residents! We see the same mistakes that exist in society; similar misconceptions, similar emotions, similar torturous illusions, hollow pride, meaningless vanity, and excessive ambition. There we
See that noble and most sovereign reason,
Like sweet bells jangled, out of tune and harsh.
See that noble and supreme reason,
Like sweet bells ringing, out of tune and harsh.
Each madhouse has its gods and priests, its sovereigns and its subjects, terrific mimicry of worldly superstitions, pomp, pride, and degradation! There, tyranny rules with iron sway, until the keeper’s appearance makes tyrants know there does exist a power still greater than their own. In madhouses egotism prevails as generally as in the world, and nothing around the lunatic sheds any influence unless relating to his wretched self. In this struggle between the mind and body, this constant action and reaction of the moral and the corporeal energies, when reason has yielded to the brute force of animal passions, and the body with all its baseness has triumphed over the soul, one cannot but think of Plutarch’s fanciful idea, that, should the body sue the mind for damages before a court of justice, it would be found that the defendant had been a ruinous tenant to the plaintiff.
Each madhouse has its own gods and priests, its rulers and its followers, a terrifying imitation of worldly superstitions, grandeur, arrogance, and degradation! There, tyranny reigns with an iron fist, until the keeper arrives and reminds the tyrants that a power exists that is greater than their own. In madhouses, self-centeredness is as common as it is in the world, and nothing around the insane influences them unless it relates to their miserable selves. In this battle between the mind and body, this ongoing interplay of moral and physical forces, when reason has succumbed to the raw power of animal instincts, and the body with all its baseness has triumphed over the soul, one can’t help but recall Plutarch’s fanciful notion that if the body were to sue the mind for damages in a court of law, it would be found that the defendant had been a terrible tenant to the plaintiff.
In many cases of insanity we observe a singular fertility of glowing imagination and a vivacity of memory which is often surprising. Dr. Willis mentions a patient who was subject to occasional attacks of insanity, and who assured him that he expected the paroxysms with impatience, as they proved to him a source of considerable delight. “Every thing,” he said, “appeared easy to me. No obstacles presented themselves either in theory or in practice. My memory acquired of a sudden a singular degree of perfection. Long passages of Latin authors occurred to my mind. In general I have great difficulty in finding rhythmical terminations, but then I could write verse with as much facility as prose.”
In many cases of insanity, we see a unique burst of vivid imagination and surprising memory. Dr. Willis notes a patient who experienced occasional bouts of insanity, and who told him that he looked forward to these episodes with impatience because they brought him great joy. “Everything,” he said, “felt easy to me. No obstacles appeared in my mind, either theoretically or practically. My memory suddenly became incredibly sharp. Long passages from Latin authors came to me effortlessly. Normally, I struggle to find the right rhythm in my writing, but during those times, I could write poetry as easily as prose.”
Old associations thus recalled into the mind are often mixed up with recent occurrences, in the same manner as in[Pg 219] dreaming. Dr. Gooch mentions a lady who became insane in consequence of an alarm of fire in her neighbourhood. She imagined that she was transformed into the Virgin Mary, and that a luminous halo beamed round her head.
Old memories that come to mind are often tangled up with recent events, just like in[Pg 219] dreams. Dr. Gooch talks about a woman who went insane after hearing about a fire nearby. She believed she had turned into the Virgin Mary and that a glowing halo was shining around her head.
It is said that the Egyptians placed a mummy at their festive board, to remind man of mortality. Would not a frequent visit to a lunatic asylum afford a wholesome lesson to the reckless despot, the proud statesman, and the arbitrary chieftain? There they might converse with tyrants, politicians, and self-created heroes, in all the naked turpitude of the evil passions, who in their frantic gestures would show them that which they wish to be—that which the world considers they are! Often would they hear the maniac express the very thoughts that ruffle their own pillows, until the dreaded bell that announces the doctor’s visit, and which with one loud peal destroys his fond illusions, herald of that knell which sooner or later must call them from the busy world they think their own. How beautifully has Filmer expressed the madman’s fears!
It’s said that the Egyptians placed a mummy at their feast to remind people of their mortality. Wouldn’t regular visits to a mental institution offer a valuable lesson to reckless rulers, arrogant politicians, and dictatorial leaders? There, they could talk with tyrants, politicians, and self-styled heroes, witnessing the raw reality of their evil desires, revealing to them what they aspire to be and what the world believes they are! They would often hear the mentally ill voice the very thoughts that disturb their own peace, until the dreaded bell signaling the doctor’s arrival rings out, shattering their comforting delusions—a reminder that one day they too will be called away from the busy world they think belongs to them. How beautifully has Filmer captured the madman’s fears!
See yon old miser laden with swelling bags
Of ill-got gold, with how much awkward haste
He limps away to shelter! See how he ducks,
And dives, and dodges with the gods; and all
Only in hope to avoid, for some few days
Perhaps, the just reward of his own sad extortions.
The hot adulterer, now all chill and impotent
With fear, leaps from the polluted bed,
And crams himself into a cranny!
There mighty men of blood, who make a trade
Of murder, forget their wonted fierceness;
Out-nois’d, they shrink aside, and shake for fear
O’ th’ louder threat’nings of the angry gods.
Look at that old miser weighed down with heavy bags
Of ill-gotten gold, how clumsily he hurries
Away to hide! See how he ducks,
And dives, and dodges from the gods; all
Just in hopes of escaping, for a few more days
Maybe, the rightful consequences of his own sad greed.
The hot adulterer, now cold and powerless
With fear, jumps from the filthy bed,
And squeezes himself into a corner!
There, mighty men of blood, who make a business
Of murder, forget their usual fierceness;
Silenced, they step back and tremble with fear
At the louder threats of the angry gods.
Whatever may be the nature of insanity or our fallacious views regarding it, it is a matter of great consolation to find that our mode of treating it is at last founded on rational and humane principles. The unfortunate lunatic is no longer an object of horror and disgust, chained down like a wild beast, and sunk by ignorance or avarice, even below the level of that degradation in the scale of human beings, to which it had pleased Providence to reduce him,—we no longer behold him rising from his foul and loathsome bed of straw, scantily covered with filthy tatters, his hair and beard wild and grisly—his eyes under the influence of constant excitement, darting menacing looks—the foam bubbling through his gnashing teeth—clanking his fetters with angry words and gestures,[Pg 220] threatening heaven and earth—gazed at with dismay, through massive bars—the very female seeming of doubtful sex:
Whatever the truth about insanity or our misguided perceptions of it, it's incredibly reassuring to know that our approach to treatment is finally based on rational and compassionate principles. The unfortunate person suffering from mental illness is no longer seen as a terrifying and disgusting figure, chained down like a wild animal, and reduced by ignorance or greed to a state even lower than what fate has dealt them. We no longer witness them rising from a filthy bed of straw, barely dressed in rags, with wild and unkempt hair and beard—eyes constantly agitated, darting menacingly—foam at the mouth while they gnash their teeth—clanking their chains with furious words and gestures, threatening everything and everyone—watched in horror behind heavy bars—their very gender appearing ambiguous:
Her unregarded locks
Matted like fury-tresses, her poor limbs
Chain’d to the ground; and stead of those delights
Which happy lovers taste, her keeper’s stripes,
A bed of straw, and a coarse wooden dish
Of wretched sustenance.[18]
Her unkempt hair
Tangled like wild strands, her weak limbs
Chained to the ground; and instead of the joys
That happy lovers experience, her keeper’s whip,
A bed of straw, and a rough wooden bowl
Of miserable food.[18]
Now, the unfortunate persons are restored to social life as much as their sad condition allows; they enjoy every comfort that can solace them in their lucid intervals, when their hallucinations cease; in illness they are treated with kindness and liberality, and in health, their former associations with the busy world, are recalled by labour, voluntarily performed or stimulated by the incentive of some additional comfort. No coercion is resorted to, except to prevent the furious maniac from injuring himself and others, and then, such means are adopted that restrain his violence without a painful process. Even the straight waistcoat, which impedes respiration, is generally banished in all well-regulated establishments, and belts, sleeves, and muffs, which merely secure the hands, without preventing a free motion of the articulations, are usually resorted to. To such an extent is healthy occupation carried on in lunatic asylums, that at this moment at Hanwell, out of upwards of 600 inmates under my care, 421 are at work and distributed as follows:
Now, the unfortunate individuals are gradually reintroduced to social life as much as their difficult circumstances allow; they enjoy every comfort that can provide solace during their clear moments, when their hallucinations subside. In times of illness, they are treated with kindness and generosity, and in times of health, their previous connections to the bustling world are rekindled through work, either voluntarily or motivated by the promise of some extra comfort. There is no forced restraint used, except to stop the furious individual from harming themselves and others, and even then, methods are employed that prevent their violence without causing pain. The straightjacket, which restricts breathing, is generally eliminated in all well-run facilities, and instead, straps, sleeves, and mitts, which only secure the hands without hindering free movement of the joints, are typically used. Healthy activities are encouraged to such an extent in mental health facilities that currently at Hanwell, out of more than 600 residents under my care, 421 are engaged in work, divided as follows:
Men. | |
57 | Working in the garden and grounds. |
53 | Handicrafts at various trades. |
38 | Assistants in the wards. |
28 | Picking coir, or the external fibre of the cocoa-nut, for stuffing mattresses, &c. |
2 | Clerks in the office. |
178 | |
Women. | |
120 | At needlework. |
2 | Making brushes. |
21 | In the kitchen and dairy. |
[Pg 221]21 | Assisting in the wards. |
26 | Picking coir. |
30 | Working in the garden. |
23 | In the laundry. |
243 |
Hanwell may be said to be an asylum for incurables, since it is doomed to receive old cases that scarcely ever afford a chance of recovery; to which are added a large proportion of the idiots and epileptics of Middlesex, whose families cannot support them.
Hanwell can be described as a place for those who can't be cured, as it’s destined to hold onto long-term patients who rarely have a chance of getting better; this includes a significant number of individuals with intellectual disabilities and epilepsy from Middlesex, whose families are unable to care for them.
Let us hope from this gradual amelioration in the condition of this illfated class of our fellow-creatures, that every institution, both public and private, will shortly be conducted upon a similar plan, having sufficient grounds attached to it, to give occupation to such of their inmates as may still be able to enjoy some share, however trifling it may be, of the blessings of this life.
Let’s hope that from this slow improvement in the situation of this unfortunate group of our fellow humans, all institutions, both public and private, will soon operate in a similar way, providing enough resources to give work to those among them who can still enjoy at least a small part of life’s blessings.
LEPROSY.
Bontius informs us that this disease was observed on the banks of the Ganges, where it was known by the name of Cowrap. Kaempfer noticed it in Ceylon and Japan. In Sumatra, whole generations are infected with both leprosy and elephantiasis; and those who are labouring under the latter disease, although it is not contagious, are driven into the woods. Christopher Columbus found lepers in the island of Buona Vista in 1498, and frictions of turtle blood were used to relieve them.
Bontius tells us that this disease was seen along the banks of the Ganges, where it was called Cowrap. Kaempfer observed it in Ceylon and Japan. In Sumatra, entire generations suffer from both leprosy and elephantiasis; and those affected by elephantiasis, although it's not contagious, are forced into the woods. Christopher Columbus encountered lepers on the island of Buona Vista in 1498, and treatments using turtle blood were utilized to help relieve them.
In our days it is a disease of rare occurrence, at least in Europe; yet it was observed at Vetrolles and Martignes, in France, in 1808, and at Pigua and Castel Franco, in Italy, in 1807. The elephantiasis still prevails in our West India colonies, more especially that species which is called “elephant leg,” and which is not uncommon at Barbadoes, St. Christopher, and Nevis. Parsons, in his Travels in Asia and Africa, informs us that a similar complaint exists on the coast of Malabar, where it is called the “Cochin leg.” The Hindoo physicians treat it with pills of arsenic and black pepper.
In today's world, it's a rare disease, at least in Europe; however, it was reported in Vetrolles and Martignes, France, in 1808, and in Pigua and Castel Franco, Italy, in 1807. Elephantiasis is still common in our West Indies colonies, particularly the type known as “elephant leg,” which is fairly prevalent in Barbados, St. Christopher, and Nevis. Parsons, in his Travels in Asia and Africa, tells us that a similar condition is found on the coast of Malabar, where it's called the “Cochin leg.” Hindu doctors treat it with pills made from arsenic and black pepper.
[Pg 222]A curious species of leprosy appeared in Rome under the reign of Tiberius, which was brought thither from Asia. The eruption first broke out upon the chin, whence it was called Mentagra, and is thus alluded to by Martial:
[Pg 222]A strange type of leprosy appeared in Rome during Tiberius's rule, having been brought over from Asia. The rash first showed up on the chin, which is why it was named Mentagra, as mentioned by Martial:
Non ulcus acre, pustulæve lucentes;
Nec triste mentum, sordidive lichenes.
Non ulcus acre, pustulæve lucentes;
Nec triste mentum, sordidive lichenes.
From the chin it extended over the entire body, and on its disappearance left scars more unsightly, if possible, than the former disease. Its virulence and difficulty of cure induced the Romans to send to Egypt for attendance. The same disease prevailed in the second century, and Soranus, a physician of Aquitania, was sent for to heal it. Crispus, a friend of Galen, is said to have discovered the best method of cure. Pliny has given an accurate account of the mentagra in his Natural History, lib. xxvii. cap. 1. According to the same writer, elephantiasis was brought to Rome by Pompey’s troops. Plutarch fixes its apparition to the time when Asclepiades of Bithynia flourished as one of his disciples. Themison wrote a treatise on the disease, which is mentioned by Cælius Aurelianus, but has not been preserved from the ravages of time. Lucilius called the affection odiosa Vitiligo. The Gemursa of Pliny appears to have been a similar complaint; and Triller thinks that it was the Gumretha of the Talmud.
From the chin, it spread across the entire body, and when it disappeared, it left scars that were even more unsightly than the original disease. Its severity and difficulty to treat led the Romans to seek help from Egypt. The same disease was still present in the second century, and a physician from Aquitania named Soranus was called in to treat it. Crispus, a friend of Galen, is said to have found the best method for a cure. Pliny wrote a detailed account of mentagra in his *Natural History*, book 27, chapter 1. According to Pliny, elephantiasis was brought to Rome by Pompey’s soldiers. Plutarch dates its appearance to the time when Asclepiades of Bithynia was active as one of his followers. Themison authored a treatise on the disease, which is mentioned by Cælius Aurelianus, but it has not survived through the ages. Lucilius referred to the condition as *odiosa Vitiligo*. Pliny's *Gemursa* seems to have been a similar ailment, and Triller believes it to be the *Gumretha* mentioned in the Talmud.
Formerly, in England, the causes of lepers were committed to the ecclesiastical courts, as it was prohibited to prosecute a leper before a lay judge, as they were under the protection of the church, which separated them from the rest of the people by a ritual. At this period a law existed, called Leproso amovendo, for the removal of lepers who ventured to mix in society. Thus leprosy may be considered one of the most terrific maladies inflicted on mankind. Holy Writ affords us abundant proofs of its fatal character. It is probable that this disease was first observed under the scorching sun of Egypt, whence it spread its ravages to Greece and Asia; and when the East was obliged to submit to the Roman legions, the conquerors carried the scourge of the vanquished to their own country. From Italy the disorder extended to France; and in the reign of Philip I. we find some members of the church militant, called hospitaliers, who spent their arduous life in attending upon lepers, and waging war against the infidels.
In the past, in England, cases involving lepers were handled by church courts because it was illegal to try a leper in front of a lay judge; they were protected by the church and set apart from others through a ritual. During this time, there was a law known as Leproso amovendo, which mandated the removal of lepers who dared to integrate into society. Therefore, leprosy can be seen as one of the most dreadful diseases affecting humanity. The scriptures provide ample evidence of its deadly nature. It’s likely that this disease was first noticed in the harsh sun of Egypt, from where it spread to Greece and Asia; and when the East was forced to yield to the Roman legions, the conquerors brought the affliction of the conquered back to their homeland. From Italy, the illness spread to France; and during the reign of Philip I, we find church members known as hospitaliers, who dedicated their difficult lives to caring for lepers and fighting against the infidels.
The Hebrew tribes, on quitting Egypt, were subject to[Pg 223] three kinds of leprosy; all of them were distinguished by the name of Berat (בחרת), or “bright spot.” One called Boak (חקב), of a dull white; and two named Tsorat (צרעח), or “venom or malignity:” the first variety of the latter being the Berat Lebena, or bright white berat; and the next the Berat Cecha, or the dark and dusky berat; both of which were highly contagious, and rendered those who laboured under their attack unclean, and dangerous to society.
The Hebrew tribes, upon leaving Egypt, were affected by[Pg 223] three types of leprosy; all were referred to as Berat (בחרת), meaning “bright spot.” One type was called Boak (חקב), which was a dull white; and two others were known as Tsorat (צרעח), meaning “venom or malignity.” The first type of the latter was Berat Lebena, or bright white berat; the second was Berat Cecha, or dark and dusky berat. Both were highly contagious and made those affected unclean and a danger to society.
Manetho, Justin, and several historians, pretend that the Hebrews were expelled from Egypt in consequence of their being infected with this formidable disease; a reproach from which Josephus attempted to exculpate his countrymen. It appears, however, that, during their captivity of one hundred and thirty-four years, the Israelites laboured under this awful visitation; and, three thousand years after their migration we find Prosper Alpinus describing the banks of the Nile as the principal seat of the disease. Lucretius gives the same account of it:
Manetho, Justin, and various historians claim that the Hebrews were kicked out of Egypt because they were suffering from this terrible disease; a shame that Josephus tried to defend his fellow countrymen from. However, it seems that during their captivity of one hundred thirty-four years, the Israelites dealt with this dreadful affliction. Three thousand years after their departure, Prosper Alpinus describes the banks of the Nile as the main area affected by the disease. Lucretius gives a similar description:
Est Elephas morbus, qui, propter flumina Nili
Gignitur, Ægypto in mediâ, neque præterea usquam.
Est Elephas morbus, qui, propter flumina Nili
Gignitur, Ægypto in mediâ, neque præterea usquam.
Pliny and Marcellus Empiricus refer the calamity to the same source. They state, however, that it was more general in the lower classes, although it sometimes attacked their sovereigns; an event which added to the horrors of the infliction, since it appears that royalty had the privilege of bathing in human blood as one of the most effectual curative means. Gaul and Avicenna attribute its fatal prevalence in Alexandria to the influence of the climate, and the quality of their food. The Persian writer thus expresses himself: “Et quando aggregatur caliditas aëris cum malitiâ cibi, et ejus essentia ex genere piscium, et carne salitâ, et carne grossâ, et carnibus asinorum, et lentibus, procul dubio est ut eveniat lepra, sicut multiplicatur in Alexandriâ.”
Pliny and Marcellus Empiricus link the disaster to the same cause. They note, however, that it was more widespread among the lower classes, although it occasionally affected their rulers; this only added to the horrors of the situation, as it seems royalty had the privilege of bathing in human blood as one of the most effective remedies. Gaul and Avicenna attribute its deadly spread in Alexandria to the influence of the climate and the quality of food. The Persian writer expresses it this way: “And when the heat of the air combines with the badness of the food, and its essence comes from fish, salted meats, coarse meats, donkey meat, and lentils, it is undoubtedly likely that leprosy will occur, just as it increases in Alexandria.”
The Boak, or slighter berat, which is not considered to be contagious, still bears the same denomination amongst the Arabs, and is the λεπρα αλφὸς or dull white leprosy of the Greeks. The bright white and dusky berats of the Hebrews were distinguished on account of their malignity, and with the Tsorat (צרעח) are still called among the Arabians by the Hebrew generic term with a very slight alteration, for the Berat Lebena is their Beras Bejas, and the Berat Cecha, the Beras Asved.
The Boak, or lighter berat, which isn’t seen as contagious, still shares the same name among Arabs and is known as the λεπρα αλφὸς or dull white leprosy in Greek. The bright white and dark berats of the Hebrews were recognized for their severity, and along with the Tsorat (צרעח), they’re still referred to by the Hebrew term among Arabs, with only a slight change. The Berat Lebena is their Beras Bejas, and the Berat Cecha is the Beras Asved.
While the Arabians borrowed the Hebrew terms, the[Pg 224] Greeks took their denominations from the same source; and from Tsorat they adopted the word Psora. The Tsorat is restrained by the Hebrews to the contagious form of leprosy. Amongst the Greeks Lepra was a generic synonyme of Berat or Beras.
While the Arabians borrowed Hebrew terms, the[Pg 224] Greeks took their names from the same source; and from Tsorat they adopted the word Psora. The Tsorat refers specifically to the contagious form of leprosy according to Hebrew tradition. Among the Greeks, Lepra was a general synonym for Berat or Beras.
This confusion in the adaptation of the names given to the varieties of leprosy has occasioned much perplexity in the study of the disease. Actuarius, in endeavouring to rectify these errors, has produced a greater confusion. According to him, they are different forms of a common genus. However, the most important distinction was that which defined the contagious and the non-contagious forms. The leprosy described by Moses under the name of Boak or Bohak was the αλφὸς of Hippocrates; Seeth the φακος; Saphachath and Misphachath the λειχην; and Bahereth the λευκη; and according to Carthenser and other writers, this leprosy was the Leucé of the Greeks.
This confusion over the names used for different types of leprosy has caused a lot of problems in studying the disease. Actuarius, in trying to correct these mistakes, ended up causing even more confusion. He argues that they are just different forms of the same category. However, the key distinction is between the contagious and non-contagious forms. The leprosy mentioned by Moses, referred to as Boak or Bohak, was the αλφὸς described by Hippocrates; Seeth referred to the φακος; Saphachath and Misphachath were the λειχην; and Bahereth was the λευκη; and according to Carthenser and other writers, this leprosy was the Leucé of the Greeks.
The elephantiasis was long confounded with leprosy; but the former is a tubercular affection of the skin, widely different from the scaly leprosy, and certainly not contagious. Its singular name was derived from the condition of the surface of the huge misshapen limbs of those who were affected with the malady, and which bore some resemblance to the leg of an elephant. This morbid state is not uncommon in the island of Barbadoes, and in England it has been called “the Barbadoes leg.” The original Arabic name for this affection was Dal Fil, or “the elephant’s disease,” which is now the common denomination; although it is frequently abridged into Fil alone, literally Elephas. The elephantiasis is not even alluded to by Moses in his descriptions of leprosy. However, the elephant leg of the Arabians is a disease totally different from the specific elephantiasis, which is a disorder of the skin, the roughness of which led to the name, and which the Arabians called Juzam or Judam.
Elephantiasis was often mistaken for leprosy; however, the former is a tubercular skin condition that is very different from the scaly leprosy, and it is definitely not contagious. Its unique name comes from the appearance of the large, misshapen limbs of those affected by the disease, which somewhat resemble an elephant's leg. This condition is not rare in Barbados, and in England, it has been referred to as “the Barbados leg.” The original Arabic term for this condition was Dal Fil, or “the elephant’s disease,” which is now the common name; although it's often shortened to just Fil, literally Elephas. Moses does not even mention elephantiasis in his discussions of leprosy. However, the elephant leg found in Arabian descriptions refers to a disease that is completely different from the specific elephantiasis, which is a skin disorder characterized by roughness, and which the Arabians called Juzam or Judam.
These errors of description amongst medical writers have of course occasioned much obscurity and perplexity in the productions of travellers and historians, who have generally confounded all these diseases with the Hebrew leprosy, or the leprosy which for so long a period desolated the fairest portions of Europe, where every country was crowded with hospitals established for the exclusive relief of the malady. The number of leper-houses, as they were denominated, has been singularly exaggerated. Paris has been made to assert that there were nineteen thousand of these hospitals, whereas[Pg 225] he merely stated that the Knights Hospitalers, under various patron saints, but more particularly St. Lazarus, were endowed with nineteen thousand manors to support their extensive establishments; and he thus clearly expressed himself: “Habent Hospitalarii novemdecim millia maneriorum in Christianitate.” It appears that in the reign of Louis VIII., France had no less than two thousand of these hospitals. Leprosy was well known in the eighth century, and St. Ottomar and St. Nicholas, were considered the first founders of establishments for its treatment in France and in Germany. The Crusaders, however, by their connexions with the East, materially increased its inroads in Europe, and the disgusting malady appears to have been considered as a proof of holiness. Mœhser, in his work “De medicis equestri dignitate ornatis,” informs us that the Knights of the order of St. Lazarus were not only intrusted with the care of lepers, but admitted them into their noble order: their Grand Master was himself a leper. The Crusaders, returning from their useless wars, eaten up with the disease, received the honourable distinction of being pauperes Christi, morbi beati Lazari languentes. The most distinguished individuals in the land attended upon them with the utmost humility; and Robert, King of France, used to wash and kiss their filthy feet to keep himself in odour of sanctity. All these attentions, however, did not always prevent the lepers from complaining of their complicated sufferings, but they were exhorted by holy men (who of course had never experienced the miseries of the malady) to be of good comfort, as their illness was a blessed favour conferred upon them as the elect of the land. St. Louis thought the Sire de Joinville an unbeliever; for having once asked him which he would prefer, being a mezieu or laide (a leper), or having to reproach his conscience with any mortal sin, his favourite replied to the singular question, that he would rather be guilty of thirty deadly sins; whereupon the sanctified monarch severely rebuked him by telling him in the quaint language of the times, “Nulle si laide mezeuerie n’est, comme de estre en péché mortel.”
These descriptive errors among medical writers have, of course, caused a lot of confusion for travelers and historians, who have generally mixed up these diseases with the Hebrew leprosy or the leprosy that for so long plagued the most beautiful parts of Europe, where every country was filled with hospitals set up just for this disease. The number of leper-houses, as they were called, has been greatly exaggerated. Paris has claimed that there were nineteen thousand of these hospitals, whereas[Pg 225] he only noted that the Knights Hospitalers, under different patron saints—most notably St. Lazarus—were given nineteen thousand manors to fund their extensive facilities; and he stated clearly: “Habent Hospitalarii novemdecim millia maneriorum in Christianitate.” It seems that during the reign of Louis VIII, France had at least two thousand of these hospitals. Leprosy was well-known in the eighth century, with St. Ottomar and St. Nicholas being recognized as the first founders of institutions for its treatment in France and Germany. However, the Crusaders, with their connections to the East, significantly increased its spread in Europe, and the awful disease was often seen as a sign of holiness. Mœhser, in his work “De medicis equestri dignitate ornatis,” tells us that the Knights of the order of St. Lazarus were not only responsible for caring for lepers but also welcomed them into their noble order: their Grand Master was himself a leper. The returning Crusaders, afflicted with the disease after their pointless wars, received the honorary title of pauperes Christi, morbi beati Lazari languentes. The most prominent individuals in the land served them with the greatest humility; even Robert, King of France, would wash and kiss their filthy feet to maintain his reputation of holiness. However, all this attention did not always stop lepers from complaining about their complex sufferings; they were encouraged by holy men (who, of course, had never felt the pain of the disease) to be comforted, as their illness was a blessed gift granted to them as the chosen ones. St. Louis thought that the Sire de Joinville was an unbeliever; once, when he asked him whether he would rather be a mezieu or laide (a leper), or have to confront his conscience with any mortal sin, his favorite replied to this unusual question that he would prefer to be guilty of thirty deadly sins, to which the pious king reproached him by saying, in the quaint language of the time, “Nulle si laide mezeuerie n’est, comme de estre en péché mortel.”
Notwithstanding the sanctity of their disease, lepers were by various laws separated from the healthy portion of the community. The ceremonies used on these occasions were curious; and we find the following description of them in the History of Bretagne: A priest in his sacerdotal robes went to the leper’s dwelling, bearing a crucifix. He was then [Pg 226]exhorted to submit with resignation to the affliction: he afterwards threw holy water upon him, and conducted him to church. There he was stripped of his ordinary vestments, and clothed in a black garment; he then knelt down to hear mass, and was again sprinkled with holy water. During these ceremonies, the office for the dead was duly sung, and the leper was finally led to his destined future residence. Here he again knelt, received salutary exhortations to be patient, while a shovelful of earth was thrown on his feet. His dwelling was most diminutive: his furniture consisted of a bed, a water-jug, a chest, a table, a chair, a lamp, and a towel. He further received a cowl, a gown, a leathern girdle, a small cag with a funnel, a knife, a spoon, a wand, and a pair of cliquettes, (a sort of castanets,) to announce his approach. Before leaving him, the priest added another blessing to these gifts, and departed, after commanding him under the severest penalties never to appear without his distinctive apparel, and barefooted; never to enter a church, a mill, or a baker’s shop; to perform all his ablutions in streams and running waters; never to touch any article he wanted to purchase, except with his wand; never to enter drinking-houses, but to buy his liquor at their doors, having it poured into his barrel by means of the funnel graciously given him for that purpose; never to answer any question unless he was to windward of his interlocutor; never to presume to take a walk in a narrow lane; never to touch or go near children, or look at a good-looking wench; and only to eat, drink, and junket with his brother lepers; and invariably to announce his unwelcome approach by rattling his castanets.
Despite the seriousness of their condition, lepers were separated from the healthy members of the community by various laws. The rituals conducted during these separations were quite interesting; we find the following description in the History of Brittany: A priest in his ceremonial robes would go to the leper’s home, carrying a crucifix. He was then [Pg 226]encouraged to accept his suffering with patience: then he sprinkled holy water on him and took him to church. There, he was stripped of his regular clothes and dressed in a black garment; he then knelt to hear mass and was sprinkled with holy water again. During these rituals, the service for the dead was sung, and the leper was finally led to his assigned future home. Once there, he knelt again, received comforting advice to remain patient, while a shovelful of dirt was thrown on his feet. His living space was very small: his belongings included a bed, a water jug, a chest, a table, a chair, a lamp, and a towel. He also received a cowl, a gown, a leather belt, a small container with a funnel, a knife, a spoon, a stick, and a pair of cliquettes (a type of castanet) to announce his arrival. Before leaving, the priest gave him an additional blessing and instructed him, under strict penalties, to never appear without his special clothing and barefoot; to never enter a church, a mill, or a baker’s shop; to perform all bathing in streams and running water; to never touch any item he wanted to buy, except with his stick; to never enter taverns but to buy his drinks at the door, having them poured into his barrel using the funnel provided for that purpose; to never answer any question unless the person asking was leeward of him; to never walk down a narrow lane; to never touch or go near children, or look at an attractive woman; and to only eat, drink, and celebrate with fellow lepers; and always to announce his unwanted approach by rattling his castanets.
The offsprings of these sequestrated creatures were seldom baptized; and when this rite was performed, the water was thrown away. After this oration his ghostly adviser took his final leave, and the patient’s former dwelling was burnt to the ground. The sepulchre of St. Mein, in Britanny, was frequently visited by these poor creatures; and on such occasions they were obliged to have both their hands covered with woollen bags, as a distinguishing mark amongst the other pilgrims. Lepers were only allowed to intermarry with fellow-sufferers; yet we find in one of the Decretals of St. Gregory, that any woman who chose to run the chances of contagion could please her fancy. St. Gregory perhaps thought this the most effectual method of preventing the dreaded intercourse, as most probably, had it been prohibited, lepers would have been in great request, they having always[Pg 227] been notorious for their amorous propensities. Muratori informs us that these unfortunate persons did not always submit quietly to these severe regulations, but several times joined the Jews in a revolt against the authorities.
The offspring of these isolated individuals were rarely baptized; and when this rite did happen, the water was thrown away afterward. After this prayer, his spiritual advisor took their final leave, and the patient’s former home was burned to the ground. The tomb of St. Mein in Brittany was often visited by these unfortunate individuals; and on such occasions, they had to cover both their hands with woolen bags as a way to identify themselves among other pilgrims. Lepers were only allowed to marry other lepers; however, one of the Decretals of St. Gregory mentions that any woman who wanted to risk catching the disease could choose whoever she liked. St. Gregory may have thought this was the best way to prevent forbidden relationships, as if it had been banned, lepers would likely have been in high demand, having always been known for their romantic inclinations. Muratori informs us that these unfortunate individuals did not always accept these harsh rules quietly, but several times joined the Jews in a revolt against the authorities.
This affliction has been observed in various countries. In Iceland it is called Likraa; in Norway, Radesyge or Spedalskhed. It is to be apprehended that many of these cases of leprosy belong more particularly to the elephantiasis: such is the red disease of Cayenne, and the Boasi of Surinam.
This condition has been seen in different countries. In Iceland, it’s called Likraa; in Norway, Radesyge or Spedalskhed. It’s important to note that many of these leprosy cases are actually more related to elephantiasis, such as the red disease of Cayenne and the Boasi of Surinam.
It is especially in the East, its probable original seat, that leprosy is observed. In Damascus there are two hospitals for its treatment. The waters of the Jordan are still considered efficacious in its cure, and the waters of Abraham’s well are looked upon as a specific. In Candia the disease was common, and lepers were noted for their obscene profligacy. From Crimea it has also been carried to Astracan, whence it infected the Cossacks of Jaïck. Pallas and Gmelin have given an accurate account of its invasion.
It is especially in the East, likely its original location, that leprosy is seen. In Damascus, there are two hospitals for treating it. The waters of the Jordan are still thought to be effective in curing it, and the waters of Abraham’s well are regarded as a specific remedy. In Candia, the disease was widespread, and lepers were known for their immoral behavior. It has also spread from Crimea to Astracan, where it affected the Cossacks of Jaïck. Pallas and Gmelin have provided an accurate description of its spread.
THE ASPIC.
Various opinions are entertained respecting the reptile that inflicted the fatal sting on Cleopatra. According to Pliny, it had hollow fangs, which distilled the venom in the same manner as the tail of the scorpion. Ælian states it to have been a snake that moves slowly, covered with scales of a reddish colour, his head crowned by callous protuberances, his neck becoming swollen and inflated when he sheds his poisonous secretion. Other naturalists affirm that the scales are shining, and the eyes of a dazzling brightness; while some authorities maintain that the reptile’s hue is of a dark brown colour, and that, like the chameleon, it can assume the colour of the ground on which it drags its writhing form. However, later observers have now clearly ascertained that the aspic of the ancients is the coluber haje, called by the Arabs nascher, and classed by Lacepède as the Egyptian viper. Lucan seems to have described this serpent in the following lines:
Various opinions exist about the reptile that delivered the deadly sting to Cleopatra. According to Pliny, it had hollow fangs that released venom just like a scorpion's tail. Ælian describes it as a slow-moving snake, covered in reddish scales, with a head marked by thick bumps, and its neck swelling and inflating when it secretes poison. Other naturalists claim that its scales are shiny and its eyes stunningly bright, while some experts insist that the reptile is dark brown and can change its color to blend in with the ground as it moves. However, later researchers have determined that the asp of the ancients is the coluber haje, known as nascher in Arabic, and categorized by Lacepède as the Egyptian viper. Lucan appears to have described this snake in the following lines:
Hic, quæ prima caput movit de pulvere tabes
Aspida somniferum tumida cervice levârit.
Hic, quæ prima caput movit de pulvere tabes
Aspida somniferum tumida cervice levârit.
[Pg 228]According to Hasselquist, the aspic’s head is raised in a protuberance on both sides behind the eyes; the scales which cover the back are small, of a dirty white colour, and speckled with reddish spots. The lower surface of the reptile is striated with one hundred and eighteen small parallel zones, and forty-four smaller ones are under the tail. The teeth resemble in their structure those of other vipers; and, when the animal is irritated, its neck and throat are swelled up to the size of the body. Authors vary in regard to its length. Hasselquist, from whom we have derived the above description, says that it is a short reptile; while Savary assures us that it sometimes measures six feet.
[Pg 228]According to Hasselquist, the aspic's head is raised in a bump on both sides behind the eyes; the scales covering its back are small, dirty white, and speckled with reddish spots. The underside of the reptile has one hundred eighteen small parallel stripes, and there are forty-four smaller ones underneath the tail. Its teeth are similar in structure to those of other vipers, and when the animal gets agitated, its neck and throat swell up to the size of its body. Different authors have varying opinions on its length. Hasselquist, whose description we’ve used, states that it is a short reptile, while Savary claims it can sometimes reach six feet.
The ancients stated that the poison of the aspic did not occasion any pain, but that the person it had stung gradually sunk into a calm and languid state, which was followed by a sound sleep, the forerunner of dissolution. Modern travellers assure us, on the contrary, that this venom is most active; and Hasselquist has observed an aspic in Cyprus, the bite of which brought on a rapid mortification, which generally proved fatal in a very few hours.
The ancients claimed that the venom of the asp didn't cause any pain, but rather that the person it had bitten would slowly fall into a calm and lethargic state, which was then followed by a deep sleep, marking the onset of death. However, modern travelers report the opposite, stating that this poison is highly potent; Hasselquist noted an asp in Cyprus whose bite led to rapid tissue death, which typically turned fatal within just a few hours.
In Egypt the viper is still made use of in medicinal preparations; and a great number of them are sent to Venice for the confection of the celebrated Theriaca. Under Nero, we are told, that these reptiles were imported into Rome for pharmaceutical purposes.
In Egypt, the viper is still used in medicine, and many of them are sent to Venice to create the famous Theriaca. During Nero's time, it is said that these reptiles were brought into Rome for medical purposes.
In the above description, and endeavour to ascertain the nature of the aspic of the ancients, there must be some error. The coluber aspis of Linnæus is not venomous, and we may therefore conclude that the aspic was of the same species as our viper. The venom of this animal is of a yellow tinge, and small in quantity, seldom exceeding two grains in weight. In hot weather it becomes more active in its effects. Time does not seem to deprive it of its fatal properties; for instances have been known of persons having pricked their fingers with the pointed fangs of a viper preserved in spirits, when the most serious accidents have followed. The dried teeth lose this noxious power. The venom of the viper may be swallowed without any risk, provided there is not an ulcer in the mouth. Fontana has made upwards of six thousand experiments to prove the activity of this substance. A sparrow died under its influence in five minutes, a pigeon in eight or ten; a cat sometimes did not experience any inconvenience, a sheep seldom or never; and the horse appears to be proof against its action.
In the description above, there seems to be some mistake in trying to determine the nature of the ancient aspic. The coluber aspis identified by Linnaeus is not venomous, so we can conclude that the aspic was likely the same species as our viper. The venom of this animal has a yellow tint and is small in quantity, usually not exceeding two grains in weight. In hot weather, it becomes more potent. Time doesn’t seem to diminish its deadly properties; there have been reports of people pricking their fingers on the sharp fangs of a viper preserved in alcohol, leading to serious accidents. The dried teeth lose this harmful power. The viper's venom can be swallowed without any danger, as long as there isn’t an ulcer in the mouth. Fontana has conducted over six thousand experiments to demonstrate the potency of this substance. A sparrow died from it within five minutes, a pigeon in eight to ten; a cat sometimes showed no adverse effects, a sheep almost never did; and horses seem resistant to its effects.
[Pg 229]Some naturalists have affirmed that the female viper, in cases of sudden alarm, possesses the faculty of securing the safety of her young by swallowing them and keeping them concealed in her stomach, as the kangaroo secures her offspring in her pouch. This assertion, although fabulous, was credited by Sir Thomas Brown, and since by Dr. Shaw. Stories equally absurd have been circulated of this reptile. The Egyptians considered the viper as a typification of a bad wife, since they believed that during their union the female was in the habit of biting off her partner’s head. They also looked upon it as the emblem of undutiful children, from the idle belief that the viper came into the world by piercing an opening in its mother’s side.
[Pg 229]Some naturalists have claimed that the female viper, when faced with sudden danger, can protect her young by swallowing them and keeping them hidden in her stomach, similar to how a kangaroo carries her babies in her pouch. This idea, although exaggerated, was believed by Sir Thomas Brown and later by Dr. Shaw. Equally ridiculous stories have been told about this snake. The Egyptians viewed the viper as a symbol of a bad wife, as they thought that during their time together, the female would bite off her partner’s head. They also saw it as a representation of disobedient children, stemming from the misguided belief that the viper was born by breaking through an opening in its mother’s side.
SELDEN’S COMPARISON BETWEEN A DIVINE, A STATESMAN, AND A PHYSICIAN.
If a physician sees you eat any thing that is not good for the body, to keep you from it he cries out “It is poison!” If the divine sees you do any thing that is hurtful to your soul, to keep you from it he cries out “You are damned!”
If a doctor sees you eat anything unhealthy, they'll shout, “It’s poison!” If the divine sees you doing something that harms your soul, they'll shout, “You are damned!”
To preach long, loud, and damnation, is the way to be cried up. We love a man who damns us, and we run after him again to save us. If a man has a sore leg, and he should go to an honest and judicious surgeon, and he should only bid him keep it warm, or anoint it with some well-known oil that would do the cure, haply he would not much regard him, because he knows the medicine beforehand to be an ordinary medicine. But if he should go to a surgeon that should tell him, “Your leg will be gangrene within three days, and it must be cut off; and you will die, unless you do something that I could tell you,” what listening there would be to this man! “Oh! for the Lord’s sake, tell me what this is:—I will give you any contents for your pains.”
To preach long, loud, and about damnation is the way to get attention. We admire a person who condemns us, and we chase after them again to save us. If someone has a hurt leg and goes to a trustworthy surgeon, who simply tells him to keep it warm or to use some common oil that will heal it, he might not pay much attention because he already knows it's a typical remedy. But if he goes to a surgeon who says, “Your leg is going to go gangrene in three days, and it needs to be amputated; and you'll die unless you do what I suggest,” just think of the attention this person would get! “Oh! For heaven's sake, tell me what I need to do: I’ll pay you anything for your help.”
This ingenious antiquary has also made some quaint comparisons between doctors of the body and doctors of the public interests. “All might go on well,” he says, “in the commonwealth, if every one in the parliament would lay[Pg 230] down his own interest and aim at the general good. If a man was rich, and the whole college of physicians were sent to him to administer to him severally; haply, so long as they observed the rules of art, he might recover. But if one of them had a great deal of scammony by him, he must put off that; therefore will he prescribe scammony; another had a great deal of rhubarb, and he must put off that; therefore he prescribes rhubarb: and they would certainly kill the man. We destroy the commonwealth, while we preserve our own private interests and neglect the public.”
This clever historian has also drawn some interesting comparisons between doctors of the body and doctors of public interests. “Everything could go well,” he says, “in society if everyone in parliament would set aside their own interests and focus on the common good. If a man is wealthy and the entire college of physicians is sent to treat him, as long as they follow the rules of medicine, he might recover. But if one of them has a lot of scammony on hand, he’ll be inclined to prescribe that; another has a lot of rhubarb and will opt for that instead; and they would ultimately harm the patient. We ruin society while we protect our own private interests and ignore the public.”
Grotius called John Selden “the honour of the English nation;” and Bacon had such an implicit faith in his judgment, that he desired in his will that his advice should be taken respecting the publication or suppression of his posthumous works.
Grotius referred to John Selden as “the pride of the English nation;” and Bacon had such complete trust in his judgment that he requested in his will that his advice be followed regarding the publication or suppression of his posthumous works.
THE LETTUCE.
Various species of this plant were known to the ancients. Its type is supposed to be the Lactuca quercina, or the Lactuca scariola; both of Asiatic origin. Many powerful effects were formerly attributed to its use. It was considered as producing sleep, and recovery from intoxication; it was in consequence of this belief that this salad was served up after meals. Thus Martial tells us,
Various species of this plant were known to ancient people. Its type is thought to be the Lactuca quercina or the Lactuca scariola, both of which are originally from Asia. Many strong effects were once believed to come from using it. It was thought to induce sleep and help recover from intoxication; this belief led to the salad being served after meals. As Martial tells us,
Claudere quæ cœnas Lactuca solebat avorum,
Die mihi cur nostras inchoat illa dapes.
Claudere what meals Lettuce used to serve my ancestors,
Tell me why she starts our feasts.
Columella thus describes its properties:
Columella describes its features:
Jamque salutari properet Lactuca sapore
Tristia quæ relevet longi fastidia mori.
Jamque salutari properet Lactuca sapore
Tristia quæ relevet longi fastidia mori.
This belief in its narcotic qualities induced the ancients to esteem it as an aphrodisiac: the Pythagoreans had therefore named it ευνουχιον; and Eubulus calls it the food of the dead, mortuorum cibum. Venus covered the body of her beloved Adonis with lettuce-leaves to calm her amorous grief; and vases, in which they were planted, were introduced in the Adonian festivals. Galen, who had faith in its powers, called it the herb of sages, and in his sleepless nights[Pg 231] sought its influence by eating it at supper. It was also frequently put under the pillow of the rich to lull them to repose. Its cooling qualities were so much dreaded by the Roman gallants, that its use was abandoned; but Augustus’s physician, Antonius Musa, having calmed by its prescription his master’s uneasiness in a hypochondriac attack, lettuce recovered its popularity: a statue was erected to the doctor, and salad once more became the fashion, although the prejudices against it could not be removed. Lobel informs us that an English nobleman, who had long wished for an heir, but in vain, was blessed with a numerous family by leaving off this Malthusian vegetable.
This belief in its soothing qualities led the ancients to regard it as an aphrodisiac: the Pythagoreans called it ευνουχιον; and Eubulus referred to it as the food of the dead, mortuorum cibum. Venus covered the body of her beloved Adonis with lettuce leaves to ease her heartache; and vases filled with it were used in Adonian festivals. Galen, who believed in its effects, called it the herb of sages, and during his sleepless nights[Pg 231], he sought its benefits by eating it at dinner. It was also often placed under the pillows of the wealthy to help them sleep. Its cooling effects were so feared by Roman men that they stopped using it; however, Augustus’s physician, Antonius Musa, managed to ease his master's hypochondriac symptoms with its prescription, which made lettuce popular again: a statue was erected in honor of the doctor, and salad became fashionable once more, even though the objections against it lingered. Lobel mentions that an English nobleman, who had long hoped for an heir but had no success, finally had a large family after he stopped eating this Malthusian vegetable.
MEDICAL FEES.
Such is the perversity of our nature, that the remuneration given with the greatest reluctance is the reward of those who restore us, or who conscientiously endeavour to restore us to health. The daily fees, it is true, are not handed with regret, for the patient is still suffering; but if they were to be allowed to accumulate to a considerable amount, they would be parted with, with a lingering look. The lawyer’s charges for a ruinous litigation, the architect’s demands for an uncomfortable house, are freely disbursed, though if exorbitant they may be taxed; but the doctor’s—a guinea a visit!—is sheer extortion. ‘Send for the apothecary: the physician merely gives me advice; the apothecary will send me plenty of physic: at any rate I shall have something for my money.’
Such is the weirdness of our nature that the payment made with the most reluctance goes to those who help us or who sincerely try to get us back to health. It’s true that the daily fees aren’t given with regret, since the patient is still in pain; but if they were to add up to a large amount, they would be handed over with a hesitant glance. The lawyer’s fees for a disastrous lawsuit and the architect’s charges for an uncomfortable house are paid without hesitation, though they might be challenged if they are too high. But the doctor’s fee—a guinea per visit!—feels like outright rip-off. ‘Call the pharmacist: the doctor just gives me advice; the pharmacist will deliver plenty of medicine: at least I’ll get something for my money.’
To what can this unjust, this illiberal feeling be attributed? Simply to vanity and pride. Illness and death level all mankind. The haughty nobleman, who conceives himself contaminated by vulgar touch, can scarcely bring himself to believe that he is placed upon the same footing as a shoe-black. All prestiges of grandeur and worldly pomp vanish round the bed of sickness; and the suffering peer would kneel before the humblest peasant for relief. Then it is that money would be cheerfully lavished to mitigate his sufferings. But how soon the scene is changed! The patient is well, thrown once more in the busy vortex of business or of [Pg 232]pleasure. He had been slightly indisposed; his natural constitution is excellent: the doctors mistook his case; thought him very ill, forsooth; but nature cured him.
To what can this unfair, this unkind feeling be linked? Simply to vanity and pride. Illness and death level everyone. The arrogant nobleman, who believes he is tainted by a common touch, can hardly accept that he is on the same level as a shoe-shiner. All prestiges of grandeur and worldly pomp disappear around the sickbed; and the suffering peer would gladly kneel before the humblest peasant for relief. Then money would be willingly spent to ease his pain. But how quickly the situation changes! The patient is well again, thrown back into the busy whirlwind of work or [Pg 232]pleasure. He had been a little unwell; his health is excellent: the doctors misdiagnosed him; they thought he was very ill, indeed; but nature healed him.
Could the ambitious mother admit for one moment that her daughter had been seriously ill?—a sick wife is an expensive article! If her medical attendant unfortunately hinted that the young lady had been in danger, he is considered a busy old woman, exaggerating the most trifling ailment to obtain increase of business; in fact, a dangerous man in a family where there are young persons—to be provided for. Nor can we marvel at this. No one likes to be considered morally or physically weak, excepting hypochondriacs, who live upon groans, and feel offended if you tell them that they do not look miserable. The soldier will describe the slightest wound he received in battle as most severe and dangerous; a feeling of pride is associated with the relation. The bold hunter will boast of a fractured limb; the accident showed that he was a daring horseman. Nay, the agonizing gout is a fashionable disease, which seems to proclaim good living, good fellowship, and luxury: it is, in short, a gentlemanly disease. But the slow ravages of hereditary ailments, transmitted from generation to generation with armorial bearings, the development of which may be averted by proper care, or hurried on by fashionable imprudence! how difficult even to hint to a family the presence of the scourge, when, through the transparent bloom of youth and beauty, our experienced eye reads the fierce characters of death in the prime of years. The aerial coronet floats in fond visions before the doting mother’s ambitious eyes. A man would be a barbarian, nay, a very brute, to deprive the darling girl of the chances of Almacks, the delights of the pestiferous ball-room, or the galaxy of court or opera!
Could the ambitious mother admit for even a moment that her daughter had been really sick?—a sick wife is a costly thing! If her doctor unfortunately suggested that the young lady had been in danger, he's viewed as a nosy old woman, exaggerating the smallest ailment to get more business; in fact, he's considered a dangerous person in a family with young ones to take care of. We can’t be surprised by this. No one wants to be seen as morally or physically weak, except for hypochondriacs, who thrive on complaining and get offended if you say they don’t look miserable. A soldier will describe the tiniest wound he got in battle as extremely serious and life-threatening; there’s a sense of pride in telling that story. The daring hunter will brag about a broken limb; the injury proves he’s a fearless rider. Even the crippling gout is seen as a fashionable illness, suggesting a life of indulgence and camaraderie: it’s, in short, a gentleman's illness. But the slow decline caused by hereditary conditions, passed down through generations like family crests, which can be prevented by proper care or made worse by trendy negligence! How hard it is to even suggest to a family that there’s something wrong when, beneath the clear beauty of youth, our experienced eyes can see the harsh signs of an early death. The dreamy crown floats in fond visions before the overly ambitious mother’s eyes. A man would have to be a barbarian, in fact, a total brute, to take away the beloved girl’s chances at Almacks, the excitement of the busy ballroom, or the glitter of the court or opera!
To attend the great is deemed the first stepping-stone to fortune, and patronage is considered as more than an equivalent of remuneration. Too frequently does the physician placed in that desirable situation forget what Hippocrates said of the profession. “The physician stands before his patient in the light of a demi-god, since life and death are in his hands.”
To be part of the elite is seen as the first step toward success, and support from influential people is viewed as even more valuable than pay. Too often, a doctor who finds themselves in that desirable position forgets what Hippocrates said about the profession: “The doctor stands before their patient like a demi-god, as life and death are in their hands.”
Curious anecdotes are related of this unbecoming subserviency. A courtly doctor, when attending one of the princesses, was asked by George III. if he did not think a little ice might benefit her. “Your majesty is right,” was the reply; “I shall order some forthwith.” “But perhaps it[Pg 233] might be too cold,” added the kind monarch. “Perhaps your majesty is right again; therefore her royal highness had better get it warmed.”
Curious stories are told about this embarrassing servitude. A polite doctor, while attending to one of the princesses, was asked by George III if he thought a little ice might help her. “Your majesty is right,” he replied; “I’ll get some right away.” “But maybe it might be too cold,” the kind king added. “Maybe you’re right again, your majesty; so it would be better if her royal highness got it warmed up.”
This absurd deference to rank and etiquette by a physician who at the moment is superior to all around him, reminds one of an account given by Champfort of a fashionable doctor. “D’Alembert was spending the evening at Madame Du Deffand’s, where were also President Hénault and M. Pont de Vesle. On this flexible physician’s entering the room, he bowed to the lady with the formal salutation, ‘Madame, je vous présente mes très humbles respects.’ Then, addressing M. Hénault, ‘J’ai bien l’honneur de vous saluer.’ Turning round to M. de Vesle he obsequiously said, ‘Monsieur, je suis votre très humble serviteur;’ and at last, condescending to speak to D’Alembert, he nodded to him with a ‘Bonjour, Monsieur!’” On such occasions a condescending smile from power is considered a fee.
This ridiculous respect for status and formality from a doctor who is superior to everyone else in the room reminds me of a story by Champfort about a fashionable physician. “D’Alembert was spending the evening at Madame Du Deffand’s, where President Hénault and M. Pont de Vesle were also present. When this overly formal doctor entered the room, he bowed to the lady with the stiff greeting, ‘Madame, je vous présente mes très humbles respects.’ Then, addressing M. Hénault, he said, ‘J’ai bien l’honneur de vous saluer.’ Turning to M. de Vesle, he obsequiously remarked, ‘Monsieur, je suis votre très humble serviteur’; and finally, when he got around to speaking to D’Alembert, he simply nodded at him with a ‘Bonjour, Monsieur!’” On such occasions, a patronizing smile from those in power is treated like a tip.
Reluctance in remunerating medical attendants was also manifested by the ancients; and Seneca has treated the subject at some length. The difficulty in obtaining remuneration has unfortunately rendered many physicians somewhat sordid, and loth to give an opinion unless paid for. In this they are unquestionably right, as gratuitous advice is seldom heeded; and one of the most distinguished practitioners used to say, that he considered a fee so necessary to give weight to an opinion, that, when he looked at his own tongue in the glass, he slipped a guinea from one pocket into another.
Reluctance to pay medical providers was also evident in ancient times, and Seneca discussed this topic in detail. The struggle to get paid has unfortunately made many doctors somewhat greedy and unwilling to give advice unless compensated. In this, they are certainly justified, as free advice is rarely taken seriously; one of the most respected doctors used to say he believed a fee was essential to lend credibility to an opinion, to the point that when he examined his own tongue in a mirror, he would transfer a guinea from one pocket to another.
To consider themselves in proper hands, patients must incur expenses, and as much physic as possible be poured down. Malouin, physician to the Queen of France, was so fond of drugging, that it is told of him, that once having a most patient patient, who diligently and punctually swallowed all the stuff he ordered, he was so delighted in seeing all the phials and pill-boxes cleaned out, that he shook him cordially by the hand, exclaiming, “My dear sir, it really affords me pleasure to attend you, and you deserve to be ill.” Our apothecaries must surely meet with incessant delight!
To feel like they're in good hands, patients have to spend money, and as much medicine as possible is to be taken. Malouin, the physician to the Queen of France, loved prescribing drugs so much that it's said he once had a very compliant patient who diligently took every medication he prescribed. Delighted to see all the bottles and pillboxes emptied, he shook the patient’s hand warmly and exclaimed, “My dear sir, it truly makes me happy to take care of you, and you deserve to be sick.” Our pharmacists must definitely experience endless joy!
The most extraordinary remuneration was that received by Levett, Dr. Johnson’s friend and frequent companion. It was observed of him that he was the only man who ever became intoxicated from motives of prudence. His patients, knowing his irregular habits, used frequently to substitute a glass of spirits for a fee; and Levett reflected that if he did not accept the gin or brandy offered to him, he could have been no[Pg 234] gainer by their cure, as they most probably had nothing else to give him. Dr. Johnson says “that this habit of taking a fee in whatever shape it was exhibited, could not be put off by advice or admonition of any kind. He would swallow what he did not like, nay, what he knew would injure him, rather than go home with an idea that his skill had been exerted without recompence; and had his patients,” continues Johnson, “maliciously combined to reward him with meat and strong liquors, instead of money, he would either have burst, like the dragon in the Apocrypha, through repletion, or been scorched up, like Portia, by swallowing fire.” But though this worthy was thus rapacious, he never demanded any thing from the poor, and was remarked for his charitable conduct towards them.
The most remarkable payment was the one received by Levett, Dr. Johnson's friend and frequent companion. It was noted that he was the only person who ever got drunk for the sake of being cautious. His patients, aware of his irregular behavior, often replaced fees with a drink. Levett figured that if he didn’t accept the gin or brandy offered to him, he wouldn’t benefit from their recovery since they probably had nothing else to give him. Dr. Johnson states, “this habit of accepting payment in whatever form it took, couldn’t be stopped by any advice or warnings. He would drink what he didn’t like, even what he knew would harm him, rather than go home thinking his skills had been used without compensation; and if his patients,” Johnson adds, “had maliciously combined to reward him with food and strong drinks instead of money, he would have either burst, like the dragon in the Apocrypha, from overindulgence, or been burned up, like Portia, from swallowing fire.” However, despite this greedy behavior, he never requested anything from the poor and was known for his charitable treatment of them.
Various professional persons have sometimes endeavoured to remunerate their medical attendants by reciprocal services: thus an opera-dancer offered to give lessons to a physician’s daughters for their father’s attendance upon him; and a dentist has been known to propose to take care of the jaws of a whole family to liquidate his wine bill. One of the wealthiest merchants of Bordeaux wanted to reduce the price of a drawing-master’s lessons, on the score of his taking his children’s daubs with him to sell them on account. This arrangement, however, did not suit the indignant artist, who left the Crœsus in disgust.
Various professionals have sometimes tried to pay their doctors with services in return: for example, an opera dancer offered to give lessons to a physician’s daughters in exchange for their father's care; and a dentist once suggested he would take care of the dental needs of an entire family to cover his wine expenses. One of the richest merchants in Bordeaux wanted to lower the price of a drawing instructor's lessons because he planned to sell his children's artwork for credit. However, this deal didn't sit well with the offended artist, who left the wealthy man in disgust.
A singular charge for medical attendance was lately brought before the court of requests of Calcutta, by a native practitioner. He demanded 314 rupees for medicine alone, and in the items of drugs appeared pearls, gold leaf, and monkeys’ navels!
A unique bill for medical services was recently presented to the court of requests in Calcutta by a local practitioner. He requested 314 rupees just for medicine, and among the listed items were pearls, gold leaf, and monkey navels!
In one of the old French farces there is an absurd scene between Harlequin and his physician. The motley hero had been cured, but refused to remunerate his Esculapius, who brought an action for his fees, when Harlequin declares to the judge that he would rather be sick again; and he therefore offers to return his health to the doctor, provided he would give him back his ailments, that each party might thus recover their own property. This incident was perhaps founded on an ancient opinion of Hippocrates, who frequently mentioned salutary diseases. In 1729, a Dr. Villars supported a thesis on this subject, entitled “Dantur-ne morbi salutares?” and Theodore Van Ween has also written a learned dissertation on the same subject.
In one of the old French farces, there's a ridiculous scene between Harlequin and his doctor. The colorful hero had been cured but refused to pay his physician, who then took legal action for his fees. Harlequin tells the judge that he’d rather be sick again, and he offers to give his health back to the doctor if the doctor will return his ailments, so both of them can have their own things again. This incident might be based on an ancient belief of Hippocrates, who often talked about beneficial diseases. In 1729, a Dr. Villars defended a thesis on this topic, titled “Dantur-ne morbi salutares?,” and Theodore Van Ween also wrote an insightful dissertation on the same subject.
A celebrated Dublin surgeon was once known to give a[Pg 235] lesson of economy to a wealthy and fashionable young man remarkably fond of his handsome face and person. He was sent for, and found the patient seated by a table, resting his cheek upon his hand, whilst before him was displayed a five-pound note. After some little hesitation he removed his hand, and displayed a small mole on the cheek. “Do you observe this mark, doctor?”—“Yes, sir, I do.”—“I wish to have it removed.”—“Does it inconvenience you?”—“Not in the least.”—“Then why wish for its extirpation?”—“I do not like the look of it.”—“Sir,” replied the surgeon, “I am not in the habit of being disturbed for such trifles; moreover, I think that that little excrescence had better remain untouched, since it gives you no uneasiness; and I make it a rule only to take from my patients what is troublesome to them.” So saying, he took the five-pound note, slipped it into his pocket, and walked out of the room, leaving the patient in a state of perfect astonishment.
A well-known surgeon from Dublin was once known to teach a[Pg 235] lesson in frugality to a rich and stylish young man who was very proud of his good looks. He was called in and found the patient sitting at a table, resting his cheek on his hand, with a five-pound note in front of him. After a moment of hesitation, he took his hand away to show a small mole on his cheek. “Do you see this mark, doctor?”—“Yes, I do.”—“I want it removed.”—“Does it bother you?”—“Not at all.”—“Then why do you want it taken off?”—“I don’t like how it looks.”—“Sir,” replied the surgeon, “I don’t usually come for such minor issues; besides, I think that little mark should stay as it is since it doesn’t cause you any discomfort. I only remove things that trouble my patients.” With that, he took the five-pound note, put it in his pocket, and walked out, leaving the patient completely shocked.
It is related of a physician who received his daily fee from a rich old miser, who had it clenched in his fist when he arrived, and turned his head away when he opened his hand for the doctor to take it, that, on being informed his patient had died in the morning, not in the least disconcerted he walked up to the dead man’s chamber, and found his clenched fist stretched out as usual; presuming that it still grasped the accustomed remuneration, with some difficulty he opened the fingers, took out the guinea, and departed.
It’s said that there was a doctor who got his daily payment from a wealthy old miser, who always had the money tightly gripped in his fist when the doctor arrived, and looked away when he opened his hand for the doctor to take it. When the doctor learned that his patient had died in the morning, he wasn’t bothered at all. He walked up to the deceased man's room and found his usual clenched fist. Assuming it still held the usual payment, he struggled a bit to open the fingers, took out the guinea, and left.
The Egyptian physicians of old were paid by the state, but they were not prevented from accepting remuneration from individuals, and they were allowed to make demands for their attendance except on a foreign journey, and during military services.
The ancient Egyptian doctors were funded by the government, but they could still accept payment from individuals, and they were allowed to request fees for their services except when they were on foreign trips or during military duties.
When we compare the value of money it appears probable that the fees of olden practitioners were more considerable than the remuneration of the present day. Attendance upon royalty and the court seems also to have been more profitable. Dr. Radcliffe says, that he received from King William 200l. a year more than any other physician in ordinary—this monarch upon his appointment, gave him moreover, 500 guineas out of the privy purse for his attendance on the Earl of Portland, and the Earl of Rochford. When the same physician went to Hanau to attend Lord Albemarle, he received 1200l. from the king, with 400 guineas from his patient, besides a valuable diamond ring.
When we compare the value of money, it seems likely that the fees of past practitioners were higher than what doctors make today. Working for royalty and the court also seems to have been more lucrative. Dr. Radcliffe mentioned that he earned 200l. a year more than any other regular physician. When he was appointed by King William, the king also gave him 500 guineas from his personal funds for attending to the Earl of Portland and the Earl of Rochford. When the same physician traveled to Hanau to treat Lord Albemarle, he received 1200l. from the king, along with 400 guineas from his patient, in addition to a valuable diamond ring.
Dr. Radcliffe’s fortune must have been considerable, as[Pg 236] appears from his legacies, bequeathing 5000l. for the improvements of University College—4000l. for the building of a library at Oxford—and 500l. yearly for the amelioration of the diet of St. Bartholomew’s hospital. Radcliffe had not been a year in London when he received 20 guineas daily, and he mentions that his fee for a visit from Bloomsbury Square to Bow, was five guineas.
Dr. Radcliffe must have had a significant fortune, as[Pg 236] indicated by his legacies, which include 5000l. for improvements at University College, 4000l. for building a library at Oxford, and 500l. yearly to improve the diet at St. Bartholomew's hospital. Radcliffe had only been in London for a year when he started earning 20 guineas a day, and he noted that his fee for a visit from Bloomsbury Square to Bow was five guineas.
We do not exactly know what was the exact honorarium of Doctors in former days, yet Baldwin Hammey informs us that in 1644, Dr. Robert Wright who had only been settled three years in London, was in the habit of receiving a thousand broad pieces (22 shillings) in the course of the year.
We don't know exactly what doctors got paid in the past, but Baldwin Hammey tells us that in 1644, Dr. Robert Wright, who had only been practicing in London for three years, was typically earning a thousand broad pieces (22 shillings) over the year.
The following is a curious account of a puritan’s consultation with Dr. Hammey.
The following is an interesting story about a Puritan's meeting with Dr. Hammey.
“It was in the time of the civil wars when it pleased God to visit him with a severe fit of sickness, or peripneumonia, which confined him a great while to his chamber, and to the more than ordinary care of his tender spouse. During this time he was disabled from practice; but the very first time he dined in his parlour afterwards, a certain great man in high station came to consult him on an indisposition—(ratione vagi sui amoris,) and he was one of the godly ones too of those times. After the doctor had received him in his study, and modestly attended to his long religious preface, with which he introduced his ignominious circumstances, and Dr. Hammey had assured him of his fidelity, and gave him hopes of success in his affair, the generous soldier (for such he was) drew out of his pocket a bag of gold and offered it all at a lump to his physician. Dr. Hammey, surprised at so extraordinary a fee, modestly declined the acceptance of it; upon which the great man, dipping his hand into the bag himself, grasped up as much of his coin as his fist could hold, and generously put it into the doctor’s coat-pocket, and so took his leave. Dr. Hammey, returned into his parlour to dinner, which had waited for him all that time, and smiling (whilst his lady was discomposed at his being absent so long), emptied his pocket into her lap. This soon altered the features of her countenance, who telling the money over, found it to be thirty-six broad pieces of gold: at which she being greatly surprised, confessed to the doctor that surely this was the most providential fee he ever received; and declared to him that during the height of his severe illness, she had paid away (unknown to him) on a state levy towards a public supply, the like sum in number and value of pieces of gold;[Pg 237] lest under the lowness of his spirits, it should have proved a matter of vexation, unequal to his strength at that time to bear; which being thus so remarkably reimbursed to him by Providence, it was the properest juncture she could lay hold on to let him into the truth of it.” It has been supposed, that the sanctimonious sufferer was no other than Ireton, Cromwell’s son-in-law.
“It was during the civil wars when it pleased God to visit him with a serious illness, specifically peripneumonia, which kept him confined to his room for a long time and required the extra care of his loving wife. During this period, he was unable to practice, but the very first time he dined in his parlor afterward, a prominent man in a high position came to seek his advice about an ailment—(ratione vagi sui amoris), and he was also among the righteous of that era. After the doctor welcomed him into his study and patiently listened to his lengthy religious preamble, which he used to explain his embarrassing situation, Dr. Hammey assured him of his commitment and gave him hope for a successful outcome in his case. The generous soldier (for such he was) then pulled out a bag of gold from his pocket and offered it all at once to his doctor. Dr. Hammey, taken aback by such an extraordinary fee, modestly refused to accept it; upon which the prominent man, reaching into the bag himself, grabbed as much of the gold as his fist could hold and generously placed it in the doctor’s coat pocket before taking his leave. Dr. Hammey then returned to his dining room to a dinner that had been waiting for him, smiling (while his wife was upset over his long absence), and emptied his pocket into her lap. This quickly changed her expression; as she counted the money, she found it to be thirty-six broad gold pieces. Surprised, she admitted to the doctor that this was surely the most fortunate fee he had ever received, and revealed to him that during the height of his serious illness, she had secretly spent (without him knowing) an identical sum for a state levy toward public supplies, so as not to upset him given his fragile spirits at that time; thus, with such remarkable reimbursement from Providence, it was the perfect moment for her to share the truth with him.” It has been assumed that the pious sufferer was none other than Ireton, Cromwell’s son-in-law.[Pg 237]
During the imprisonment of Dr. Friend in the tower, Dr. Head attended his patients, and on his liberation he presented him with 5000l. the amount of the fees received on his account. Dr. Meade’s practice averaged from 5000l. to 6000l. per annum. It is somewhat strange, that this celebrated physician whose evenings were generally spent in convivial meetings at Batson’s Coffee-house, used in the forenoon to receive consulting apothecaries at a tavern near Covent-garden, prescribing for the patients without seeing them at half-a-crown fee.
During Dr. Friend's time in prison, Dr. Head took care of his patients, and when he was released, he gave him £5000, which was the total of the fees collected on his behalf. Dr. Meade's practice brought in around £5000 to £6000 each year. It's a bit odd that this famous doctor, who typically spent his evenings socializing at Batson’s Coffee-house, would meet with consulting apothecaries at a tavern near Covent Garden in the mornings, prescribing for patients without actually seeing them for a fee of two shillings and sixpence.
ENTHUSIASM.
Enthusiasm, from its derivation, might in strictness be called a fixity of idea in divinity; but Locke has given a better definition of this morbid state of our intellectual faculties in considering it as a heated state of the imagination, “founded neither on reason nor divine revelation, but arising from the conceits of a warmed or overweening brain.” I shall not venture to take the field of controversy to support this doctrine against that of some metaphysicians, who most probably would consider this mental aberration as an original and natural judgment inspired by the Almighty, founded not on reason or reflection, but an instinctive impulse of the powers of the mind.
Enthusiasm, based on its origin, could be strictly referred to as a fixity of idea in divinity; however, Locke offers a better definition of this unhealthy state of our intellectual faculties by describing it as an overactive state of the imagination, “founded neither on reason nor divine revelation, but arising from the conceits of a warmed or overweening brain.” I won’t engage in the debate to defend this viewpoint against some metaphysicians, who likely would view this mental deviation as an original and natural judgment inspired by the Almighty, grounded not in reason or reflection, but rather as an instinctive impulse of the mind's capabilities.
The Hebrews named this impulse Nabi נבוא, (plural Nebiim,) “to approach or enter,” on the surmise that the spirit pervaded the prophets, who were called Roeh הרואה, or Seeing, hence Seers.
The Hebrews called this impulse Nabi נבוא, (plural Nebiim,) meaning “to approach or enter,” based on the belief that the spirit filled the prophets, who were called Roeh הרואה, or Seeing, hence Seers.
Plato divided enthusiasm into four classes. I. The Poetical, inspired by the Muses. II. The Mystic, under the influence of Bacchus. III. The Prophetic, a gift of Apollo; and IV. The Enthusiasm of love, a blessing from Venus Urania. This [Pg 238]immortal philosopher was not the visionary speculatist which some writers have represented him; his logic did not consist of frivolous investigations, but embraced the more useful subject of correct definition and division, as he sought to reconcile practical doctrines of morality with the mysticism of theology by the study of Divine attributes. Whatever some of the Eclectic philosophers might have asserted, Plato considered that our ideas were derived from external objects, and never contemplated the extravagant doctrine of imbodying metaphysical abstractions, or personifying intellectual ideas.
Plato categorized enthusiasm into four types. I. The Poetical, inspired by the Muses. II. The Mystic, influenced by Bacchus. III. The Prophetic, a gift from Apollo; and IV. The Enthusiasm of love, a blessing from Venus Urania. This [Pg 238]immortal philosopher was not the dreamer some writers have made him out to be; his reasoning was not based on trivial inquiries, but focused on the more practical subject of accurate definition and classification, as he aimed to blend practical moral teachings with the mysticism of theology through the study of Divine attributes. Regardless of what some Eclectic philosophers may have claimed, Plato believed that our ideas came from external objects and never entertained the extreme idea of embodying metaphysical concepts or personifying intellectual ideas.
To this day, the attentive observer will find Plato’s classification of enthusiasm to be correct. The ecstatic exaltation of religion and of love are not dissimilar; only the latter can be cured, the former seldom or never admits of mitigation: the fantastic visions of the lover may be dispelled by infidelity in the object of his misplaced affection; the phantasies of fanaticism can only yield to an improbable state of infidelity. Shaftesbury has justly observed, “There is a melancholy which accompanies all enthusiasm, be it of love or religion; nothing can put a stop to the growing mischief of either, till the melancholy be removed, and the mind be at liberty to hear what can be said against the ridiculousness of an extreme in either way.”
To this day, a careful observer will find that Plato’s classification of enthusiasm is accurate. The intense excitement of religion and love aren’t that different; only love can be cured, while religion rarely allows for moderation: the unrealistic fantasies of a lover can be shattered by betrayal from the object of their misplaced affection; the delusions of fanaticism can only fade with an unlikely form of betrayal. Shaftesbury rightly noted, “There is a sadness that comes with all enthusiasm, whether it's about love or religion; nothing can halt the growing damage of either until the sadness is addressed, allowing the mind to be open to hearing what can be said against the absurdity of going to extremes in either.”
Our poet Rowe has beautifully pointed out the facility with which a noble and martial soul can free itself from love’s ignoble trammels.
Our poet Rowe has beautifully highlighted how easily a noble and warrior-like soul can liberate itself from the degrading bonds of love.
Rouse to the combat,
And thou art sure to conquer; war shall restore thee:
The sound of arms shall wake thy martial ardour,
And cure this amorous sickness of thy soul,
Begot by sloth, and nurs’d by too much ease.
The idle God of Love supinely dreams
Amidst inglorious shades and purling streams;
In rosy fetters and fantastic chains
He binds deluded maids and simple swains;
With soft enjoyment woos them to forget
The hardy toils and labours of the great:
But if the warlike trumpet’s loud alarms
To virtuous acts excite, and manly arms,
The coward Boy avows his abject fear,
On silken wings sublime he cuts the air,
Scar’d at the noble horse and thunder of the war.
Gear up for battle,
And you’re sure to win; war will bring you back:
The sound of weapons will ignite your fighting spirit,
And heal this love sickness in your soul,
Caused by laziness and fed by too much comfort.
The lazy God of Love idly dreams
Among shameful shadows and gentle streams;
In rosy bonds and whimsical chains
He entraps deceived girls and clueless boys;
With sweet enjoyment, he persuades them to forget
The hard work and struggles of the great:
But if the warlike trumpet’s loud calls
Inspire virtuous deeds and brave arms,
The cowardly Boy admits his deep fear,
On silken wings, he soars through the air,
Frightened by the noble horse and the sounds of battle.
The only trumpet that can arouse the religious enthusiast from his ascetic meditations is the war-whoop that calls him[Pg 239] to destroy all those who impugn his doctrines in a battle-field, where each champion seeks pre-eminence in cruelty, and rancorous persecution.
The only call that can pull the religious devotee away from his deep meditation is the battle cry that summons him[Pg 239] to fight against anyone who challenges his beliefs on a battlefield, where each warrior aims to outdo the other in brutality and bitter oppression.
When we contemplate the miseries that have arisen from fanaticism, or fervid enthusiasm, although it is but a sad consolation, yet it affords some gratification in our charitable view of mankind, to think, nay to know, that this fearful state of mind is a disease, a variety of madness, which may in many instances be referred to a primary physical predisposition, and a natural idiosyncrasy. It is as much a malady as melancholy and hypochondriacism. In peculiar constitutions it grows imperceptibly. Lord Shaftesbury has made the following true observation: “Men are wonderfully happy in a faculty of deceiving themselves whenever they set heartily about it. A very small foundation of any passion will serve us not only to act it well, but even to work ourselves in it beyond our own reach; a man of tolerable goodnature, who happens to be a little piqued, may, by improving his resentment, become a very fury for revenge.”
When we think about the suffering caused by fanaticism or intense enthusiasm, even though it's a sad comfort, it still gives us some satisfaction in our hopeful view of humanity to realize, even to know, that this terrifying mindset is a kind of illness, a form of madness, which can often be traced back to a basic physical predisposition and a natural quirk. It is as much a disorder as sadness and hypochondria. In certain individuals, it develops gradually. Lord Shaftesbury made a true observation: “People are astonishingly happy to deceive themselves whenever they really commit to it. A very small spark of any passion is enough for us not just to act it out well, but even to push ourselves into it beyond what we can handle; a person with a fairly good nature, who feels a bit slighted, can, by feeding their anger, become a fierce force for revenge.”
Thus it is with enthusiasm, a malady which in its dreadful progress has been known to become contagious, one might even say epidemic. Vain terrors have seized whole populations in cities and in provinces; when every accident that happened to a neighbour was deemed a just punishment of his sins, and every calamity that befel the fanatic was considered the hostile act of others. Jealousy and dark revenge were the natural results of such a state of mind, when the furious fire of bigotry was fanned by ambition until monomania became dæmonomania of the most hideous nature, and every maniac bore in his pale and emaciated visage the characteristic of that temperament which predisposes to the disease. Seldom do we observe it in the sanguineous temperament, remarkable for mental tranquillity, yet determined courage when roused to action. The choleric and bilious, impetuous, violent, ambitious, ever ready to carry their point by great virtues or great crimes, may no doubt rush into a destructive career; but then they lead to the onset the atrabilious, men saturated with black bile, and constituting the melancholy temperament. Here we behold the countenance sallow and sad; the visage pale and emaciated, of an unearthly hue; gloom, suspicion, hate, depicted in every lineament; the mirror of a soul unfitted for any kind sentiment of affection, pity, or forgiveness. Detesting mankind, and detested, they seek solitude, to brood upon their wretchedness,[Pg 240] or to derive from it the means to make others as miserable as themselves. Such do we usually find the enthusiastic monomaniac. His ideas are concentrated into a burning focus, which consumes him like an ardent mirror. His life of relation is nearly extinguished. His external senses are rendered so obtuse and callous that he becomes insensible to hunger and thirst, to heat and cold however intense; and bodily injuries, which would occasion excruciating agonies in others, he bears without any apparent feeling. On this subject of religious enthusiasm the remarks of Evagrius are worthy of notice. “Contrarieties,” he says, “are in themselves so tempered, and the grace of God maketh in them such an union of discordant things, that life and death, which are in essence so opposite to each other, seem to join hands and dwell together in them. Happy are they while they live, and happier still when they depart.” It has been known amongst these rigid ascetics that when a stranger visited them, they mortified themselves by entertaining him and partaking of the good cheer. Thus inventing a novel kind of fasting—eating and drinking against their will.
So it is with enthusiasm, a condition that can spread so wildly it’s almost contagious, perhaps even epidemic. People in cities and regions have been gripped by pointless fears; every misfortune that befell a neighbor was seen as deserved punishment for their sins, while every disaster faced by a zealot was viewed as an act of hostility from others. This mindset naturally led to jealousy and a thirst for revenge when the fierce flames of bigotry were stoked by ambition, turning obsession into a horrific obsession, and every fanatic showed in their pale and gaunt expression the signs of a temperament prone to this madness. We rarely see this in those with a sanguine temperament, known for their calm demeanor yet exhibiting strong courage when provoked. The choleric and bilious, who are impulsive, aggressive, and ambitious, always ready to achieve their goals through grand virtues or serious crimes, can certainly embark on a path of destruction; however, they are often accompanied by the melancholic, individuals filled with dark moods, marked by a melancholy temperament. Here we see their faces pale and sad; they look ghostly, bearing gloom, suspicion, and hatred in every feature; their expressions reflect a soul incapable of feelings like affection, pity, or forgiveness. Disliking humanity and being disliked in return, they seek solitude to dwell on their misery,[Pg 240] or to find ways to make others as miserable as they are. This is often how we find the overly enthusiastic fanatic. His thoughts are intensely focused, burning within him like a fiery lens. His relationships in life are nearly snuffed out. His senses become so dull and numb that he loses awareness of hunger and thirst, heat and cold, no matter how extreme; he endures physical injuries that would cause unbearable pain to others with little to no apparent reaction. Regarding religious enthusiasm, Evagrius had insightful observations. He said, “Opposites are so intertwined and the grace of God creates such a union among discordant elements that life and death, which are fundamentally opposites, seem to hold hands and coexist. They are fortunate while they live, and even more so when they pass on.” It’s noted among these strict ascetics that when a stranger visited, they would chastise themselves by hosting the guest and sharing in good food and drink, creating a unique kind of fasting—eating and drinking against their will.
It is related of St. Macarius, that one day having killed a gnat that had stung him, he was struck with such compunction at the sight of blood, that by way of atonement, he threw off his clothes, and remained in a state of nudity for six months in a marsh exposed to the bites of every noxious insect. Sozomen in praising this mortification, assures us that this exposure to the inclemency of the weather, did so harden and tan him that his beard could not make its way through the skin.
It’s said that St. Macarius, one day after killing a gnat that had stung him, felt such remorse at the sight of blood that, to make up for it, he took off his clothes and stayed naked for six months in a marsh, exposed to the bites of all sorts of irritating insects. Sozomen, in praising this act of self-denial, tells us that this exposure to harsh weather hardened and tanned his skin so much that his beard couldn't grow through it.
It has been erroneously supposed that such individuals, being hostile to mankind, are prone to do evil,—this is not generally the case; they seem satisfied with their own sufferings, and only seek to inflict them upon others when roused from their concentration by fanaticism.
It’s been wrongly assumed that these people, being against humanity, tend to do bad things—this isn’t usually true; they appear content with their own pain and only try to make others suffer when stirred up by extreme beliefs.
A late ingenious writer, in his work entitled “The Natural History of Enthusiasm,” has somewhat overdrawn the portrait of these unfortunate but dangerous beings when labouring under the disease, which he thus defines: “It will be found that the elementary idea attached to the term in its manifold applications, is that of fictitious fervour in religion, rendered turbulent, morose, or rancorous by junction with some one or more of the unsocial emotions; or, if a definition as brief as possible were demanded, we should say that fanaticism is enthusiasm inflamed by hatred. Fanaticism [Pg 241]supposes three elements of belief: the supposition of malignity on the part of the object of our worship; a consequent detestation of mankind at large, as the subjects of malignant power; and then, a credulous conceit of the favour of Heaven shown to the few, in contempt of the rules of virtue.”
A relatively recent clever writer, in his work called “The Natural History of Enthusiasm,” has exaggerated the portrayal of these unfortunate yet dangerous individuals when they are suffering from the condition, which he defines like this: “The basic idea tied to this term in its various uses is that of false passion in religion, made tumultuous, gloomy, or bitter by its connection with one or more of the unsocial emotions; or, if a very brief definition is needed, we would say that fanaticism is enthusiasm fueled by hatred. Fanaticism [Pg 241] includes three elements of belief: the assumption of malice from the object of our worship; a resulting hatred of humanity as a whole, seen as subjects of malign power; and then, a naive belief in the favor of Heaven granted to the few, disregarding the principles of virtue.”
Shaftesbury had already said, that “nothing besides ill-humour, either natural or forced, can bring a man to think seriously that the world is governed by any devilish or malicious power.” Such a fearful conviction constitutes a clear case of dæmonomania. Patients labouring under that malady are ever prone to injure themselves and others, prompted, as they constantly avow, by an evil spirit; but enthusiasts, who live in solitary mortification until a paroxysm of fanaticism draws them from their retreat, seldom or never meditate mischief to others, or indeed that hatred to mankind which our author considers a feature of their condition. Society may become irksome, and may be shunned for ever, without a sentiment of hate. The gayest of the gay may be impelled by feelings more or less morbid to seek a voluntary endurance, to expiate real or imaginary offences, without experiencing a desire of a uselessly vindictive sentiment towards the former companions of their vices or follies. Extremes of depravity and contrition do not infrequently meet; and it has been remarked in Eastern countries, where asceticism arose, that the gates of the most splendid and luxurious cities open upon desert wilds or mountainous solitudes, to which the penitent may flee from his former scenes of ambition and enjoyment.
Shaftesbury had already said that “nothing except bad mood, whether natural or forced, can make someone seriously think that the world is under any evil or malicious power.” Such a frightening belief is a clear sign of dæmonomania. People suffering from this condition tend to harm themselves and others, saying they are influenced by an evil spirit; however, enthusiasts who live in solitude until a burst of fanaticism pulls them from their retreat rarely, if ever, think about causing harm to others or harbor the hatred towards humanity that our author considers part of their condition. Society can become burdensome and avoided indefinitely, without any feelings of hate. The most cheerful among us may be driven by more or less troubling emotions to seek a voluntary endurance, to atone for real or imagined wrongs, without feeling any urge for pointless revenge against former companions of their vices or foolishness. Extremes of depravity and remorse often intersect; it has been noted in Eastern countries, where asceticism began, that the entrances to the most splendid and luxurious cities lead to barren wilds or mountainous solitude, to which the penitent can escape from their previous lives of ambition and pleasure.
Such enthusiasts, excepting when enjoying the beatitude of ecstatic exaltation, are more to be pitied than feared. Persecution would most probably drive them to a dangerous state of fanatic rage; and the noble philosopher whom I have already quoted, very justly observes, “They are certainly ill physicians in the body politic who would needs be tampering with these mental eruptions, and, under the specious pretence of healing the itch of superstition, and saving souls from the contagion of enthusiasm, should set all nature in an uproar, and turn a few innocent carbuncles into an inflammation and a mortal gangrene.”
Such enthusiasts, except when caught up in moments of ecstatic joy, are more pitiable than scary. Persecution would likely push them into a dangerous state of furious fanaticism; and the wise philosopher I mentioned earlier rightly says, “They are certainly poor doctors for the body politic who feel the need to meddle with these mental outbursts, and, under the deceptive guise of curing the itch of superstition and saving souls from the spread of enthusiasm, end up causing chaos in nature and turning a few harmless bumps into serious inflammation and a deadly infection.”
Enthusiasts are supposed by their followers to be gifted with the faculty of prophecy; and it is somewhat strange that the ancients considered certain temperaments as best fitted for this inspiration. The atrabilious temperament took[Pg 242] the lead; and this melancholy state was to be increased by abstinence, mortification, and more especially rigid continence. The latter privation, indeed, was deemed indispensable for prophets; and the Jewish Rabbins inform us that Moses abandoned his wife Zipporah the very moment that he was prophetically inspired. A physical reason has been adduced to prove the necessity of a chaste life, which I here must be allowed to pass over; but upon the same principle, emasculation was considered as rendering man totally unfit for prophetic revelation, or indeed any holy inspiration; and we find in the first of Deuteronomy that such subjects were not admissible to the service of the Temple.
Enthusiasts are believed by their followers to have the gift of prophecy; it’s interesting that the ancients thought certain temperaments were best suited for this kind of inspiration. The melancholic temperament led the way, and this sad state was thought to be heightened by abstinence, self-denial, and especially strict continence. The latter was considered essential for prophets; the Jewish Rabbis tell us that Moses left his wife Zipporah the moment he was inspired prophetically. A physical reason has been put forward to justify the need for a chaste life, which I’ll skip over; however, it was also believed that emasculation made a man completely unfit for prophetic revelation or any holy inspiration, and we see in the first of Deuteronomy that such individuals were not allowed to serve in the Temple.
Jesaias, and some other Jewish writers, have affirmed that Daniel belonged to that class of beings; but it has been shown that the name of Spado, which he bore, merely gave him the high rank that eunuchs held at the Assyrian court. Potiphar bore the same title among the Pharaohs. Baruch Spinosa maintained that temperaments should vary according to the nature of the prophecy; thus, a gay prophet would predict victory and happiness, a gloomy one misery and wars; peace and concord, if he is human; destruction and merciless events, if he were sanguinary: and, in support of his doctrine, he quotes the passage in Kings, where Elisha, when brought before Jehosophat, called for a minstrel ere he predicted that victory should crown the arms of Judah.
Jesaias and some other Jewish writers have claimed that Daniel was part of that group of beings; however, it has been shown that the name Spado, which he had, simply indicated the high status that eunuchs held at the Assyrian court. Potiphar had the same title among the Pharaohs. Baruch Spinosa argued that temperaments should change based on the nature of the prophecy; so, a cheerful prophet would foresee victory and happiness, while a gloomy one would predict misery and war; peace and harmony if he is human; destruction and ruthless events if he were bloodthirsty. To support his argument, he references the passage in Kings, where Elisha, when called before Jehosophat, asked for a musician before he prophesied that victory would crown the efforts of Judah.
Various artificial means have been resorted to at all periods to prepare the intellects for inspirations, by creating a heated imagination. Pliny informs us that, in his days, the root of the Halicacabum, supposed to be a species of hyoscyamus, was chewed by soothsayers. Christopher D’Acosta relates that the Indians employ a kind of hemp called Bangue for the same purpose: and in St. Domingo their supposed prophets masticate a plant called Cohaba. The priestesses of Delphi were also in the habit of chewing laurel-leaves before they ascended the tripod, which it is stated was originally formed of a laurel-tree root with three branches. Sophocles calls the Sibyls δαφνηφαγος, laurel-eaters; and thus Tibullus,
Various artificial means have been used throughout history to prepare the mind for inspiration by stimulating the imagination. Pliny tells us that during his time, soothsayers chewed the root of the Halicacabum, which was thought to be a type of henbane. Christopher D’Acosta explains that the Indigenous peoples used a kind of hemp called Bangue for similar purposes; in St. Domingo, their supposed prophets chewed a plant called Cohaba. The priestesses of Delphi also had a practice of chewing laurel leaves before they took their positions on the tripod, which, as stated, was originally made from a laurel tree root with three branches. Sophocles refers to the Sibyls as δαφνηφαγος, or laurel-eaters; and so does Tibullus,
Vera cano, sic usque sacras innoxia lauros
Vescar, et æternùm sit mihi virginitas.
Vera cano, so I may harmlessly enjoy sacred laurels
And let my virginity be eternal.
Auguries were drawn from the burning of the laurel-leaf. If it crackled and sparkled during combustion, the inference was[Pg 243] favourable; the reverse, if it was consumed in silence. Propertius alludes to this belief:
Auguries were taken from the burning of laurel leaves. If they crackled and sparkled while burning, it was seen as a good sign; if they burned quietly, it was the opposite. Propertius refers to this belief:
Et tacet extincto laurus adusta foco.
Et tacet extincto laurus adusta foco.
Yet so far from possessing exhilarating qualities, laurel-leaves were supposed to diminish the excitement produced by wine; and Martial affirms that the Roman ladies made use of them to drink large potations with impunity:
Yet instead of having exciting qualities, laurel leaves were thought to lessen the buzz from wine; and Martial claims that Roman women used them to drink heavily without consequences:
Fœtere multo Myrtale solet vino;
Sed fallat ut nos, folia devorat lauri,
Merumque, cautâ fronde, non aquâ miscet.
Fœtere multo Myrtale solet vino;
Sed fallat ut nos, folia devorat lauri,
Merumque, cautâ fronde, non aquâ miscet.
May it not be inferred that the leaves given to the Pythia might have been those of the Lauro-cerasus, the effects of which are similar to those of prussic acid, producing vertigo, dizziness, and various convulsive symptoms? This tree was first observed by Bélon, who discovered it in his eastern voyages in 1546; but it might have been well known to the ancients. We may thus account for the violent convulsions in which the priestesses of Apollo were thrown on these mystic occasions, and which were said to arise from the gas over which they were seated. Although the tree from which the leaves were gathered grew near the temple, and was the common Lauros nobilis, yet the leaves of the Lauro-cerasus might have easily been substituted on the occasion; since, always green and shining, they are not very unlike each other, and the flowers of both trees are pedunculate; and, no doubt, the priests well knew to what extent they could carry the dose to serve their purposes; possibly the modern preparation of noyau might have been a Pythian dram.
Could it be assumed that the leaves given to the Pythia were from the Lauro-cerasus, which has effects similar to those of prussic acid, causing dizziness, lightheadedness, and various convulsive symptoms? This tree was first noted by Bélon, who found it during his eastern travels in 1546; however, it might have been well-known to ancient people. This could explain the intense convulsions experienced by the priestesses of Apollo during these mystical events, which were said to be caused by the gas they were sitting over. Although the tree from which the leaves were taken was close to the temple and was the common Lauros nobilis, it’s possible that leaves from the Lauro-cerasus were used instead; since they’re always green and shiny, they’re quite similar to each other, and the flowers of both trees have peduncles. Without a doubt, the priests were aware of how much they could dose to achieve their intended effects; possibly the modern preparation of noyau could have been a Pythian drink.
The effects of enthusiasm in rendering its victims insensible to all external agents is truly surprising, and cannot be better illustrated than by a relation of the horrors which the famous Convulsionists of Paris and other parts of France underwent, not only voluntarily, but at their most earnest prayer and solicitation.
The impact of enthusiasm on making people oblivious to all outside influences is astonishing, and there's no better way to demonstrate this than by recounting the horrors that the famous Convulsionists of Paris and other areas in France experienced, not just willingly, but at their most fervent request and plea.
This work of miracles, as it was called, was first performed by a priest of the name of Paris, in 1724, and strange to say, the aberration continued for upwards of twelve years. Paris having departed this life in the odour of sanctity, (at least according to the conviction of the Jansenists, who had opposed with no little violence the famous bull Unigenitus), the Appellants, for such they thought proper to denominate their[Pg 244] sect, appealed to the remains of their beatified companion to operate miracles in support of their common cause. The Appellants were absurdly persecuted, therefore miracles became manifestations easy to obtain. Having succeeded in finding credulous dupes, the next step was to work their credulity into a useful state of enthusiasm. They therefore summoned all the sick, lame, and halt of their sectarians to repair to the tomb of St. Paris for radical relief. Crowds were soon collected round his blessed sepulchre. It is now generally supposed that animal magnetism was resorted to in these curative operations, or rather religious ceremonies. Had not the means thus employed for the purpose been recorded and authenticated by the most irrefragable authorities, the sceptic might long pause before he would yield them credence.
This so-called miracle work was first carried out by a priest named Paris in 1724, and strangely enough, the phenomenon lasted for more than twelve years. After Paris passed away in a state of great holiness (at least according to the belief of the Jansenists, who had strongly opposed the famous bull Unigenitus), the Appellants, as they chose to call their sect, appealed to the remains of their revered companion to perform miracles in support of their shared cause. The Appellants faced absurd persecution, so miracles became easy to achieve. Once they found gullible followers, the next step was to fuel their credulity into a useful enthusiasm. They called upon all the sick, disabled, and lame among their followers to visit the tomb of St. Paris for complete healing. Crowds soon gathered around his holy grave. It is now widely believed that animal magnetism was used in these healing practices, or rather religious ceremonies. If the methods used for this purpose hadn't been documented and verified by the most reliable sources, a skeptic might take a long time to believe them.
The patient (a female) was stretched on the ground, and the stoutest men that could be found were directed to trample with all their might and main upon her body; kicking the chest and stomach, and attempting to tread down the ribs with their heels. So violent were these exertions, that it is related a hunchbacked girl was thus kicked and trampled into a goodly shape.
The patient (a woman) was lying on the ground, and the strongest men available were instructed to stomp on her body with all their strength. They kicked her chest and stomach, trying to crush her ribs with their heels. The force of these actions was so intense that it’s said a hunchbacked girl was kicked and trampled into a normal shape.
The next exercise was what they called the plank, and consisted in laying a deal board upon the patient while extended on the back, and then getting as many athletic men as could stand upon it, to press the body down; and in this endeavour they seldom showed sufficient energy to satisfy the supposed sufferer, who was constantly calling for more pressure.
The next exercise was what they called the plank, and it involved placing a board over the person lying on their back, then getting as many strong men as possible to stand on it to apply pressure on the body; in this effort, they rarely exerted enough force to satisfy the supposed sufferer, who kept asking for more pressure.
Next came the experiment of the pebble, a diminutive name they were pleased to give to a paving-stone weighing two-and-twenty pounds, which was discharged by the operator upon the patient’s stomach and bosom, from as great a height as he could well raise the weighty body. This terrific blow was frequently inflicted upwards of a hundred times, and with such violence, that the house, and the furniture of the room, vibrated under the concussion, while the astonished bystanders were terrified by the hollow sound re-echoed by the enthusiast at every blow.
Next was the pebble experiment, a cute name they decided to use for a paving stone that weighed twenty-two pounds. The operator dropped it onto the patient's stomach and chest from as high as he could lift the heavy stone. This brutal impact was often repeated more than a hundred times, with such force that the house and the room's furniture shook from the shock, while the amazed onlookers were frightened by the hollow thud that echoed with each strike.
Carré de Montgeron affirms that the pebble was not found sufficiently powerful, and the operator was obliged in one case to procure an iron fire-dog (chenet), weighing about thirty pounds, which was discharged as violently as possible on the pit of the patient’s stomach at least a hundred times. This instrument having for the sake of curiosity been hurled against a wall, brought part of it down at the twenty-fifth[Pg 245] blow. The operator further states, that he had commenced according to the usual practice, by inflicting moderate blows, until he was induced by her lamentable entreaties to redouble his vigour, but all to no purpose; his strength was unavailing and he was obliged to employ a more athletic surgeon, who fell to work with such energy that he shook the whole house. The convulsionist, who was of the gentle sex, would not allow sixty blows she had received from her first doctor to be included in the calculation of the dose, but insisted upon having her whole hundred as prescribed. It further appears, that at each stroke the delighted enthusiast would exclaim in ecstacy, “Oh, how nice!” “Oh, what good it does me!” “Oh, dear brother, hit away—again—again!” For be it known, these operators were called by the affectionate name of brothers, whose claims to fraternal affection were in the ratio of the weight of their kindness towards the sisterhood.
Carré de Montgeron states that the pebble wasn’t strong enough, and in one case, the operator had to get an iron fire-dog (chenet) that weighed about thirty pounds, which he slammed down on the patient’s stomach as hard as possible at least a hundred times. Out of curiosity, this instrument was thrown against a wall, and it knocked part of it down with the twenty-fifth [Pg 245] hit. The operator explains that he started with moderate blows, but the patient’s desperate pleas pushed him to hit harder, but it didn’t help; his strength wasn't enough, and he had to call in a more muscular surgeon, who went at it with such force that it shook the whole house. The female convulsionist insisted that the sixty blows she’d taken from her first doctor shouldn’t count towards the total, insisting on getting the full hundred as prescribed. It’s also noted that with each strike, the enthusiastic operator would exclaim in delight, “Oh, how nice!” “Oh, what good it does me!” “Oh, dear brother, hit away—again—again!” For it should be noted, these operators were affectionately called brothers, and their claim to brotherly love was based on how much they showed kindness to the sisterhood.
One of these young ladies, who was not easily satisfied, wanted to try her own skill, and jumped with impunity into the fire, an exploit which obtained her the glorious epithet of Sister Salamander. The names that these amiable devotees gave to each other were somewhat curious. They all strove to imitate the whining and wheedling of spoiled children, or petted infants; one was called L’Imbécile, another L’Aboyeuse, a third La Nisette, and they used to beg and cry for barley-sugar and cakes; barley-sugar signified a stick big enough to fell an ox, and cakes meant paving-stones. The excesses of these maniacs were at last carried to so fearful an extent, and their religious ceremonies were so debased by obscenities that the police was obliged to interfere, and forbid these detestable practices; hence it was affirmed that the following somewhat impious notice was suspended over the church-door:
One of these young women, who wasn't easily satisfied, wanted to test her own skills and jumped into the fire without a second thought, earning her the glorious nickname of Sister Salamander. The names these charming ladies called each other were quite interesting. They all tried to mimic the whiny and coaxing behavior of spoiled kids or pampered infants; one was named L’Imbécile, another L’Aboyeuse, a third La Nisette, and they would beg and cry for barley-sugar and cakes; barley-sugar meant a stick strong enough to knock down an ox, and cakes referred to paving-stones. The antics of these maniacs eventually reached such an extreme, and their religious ceremonies were so corrupted by obscenities that the police had to step in and ban these awful practices; as a result, it was said that the following somewhat irreverent notice was posted over the church door:
De par le Roi, défense à Dieu,
De faire miracle en ce lieu.
De par le Roi, défense à Dieu,
De faire miracle en ce lieu.
These lunatics, for such they must be considered, were not impostors. They had been worked to this degraded state by the plastic power of superstition, and implicit reliance was placed in their assertions; for, as Pascal said, “we must believe people who are ready to have their throats cut.” Whether the Jansenist priests belonged to the same class, I leave to the reader to decide.
These crazy people, as they must be seen, weren't fakes. They had been pushed into this degraded state by the strong influence of superstition, and people fully trusted what they said; because, as Pascal put it, "we have to believe those who are willing to risk their lives." Whether the Jansenist priests were part of the same group, I’ll let you decide.
Cabanis, in his interesting work, “Rapports du Physique[Pg 246] et du Moral de l’Homme,” offers the following remarks on this most curious subject: “Sensibility may be considered in the light of a fluid the quality of which is determined, and which, when carried to certain channels in greater proportion than to others, must of course be diminished in the latter ones. This is evident in all violent affections, but more especially in those ecstasies where the brain and other sympathetic organs are possessed of the highest degree of energetic action, while the faculty of feeling and of motion—in short, the vital powers—seem to have fled from the other parts of the system. In this violent state, fanatics have received with impunity severe wounds, which, if inflicted in a healthy condition, would have proved fatal or most dangerous; for the danger that results from the violent action of external agents on our organs depends on their sensibility, and we daily see poisons, which would be deleterious to a healthy man, innocuous in a state of illness. It was by availing themselves of this physical disposition that impostors of every description, and of every country operated most of their miracles; and it was by these means that the Convulsionists of St. Medard amazed weak imaginations with the blows they received from swords and hatchets, and which in their ascetic language they called consolations. This was the magic wand with which Mesmer overcame habitual sufferings, by giving a fresh direction to the attention, and establishing in constitutions possessed of great mobility a sense of action to which they had been unaccustomed. It was thus also that the Illuminati of France and Germany succeeded in destroying external sensations amongst their adepts, depriving them in fact of their relative existence.”
Cabanis, in his fascinating work, “Rapports du Physique[Pg 246] et du Moral de l’Homme,” makes some intriguing points about this curious topic: “Sensibility can be seen as a fluid whose quality is determined, and when more of it is directed into certain channels, it must necessarily be reduced in others. This is clear in all intense emotions, especially in those moments of ecstasy where the brain and other related organs are highly active, while the ability to feel and move—essentially, the vital powers—seem to have vanished from other parts of the system. In this intense state, fanatics have endured severe injuries that would have been fatal or extremely dangerous if experienced while in good health; the risk that arises from the intense actions of external factors on our organs depends on their sensitivity, and we often see poisons that would harm a healthy person as harmless in a state of illness. It was by taking advantage of this physical condition that impostors of every kind and from every place performed many of their supposed miracles; it was through these means that the Convulsionists of St. Medard astonished impressionable minds with the injuries they sustained from swords and hatchets, which they referred to in their ascetic jargon as consolations. This was the magic trick with which Mesmer alleviated chronic pain, by redirecting attention and creating a feeling of activity in highly mobile constitutions that they were not used to. It was similarly how the Illuminati of France and Germany managed to eliminate external sensations among their followers, effectively stripping them of their relative existence.”
In these phenomena we do not witness miracles or supernatural agency. Enthusiasts are simply maniacs. Like maniacs, their vital endowments are deranged; they lose the faculty of feeling, of reasoning, of comparing, of associating their ideas; their volition, their memory have fled, and all the functions of organic life are more or less disturbed. Rousseau never proved more clearly that his own intellectual faculties were occasionally impaired, than when he stated “that the state of reflection is unnatural, and that the man who meditates is a depraved animal.”
In these phenomena, we don't see miracles or supernatural forces at work. Enthusiasts are just obsessed individuals. Like those who are unstable, their vital capabilities are messed up; they lose their ability to feel, think, compare, and connect their ideas. Their willpower and memory are gone, and all the basic functions of life are somewhat disrupted. Rousseau showed most clearly that his own mental abilities were sometimes flawed when he said “that the state of reflection is unnatural, and that the man who thinks too much is a corrupted being.”
Insanity may be divided into four species:
Insanity can be classified into four types:
1st, Monomania, and melancholy, in which the delirium is confined to one or few objects.
1st, Monomania, and melancholy, where the delusion is focused on one or a few things.
[Pg 247]2nd, Mania, where the delirium embraces a variety of impressions, and is accompanied with violence.
[Pg 247]2nd, Mania, where the excitement captures a range of feelings and is accompanied by aggression.
3rd, Dementia, or insanity in the full acceptation of the word, where the senses are totally bewildered, and the faculty of thinking destroyed.
3rd, Dementia, or insanity in the broadest sense of the word, where the senses are completely confused, and the ability to think is gone.
4th, Imbecility or idiotcy, where, from imperfect organisation, ratiocination cannot be correct.
4th, Imbecility or idiocy, where, due to imperfect organization, reasoning cannot be accurate.
To the first of these categories enthusiasts generally belong. Delirium, or wandering, is to a certain extent applicable to all, being a want of correspondence between judgment and perception. Locke and Condillac characterize madness as a false judgment, or a disposition to associate ideas incorrectly, and to mistake them for truths. Hence it is observed by Locke that “Madmen err, as men do that argue right from wrong principles.” Dr. Beattie refers madness to false perception; and Dr. Mason Good, justly remarks, that “the perceptions in madness seem, for anything we know to the contrary, to be frequently as correct as in health, the judgment or reasoning being alone diseased or defective.”
Enthusiasts generally fall into the first category. Delirium or wandering can apply to everyone to some extent, as it reflects a disconnect between judgment and perception. Locke and Condillac define madness as a false judgment, or a tendency to link ideas incorrectly and mistake them for truths. As Locke points out, “Madmen err, just like people who argue correctly from wrong principles.” Dr. Beattie attributes madness to false perception; and Dr. Mason Good accurately notes that “the perceptions in madness seem, for all we know, to be often as accurate as in a healthy state, with the judgment or reasoning being the only aspect that is impaired or faulty.”
I hope that I may not be accused of materialism when I venture to affirm that all these enthusiasts labour under a physical disease; but whether this state was originally brought on by a morbid condition of the intellectual or the empassioned faculties of the mind, or, in other words, whether a diseased state of the mind brought on a diseased state of the body, I shall not at present venture to decide, as the disquisition would be foreign to the nature of this work, and lead us into investigations of little interest to the generality of readers.
I hope I won’t be accused of materialism when I say that all these enthusiasts are suffering from a physical illness. However, I won’t attempt to decide whether this condition was initially caused by an unhealthy state of their intellectual or emotional faculties, or in other words, whether a troubled mind led to a troubled body. This discussion doesn’t fit the purpose of this work and would take us into investigations that are of little interest to most readers.
In the German Psychological Magazine we meet with a curious case of a patient who believed that he was supernaturally endowed with the power of working miracles. The man was a gend’arme of the name of Gragert, of a harmless and quiet disposition, but rather of a superstitious turn of mind. From poverty, family misfortunes, and severe military discipline, a series of sleepless nights and a mental disquietude were brought on that, according to his own report, nothing could dissipate but a perusal of pious works. In reading the Bible he was struck with the book of Daniel, and was so much pleased with it, that it became his favourite study; from that moment the idea of miracles so strongly possessed his imagination, that he began to believe that he could perform some himself. He was persuaded more especially that if he were to plant an apple-tree with the view of[Pg 248] its becoming a cherry-tree, such was his power that it would bear cherries. He was wont to answer every question correctly, except when the subject concerned miracles, in regard to which he ever entertained his old notions; adding, however, that he would relinquish this thought if he could be convinced that the event of his trials did not correspond with his expectations.
In the German Psychological Magazine, we come across an interesting case of a patient who thought he had the supernatural ability to perform miracles. The man, a gendarme named Gragert, had a harmless and calm demeanor but was quite superstitious. Due to poverty, family troubles, and strict military discipline, he experienced a series of sleepless nights and mental unrest, which he claimed could only be eased by reading spiritual texts. While reading the Bible, he was captivated by the book of Daniel, which he enjoyed so much that it became his favorite study. From that point on, the concept of miracles consumed his thoughts, leading him to believe he could perform them himself. He was particularly convinced that if he planted an apple tree with the intention of it becoming a cherry tree, his power would make it bear cherries. He typically answered every question correctly, except when it came to topics about miracles, where he still held onto his old beliefs; he did, however, state that he would let go of this notion if he could be convinced that the outcome of his efforts didn't match his expectations.
That many enthusiasts, although incurable in their peculiar aberration, have possessed some amiable qualities, is undeniable. Such rare occurrences remind one of the curious case of madness recorded by Tidemann of a lunatic of the name of Moses, who was insane on one side, and who observed his insanity with the other; his better half constantly rebuking his worse half for its absurdities. This case was certainly typical of the married state.
That many enthusiasts, despite being hopeless in their unique quirks, have had some likable traits is undeniable. Such rare instances bring to mind the strange case of madness noted by Tidemann about a man named Moses, who was crazy on one side and aware of his madness on the other; his rational side always criticizing his irrational side for its ridiculousness. This case was definitely typical of married life.
In vain have physicians endeavoured to break through this morbid catenation of incongruous ideas by diversions, or what the French call distractions, which in general answered to our literal translation of the word, and distracted their patients. Dramatic performances were once allowed in a mad-house near Paris; but the violence of the maniacs, the moroseness of the melancholy, and the stupidity of the idiots, rendered the exertions of the actors perilous to some, and idle to all. Mr. D’Esquirol once took one of his patients to a play, and the man swore that every performer who came on was making love to his wife; and a young lady, placed in a similar situation, exclaimed that all the people were going to fight about her. Jealousy and vanity were, no doubt, the ruling passions in both these cases. Travel has been recommended both by the ancients and the moderns. Seneca on this subject quotes Socrates, who replied to a melancholy wight who complained that his journeys had afforded him no amusement, “I am not surprised at it, since you were travelling in your own company.”
In vain have doctors tried to overcome this unhealthy chain of mismatched ideas through diversions, or what the French call distractions, which generally matched our literal translation of the term and distracted their patients. Dramatic performances were once permitted in a mental hospital near Paris; however, the violence of the crazy patients, the gloom of the depressed, and the dullness of the less intelligent made the actors' efforts dangerous for some and pointless for all. Mr. D’Esquirol once took one of his patients to a play, and the man insisted that every performer was trying to seduce his wife; while a young woman in a similar situation shouted that everyone was about to fight over her. Jealousy and vanity were clearly the driving emotions in both cases. Travel has been recommended by both ancient and modern thinkers. Seneca, on this topic, quotes Socrates, who replied to a man in despair who complained that his travels had given him no joy, “I am not surprised at it, since you were travelling in your own company.”
The contagion of enthusiasm is a marvellous fact. Pausanias relates that the malady of the daughters of Prœtus, who ran about the country fancying that they were transformed into cows, was common amongst the women of Argos. Plutarch states that a disease reigned in Miletium, in which most of the young girls hung themselves; recent observations have confirmed this singular circumstance. Dr. Deslages, of St. Maurice, relates that a woman having hanged herself in a neighbouring village, most of her companions felt an invincible desire to follow her example. Primrose and Bonet tell us[Pg 249] that at one period it was found difficult to prevent the young girls in Lyons from casting themselves into the river. Simon Goulard has recorded the prevalent madness amongst the nuns of the States of Saxony and Brandenburg, and which soon extended its influence to Holland, during which these religious ladies “predicted, capered, climbed up walls, spoke various languages, bleated like sheep, and amused themselves by biting each other.” History has recorded the horrible judicial murder of Urbain Grandier, at Laudun, who was sacrificed for bedevilling a nunnery. The recent gift of tongues amongst the Irvingites is still in full vigour, and the Southcotians are still on the look-out in London, as the Sebastianists are in Lisbon.
The spread of enthusiasm is an amazing phenomenon. Pausanias tells us that the daughters of Prœtus, who ran around thinking they had turned into cows, had a common condition among the women of Argos. Plutarch mentions a sickness in Miletium where many young girls took their own lives; recent observations have confirmed this unusual occurrence. Dr. Deslages from St. Maurice reports that after a woman hanged herself in a nearby village, many of her friends felt an overwhelming urge to do the same. Primrose and Bonet inform us[Pg 249] that at one time it was hard to stop young girls in Lyons from jumping into the river. Simon Goulard documented a widespread madness among nuns in Saxony and Brandenburg, which soon spread to Holland, during which these religious women “predicted, danced, climbed walls, spoke different languages, bleated like sheep, and entertained themselves by biting each other.” History records the terrible judicial killing of Urbain Grandier in Laudun, who was sacrificed for allegedly bewitching a convent. The recent phenomenon of speaking in tongues among the Irvingites is still going strong, and the Southcotians are actively watching for signs in London, just as the Sebastianists are in Lisbon.
Addison has remarked that an enthusiast in religion is like an obstinate clown, and a superstitious man like an insipid courtier. On this subject he quotes the following old heathen saying recorded by Aulus Gellius—Religentem esse oportet, religiosum nefas; for, as the author tells us, Nigidius observed upon this passage, that the Latin words which terminate in osus generally imply vicious characters, or the having any quality to excess. That we should enthusiastically admire all that is holy, sublime, or endowed with uncommon superiority in religion, in poetry, in the fine arts, is not only justifiable but praiseworthy. Genius cannot exist without a certain degree of fervour; its inspiration is a gift divine, naturally associated with a religious feeling. The man thus inspired must bend in humble admiration before the wondrous harmony that surrounds him. The poet, the painter, the musician, can only seek excellence by studying primitive perfection. Nothing that is not natural can be truly sublime or beautiful. A rigid observation of nature can alone lead to superiority, and we can only be taught to create by, endeavouring to imitate the beauties of the creation. How distant are these generous feelings from the low grovelling prejudices of bigotry! We admire perfection even in our enemies; and Erasmus was not a truant to his faith when, transported with Socrates’s dying speech, he exclaimed, “O Socrates! I can scarce forbear kneeling down to thee, and praying,
Addison pointed out that a person who is overly enthusiastic about religion is like a stubborn fool, while a superstitious individual resembles a dull courtier. On this topic, he cites an old saying from Aulus Gellius—Religentem esse oportet, religiosum nefas; because, as the author explains, Nigidius noted that Latin words ending in osus usually suggest negative traits or indicate an excess of some quality. It’s not just acceptable but commendable to passionately admire everything that is holy, uplifting, or possesses extraordinary greatness in religion, poetry, and the arts. True genius cannot exist without some level of passion; its inspiration is a divine gift that is inherently linked to a sense of spirituality. The person who feels this inspiration must humbly bow in awe before the amazing beauty that surrounds them. The poet, the painter, and the musician can only strive for excellence by studying the purest form of beauty. Nothing that is artificial can ever be genuinely sublime or beautiful. A strict adherence to nature is the only way to achieve greatness, and we can only learn to create by trying to replicate the wonders of the natural world. These noble feelings are a far cry from the petty biases of bigotry! We appreciate perfection even in those we consider our foes; and Erasmus was true to his beliefs when, moved by Socrates’s dying words, he exclaimed, “O Socrates! I can scarce forbear kneeling down to thee, and praying,”
Sancte Socrates, ora pro nobis.”
Saint Socrates, pray for us.
While considering this interesting subject, a curious question arises: is enthusiasm more frequently excited by truth than by error? I sadly fear that the latter influence will in general be found to predominate, although falsehood then assumes the deceptive garb of veracity. The noble writer whom I have[Pg 250] already cited,[19] has justly said, “that truth is the most powerful thing in the world, since even fiction itself must be governed by it, and can only please by its resemblance.”
While thinking about this intriguing topic, a curious question comes to mind: does enthusiasm get stirred up more by truth than by falsehood? I’m afraid that the latter often takes precedence, even when lies can wear the misleading disguise of truth. The esteemed writer I've mentioned[Pg 250] before has rightly said, “that truth is the most powerful force in the world, since even fiction itself must be bound by it and can only delight by its similarity.”
To what then are we to attribute this power that fallacy possesses of inspiring the mind with visionary hopes and fears? Simply because we cease to reason upon matter of fact, and soar in fanciful regions in search of a flittering phantom, a creature of our own imaginative faculties. What falls every day under our personal observation ceases to amaze, and one might even become familiarized to miracles were they of frequent occurrence. Man is naturally disposed to admire what he cannot understand, and to venerate what is incomprehensible. The nature of the divinity being essentially incomprehensible, a religious character is attached to all other subjects that are equally beyond the limits of our understanding. Sir Thomas Brown has said, “Methinks there be not impossibilities enough in religion for an active faith. I love to lose myself in a mystery, to pursue my reason to an O altitudo! I can answer all the objections of Satan and my rebellious reason, with that odd resolution I learned from Tertullian, Certum est quia impossibile est.” From our earliest infancy we are delighted with fictions, which we verily fancy to be relations of true facts, and whether we believe with the ancients in the metamorphoses of heathen mythology, the absurd papal stories of the miracles of their saints, or the wondrous incidents of a fairy tale, we listen to these rhapsodies with avidity; whether Jupiter is turned into a shower of gold, St. Denis and St. Livarius travel with their heads under their arm, or Tom Thumb pulls on his seven-league boots. These absurdities are our day thoughts, our night dreams—nay, busy fancy does so dwell on these enchanting phantasies, that, in some cases, the intellectual faculties become deranged, and I have at present under my care, a female who lost her reason by constantly reading the Arabian Nights, and who in her hallucinations, describes as many marvellous voyages as could have done the sailor Sinbad.
To what should we attribute the power of fallacy to inspire our minds with both hopeful and fearful visions? Simply because we stop thinking about facts and instead drift into fanciful realms searching for a fleeting illusion, a creation of our imaginations. What we observe daily ceases to amaze us, and we could even get used to miracles if they happened often. People naturally tend to admire what they can’t understand and to respect what is beyond comprehension. Since the nature of divinity is fundamentally incomprehensible, a religious aspect is attached to everything else that is equally beyond our understanding. Sir Thomas Brown once said, “It seems to me there aren't enough impossibilities in religion for a working faith. I love to lose myself in a mystery, to follow my reason to an O altitudo! I can respond to all of Satan's objections and my rebellious reasoning with that strange conclusion I learned from Tertullian, Certum est quia impossibile est.” From an early age, we are captivated by stories, which we genuinely believe to be true accounts. Whether we follow ancient beliefs in the transformations of pagan mythology, the ridiculous papal tales of miracles performed by saints, or the fantastic events of fairy tales, we eagerly listen to these tales; whether it's Jupiter turning into a shower of gold, St. Denis and St. Livarius walking with their heads tucked under their arms, or Tom Thumb donning his seven-league boots. These absurdities fill our daytime thoughts and nighttime dreams—indeed, our busy imaginations dwell so much on these enchanting fantasies that, in some cases, our minds become unhinged. I currently have a patient, a woman who lost her sanity from constantly reading the Arabian Nights, and in her hallucinations, she describes as many incredible journeys as sailor Sinbad himself.
The foundation of incredulity no doubt is ignorance, but too often we find men of refined education and feeling the most easily imposed upon by incredible assertions; we seldom experience as much enthusiasm in the possession of any object as in the pursuit, more especially if that pursuit be vain. The merchant who has realized a splendid fortune in his commercial ventures, is satiated with his business, and [Pg 251]becomes careless in the pursuit of greater riches, but let him for one moment contemplate the possibility of discovering the philosopher’s stone, he will lose, and cheerfully too, all his past earnings in the chimerical pursuit, and the man who would doze over his ledger, will spend his sleepless nights contemplating his crucibles, and studying the black art.
The root of disbelief is definitely ignorance, but we often see that even well-educated and sensitive people can be easily tricked by unbelievable claims. We usually feel more excitement in chasing something than in actually having it, especially if that chase is pointless. A merchant who has made a fantastic fortune from his business might grow tired of it and [Pg 251] become indifferent to making more money, but if he entertains the idea of finding the philosopher’s stone, he will willingly spend and even lose all his previous earnings in that unrealistic pursuit. The person who would normally doze off over his accounting books will instead spend sleepless nights thinking about his experiments and studying the dark arts.
What is there of an exciting nature in the common events of life and the usual course and uniformity of nature? Very little. However wondrous the works of the creation may be, habit has so accustomed us to behold them, that they are familiar to our eyes; they become matter of fact, and science has taught us to comprehend the nature of many phenomena, which might otherwise have appeared incredible: but when we seek for an unattainable object, however fallacious its attraction may be, the mind is roused to energetic action: if we strive to excel all others in the fine arts, in poetical productions, we become fired with an exalted zeal, which age and experience alone can temper. In our vain pursuit of ideal perfection, the mind may be compared to a focus in which our burning thoughts are concentrated, until we are consumed by disappointment: the love of Pygmalion was probably the most ardent passion that could fire the breast of man. Enthusiasm laughs to scorn the suggestion of the senses and common understanding, therefore all its priests and votaries are surrounded with a deceptive halo; and Plotinus maintained that a proper worship of the gods consisted in a mysterious self annihilation and a total extinction of every faculty. The same may be said of love, which, like all other enthusiastic passions, may be considered a temporary hallucination.
What excitement is there in the everyday events of life and the usual patterns of nature? Not much. No matter how amazing the creations of the world may be, we get so used to seeing them that they become ordinary to us; they turn into facts, and science has helped us understand many phenomena that might otherwise seem unbelievable. But when we chase after something unattainable, no matter how misleading its allure may be, our minds spring into action. If we aim to surpass everyone else in the arts or poetry, we ignite a passionate drive that only age and experience can temper. In our futile quest for perfect ideals, our minds become like a focus where our intense thoughts converge until we are burned out by disappointment. The passion of Pygmalion was probably one of the strongest desires that could ignite a human heart. Enthusiasm ignores the limitations of our senses and common logic, which is why its followers are surrounded by an illusory glow; Plotinus argued that true worship of the gods involved a mysterious self-erasure and complete extinguishing of all faculties. The same can be said of love, which, like other intense passions, can be seen as a temporary delusion.
Moreover the language of fiction is not required to maintain the self-evident testimonies of facts.
Moreover, the language of fiction doesn't need to stick to the obvious truths of facts.
As true as truth’s simplicity,
And simpler than the infancy of truth.
As straightforward as the simplicity of truth,
And simpler than the beginnings of truth.
Whereas false doctrines and fallacious opinions need all the aid of imagination’s vivid colours to disguise their real form with a goodly outside. We may in general conclude that enthusiasts are at first deceived themselves to become in turn deceivers. Seldom does man display sufficient humility to admit that he has erred in his favourite doctrines, and how much less will he be disposed to confess his deviation from rectitude, when imposture becomes the source of wealth[Pg 252] and power, and hypocrisy a trade: to the ghostly speculator we may well apply the lines of Massinger:
Whereas false beliefs and misleading opinions require the imagination's bright colors to hide their true nature beneath an attractive exterior. We can generally conclude that enthusiasts are often self-deceived, eventually becoming deceivers themselves. Rarely does a person show enough humility to admit they have been wrong about their cherished beliefs, and even less likely will they confess their straying from what is right when deception becomes a means to wealth[Pg 252] and power, and hypocrisy becomes a profession: we might well apply to the deceitful thinker the lines of Massinger:
Oh, now your hearts make ladders of your eyes,
In show to climb to heaven, where your devotion
Walks upon crutches.
Oh, now your hearts are building ladders with your eyes,
To reach heaven, where your devotion
Moves around on crutches.
It is, however, fortunate that errors generally assist the development of truth. The progress of the Christian faith was materially forwarded by the absurdities and fallacies of all other religions; and Helvetius has truly observed that if we could for a moment doubt the truth of Christianity, its divine origin would be proved by its having survived the horrors of popery. False theories led Columbus to correct geographic conclusions, and Galileo’s discoveries overthrew his own former theories.
It’s actually a good thing that mistakes often help in discovering the truth. The growth of the Christian faith was greatly supported by the ridiculousness and errors of all other religions; and Helvetius rightly noted that if we could briefly question the truth of Christianity, its divine origins would be shown by its survival through the horrors of Catholicism. Wrong theories pushed Columbus to arrive at accurate geographic insights, and Galileo’s findings challenged his earlier beliefs.
MEDICINAL EFFECTS OF WATER.
Amongst the various means resorted to by quackery to speculate upon the credulity of mankind, simple river or spring water, coloured and flavoured with inert substances, has not been the least productive; and many a time the Thames and Seine have been fertile sources of supposed invaluable medicines. Sangrado’s doctrines on aqueous potations have long prevailed in the profession; and it has been stoutly maintained that a water diet can cure the gout and various other diseases. That relief, if not cures, have been obtained by this practice, there cannot be the least doubt. Are we to attribute these favourable results to the effects of the imagination, the beneficial efforts of nature, or the salutary abstinence which this prescription imposed? Possibly they all combined to assist the physician’s efforts, or rather aid his effete treatment. Cold water and warm water have in turn been praised to the very skies by their eulogists, and become the subject of ridicule and persecution on the part of more spirited practitioners.
Among the various ways that quackery has tried to take advantage of people's gullibility, plain river or spring water, colored and flavored with inactive substances, has been quite effective; many times, the Thames and Seine have been rich sources of supposedly invaluable medicines. Sangrado’s ideas about drinking water have long been popular in the medical field; it's been strongly argued that a water diet can cure gout and other diseases. There's no doubt that some relief, if not actual cures, have come from this practice. Should we attribute these positive outcomes to the power of imagination, the healing efforts of nature, or the healthy abstinence that this treatment encourages? Maybe all these factors worked together to support the physician’s attempts or, rather, to enhance his outdated methods. Cold water and warm water have both been praised to the highest degree by their supporters, yet they have also faced ridicule and backlash from more aggressive practitioners.
In surgery, water has ever been considered of great utility; it, no doubt, was instinctively used by man to cleanse and heal his wounds. Patroclus, having extracted the dart from his friend Eurypylus, washes the wound; and the prophet Elisha prescribes to Naaman the waters of Jordan. Rivers had[Pg 253] various qualities, and were supposed to prove as different in their action on the economy as the mineral springs which from time immemorial, have been resorted to. These effects may in fact not be altogether doubtful; for, although these salutary streams may not possess sufficient active ingredients to be recognised by chemical tests, yet we know that substances which appear perfectly inert may prove highly active and effectual when combined and diluted naturally or artificially. Moreover, in the effects of watering-places on the invalid or valetudinarian, we must not forget the powerful influence of change of air and habit, the invigorating stimulus of hope, and the diversion from former occupations. To these auxiliaries many a remedy has owed its high reputation; and probably when Wesley attributed his recovery to brimstone and supplication, he in a great measure might have considered rest from incessant labour the chief agent in his relief. The exhilarating effects of the picturesque site of many of these salutary places of resort is universally acknowledged. Montaigne, Voltaire, Alfieri, acknowledged their influence on the imagination. Petrarch’s inspirations flowed with the waters of Vaucluse, some of Sevigné’s most delightful letters were written at Vichy, and Genlis and Staël were particularly happy in their epistolary elegance at Spa and Baden.
In surgery, water has always been seen as extremely useful; it's likely that humans instinctively used it to clean and heal their wounds. Patroclus, after removing the dart from his friend Eurypylus, cleans the wound with water, and the prophet Elisha tells Naaman to wash in the waters of Jordan. Different rivers had various qualities and were thought to act differently on the body, much like mineral springs that have been used for ages. While the beneficial effects of these waters might not always be clear, we know that substances that seem completely inactive can be very effective when mixed and diluted naturally or artificially. Additionally, when it comes to the effects of spa towns on those who are unwell or weary, we shouldn't overlook the strong impact of a change in environment and routine, the uplifting motivation of hope, and the distraction from previous activities. Many remedies owe their good name to these supportive factors; and when Wesley credited his recovery to brimstone and prayer, he likely also saw rest from constant work as a key factor in his healing. The refreshing effects of the beautiful locations of these health resorts are widely recognized. Montaigne, Voltaire, and Alfieri all acknowledged their impact on creativity. Petrarch found inspiration in the waters of Vaucluse, some of Sevigné’s most delightful letters were penned in Vichy, and Genlis and Staël particularly thrived in their elegant writing while in Spa and Baden.
We owe to accident many valuable discoveries in medicine. It is said that several Indians, having used the waters of a lake in which a cinchona tree was growing, experienced the benefit which led to the use of the Peruvian bark; and the thermal properties of the baths of Carlsbad were first made known by the howling of one of Charles the Fourth’s hounds, that had fallen in them in a hunt. It has been also observed, in various countries, that particular waters produced various morbid affections; and to this cause have been attributed goitres, cretinism, calculi, and other distressing diseases. The ancients dreaded the impurity of their rivers. The Romans boiled their water in extensive thermopolia, where not only potations were drunk hot, but occasionally refrigerated with ice and snow, and, when thus prepared, called decocta. Juvenal and Martial refer this custom to the Greeks. Herodotus informs us that the Persian monarchs were accompanied on their expeditions by chariots laden with silver vases filled with the water of the Choaspes that had been boiled, and which was solely destined for the king’s use:[Pg 254] Athenæus tells us that it was light and sweet. Many ancient coins and inscriptions have recorded these salutary properties of certain waters.
We owe many valuable medical discoveries to chance. It's said that several indigenous people, after using the waters of a lake where a cinchona tree was growing, experienced benefits that led to the use of Peruvian bark. The healing properties of the baths in Carlsbad were first revealed when one of Charles the Fourth’s hounds howled after falling into them during a hunt. In various countries, it's also been noticed that certain waters caused different health issues, leading to conditions like goiters, cretinism, stones, and other painful diseases. The ancients were wary of the impurities in their rivers. The Romans boiled their water in large thermopolia, where not only drinks were served hot but sometimes chilled with ice and snow, and when prepared this way, they were called decocta. Juvenal and Martial attribute this practice to the Greeks. Herodotus tells us that Persian kings were accompanied on their campaigns by chariots carrying silver vases filled with boiled water from the Choaspes, intended solely for the king's use:[Pg 254] Athenæus mentions that it was light and sweet. Many ancient coins and inscriptions have recorded the health benefits of certain waters.
This real or supposed efficacy was scarcely discovered before it became the domain of priests: and common rain or river water became valuable and sanctified when blessed by them: hence the introduction of lustral water. The fluid extracted from the gown of Mahomet is the sacred property of the sultan. The moment the fast of the Ramazan is proclaimed, this holy vestment is drawn from a gold chest, and, after having been kissed with due devotion, plunged in a vase of happy water, which, when wrung from the garment, is carefully preserved in precious bottles, that are sent by the monarch as valuable presents, or sold at exorbitant prices as cures for any and every disease. Thus were the good effects of ablution, especially in wounds, attributed to some secret charm or quality conferred upon it by clerical benediction or the legitimacy of princes. When a quack of the name of Doublet cured the wounded at the siege of Metz in 1553, the water he used was considered to have been of a mystic nature; and Brantome describes his treatment in the following words: “Durant le susdit et tant mémorable siège, était en la place un chirurgien nommé Doublet, lequel faisait d’estranges cures avec du simple linge blanc, et belle eau claire venant de la fontaine ou du puit; mais il s’aidait de sortilèges et paroles charmées, et chacun allait à luy.” This Doublet, no doubt, was acquainted with an ingenious treatise on gun-shot wounds, written by Blondi in 1542, in which he strongly recommended the use of cold water; but, as his recommendation was not founded on any miraculous quality, he was forgotten, while Doublet was considered a supernatural being. Previous to this simple and sagacious method of healing wounds, various curious applications were in high repute; more especially the oil of kittens, which the celebrated Paré discovered to his great delight, was prepared by boiling live cats, coat and all, in olive oil, and was until then a valuable secret preparation, called oleum catellorum, and its use, with that of other nostrums, was known under the name of secret dressing.[20]
This so-called effectiveness was barely recognized before it became the territory of priests: ordinary rain or river water became valuable and sacred once blessed by them, leading to the creation of lustral water. The liquid extracted from Muhammad’s gown is considered the sacred property of the sultan. As soon as the Ramadan fast begins, this holy garment is taken from a gold chest, kissed with the proper reverence, and dipped in a vase of pure water, which, when squeezed from the fabric, is carefully stored in precious bottles. These are sent by the monarch as valuable gifts or sold at high prices as cures for various ailments. Thus, the benefits of washing, especially for wounds, were attributed to some hidden charm or quality given to it by clerical blessings or royal legitimacy. When a quack named Doublet treated the wounded during the siege of Metz in 1553, the water he used was thought to be mystical; Brantome describes his methods: “During the aforementioned and memorable siege, there was a surgeon named Doublet in the place, who performed strange cures with simple white cloths and beautiful clear water coming from the fountain or the well; but he made use of spells and charming words, and everyone went to him.” This Doublet was likely familiar with an ingenious treatise on gunshot wounds written by Blondi in 1542, which strongly recommended the use of cold water; however, since his suggestion wasn’t based on any miraculous quality, he was forgotten, while Doublet was regarded as a supernatural figure. Before this straightforward and clever method of treating wounds, various unusual remedies were well-known, especially the oil of kittens, which the famous Paré discovered with great joy. It was made by boiling live cats, fur and all, in olive oil, and until then, it was a valuable secret remedy, called oleum catellorum, and its use, along with other concoctions, was known as secret dressing.[20]
[Pg 255]This simple mode of dressing wounds, especially those that were inflicted by fire-arms, was a great desideratum; for, up to this era in surgery, these injuries were healed by the application of scalding oil or red-hot instruments, under the impression that they were of a poisonous nature. Paré was one of the first army-surgeons who exploded this barbarous practice. Having, according to his own account, expended all his boiling oil, he employed a mixture of yolk of egg, oil, and turpentine, not without the apprehension of finding his patients labouring under all the effects of poison the following day; when, to his great surprise, he found them much more relieved than those to whom the actual cautery had been applied. In more recent times, armies have been unjustly accused of making use of poisonous balls; and this absurd charge was brought against the French after the battle of Fontenoy, when the hospital fever broke out among the wounded crowded in the neighbouring villages. Chewing bullets was also considered a means of imparting to them a venomous quality. Lead and iron, the metals of which these projectiles were usually cast, were also deemed of a poisonous nature. A sort of aristocratic feeling seemed to obtain in those days; and it is related that two Spanish gentlemen had procured gold balls to fire at Francis I. at the battle of Pavia, that so noble and generous a prince should not fall by the vile metal reserved for vulgar people; and, in the adverse ranks, La Chatarguene, a noble of the French court, had prepared bullets of the same costly material for the reception of Charles V. It was under the impression of this poisonous nature of wounds, that individuals of both sexes, called suckers, followed armies, and endeavoured to extract the venom by suction; the records of chivalry give us instances of lovely damsels who condescended to perform this operation with their lovely mouths upon their damoiseaux; and Sibille submitted the wounds of her husband, Duke Robert, to a similar treatment: indeed, these suckers were chiefly females. May not this practice be the origin of the term leech, applied in ancient times to medical men? Leechcraft was the art of healing. Thus Spenser:
[Pg 255]This straightforward way of treating wounds, especially those caused by firearms, was a major breakthrough; because, until this point in surgical history, these injuries were treated with boiling oil or red-hot tools, based on the belief that they were poisonous. Paré was one of the first army surgeons to challenge this brutal practice. After reportedly running out of boiling oil, he used a mix of egg yolk, oil, and turpentine, worried that his patients would suffer from poison the next day; to his surprise, he found they were much better off than those who underwent cauterization. In more recent times, armies have been wrongly accused of using poison bullets; this unfounded claim was leveled against the French after the battle of Fontenoy, when a hospital fever spread among the wounded in nearby villages. The idea of chewing bullets was also thought to make them venomous. Lead and iron, the metals commonly used for these projectiles, were considered toxic as well. There seemed to be a sense of aristocracy at that time, and it is said that two Spanish gentlemen had gold bullets made to shoot at Francis I at the battle of Pavia, believing that a noble and generous prince should not fall to the base metal reserved for common people; similarly, La Chatarguene, a noble from the French court, prepared expensive bullets for Charles V. Under the belief that wounds were poisonous, both men and women known as suckers would follow armies, trying to suck out the poison. Accounts of chivalry tell us of beautiful maidens who took it upon themselves to perform this task on their damoiseaux; Sibille treated her husband, Duke Robert’s, wounds in the same way: in fact, these suckers were mostly women. Could this practice be the origin of the term leech, used in ancient times for medical practitioners? Leechcraft was the art of healing. Thus Spenser:
[Pg 256]
And then the learned leech
His cunning hand ’gan to his wounds to lay,
And all things else the which his art did teach.
[Pg 256]
And then the talented doctor
His clever hands began to treat his wounds,
And everything else that his expertise allowed.
To this day, the custom of sucking wounds prevails among soldiers; and there is every reason to hope, from the experiments of the late Sir David Barry, that the exhaustion produced by cupping-glasses will be found of essential service in all venomous wounds. This practice of suction, no doubt, was known in Greece; Machaon performed it at the siege of Troy. The mothers and wives of the ancient Germans had recourse to the same process. In India the suction of wounds constitutes a profession. It was by this means that the Psylli cured the bite of serpents; and it is related of Cato, that his abhorrence of the Greek surgeons was such, that he directed Psylli to follow the Roman armies.
To this day, soldiers still use the practice of sucking wounds, and we have good reason to believe, based on the experiments of the late Sir David Barry, that the exhaustion created by cupping glasses will be very helpful for treating venomous wounds. This method of suction was certainly known in ancient Greece; Machaon used it during the siege of Troy. The mothers and wives of the ancient Germans also turned to this method. In India, wound suction is a recognized profession. It’s said that the Psylli were able to cure snake bites this way; and it’s noted that Cato had such a strong dislike for Greek surgeons that he ordered the Psylli to accompany the Roman armies.
Water affords a beautiful illustration of that indestructibility with which the Creator invested matter for the preservation of the world he formed from elementary masses, and appears to have existed unchangeable from the commencement of the universe. Its constituent parts are not broken into by any atmospheric revolution; they continue the same, whether in the solid ice, the fluid state of a liquid, or the gaseous form of a vapour. Its powers are undiminished, whether in the wave or the steam; the most effective agent in the hands of man to promote that welfare and happiness which his own errors deprive him of, frequently bringing on those calamities that his perversity attributes to the will of the Omnipotent. Water is the same in the atmosphere as on the earth, and falls in the very same nature as it ascends; electricity has no other influence upon it than that of hastening its precipitation. Chemical agents, however powerful, can only decompose its elementary principles upon the most limited scale. The heterogeneous substances with which water may occasionally be alloyed must be considered as purely accidental.
Water provides a striking example of the durability that the Creator infused into matter to maintain the world he made from basic elements, and it seems to have existed unchanged since the beginning of the universe. Its components remain intact through any atmospheric changes; they stay the same whether in solid ice, liquid form, or as vapor. Its properties are unchanged, whether in waves or steam; it is the most powerful tool in humanity's hands to foster the welfare and happiness that our own mistakes often deny us, frequently causing disasters that we incorrectly blame on the will of the Almighty. Water is the same in the atmosphere as it is on the ground, falling in the same way it rises; electricity only speeds up its precipitation. Powerful chemical agents can only break down its fundamental components on a very small scale. The different substances that may mix with water are purely incidental.
The homogeneous characters of this fluid admit of no alteration, and, like atmospheric air, are still obtained as pure most probably as when they first emerged from chaotic matter. The same principles are found in the clouds, the fogs, the dews, the rain, the hail, and the snow. For the preservation of the world it was indispensable that water should be endowed with the property of ever retaining its fluid form,[Pg 257] and in this respect become subject to a law different from that of other bodies, which change from fluid to solid. This is a deviation from a general decree of Nature. Were it not for this wise provision of the Creator, the world would shortly have been converted into a frozen chaos. All bodies contract their dimensions, and acquire a greater specific gravity by cooling; but water is excepted from this law, and becomes of less specific gravity, whether it be heated, or cooled below 42° 5′. Were it not for this exemption, it would have become specifically heavier by the loss of its caloric, and the waters that float on the surface of rivers would have sunk as it froze, until the beds of rivers would have been filled up with immense masses of ice. From the observations of Perron, there is reason to believe that the mountainous accumulations of ice that have hitherto arrested the progress of polar navigators have been detached from the depths of the ocean to float upon its surface. This circumstance would account for the difference of temperature of the sea according to its depth. The experiments of Perron, made with an instrument of his own invention, which he called the thermobarometer, gave the following results:
The uniform characteristics of this fluid can't be changed, and, like the air we breathe, it’s still as pure as when it first came from chaotic matter. The same principles apply to clouds, fogs, dews, rain, hail, and snow. For the preservation of the world, it was essential that water be able to always maintain its liquid state,[Pg 257] and in this way, it follows a different rule than other substances, which switch from liquid to solid. This is a deviation from a general law of Nature. If it weren’t for this clever design by the Creator, the world would quickly turn into a frozen wasteland. All substances shrink in size and gain greater density when cooled; however, water is an exception to this rule, becoming less dense whether it’s heated or cooled below 42° 5′. If it weren’t for this exception, it would have become denser as it lost heat, causing the water on the surface of rivers to sink as it froze, filling riverbeds with massive ice blocks. Based on Perron's observations, it’s believed that the large ice formations that have hindered polar navigators were broken off from the ocean’s depths to float on the surface. This explains the temperature differences in the sea based on its depth. Perron's experiments, conducted with a device he invented called the thermobarometer, produced the following results:
1st, The temperature of the sea upon its surface, and at a distance from shore, is at the meridian, lower than that of the atmosphere in the shade; much more elevated at midnight, but in a state of equilibrium morning and evening.
1st, The sea temperature at the surface, away from the shore, is lower than the air temperature in the shade at noon; it is much higher at midnight, but in balance during the morning and evening.
2nd, The temperature rises as we approach continents or extensive islands.
2nd, The temperature increases as we get closer to continents or large islands.
3rd, At a distance from land, the temperature of the deep parts of the sea is lower than that of the surface, and the cold increases with the depth. It is this circumstance which led this ingenious philosopher to conclude that even under the equator the bottom of the sea is eternally frozen.
3rd, Far from land, the temperature in the deep parts of the sea is colder than at the surface, and the cold increases with depth. This situation led this clever philosopher to conclude that even at the equator, the ocean floor is permanently frozen.
Humboldt is of a contrary opinion, and maintains that the temperature is from two to three degrees lower in shallow water; and he therefore is of opinion that the thermometer might prove of material use to navigators. He attributes this diminution of temperature to the admixture of the lower bodies of water with that of the surface. Who is to decide between these two ingenious experimentalists? “Experientia fallax, judicium difficile.” The curious reader may consult in this investigation the tables of Forster in Cook’s second voyage, those of Lord Mulgrave when Captain Phipps, and various other navigators.
Humboldt has a different view and argues that the temperature is two to three degrees lower in shallow water; therefore, he believes that thermometers could be very useful for navigators. He explains that this drop in temperature is due to the mixing of the lower layers of water with the surface water. Who is to choose between these two clever researchers? “Experience is misleading, and judgment is difficult.” The interested reader may refer to Forster's tables in Cook's second voyage, those from Lord Mulgrave during Captain Phipps' expedition, and various other navigators for more information.
The salutary medicinal effects of sea-bathing are generally[Pg 258] acknowledged, although too frequently recommended in cases which do not warrant the practice; in such circumstances they often prove highly prejudicial. The ancients held sea-water baths in such estimation, that Lampridius and Suetonius inform us that Nero had it conveyed to his palace. As sea-bathing is not always within the reach of those who may require it, artificial sea-water has been considered a desirable substitute; and the following mode of preparing it, not being generally known, may prove of some utility. To fifty pounds of water add ten ounces of muriate of soda, ten drachms of muriate of magnesia, two ounces of muriate of lime, six drachms of sulphate of soda, and the same quantity of sulphate of magnesia. This is Swediaur’s receipt. Bouillon Lagrange, and Vogel, recommend the suppression of the muriate of lime and sulphate of soda, to be replaced with carbonate of lime and magnesia; but this alteration does not appear necessary, or founded on sufficient chemical grounds for adoption.
The health benefits of sea-bathing are generally[Pg 258] recognized, although it's often suggested in situations where it's not appropriate; in those cases, it can actually be quite harmful. The ancient Romans valued sea-water baths so highly that, according to Lampridius and Suetonius, Nero even had it brought to his palace. Since not everyone who needs it can access sea-bathing, artificial sea-water has been seen as a good alternative; and the following method for making it, which isn’t widely known, might be helpful. To fifty pounds of water, add ten ounces of sodium chloride, ten drachms of magnesium chloride, two ounces of calcium chloride, six drachms of sodium sulfate, and the same amount of magnesium sulfate. This is Swediaur’s recipe. Bouillon Lagrange and Vogel suggest replacing the calcium chloride and sodium sulfate with calcium carbonate and magnesium carbonate, but this change doesn’t seem necessary or based on solid chemical reasoning for adoption.
Sea-water taken internally has been considered beneficial in several maladies; and, although not potable in civilized countries, it is freely drunk by various savage tribes. Cook informs us that it is used with impunity in Easter Island; and Schouten observed several fishermen in the South Sea drinking it, and giving it to their children, when their stock of fresh water was expended. Amongst the various and capricious experiments of Peter the Great, an edict is recorded ordering his sailors to give salt water to their male children, with a view of accustoming them to a beverage which might preclude the necessity of laying in large stocks of fresh water on board his ships! The result was obvious: this nursery of seamen perished in the experiment. Russel, Lind, Buchan, and various other medical writers, have recommended the internal use of sea-water in scrofulous and cutaneous affections; but its use in the present day is pretty nearly exploded.
Sea water taken internally has been seen as beneficial for several ailments; and, although it's not safe to drink in developed countries, it's commonly consumed by various indigenous tribes. Cook tells us that it's used without harm on Easter Island, and Schouten observed several fishermen in the South Sea drinking it and giving it to their children when their fresh water ran out. Among the many unpredictable experiments of Peter the Great, there's a record of him ordering his sailors to give salt water to their male children to get them used to a drink that could reduce the need for large supplies of fresh water on his ships! The outcome was clear: that group of sailors didn't survive the experiment. Russel, Lind, Buchan, and various other medical writers have suggested using sea water internally for ailments like scrofula and skin conditions; however, its use today is almost completely rejected.
PROVERBS AND SAYINGS REGARDING HEALTH AND DISEASE.
An ague in the spring is physic for a king.
An illness in spring is a remedy for a king.
Agues come on horseback, but go away on foot.
Agues arrive on horseback, but leave on foot.
A bit in the morning is better than nothing all day.
A little in the morning is better than nothing throughout the day.
You eat and eat, but you do not drink to fill you.
You keep eating, but you don't drink to quench your thirst.
An apple, an egg, and a nut, you may eat after a slut.
An apple, an egg, and a nut, you can eat after a promiscuous woman.
Poma, ova, atque nuces, si det tibi sordida, gustes.
Pomegranates, eggs, and nuts, if it gives you a dirty look, taste it.
Old young and old long.
Old, young, and old for a long time.
They who would be young when they are old, must be old when they are young.
Those who want to be young when they're old must be old when they're young.
When the fern is as high as a spoon,
You may sleep an hour at noon.
When the fern is as high as a ladle,
You may sleep as long as you are able.
When fern begins to look red,
Then milk is good with brown bread.
When the fern is as high as a spoon,
You can take a quick nap at noon.
When the fern is as high as a ladle,
You can sleep as long as you're able.
When the fern starts to turn red,
Then milk goes well with brown bread.
At forty a man is either a fool or a physician.
At forty, a man is either a fool or a doctor.
After dinner sit a while, after supper walk a mile.
After dinner, sit for a bit; after supper, take a walk for a mile.
After dinner sleep a while, after supper go to bed.
After dinner, take a nap; after supper, head to bed.
A good surgeon must have an eagle’s eye, a lion’s heart, and a lady’s hand.
A good surgeon needs sharp vision, the courage of a lion, and the delicate touch of a woman.
Good kale is half a meal.
Good kale is half a meal.
If you would live for ever you must wash milk from your liver.
If you want to live forever, you need to cleanse your liver of milk.
Vin sur lait, c’est souhait; lait sur vin, c’est venin.
Wine on milk, that’s a wish; milk on wine, that’s poison.
Butter is gold in the morning, silver at noon, and lead at night.
Butter is gold in the morning, silver at noon, and lead at night.
He that would live for aye, must eat sage in May.
He who wants to live forever must eat sage in May.
Cur moriatur homo, cui salvia crescit in horto?
Why should a man die when sage grows in the garden?
After cheese comes nothing.
After cheese, there's nothing.
An egg and to bed.
An egg and then bed.
You must drink as much after an egg as after an ox.
You should drink just as much after an egg as you would after an ox.
He that goes to bed thirsty rises healthy.
He who goes to bed thirsty wakes up healthy.
Qui couche avec la soif, se leve avec la santé.
Who goes to bed thirsty, wakes up healthy.
One hour’s sleep before midnight is worth two hours after.
One hour of sleep before midnight is as valuable as two hours of sleep afterward.
Who goes to bed supperless, all night tumbles and tosses.
Who goes to bed without dinner, tosses and turns all night.
Often and little eating makes a man fat.
Often eating small amounts makes a man gain weight.
Fish must swim thrice.
Fish must swim three times.
Poisson, goret, et cochon vit en l’eau, mort en vin.
Poisson, pig, and hog live in water, dead in wine.
Drink wine and have the gout, drink no wine and have it too.
Drink wine and get gout, don’t drink wine and still get it.
Young men’s knocks, old men feel.
Young men’s actions impact old men.
[Pg 260]Quæ peccamus Juvenes, ea luimus Senes.
[Pg 260]The mistakes we make as young people, we pay for as seniors.
Go to bed with the lamb, and rise with the lark.
Go to bed early and wake up with the birds.
Early to bed, and early to rise,
Makes a man healthy, wealthy, and wise.
Go to bed early and wake up early,
It makes a person healthy, rich, and smart.
Wash your hands often, your feet seldom, and your head never.
Wash your hands frequently, your feet occasionally, and your head never.
Eat at pleasure, drink by measure.
Eat what you enjoy, drink in moderation.
Pain tant qu’il dure, vin à mésure.
Pain as long as it lasts, wine in moderation.
Cheese is a peevish elf,
It digests all but itself.
Cheese is a grumpy little creature,
It breaks down everything except itself.
Caseus est nequam,
Quia digerit omnia se quàm.
Cheese is awful,
Because it digests everything about itself.
The best physicians are Dr. Diet, Dr. Quiet, and Dr. Merryman.
The best doctors are Dr. Diet, Dr. Quiet, and Dr. Merryman.
Si tibi deficiant medici, medici tibi fiant
Hæc tria; mens læta, requies, moderata diæta.
If doctors are lacking for you, let doctors be for you
These three things; a cheerful mind, rest, moderate diet.
Drink in the morning staring,
Then all the day be sparing.
Drink in the morning while you look,
Then be careful all day long.
Eat a bit before you drink.
Eat something before drinking.
Feed sparingly and dupe the physician.
Feed sparingly and fool the doctor.
Better be meals many than one too many.
Better to have many meals than one too many.
You should never touch your eye but with your elbow.
You should never touch your eye except with your elbow.
Non patitur ludum fama, fides, oculus.
Reputation, trust, and perception do not allow for play.
The head and feet keep warm, the rest will take no harm.
The head and feet stay warm, and the rest will be fine.
Tenez chaud le pied et la tête, au demurant vives en bête.
Keep your feet and head warm, while remaining alert like a beast.
Qui ne boit vin après salade, est en danger d’être malade.
Whoever drinks wine after salad is at risk of getting sick.
Cover your head by day as much as you will, by night as much as you can.
Cover your head during the day as much as you want, and at night as much as you can.
Fish spoils water, but flesh mends it.
Fish spoils water, but meat restores it.
Apples, pears, and nuts spoil the voice.
Apples, pears, and nuts ruin your voice.
Quartan agues kill old men and cure young.
Quartan fevers harm old men and heal young ones.
Old fish, old oil, and an old friend.
Old fish, old oil, and an old friend.
Pesce, oglio, ed amico vecchio.
Fish, oil, and old friend.
Raw pullet, veal, and fish, make the churchyard fat.
Raw chicken, veal, and fish make the graveyard rich.
Of wine the middle, of oil the top, of honey the bottom.
Of wine the middle, of oil the top, of honey the bottom.
Vino di mezzo, oglio di sopra, e miele di sotto.
Wine in the middle, oil on top, and honey underneath.
The air of a window is the stroke of a cross-bow.
The air from a window is like the shot from a crossbow.
Aria di finestra, colpo di balestra.
Window sound, crossbow shot.
Piscia chiaro, ed incaca al medico.
Piscia chiaro, and it bothers the doctor.
When the wind is in the east, it’s neither good for man nor beast.
When the wind is coming from the east, it’s not good for anyone, human or animal.
A hot May makes a fat churchyard.
A warm May fills the graveyard with plenty.
That city is in a bad case, whose physicians have the gout.—Hebrew Proverb.
That city is in trouble when its doctors have gout.—Hebrew Proverb.
[Pg 261]If you take away the salt, throw the meat to the dogs.
[Pg 261]If you remove the salt, give the meat to the dogs.
Splen ridere facit, cogit amare jecur.[22]
Being in a bad mood makes you laugh; it makes your heart feel love.[22]
Lever à cinq, dîner à neuf.
Souper à cinq, coucher à neuf.
Font vivre dans nonante neuf.
Lever à cinq, dîner à neuf.
Souper à cinq, coucher à neuf.
Font vivre dans quatre-vingt-dix-neuf.
Surge quintâ, prande nonâ, cœna quintâ, dormi nonâ, nec est morti vita prona.
Eat at five, have breakfast at nine, dinner at five, sleep at nine, and in death there is no life.
Hunger’s the best sauce.
Hunger is the best sauce.
Optimum condimentum fames.
Best food craving.
Plures occidit gula quàm gladius.
Many are killed by hunger than by the sword.
Qui a bu, boira. Ever drunk ever dry.
Who drinks will drink again. Once a drinker, always a drinker.
Vinum potens, vinum nocens.
Powerful wine, harmful wine.
The child is too clever to live long.
The child is too smart to live for long.
Præcocibus mors ingeniis est invida semper.
Death is always envious of early talents.
Le chant du cocq, le coucher du corbeau,
Préservent l’homme du tombeau.
Le chant du coq, le coucher du corbeau,
Préservent l’homme du tombeau.
Bitter to the mouth, sweet to the heart.
Bitter to the taste, sweet to the soul.
Paulò deterior, sed suavior potus est cibus; meliori quidem, sed ingrato, præferendus est.
Paul is getting worse, but a sweeter drink is food; it is indeed better, but it is preferred by the ungrateful.
Après la soupe, un coup d’excellent vin
Tire un écu de la poche du médecin.
Après la soupe, un verre d'excellent vin
Tire une pièce de la poche du médecin.
THE NIGHT-MARE.
The Night-mare or Ephialtes, incubus, from εφαλλομαι, “to leap upon,” and incubo, “to lie upon,” may be considered a sympathetic affection of the brain during our sleep, generally arising from a derangement in the digestive functions. We therefore observe it after a heavy supper, or the use of any article of food of difficult digestion. It is to these circumstances more than to the “unusual loss of volition,” which some physiologists consider as its cause, that we are to attribute this unpleasant perturbation of our repose, which impresses the sleeper with the idea of some living being pressing upon the chest, inspiring terror, impeding respiration, and subduing all voluntary action that might endeavour to remove the unwelcome visiter. It has been observed that persons of a melancholy and contemplative disposition are more subject to it than the gay and the vivacious. Sedentary employment and anxiety of mind often bring it on; and it has been noticed in nostalgia, or regret of home, in soldiers and sailors. The sense of apprehension remains after the sufferer is awakened, and the fluttering of the heart and quick pulse are observed for some time after, while drops of cold perspiration frequently trickle down his brow. When the night-mare is the result of too much repletion, it is possible that its symptoms denote a pressure of the loaded stomach on the solar plexus.
The nightmare, or Ephialtes, incubus, from εφαλλομαι, “to leap upon,” and incubo, “to lie upon,” can be seen as a sympathetic response of the brain during sleep, usually caused by digestive issues. We often notice it after a heavy dinner or eating hard-to-digest foods. It's more likely these factors, rather than the “unusual loss of will,” which some scientists think causes it, that lead to this unsettling disturbance of our sleep. It makes the sleeper feel like a living being is pressing down on their chest, creating fear, making it hard to breathe, and hindering any attempt to shake off the unwanted visitor. People who are melancholic and contemplative seem to experience it more than those who are cheerful and lively. Sitting for long periods and mental stress can also trigger it, and it's been noticed in nostalgia or homesickness among soldiers and sailors. The feeling of dread often lingers after waking, with palpitations and a racing heartbeat persisting for a while, and beads of cold sweat frequently appear on the forehead. When the nightmare stems from overeating, its symptoms might indicate that the distended stomach is pressing on the solar plexus.
It is said that the night-mare derives its name from Mara, an evil spirit of the Scandinavians, which, according to the Runic theology, seized men in their sleep, and deprived them of the powers of volition. Our old Anglo-Saxon name for the disease was Elf-Sidenne, or elf-squatting; hence the popular term “hag-ridden.”
It’s said that the night-mare gets its name from Mara, an evil spirit in Scandinavian mythology that, according to Runic beliefs, attacked people while they slept and took away their ability to move. Our old Anglo-Saxon term for the condition was Elf-Sidenne, meaning elf-squatting; this is where the common phrase “hag-ridden” comes from.
There is a variety of the malady which makes its attack by day, and when waking: it has been called the day-mare, or ephialtes vigilantium. This affection, although uncommon, has been noticed by Forestus, Rhodius, Sauvages, and Good. Forestus has known it to return periodically like an intermittent fever.
There’s a type of the illness that strikes during the day and while you’re awake; it’s been referred to as the day-mare, or ephialtes vigilantium. This condition, though rare, has been observed by Forestus, Rhodius, Sauvages, and Good. Forestus has seen it return periodically, similar to an intermittent fever.
It is not always that the patient experiences unpleasant sensations in these nocturnal attacks, which were not unfrequently of a curious nature. The ancients thought that these[Pg 263] intruders were sometimes sportive Fauns; hence Pliny calls the affection ludibria Fauni. At a subsequent period, superstition replaced the Fauns by Incubi, or evil spirits, who visited the earth to destroy virtuous women; and it was once gravely discussed by the Sorbonne, whether the offspring of such an union should be considered human, or the fair lady’s reputation injured by the involuntary act of giving a young incubus to the world. The absurd stories of the pranks of the Succubi and Incubi are well known.
It's not always that the patient feels unpleasant sensations during these nighttime episodes, which were often quite peculiar. The ancients believed that these[Pg 263] intruders were sometimes playful Fauns; that's why Pliny referred to the condition as ludibria Fauni. Later on, superstition replaced the Fauns with Incubi, or evil spirits, who came to Earth to harm virtuous women. It was once seriously debated by the Sorbonne whether the children born from such encounters should be considered human, or if the lady’s reputation was tarnished by the accidental act of bringing a young incubus into the world. The absurd tales of the antics of Succubi and Incubi are well known.
Ephialtes has been known to be epidemic, and has attacked numbers at a time. Cælius Aurelianus informs us that Silimachus, a disciple of Hippocrates, observed the phenomenon in Rome, when the disease generally proved fatal. It is more than probable that in these cases the night-mare was merely symptomatic of other complaints. A French physician, Dr. Laurent, however, has related a very curious instance of a species of night-mare attacking an entire regiment; he thus relates the singular occurrence:
Ephialtes has been known to be widespread and has affected many people at once. Cælius Aurelianus tells us that Silimachus, a student of Hippocrates, noticed this phenomenon in Rome, where the disease often turned deadly. It's likely that in these cases, the nightmare was just a symptom of other issues. However, a French doctor, Dr. Laurent, has shared a fascinating account of a type of nightmare that struck an entire regiment; he describes this unusual event as follows:
“The first battalion of the regiment Latour d’Auvergne, of which I was the surgeon, was garrisoned at Palmi, in Calabria, when we received a sudden order at midnight to march with all possible speed to Tropea; a flotilla of the enemy having appeared off the coast. It was in the month of June; we had a march of forty miles of the country, and only arrived at our destination at seven o’clock the following evening, having scarcely halted during those thirty-one hours, and suffered considerably from the heat of the sun. On our arrival the men found their rations cooked and their quarters prepared; but, having arrived the last, our regiment had the worst accommodation, and eight hundred men were pent up in a building scarcely capacious enough for half the number. The soldiers were in consequence much crowded, and slept upon the straw without any bedding, and most uncomfortably. The building was an abandoned monastery; and the inhabitants warned us that we should not be able to occupy it quietly, as it was haunted every night. We laughed at their superstitious fears, but were much amazed when, towards midnight, we heard loud cries, and the soldiers rushed tumultuously, and in evident terror, out of their rooms. Being interrogated as to the causes of this alarm, they all affirmed that the devil was in the abbey; that they had seen him enter in the shape of a large black dog, that had jumped upon their breasts and disappeared. To convince them of the absurdity of their fears was of no avail; not a single man[Pg 264] could be persuaded to return to his quarters, and they wandered about the town until daybreak. On the following morning I questioned the most steady non-commissioned officers and the oldest soldiers; and though under ordinary circumstances they were strangers to fear, and never gave credit to any tales of supernatural agency, they assured me that the dog had weighed them down and nearly suffocated them. We remained that day in Tropea, and had no other quarters to occupy but the same monastery, and the soldiers would only take up their residence on the condition that we should remain with them: the men retired to sleep—we watched; all was quiet until about one in the morning; when they awoke in the same terror, and fled from the building in dismay. We had looked out most attentively, but could not perceive the cause of this commotion. The following day we returned to Palmi; and, although we marched over a great part of Italy, and were frequently equally crowded and uncomfortable, a similar scene never recurred.”
“The first battalion of the Latour d’Auvergne regiment, where I served as the surgeon, was stationed at Palmi in Calabria when we suddenly got an order at midnight to quickly march to Tropea; an enemy flotilla had appeared off the coast. It was June; we had a forty-mile trek ahead of us, and we didn’t reach our destination until seven the next evening, having barely stopped during those thirty-one hours and suffering greatly from the heat of the sun. When we arrived, the men found their rations cooked and their quarters ready, but being the last to arrive, our regiment had the worst accommodations, cramming eight hundred men into a building that barely fit half that number. The soldiers were therefore crowded and slept on straw without bedding, in very uncomfortable conditions. The building was an abandoned monastery, and the locals warned us that we wouldn’t be able to stay there quietly since it was haunted every night. We laughed at their superstitious fears, but were quite shocked when, around midnight, we heard loud screams, and the soldiers rushed out of their rooms in obvious terror. When I asked them what caused the panic, they all claimed that the devil was in the abbey; they said they had seen him enter in the form of a large black dog that jumped on their chests and then disappeared. Trying to convince them that their fears were ridiculous was pointless; not a single man could be persuaded to go back to his quarters, and they roamed around the town until dawn. The next morning, I spoke with the most composed non-commissioned officers and the oldest soldiers; even though they were usually fearless and never believed in supernatural tales, they insisted that the dog had weighed them down and nearly suffocated them. We spent that day in Tropea, with no other place to stay but the same monastery, and the soldiers only agreed to settle there if we stayed with them: the men slept while we kept watch; everything was quiet until about one in the morning, when they awoke in the same panic and rushed out of the building, terrified. We looked out carefully but couldn’t see what caused the disturbance. The following day, we went back to Palmi, and even though we marched through much of Italy and often faced similar crowding and discomfort, we never experienced another scene like that.”
Dr. Laurent very judiciously attributes this singular attack to the pernicious local influence of some deleterious gas, and the very crowded state the men slept in. It is also probable that they did not take off their accoutrements, and lay down with their belts on: might they not also have eaten some unwholesome fruit upon the line of march, for it was in the month of June, when various berries grow in abundance along the road-side?
Dr. Laurent wisely connects this unusual incident to the harmful local effects of some toxic gas and the cramped conditions the men slept in. It's also likely they didn't remove their gear and went to sleep with their belts on. Could they have also eaten some bad fruit while on the way? It was June, a time when various berries are plentiful along the roadside.
Hippocrates’s theory of the night-mare was, that, during our sleep, our volition being suspended, the soul, still awake, watches over all the functions of the body. It is rather odd that the animal that most persons pretend to have thus annoyed them, is a long-haired black dog. Forestus assures us that it was a similar visiter that tormented him in his youth. This circumstance can only be attributed to vulgar superstition and tradition. Dubosquet has preceded his Treatise on Ephialtes with the engraving of a large monkey who had perplexed a young lady whom he attended; the monkey most probably came on horseback, as his steed is also delineated looking over the sleeping victim.
Hippocrates believed that during sleep, when our will is inactive, the soul remains awake and oversees all bodily functions. It's quite strange that the creature most people claim to have disturbed them is a long-haired black dog. Forestus confirms that he had a similar visitor that troubled him in his youth. This can likely be explained by common superstition and folklore. Dubosquet starts his Treatise on Ephialtes with an illustration of a large monkey that caused confusion for a young woman he was attending; the monkey likely arrived on horseback, as its horse is also shown watching over the sleeping victim.
Various medicines have been recommended to prevent these attacks; amongst others, saffron and peony: and several learned commentators have endeavoured to prove and disprove that they were only specific in the form of an amulet. Zacutus Lusitanus recommends aloes, and his advice is perhaps as good a one as could be given. The ancients [Pg 265]attributed many powerful effects to saffron, and, amongst other properties, it was considered as an effective narcotic, and was said to occasion violent headaches. Curious anecdotes are related of its effects. Amatus Lusitanus having exhibited this medicine to accelerate a tardy accouchement, the woman was delivered of two yellow daughters; and Hertodt, in his work called Crocology, relates that, having tried it on a bitch, all her pups were of a similar colour. The ancients called saffron the king of plants, the vegetable panacea, and the soul of the lungs. In modern times we do not recognise any peculiar property in this production; and in Spain and Italy it is used as a condiment with perfect impunity. Peony was also deemed a valuable remedy, when gathered as the decreasing moon was passing under Aries: the slit root being then tied round the neck of an epileptic person, he was forthwith cured. “Unlimited scepticism,” Dugald Stewart observes, “is as much the child of imbecility as implicit credulity.” How difficult it is to steer the vessel of our understanding between those shoals!
Various medicines have been suggested to prevent these attacks, including saffron and peony. Several knowledgeable commentators have tried to prove or disprove that their effectiveness was only in the form of an amulet. Zacutus Lusitanus recommends aloes, and his advice might be as good as any other. The ancients [Pg 265] attributed many powerful effects to saffron, considering it an effective narcotic and claiming it could cause severe headaches. There are interesting anecdotes about its effects. Amatus Lusitanus used this medicine to speed up a delayed childbirth, and the woman gave birth to two yellow daughters. Hertodt, in his work called Crocology, recounts that when he tried it on a female dog, all her puppies were the same color. The ancients referred to saffron as the king of plants, the vegetable cure-all, and the soul of the lungs. In modern times, we don’t see any special properties in this plant; in Spain and Italy, it is used as a seasoning without any issues. Peony was also considered a valuable remedy when it was gathered while the decreasing moon was under Aries: the split root tied around the neck of an epileptic person supposedly led to an immediate cure. “Unlimited skepticism,” Dugald Stewart notes, “is as much the product of weakness as uncritical belief.” How challenging it is to navigate our understanding between those extremes!
Medical writers have divided the night-mare, according to its phenomena, into complete, incomplete, mental, and bodily. The complete night-mare, in which the suspension of the functions had been so powerful, has been known to prove fatal. In the incomplete, we fancy ourselves placed in a peculiar situation, opposed by some unexpected obstacle, and all our efforts seem of no avail to extricate ourselves from our difficulties. There is an incubus, called indirect, in which the dreamer is not the individual arrested in his movements; but he is impeded in his progress by the stoppage of his horse, his carriage, his ship, which no power can propel. In the mental or intellectual night-mare, the flow of our ideas is embarrassed, all the associations of our very thoughts appear to be singularly unconnected; we think in an unintelligible language; we write, and cannot decipher our manuscript: all is a mental chaos, and no thread can lead us out of the perplexing labyrinth. In the corporeal ephialtes, we imagine that some of our organs are displaced, or deranged in their functions. One man fancies that a malevolent spectre is drawing out his intestines or his teeth: a patient of Galen felt the cold sensation of a marble statue having been put into bed with him. These, however, are nothing else than the actual sensations we experience at the time. Thus Conrad Gesner fancied that a serpent had stung him in the left side of the breast; an anthrax soon appeared upon the very spot, and terminated his existence.[Pg 266] Arnauld de Villeneuve imagined that his foot had been bitten, and a pimple which broke out on the spot soon degenerated into a fatal cancerous affection. Corporeal night-mare may therefore be simply considered as a symptom of disease, and not as a mysterious forewarning.
Medical writers have categorized nightmares based on their characteristics into complete, incomplete, mental, and physical. The complete nightmare, where the suspension of bodily functions is so intense, has been known to be fatal. In the incomplete nightmare, we find ourselves in an unusual situation, facing an unexpected obstacle, and all our attempts to escape from our troubles seem futile. There's an indirect type, where the dreamer isn’t the one immobilized; instead, they're hindered by a halt in their horse, carriage, or ship, which they cannot move forward. In a mental or intellectual nightmare, our thoughts become jumbled, and all the connections between our ideas seem strangely disconnected; we think in a language we can’t understand, we write but can’t read our own work: it all becomes a mental chaos, and there’s no path to lead us out of this confusing maze. In the physical nightmare, we might feel that some of our organs are out of place or not functioning properly. One person imagines that a malevolent spirit is pulling out his intestines or teeth; a patient of Galen felt the chill of a marble statue being placed in bed with him. These experiences are essentially just the sensations we feel at the moment. For instance, Conrad Gesner believed a serpent had bitten him on the left side of his chest; soon after, a sore appeared on that spot, leading to his death. Arnauld de Villeneuve thought his foot had been bitten, and a pimple that developed there quickly turned into a fatal cancer. Thus, physical nightmares can be seen simply as symptoms of illness rather than mysterious omens.[Pg 266]
The cold stage of fever that often invades us in our sleep is the natural forerunner of the malady. This was the case with Dr. Corona, the physician of Pius VI. who upon two occasions was attacked with typhus fever, ushered in by a distressing dream or incubus. These physical phenomena only strengthen the opinion, that in our sleep we are equally alive to mental impressions and bodily sufferings; and that, correctly speaking, there is no suspension of our intellectual faculties of perception, nor is there any interruption in the susceptibilities of our relative existence. The various doctrines regarding dreams illustrate this position.
The cold stage of fever that often hits us in our sleep is a natural sign that illness is coming. This happened to Dr. Corona, the physician of Pius VI, who experienced typhus fever twice, both times preceded by a troubling dream or nightmare. These physical experiences reinforce the idea that while we sleep, we are just as aware of mental impressions and physical pains; in reality, our intellectual abilities to perceive aren’t paused, nor do we lose our sensitivity to our existence. The different theories about dreams highlight this viewpoint.
INCUBATION OF DISEASES.
The term “incubation” in its rigid sense applies to the act of hatching eggs, either naturally or artificially. It has however been adopted by physicians to denote that state of predisposition to disease, in which the germ of the malady lurks, latent and unperceived by the inexperienced observer. Too frequently the individual who is thus menaced is totally unaware of his condition. So far from being depressed in spirits, his hopes are more sanguine, and his future projects more industriously formed than usual. At other times, on the contrary, he labours under a load of despondency which he cannot explain, and his gloom seems to anticipate his end. This presentiment has oftentimes been singularly prophetic. Moreau de St. Remy relates the case of one of his most intimate friends, who visited him, saying, “I come to die near you.” He was apparently in perfect health, but the prediction too soon proved true.
The term “incubation” in its strictest sense refers to the process of hatching eggs, whether naturally or artificially. However, it's also used by doctors to describe a state of being predisposed to illness, where the disease-causing agent is hidden and unrecognized by someone who isn't experienced. Too often, the person at risk has no idea they're in this state. Instead of feeling down, they may actually feel more hopeful, and their future plans may be more actively pursued than usual. At other times, however, they struggle with an unexplained heaviness of spirit, and their sadness seems to anticipate their demise. This feeling has often been surprisingly accurate. Moreau de St. Remy shares the story of one of his closest friends who came to visit him, saying, “I come to die near you.” He seemed to be in perfect health, but unfortunately, the prediction turned out to be true shortly after.
It is no doubt probable, that in these cases the influence of the mind labouring under these fatal impressions brings about, by its all-powerful sympathetic power on our functions, the expected yet dreaded event.
It’s likely that in these situations, the mind's struggle with these overwhelming thoughts causes, through its strong connection to our bodily functions, the anticipated but feared outcome.
Incubation is observed in many contagious affections; and in hydrophobia its duration is amazing, this dreadful malady developing itself years after the original accident. In mental[Pg 267] diseases, aberrations of the intellectual faculties are noticed long before the patient can be pronounced insane; oddities, as they are called, are frequently the precursors of mania.
Incubation is seen in many contagious diseases, and in rabies, its duration is astonishing, with this terrible illness showing up years after the initial incident. In mental[Pg 267] disorders, changes in thinking skills can be observed long before a person can be considered insane; quirks, as they are often referred to, are frequently signs that lead to mania.
The ancient Greeks and Egyptians use the term “incubation” in another sense. With them it expressed the religious ceremony of sleeping in the temples of the gods, to be inspired with the means of relieving their sufferings. Nothing can express this superstitious rite more forcibly than the following letter from Aspasia to Pericles, recorded by one of the scholiasts of Ælian.
The ancient Greeks and Egyptians used the term “incubation” in a different way. For them, it referred to the religious practice of sleeping in the temples of the gods to gain inspiration for alleviating their sufferings. Nothing captures this superstitious ritual more powerfully than the following letter from Aspasia to Pericles, noted by one of the scholiasts of Ælian.
“Aspasia to Pericles, greeting. Podalirius! Podalirius, to whom Love taught the art of healing, and who in return didst consecrate thine art to Love, I return thee my thanks. Athens will once more see me beauteous! I shall have lost none of my attractions, and Pericles shall find in his Aspasia all that he once held dear! Podalirius, I return thee my thanks; and thou, Pericles, be grateful to my benefactor. I did not wish to write to thee until I was certain that I had been cured. I shall relate to thee my voyage. I punctually followed the instructions of Nocrates, that wise and enlightened physician. I first repaired to Memphis, where I visited, but without success, the temple of Isis. I there beheld the goddess, and her son Orus, seated on a throne, supported by two lions. The Sebestus[23] grew round her shrine! Incense was burnt in the morning, myrrha during the day, and cyplis at eve. I was assured that young Alexander had come to this temple not long before to indulge in a holy contemplation, and learn by inspiration the means of curing his friend Ptolemy: his supplications were heeded. I also slept in the temple, but found no relief. This misfortune, alas! was attributed to my incredulity. I took my departure, and repaired to Patras. There I saw in her temple the divine Hygeia; not as she was represented by Aristophanes, when she relieved Plutus, sweet and graceful, clothed in an aerial robe and a short tunic, and holding in her hand a cup of Musa, whence a serpent was seen to spring, but she appeared to me in the form of a mysterious pentagon. I first paid a devout visit to the fountain; and while I deposited my offerings at the feet of the goddess, a mirror was floating on the surface of the waters upon which I gazed by order of the[Pg 268] priests, but I was not cured! Thence I went to sleep at Pergania and at Hercyna. But the gods seemed to slumber when Aspasia slept! On a sudden the name of Podalirius struck mine ear! I was informed that his temple was at Lacera. I instantly sought it; and, on my arrival, bathed in the Althonus. After the bath, I was anointed with the perfumed balsams that our friend Sosinius had given me in the temple of Mercury the day I left Athens. I then put up my prayers to deserve the favour I implored from the god. At nightfall I sought repose on the skin of a ram close to the statuary pillar. I soon found myself in that state when we are no longer wide awake, but when sleep has not yet lulled our senses to repose. Methought that a celestial light was shed around me. Æsculapius appeared to me with his two daughters; and, from the clouds that surrounded him, he promised me my pristine health. I soon after fell into a profound sleep; but towards the break of day I beheld Cypris—Cypris who was always the friend of Podalirius: she came herself! I recognised her, although she had assumed the form of a gentle dove. Yes, Cypris came to cure me. Podalirius! Æsculapius! Cypris! each day shall you be thanked by Aspasia and by Pericles.
“Aspasia to Pericles, hello. Podalirius! Podalirius, to whom Love taught the healing arts, and who in return dedicated your craft to Love, I thank you. Athens will once again see me beautiful! I won’t have lost any of my charms, and Pericles will find in his Aspasia everything he once cherished! Podalirius, I express my gratitude; and you, Pericles, be thankful to my benefactor. I didn’t want to write to you until I was sure I had been healed. Let me tell you about my journey. I carefully followed the advice of Nocrates, that wise and insightful doctor. First, I went to Memphis, where I visited, but without success, the temple of Isis. I saw the goddess, and her son Orus, sitting on a throne supported by two lions. The Sebestus[23] grew around her shrine! Incense was burned in the morning, myrrh during the day, and cyprus in the evening. I was told that young Alexander had visited this temple recently to engage in a sacred contemplation and seek inspiration on how to heal his friend Ptolemy: his prayers were answered. I also spent the night in the temple but found no relief. Unfortunately, this misfortune was blamed on my skepticism. I left and traveled to Patras. There, I saw the divine Hygeia in her temple; not as she was depicted by Aristophanes, when she assisted Plutus, sweet and graceful, dressed in a light robe and a short tunic, holding a cup of Musa from which a serpent emerged, but she appeared to me as a mysterious pentagon. I first made a pious visit to the fountain; while placing my offerings at the feet of the goddess, a mirror floated on the water’s surface, which I was instructed to gaze into by the[Pg 268] priests, but I was still not cured! Then I slept at Pergania and at Hercyna. But the gods seemed to sleep while Aspasia did! Suddenly, I heard the name Podalirius! I learned that his temple was in Lacera. I immediately sought it out, and upon my arrival, I bathed in the Althonus. After the bath, I was anointed with the fragrant balms our friend Sosinius had given me in the temple of Mercury the day I left Athens. I then prayed to deserve the favor I sought from the god. At nightfall, I rested on a ram's skin near the statue pillar. I soon found myself in that state when we’re not fully awake, but haven’t yet been lulled into sleep. I thought a celestial light surrounded me. Æsculapius appeared with his two daughters; and from the clouds enveloping him, he promised me my original health. Shortly after, I fell into a deep sleep; but towards dawn, I saw Cypris—Cypris who was always a friend of Podalirius: she came herself! I recognized her, although she had taken the form of a gentle dove. Yes, Cypris came to heal me. Podalirius! Æsculapius! Cypris! every day shall you be thanked by Aspasia and by Pericles.
“I must now relate to thee the vision of a Daunian, who slept near me. She suffered from an affection of her breast, and this she dreamed:—She beheld the young god Harpocrates lying on leaves of lotos, and covered with bandages from the head to the feet. He appeared weak and emaciated; he cried like an infant, supplicating the poor woman to nurse him. Soon after, she dreamt that a lamb came to seek his sustenance from her bosom. The dream was fulfilled,—it clearly indicated the use of a certain plant; but, until it could be obtained, the Daunian was advised to eat nothing but stewed raisins. Learn that here various names are given to various inspirations. The last dream I have related is called allegorical. When a dream prescribes a certain remedy, it is named theôrematic. Here are many dreams: wise Pericles, thou art perhaps smiling at them; but what is not visionary is my perfect recovery, and my love for thee. Farewell!”
“I need to share with you the vision of a Daunian who slept beside me. She had a problem with her chest, and this is what she dreamed: She saw the young god Harpocrates lying on lotus leaves, all bandaged up from head to toe. He looked weak and thin; he cried like a baby, begging the poor woman to nurse him. Shortly after, she dreamed that a lamb came to her for nourishment. The dream came true—it clearly pointed to the use of a certain plant; but until she could get it, the Daunian was told to eat nothing but stewed raisins. Know that various names are given to various inspirations here. The last dream I mentioned is called allegorical. When a dream suggests a certain remedy, it's named theôrematic. There are many dreams here: wise Pericles, you might be smiling at them; but what is not a vision is my complete recovery and my love for you. Goodbye!”
Although this letter of Aspasia is an evident fiction, yet it gives an excellent, though a romantic description of the incubation of the ancients. Aspasia was supposed to be labouring under one of the most vexatious disorders that can affect a pretty woman,—an eruption in the face; hence the gods sent her a mirror, that her devotion might be increased[Pg 269] by her unsightly appearance. It is not improbable that in those days, as in the present era, women of a certain, or rather an uncertain age, were more fervid in their endeavours to render themselves acceptable to Heaven when they ceased to be admired and sought for upon earth.
Although this letter from Aspasia is obviously fictional, it provides a great, albeit romantic, description of the ancient practice of incubation. Aspasia was believed to be suffering from one of the most annoying conditions that can affect an attractive woman—a breakout on her face; therefore, the gods sent her a mirror so her devotion might be heightened by her unappealing appearance. It’s quite likely that back then, just like today, women of a certain, or rather uncertain, age were more passionate in their efforts to make themselves pleasing to Heaven when they stopped being admired and sought after on Earth.[Pg 269]
QUACKERY AND CHARLATANISM.
The origin of the word “quack” is not ascertained. Johnson derives it from the verb “to quack, or gabble like a goose.” Butler uses this verb as descriptive of the encomiums empirics heap upon their nostrums. Thus in Hudibras:
The origin of the word “quack” is not confirmed. Johnson traces it back to the verb “to quack, or gabble like a goose.” Butler uses this verb to describe the praise that charlatans give to their remedies. Thus in Hudibras:
Believe mechanic Virtuosi
Can raise them mountains in Potosi,
Seek out for plants with signatures
To quack of universal cures.
Believe in skilled mechanics
Who can lift mountains in Potosi,
Search for plants with signatures
That promise universal cures.
The word charlatan is equally enveloped in obscurity. Furetiere and Calepin say that it is derived from the Italian word Ceretano, from Cæretum, a town near Spoleto, whence a band of impostors first sallied forth, marching under the banners of Hippocrates, and roving from town to town, selling drugs and giving medical advice.[24] Ménage has it that charlatan springs from Circulatanus, from Circulator. Other etymologists trace it to the Italian Ciarlare, to chatter; hence Ciarlatan.
The word charlatan is also shrouded in mystery. Furetiere and Calepin say it comes from the Italian word Ceretano, which is from Cæretum, a town near Spoleto, where a group of frauds first emerged, marching under the banners of Hippocrates, wandering from town to town, selling medicine and offering medical advice. [24] Ménage suggests that charlatan comes from Circulatanus, related to Circulator. Other etymologists connect it to the Italian Ciarlare, which means to chatter; thus Ciarlatan.
The Romans called their quacks Agyrtæ, or Seplasiarii, from Seplasium, the generic name of aromatic substances. Seplasium was the place where they vended their drugs. Thus Martial:
The Romans referred to their charlatans as Agyrtæ or Seplasiarii, named after Seplasium, which was the general term for aromatic substances. Seplasium was the location where they sold their remedies. Thus Martial:
Quodque ab Adumæis vectum seplasia vendunt,
Et quidquid confert medicis lagæa cataplus.
Quodque ab Adumæis vectum seplasia vendunt,
Et quidquid confert medicis lagæa cataplus.
An empiric was also called Planus and Circulator “unde Plani unde levatores.”
An empiric was also known as Planus and Circulator “unde Plani unde levatores.”
Some of the stratagems resorted to by needy empirics to get into practice are very ingenious, and many a regular physician has been obliged to have recourse to similar [Pg 270]artifices to procure employment. It is related of a Parisian physician, that, on his first arrival in the capital, he was in the habit of sending his servant in a carriage about daybreak to rap at the doors of the principal mansions to inquire for his master, as he was sent for to repair instantly to such and such a prince, who was dying. The drowsy porter naturally replied, with much ill-humour, “that he knew nothing of his master.”—“What! did he not pass the night in this house?” replied the footman, apparently astonished. “No,” gruffly answered the Swiss; “there’s nobody ill here.”—“Then I must have mistaken the house. Is not this the hotel of the Duke of ——?”—“No. Go to the devil!” exclaimed the porter, closing the ponderous gates. From this house his valet then proceeded from street to street, alarming the whole neighbourhood with his loud rap. Of course nothing else was spoken of in the porter’s lodge, the grocer’s shop, and the servants’ hall for nine days.
Some of the tactics used by struggling doctors to start their practice are really clever, and many established physicians have had to rely on similar [Pg 270]tricks to find work. It's said that a physician from Paris, when he first arrived in the city, used to send his servant in a carriage around dawn to knock on the doors of important houses to ask for his master, claiming he had been called to rush to some dying prince. The sleepy porter would understandably respond grumpily, “I don’t know anything about your master.” “What? Didn’t he spend the night here?” the footman would reply, pretending to be shocked. “No,” the Swiss doorman would grunt; “no one’s sick here.” “Then I must have the wrong house. Isn’t this the Duke of ——’s hotel?” “No. Go to hell!” shouted the porter as he slammed the heavy gates shut. After that, his valet moved from street to street, waking up the whole neighborhood with his loud knocking. Naturally, this became the main topic of conversation at the porter’s lodge, the grocer’s shop, and the servants’ hall for nine days.
Another quack, upon his arrival in a town, announced himself by sending the bellman round, offering fifty guineas reward for a poodle belonging to Doctor ——, Physician to his Majesty and the Royal Family, Professor of Medicine, and Surgeon General, who had put up at such and such an inn. Of course the physician of a king, who could give fifty guineas for a lost dog, must be a man of pre-eminence in his profession.
Another con artist, when he got to town, introduced himself by having the bellman go around, offering a reward of fifty guineas for a poodle belonging to Doctor ——, Physician to the King and the Royal Family, Professor of Medicine, and Surgeon General, who was staying at a specific inn. Naturally, the physician to a king, who could offer fifty guineas for a missing dog, must be someone prominent in his field.
Another indigent physician having complained of his ill-fortune to an ingenious friend, received the following advice: The Café de la Régence is now in fashion: I play at chess every day at two o’clock, when a considerable crowd is assembled. Come there at the same hour; do not pretend to know me; call for a cup of coffee, and always pay the waiter his money in a rose-coloured paper: leave the rest to me. The doctor followed his advice; and his eccentric manners were soon observed,—when his friend informed the persons around him, that he was one of the ablest practitioners in the land; that he had known him for upwards of fifteen years, and that his cures were most marvellous,—his extreme modesty alone having prevented him from giving publicity to his abilities. He further added, I have long wished to become intimate with so great a man; but he is so absorbed in the study of his profession, that he scarcely ever enters into conversation with any one. In a short time, the Rose-colour Doctor was in extensive business.
Another struggling doctor, feeling sorry for himself, turned to a clever friend for advice. The Café de la Régence is currently the place to be: I play chess there every day at two o’clock when a big crowd gathers. Show up at the same time; don’t act like you know me; order a cup of coffee, and always pay the waiter with a rose-colored bill: I’ll handle the rest. The doctor took the advice, and his quirky behavior quickly caught people’s attention—especially when his friend told those around them that he was one of the best doctors in the country, that he had known him for over fifteen years, and that his treatments were incredible—his extreme modesty being the only reason he hadn’t shared his skills with more people. He added, I’ve long wanted to befriend such a remarkable person, but he’s so focused on his work that he barely speaks to anyone. Before long, the Rose-color Doctor was very busy with patients.
Many years ago, the jaw-breaking words Tetrachymagogon[Pg 271] and Fellino Guffino Cardimo Cardimac Frames, were chalked all over London, as two miracle-working doctors. Men with such names must have some superior qualification, and numbers flocked to consult them. Another quack put up as an advertisement, that he had just arrived in town, after having made the wonderful discovery of the green and red dragon and the female fern-seed. This was sure to attract notice. An advertisement was handed about of a learned physician, “who had studied thirty years by candle-light for the good of his countrymen.” He was, moreover, the seventh son of a seventh son, and was possessed of a wonderful cure for hernia, as both his father and his grandfather had been ruptured. This reminds one of the oculist in Mouse Alley, mentioned in the Spectator, who undertook to cure cataracts, in consequence of his having lost an eye in the Imperial service. Dr. Case made a fortune by having the lines, Within this place, lives Doctor Case, written in large characters upon his door.
Many years ago, the complicated names Tetrachymagogon[Pg 271] and Fellino Guffino Cardimo Cardimac Frames were plastered all over London, representing two miracle-working doctors. With names like these, they must have had some exceptional qualifications, and crowds of people rushed to consult them. Another con artist advertised that he had just arrived in town after making an incredible discovery of the green and red dragon and the female fern-seed. This was bound to grab attention. There was also an advertisement circulating for a knowledgeable physician, “who had studied for thirty years by candlelight for the benefit of his countrymen.” Additionally, he was the seventh son of a seventh son and had a remarkable remedy for hernia, as both his father and grandfather had experienced the condition. This brings to mind the oculist in Mouse Alley, mentioned in the Spectator, who claimed he could cure cataracts because he had lost an eye in the Imperial service. Dr. Case made a fortune by displaying the line, Within this place, lives Doctor Case, in large letters on his door.
The accidental circumstances which frequently bring medical men into extensive practice, or that notoriety which may lead to it, are truly curious. It is well known that a most eminent English physician owed all his success to his having been on a particular occasion in a state of intoxication. Disappointed on his first arrival in London, he sought comfort in a neighbouring tavern, where the servant of the house at which he lodged went to fetch him one evening, after a heavy potation, to see a certain countess. The high-sounding title of this unexpected patient tended not a little to increase the excitement under which he laboured. He followed a livery footman as steadily as he could, and was ushered in silence into a noble mansion, where her ladyship’s woman anxiously waited to conduct him most discreetly to her mistress’s room; her agitation most probably preventing her from perceiving the doctor’s state. He was introduced into a splendid bedchamber, and staggered towards the bed in which the lady lay. He went through the routine practice of pulse-feeling, &c., and proceeded to the table to write a prescription, which, in all probability, would have been mechanically correct. But here his powers failed him. In vain he strove to trace the salutary characters, until, wearied in his attempts, he cast down the pen, and, exclaiming “Drunk, by G—!” he made his best way out of the house. Two days afterwards he was not a little surprised by receiving a letter from the lady, enclosing a check for 100l., and promising him[Pg 272] the patronage of her family and friends, if he would observe the strictest secrecy on the state he found her in. The fact simply was, that the countess had been indulging in brandy and laudanum, which her abigail had procured for her, and was herself in the very condition which the doctor had frankly applied to himself.
The unexpected situations that often lead doctors to have a big practice, or the fame that can come from it, are quite interesting. It’s well known that a very successful English doctor got all his recognition because he happened to be drunk one time. Disheartened when he first arrived in London, he went to a nearby bar for some comfort, where the servant from his place came to get him one evening, after he had been drinking heavily, to see a certain countess. The fancy title of this unexpected patient added to the excitement he was feeling. He followed a footman as best as he could and was quietly taken into a grand house, where the lady's maid was anxiously waiting to discreetly lead him to her mistress’s room; her nervousness likely kept her from noticing the doctor’s condition. He entered a lavish bedroom and stumbled towards the bed where the lady lay. He went through the usual procedure of checking her pulse, etc., and moved to the table to write a prescription, which would probably have been perfectly appropriate. But at that point, he couldn’t do it. He tried in vain to write the necessary prescription until, tired of his efforts, he dropped the pen and exclaimed, “Drunk, by God!” before making his way out of the house. Two days later, he was quite surprised to receive a letter from the lady, including a check for 100l. and promising him[Pg 272] the support of her family and friends if he would keep quiet about the condition she was in. The truth was, the countess had been drinking brandy and taking laudanum, which her maid had gotten for her, and she was in the same state that the doctor jokingly admitted to being in.
Chance, more than science or ability, has frequently brought professional men to the summit of their business. There is an Eastern story of a certain prince who had received from a fairy the faculty of not only assuming whatever appearance he thought proper, but of discerning the wandering spirits of the departed. He had long laboured under a painful chronic disease, that none of the court physicians, ordinary or extraordinary, could relieve; and he resolved to wander about the streets of his capital until he could find some one, regular or irregular, who could alleviate his sufferings. For this purpose he donned the garb and appearance of a dervish. As he was passing through one of the principal streets, he was surprised to see it so thronged with ghosts, that, had they been still inhabitants of their former earthly tenements, they must have obstructed the thoroughfare. But what was his amazement and dismay when he saw that they were all grouped with anxious looks round the door of his royal father’s physician, haunting, no doubt, the man to whom they attributed their untimely doom. Shocked with the sight, he hurried to another part of the city, where resided another physician of the court, holding the second rank in fashionable estimation. Alas! his gateway was also surrounded with reproachful departed patients. Thunderstruck at such a discovery, and returning thanks to the prophet that he was still in being, despite the practice of these great men, he resolved to submit all the other renowned practitioners to a similar visit, and he was grieved to find that the scale of ghosts kept pace with the scale of their medical rank. Heartbroken, and despairing of a cure, he was slowly sauntering back to the palace, when, in an obscure street, and on the door of an humble dwelling, he read a doctor’s name. One single poor solitary ghost, leaning his despondent cheek upon his fleshless hand, was seated on the doctor’s steps. “Alas!” exclaimed the prince, “it is, then, too true that humble merit withers in the shade, while ostentatious ignorance inhabits golden mansions. This poor neglected doctor, who has but one unlucky case to lament, is then the only man in whom I can place confidence.” He rapped; the door was opened by the[Pg 273] doctor himself, a venerable old man, not rich enough, perhaps, to keep a domestic to answer his infrequent calls. His white locks and flowing beard added to the confidence which his situation had inspired. The elated youth then related at full length all his complicated ailments, and the still more complicated treatment to which he had in vain been submitted. The sapient physician was not illiberal enough to say that the prince’s attendants had all been in error, since all mankind may err; but his sarcastic smile, the curl of his lips, and the dubious shake of his hoary head, most eloquently told the anxious patient that he considered his former physicians as an ignorant, murderous set of upstarts, only fit to depopulate a community. With a triumphant look he promised a cure, and gave his overjoyed client a much-valued prescription, which he carefully confided to his bosom; after which he expressed his gratitude by pouring upon the doctor’s table a purse of golden sequins, which made the old man’s blinking eyes shine as brightly as the coin he beheld in wondrous delight. His joy gave suppleness to his rigid spine, and, after bowing the prince out in the most obsequious manner, he ventured to ask him one humble question: “By what good luck, by what kind planet, had he been recommended to seek his advice?” The prince naturally asked for the reason of so strange a question: to which the worthy doctor replied, with eyes brimful with tears of gratitude, “Oh, sir, because I considered myself the most unfortunate man in Bagdad until this happy moment; for I have been settled in this noble and wealthy city for these last fifteen years, and have only been able to obtain one single patient.”—“Ah!” cried the prince in despair, “then it must be that poor, solitary, unhappy-looking ghost that is now sitting on your steps!”
Chance, more than skill or talent, has often pushed professional men to the top of their fields. There's a story from the East about a prince who received the ability from a fairy to not only change his appearance but also see the restless spirits of the dead. He had been suffering from a chronic illness that none of the court's physicians, regular or extraordinary, could cure; so he decided to roam the streets of his city to find anyone—licensed or not—who could ease his pain. To blend in, he dressed as a dervish. As he walked through one of the main streets, he was shocked to see it filled with ghosts. If they had still been living, they would have blocked the road. But his astonishment turned to horror when he noticed they were all anxiously gathered around the door of his royal father’s physician, clearly haunting the person they blamed for their premature deaths. Distraught by the sight, he moved on to a different part of the city, where another court physician lived, who held a good reputation. Unfortunately, that entrance was also surrounded by accusing spirits. Stunned by this realization, and grateful that he was still alive despite the practices of these renowned doctors, he decided to check out the other famous practitioners and was saddened to see that the number of ghosts matched the reputation of their medical prowess. Heartbroken and hopeless for a cure, he was slowly making his way back to the palace when he noticed a doctor’s name on the door of a modest home in a side street. There, he found just a single poor ghost, resting its cheek on its bony hand, sitting on the doctor's steps. “Oh no!” exclaimed the prince, “It’s true that humble talent suffers in silence, while flashy ignorance lives in luxury. This poor overlooked doctor, with just one unfortunate case to remember, is the only one I can trust.” He knocked; the door was opened by the doctor himself, an aged man who was likely too poor to have a servant for his rare visitors. His white hair and long beard added to the assurance his presence gave. The thrilled young prince then detailed his many complicated ailments, along with the even more complex treatments he had undergone in vain. The wise doctor wasn’t rude enough to say that the prince’s attendants had all been wrong, since anyone can make mistakes; but his sarcastic smile, the twist of his lips, and the doubtful shake of his old head clearly indicated that he regarded the former doctors as ignorant, murderous charlatans, only fit to bring death to a community. With a triumphant expression, he promised a cure and handed the delighted client a valuable prescription, which the prince carefully tucked away. He then showed his appreciation by emptying a purse of gold coins onto the doctor’s table, making the old man’s eyes light up with delight. His happiness relaxed his stiff posture, and after bowing the prince out with the utmost respect, he dared to ask one humble question: “By what good fortune, by what kind star, were you led to seek my advice?” The prince naturally questioned why the doctor asked such an odd question, to which the good man replied, tears of gratitude in his eyes, “Oh, sir, because until this happy moment, I considered myself the most unfortunate man in Baghdad; I've been in this grand and wealthy city for the last fifteen years and could only manage to get one single patient.” —“Ah!” cried the prince in despair, “Then it must be that poor, lonely, sad-looking ghost sitting on your steps!”
It has been observed that religious sects have materially contributed to the elevation of physicians in society, and political associations have been equally beneficial. The celebrated Mead was the son of a non-conforming minister, who, knowing the influence he possessed over his numerous congregation, brought him up as a physician, in the full confidence of obtaining the splendid result that rewarded the speculation. His example was followed by several dissenting preachers; among whom we may name Oldfield, Clarke, Nesbitt, Lobb, Munckly, whose sons all rose to extensive and most lucrative practice. At that period, St. Thomas’s and Guy’s Hospitals were under the government of [Pg 274]Dissenters and Whigs; and so soon as any one became a physician to the establishment, his fortune was made. The same advantages attended St. Bartholomew’s and Bethlem, both of royal foundation.
It has been noticed that religious groups have significantly helped to elevate doctors in society, and political associations have been just as beneficial. The famous Mead was the son of a non-conformist minister, who, aware of the influence he had over his large congregation, raised him to be a physician with the full expectation of achieving the great success that followed. His example was imitated by several dissenting preachers; among them, we can mention Oldfield, Clarke, Nesbitt, Lobb, and Munckly, whose sons all became very successful and profitable practitioners. At that time, St. Thomas’s and Guy’s Hospitals were run by [Pg 274]Dissenters and Whigs; and as soon as someone became a physician for the establishment, their fortune was secured. The same opportunities were available at St. Bartholomew’s and Bethlem, both of royal origin.
Dr. Meyer Schomberg, who was a poor Jew of Cologne, came to London without any profession, when, not knowing what to do to obtain a living, to use his own words, he said, “I am a physician;” and, having thus conferred a degree upon himself, he sedulously cultivated the acquaintance of all his fellow Jews about Duke’s-place, got introduced to some of their leading and wealthy mercantile brethren, and a few years after Dr. Schomberg was in the annual receipt of four thousand pounds. It is rather strange, but the Jew was succeeded in his lucrative practice by a Quaker. This was the celebrated Dr. Fothergill. Brought up an apothecary, he took out a Scotch degree, and, attaching himself to Schomberg, calculated on following his example; and, on his patron’s decease, he slipped into the practice of both Jew and Gentile.
Dr. Meyer Schomberg, a poor Jewish man from Cologne, arrived in London without any profession. Not sure how to make a living, he declared, “I am a physician.” By doing so, he essentially gave himself a title. He then actively sought out connections with other Jews in Duke’s Place, got introduced to some prominent and wealthy merchants, and a few years later, Dr. Schomberg was earning four thousand pounds a year. Interestingly, he was eventually succeeded in his profitable practice by a Quaker— the well-known Dr. Fothergill. Having trained as an apothecary, he obtained a Scottish degree and, aligning himself with Schomberg, aimed to follow in his footsteps. After his mentor's death, he smoothly took over the practice serving both Jews and Gentiles.
Amongst many singular instances of good fortune may be mentioned a surgeon of the name of Broughton, to whom our East India Company may consider themselves as most indebted, since he was the person who first pointed out the advantages that might result from trading in Bengal. Broughton happened to travel from Surat to Agra in the year 1636, when he had the luck to cure one of the daughters of the Emperor Shah-Jehan. To reward him, this prince allowed him a free trade throughout his dominions. Broughton immediately repaired to Bengal to purchase goods, which he sent round by sea to Surat. Scarcely had he returned, when he was requested to attend the favourite of a powerful nabob, and he fortunately restored her to health, when, in addition to a pension, his commercial privileges were still more widely extended; the prince promising him at the same time a favourable reception for British traders. Broughton lost no time in communicating this intelligence to the Governor of Surat; and it was by his advice that the company sent out two large ships to Bengal in 1640.
Among the many examples of good luck is a surgeon named Broughton, to whom our East India Company owes a great deal, as he was the first to highlight the benefits of trading in Bengal. In 1636, Broughton traveled from Surat to Agra and had the fortune of curing one of the daughters of Emperor Shah-Jehan. To reward him, the emperor granted him free trade rights throughout his territories. Broughton quickly went to Bengal to buy goods, which he sent back by sea to Surat. Just after he returned, he was asked to attend to the favorite of a powerful nabob, and he successfully restored her health. As a result, in addition to receiving a pension, his trading privileges were expanded even further, with the prince also promising him a warm welcome for British traders. Broughton wasted no time informing the Governor of Surat, and it was on his advice that the company sent out two large ships to Bengal in 1640.
There are some amusing anecdotes related regarding a vocation for the medical profession. Andrew Rudiger, a physician of Leipsic, when at college, made an anagram of his name, and, in the words Andreas Rudiger he found “Arare Rus Dei Dignus,” or “worthy to cultivate the field of God.” He immediately fancied that his vocation was the church, and[Pg 275] commenced his theological studies. Showing but little disposition for the clerical calling, the learned Thomasius recommended him to return to his original pursuits. Rudiger confessed that he had more inclination for the profession of medicine than the church; but that he had considered the anagram of his name as a divine injunction. “There you are in error,” replied Thomasius; “that very anagram calls you to the art of healing; for Rus Dei clearly meaneth the churchyard.”
There are some funny stories related to a career in the medical field. Andrew Rudiger, a doctor from Leipzig, created an anagram of his name while in college, and in the words Andreas Rudiger he found “Arare Rus Dei Dignus,” or “worthy to cultivate the field of God.” He immediately believed that his calling was the church, and[Pg 275] started his theological studies. Showing little interest in the clerical path, the knowledgeable Thomasius suggested he return to his original pursuits. Rudiger admitted that he was more drawn to medicine than to the church but thought the anagram of his name was a divine message. “You’re mistaken,” replied Thomasius; “that very anagram actually calls you to the art of healing; for Rus Dei clearly refers to the churchyard.”
The subject of quackery, in every sphere of life, whether it be resorted to by diplomatists or physicians, sanctimonious adventurers or fashionable roués, leads to serious consideration. How comes it that man seems more anxious to be deceived than enlightened? Simply from the errors of his education, which foster a love for the marvellous, and induce him to admire that which really is not or cannot be comprehended. The superiority of the intellectual faculties of the ancients, at an earlier age than the generality of men in the present times, is solely to be attributed to their having been brought up with philosophical views. Mallebranche has justly said, “that to become a philosopher, we must see clearly; but to be endued with faith, we must believe blindly.” Although we cannot admit this axiom in matters of revealed religion, yet in many worldly concerns it does hold. If a youth was not educated with the scholastic jargon, commonly called learning, he would be considered ignorant. Helvetius has said, that man is born ignorant, but not a fool; and that it is even no easy matter to make him one; and the same writer has very justly divided stupidity into that which is natural, arising from ignorance, and that which is acquired and the result of instruction. It is thus that, by speaking to the passions, naturally weak, and to our desires and apprehensions, ever ready to grasp at a favourite phantom,—the artful manage to exercise a more powerful control, and incline persons to believe what their senses actually discredit. The traffic of hope and fear has ever been a lucrative trade; and while fear became the staple commodity of priestcraft, hope was the fortune of medical quacks. The multiplication of sins increased the profits of the one; the various diseases, real and imaginary, to which flesh is heir, became the source of emolument to the other. It is under these cherished impressions of ameliorating our condition, that many men of common sense, and even of judgment, are induced to rely on the most absurd and fallacious promises; so prone are we[Pg 276] to believe all that we wish;—the fidelity of a woman, the truth of a sycophant, and the candour of a flatterer. If there could be established a regular college of quackery, where the errors of mankind might be studied, and pupils taught to avail themselves of their follies, as a future vocation, a more perfect knowledge of the world would be acquired than in all the universities in Europe. Our sovereigns would be wise in selecting their ministers amongst the graduates of this academy. Cardinal Du Perron, who, in a long homily, convinced his sovereign, Henry III., of the existence of a God, and afterwards informed him that he would prove the contrary, if it could afford his Majesty any consolation, might have been selected as a proper rector for such an institution.
The topic of deception, whether practiced by diplomats, doctors, self-righteous opportunists, or trendy pick-up artists, is worth serious thought. Why is it that people seem more eager to be misled than to understand? It's simply due to the flaws in their education, which encourages a fascination with the extraordinary and leads them to admire things that are either fake or hard to grasp. The greater intellectual abilities of ancient peoples, who matured earlier than most people today, can be attributed to their upbringing with a philosophical mindset. Mallebranche rightly said, “to become a philosopher, we must see clearly; but to have faith, we must believe blindly.” Although we can't accept this idea in terms of revealed religion, it often holds true in many worldly matters. If a young person wasn’t brought up with the academic language typically referred to as education, they would be deemed ignorant. Helvetius pointed out that people are born ignorant but not foolish, and making someone a fool is no easy task. He also accurately categorized stupidity into natural ignorance and that which is learned. By appealing to our naturally weak passions, desires, and fears—ever ready to cling to a beloved illusion—those who are clever maintain significant influence, persuading people to accept what their senses disprove. The trading in hope and fear has always been profitable; while fear became the mainstay of religious manipulation, hope was the jackpot for medical frauds. The growing number of sins boosted the profits for the former, while the many ailments, real or imagined, that humans face became a source of income for the latter. It is through these cherished beliefs about improving our situation that many sensible and even discerning people are led to trust the most ridiculous and misleading promises; we are so inclined to believe what we want to believe—like a woman's fidelity, a sycophant's honesty, and a flatterer's sincerity. If there were a formal school for quackery, where the follies of humanity could be studied and students taught to exploit them for their future careers, they would gain a better understanding of the world than at any university in Europe. Our rulers would be wise to choose their advisors from the graduates of this academy. Cardinal Du Perron, who managed to convince his king, Henry III, of God's existence during a lengthy sermon and then offered to prove the opposite if it would comfort His Majesty, might have been a fitting head for such a school.
It is also to be observed that the founders of all doctrines, however hypothetical and absurd, have generally assumed a dogmatic language, which gives to their fallacious assertions an appearance of truth, and Bacon has long ago said, “Method, carrying a show of total and perfect knowledge, has a tendency to general acquiescence.”
It should also be noted that the founders of all theories, no matter how far-fetched or nonsensical, usually adopt a dogmatic tone, making their misleading claims seem more credible. Bacon pointed out long ago that “Method, presenting an illusion of complete and perfect knowledge, tends to lead to general agreement.”
Quackery is considered by many practitioners as necessary to forward the views of medical men. It is related of Charles Patin, that being on a visit to a physician at Basle, where his son was studying medicine, he questioned the youth on the principal studies required to form a physician; to which the future candidate for medical popularity replied, “Anatomy, physiology, pathology, and therapeutics.” “You have omitted the chief pursuit,” replied his catechiser, “quackery.”
Quackery is seen by many medical professionals as essential for advancing the perspectives of doctors. It’s reported that Charles Patin, during a visit to a physician in Basel where his son was studying medicine, asked the young man about the main subjects needed to become a doctor. The aspiring medical student answered, “Anatomy, physiology, pathology, and therapeutics.” “You've left out the most important subject,” replied his questioner, “quackery.”
When we cast our eyes on the absurd names which many Italian academies adopted to characterize the nature of their studies, we find an ample illustration of this science in the Seraphici, the Oscuri, the Immaturi, the Infecundi, the Offuscati, the Somnolenti, and Phantastici!
When we look at the ridiculous names that many Italian academies chose to describe their fields of study, we see a clear example of this science in the Seraphici, the Oscuri, the Immaturi, the Infecundi, the Offuscati, the Somnolenti, and Phantastici!
The most ridiculous and disgusting epithets have been considered honourable distinctions. Thus, when the science of Uroscopia and Uromancy prevailed, we find a Dr. Theodorus Charles, a Wirtemberg physician, calling another learned practitioner, “Urinosa Claritas.”
The most ridiculous and disgusting titles have been seen as honorable distinctions. So, when the fields of Uroscopia and Uromancy were popular, we find a Dr. Theodorus Charles, a physician from Württemberg, referring to another knowledgeable practitioner as “Urinosa Claritas.”
ON THE USE OF TEA.
Such is the growing consumption of this now indispensable article in England, that in 1789 there were imported 14,534,601 lbs., and in 1833 the quantity was increased to 31,829,620 lbs.; the latter importation yielding a revenue of 3,444,101l. In other countries we find the consumption much less. Russia in 1832 imported 6,461,064 lbs.; Holland consumes about 2,800,000 lbs., and France only 230,000 lbs.
Such is the increasing demand for this now essential item in England that in 1789, 14,534,601 lbs. were imported, and by 1833, the amount had risen to 31,829,620 lbs.; the latter import generating a revenue of 3,444,101l. In other countries, the consumption is much lower. In 1832, Russia imported 6,461,064 lbs.; Holland consumes about 2,800,000 lbs., and France only 230,000 lbs.
It is supposed that tea was first introduced into Europe by the Dutch, about the middle of the seventeenth century; and Lords Arlington and Ossory are said to be the first persons who made it known in England. In 1641, Tulpius, a Dutch physician, mentioned it in his works. In 1667, Fouquet, a French physician, recommended it to the French faculty; and in 1678, an elaborate treatise was written on it by Cornelius Boutkoë, physician to the Elector of Brandenburg. About the same time, several travellers and missionaries, amongst whom we find Kœmpfer, Kalm, Osbeck, Duhalde, and Lecomte, give various accounts of the plant and its divers qualities.
It is believed that tea was first brought to Europe by the Dutch around the mid-seventeenth century, and Lords Arlington and Ossory are said to be the first people to introduce it in England. In 1641, Tulpius, a Dutch doctor, referenced it in his writings. In 1667, Fouquet, a French doctor, recommended it to the French medical community, and in 1678, a detailed treatise was written about it by Cornelius Boutkoë, who was the physician to the Elector of Brandenburg. Around the same time, several travelers and missionaries, including Kœmpfer, Kalm, Osbeck, Duhalde, and Lecomte, provided various accounts of the plant and its different qualities.
The Chinese name of this plant is theh, a Fokien word. In the Mandarin it is tcha, and the Japanese call it tsjaa. Loureiro, in his Flora Cochin-China, describes three species of tea. It is a polyandrous plant of the natural order Columniferæ, growing to a height varying from three to six feet, and bearing a great resemblance to our myrtle. The blossom is white, with yellow style and anthers, not unlike that of the dog-rose; the leaves are the only valuable part of the plant. The camellias, particularly the camellia sesanqua, of the same natural family, are the only plants liable to be confounded with it. The leaves of the latter camellia are indeed frequently used as a substitute for those of the tea-plant in several districts of China. This shrub is a hardy evergreen, growing in the open air from the equator to the forty-fifth degree of northern latitude; but the climate that appears the most congenial to it seems to be between the twenty-fifth and thirty-third degree. Almost every province and district in China produces tea for local consumption: but what is cultivated for trade is chiefly in Fokien, Canton, Kiang-nan,[Pg 278] Kiang-si, and Che-Kiang; Fokien being celebrated for its black tea, and Kiang-nan for the green. The plant is also cultivated in Japan, Tonquin, and Cochin-China, and in some parts of the mountainous tracts of Ava, where, in addition to its use in infusion, it is converted into a pickle preserved in oil. When tea was first introduced as a luxury on particular occasions in the wild districts of Ireland, the people used to throw away the water in which it had been boiled, and eat the leaves with salt-butter or bacon like greens. The Dutch are now endeavouring to propagate this valuable plant in Java, and for that purpose employ cultivators, who have emigrated from Fokien. The Brazilians are making similar attempts, and some tolerable tea has been reared near Rio Janeiro.
The Chinese name for this plant is theh, a word from Fokien. In Mandarin, it's called tcha, and the Japanese refer to it as tsjaa. Loureiro, in his Flora Cochin-China, describes three types of tea. It’s a polyandrous plant from the natural order Columniferæ, growing between three to six feet tall, and it looks a lot like our myrtle. The flower is white, with a yellow style and anthers, somewhat similar to that of the dog-rose; the leaves are the only valuable part of the plant. The camellias, especially camellia sesanqua, from the same natural family, are the only other plants that could be confused with it. The leaves of that camellia are often used as a substitute for tea leaves in several areas of China. This shrub is a resilient evergreen, thriving outdoors from the equator up to the forty-fifth degree of northern latitude; however, it seems to thrive best between the twenty-fifth and thirty-third degrees. Almost every province and area in China grows tea for local use, but the tea that’s grown for trade mainly comes from Fokien, Canton, Kiang-nan,[Pg 278] Kiang-si, and Che-Kiang; Fokien is known for its black tea, while Kiang-nan is famous for green tea. The plant is also grown in Japan, Tonquin, and Cochin-China, as well as in some mountainous regions of Ava, where, in addition to being brewed, it's made into a pickle preserved in oil. When tea was first introduced as a luxury in rural Ireland, people would throw away the water it was boiled in and eat the leaves with salt-butter or bacon like greens. The Dutch are currently trying to grow this valuable plant in Java, employing cultivators who have migrated from Fokien for that purpose. The Brazilians are making similar efforts, and some decent tea has been cultivated near Rio de Janeiro.
The black teas usually imported from Canton are the bohea, congou, souchong, and pekoe, according to our orthography: the French missionaries spelt them as follows: boui, camphou or campoui, saotchaon, and pekao or peko. Our green teas are the twankay, hyson-skin, and hyson, imperial, and gunpowder; the first of which French travellers write tonkay, hayswin-skine, and hayswin. The French import a tea called têhulan, but it is artificially flavoured with a leaf called lan hoa, or the olea fragrans of Linnæus.
The black teas commonly imported from Canton are the bohea, congou, souchong, and pekoe, as we spell them. French missionaries spelled them as boui, camphou or campoui, saotchaon, and pekao or peko. Our green teas include twankay, hyson-skin, hyson, imperial, and gunpowder; the first of which French travelers write as tonkay, hayswin-skine, and hayswin. The French import a tea called têhulan, but it's artificially flavored with a leaf known as lan hoa, or the olea fragrans of Linnæus.
The tea-plant grows to perfection in two or three years: the leaves are carefully picked by the family of the growers, and immediately carried to market, where they are purchased for drying in sheds. The tea-merchants from Canton repair to the several districts where it is produced, and, after purchasing the leaves thus simply desiccated, submit them to various manipulations; after which they are packed in branded cases and parcels called chops, from a Chinese word meaning a seal. Some of the leaf-buds of the finest black tea plants are picked early in the spring, before they expand: these constitute pekoe, sometimes called “white-blossomed tea,” from their being intermixed with the blossoms of the olea fragrans. The younger the leaf, the more high-flavoured and valuable is the tea. Green teas are grown and gathered in the same manner; but amongst these the gunpowder stands in the grade of the pekoe among the black, being prepared with the unopened buds of the spring crops. The alleged preparation of green teas upon copper plates, to give them a verdant colour, is an idle story. They are dried in iron vases over a gentle fire; and the operator conducts this delicate work with his naked hand, and the utmost care not[Pg 279] to break the fragile leaves. This part of the manipulation is considered the most difficult, as the leaves are rolled into their usual shape between the palms of the hands until they are cold, to prevent them from unrolling. Teas are adulterated by various odoriferous plants, more especially the vitex pinnata, the chloranthus inconspicuus, and the illicium anisatum. In our markets the chief adulteration is operated by the mixture of sloe and ash leaves, and colouring with terra Japonica and other drugs.
The tea plant reaches its peak after two or three years: the leaves are carefully picked by the growers' families and immediately taken to the market, where they are sold for drying in sheds. Tea merchants from Canton travel to the different regions where tea is produced, and after buying the freshly dried leaves, they go through various processes; afterward, the tea is packed in branded cases and parcels called chops, which comes from a Chinese word meaning a seal. Some of the finest black tea's leaf buds are picked early in the spring before they open: these are known as pekoe, sometimes called "white-blossomed tea," because they are mixed with the blossoms of the olea fragrans. The younger the leaf, the more flavorful and valuable the tea is. Green teas are cultivated and harvested in a similar way, but among these, gunpowder is on par with pekoe in black teas, as it is made from the unopened buds of the spring harvest. The claim that green teas are prepared on copper plates to give them a bright color is a myth. They are dried in iron containers over a gentle fire, and the person doing this delicate work uses their bare hands, taking care not[Pg 279] to break the fragile leaves. This part of the process is regarded as the most challenging, as the leaves are rolled into their typical shape between the palms until they cool, to stop them from unrolling. Teas are often mixed with various fragrant plants, especially vitex pinnata, chloranthus inconspicuus, and illicium anisatum. In our markets, the main form of adulteration comes from mixing in sloe and ash leaves, along with coloring agents like terra Japonica and other substances.
That tea is a substance injurious to health is beyond a doubt. Nothing but long habit from early life renders it less baneful than it otherwise would be: persons who take its infusion for the first time invariably experience uncomfortable sensations. It is well known that individuals who are not in the practice of taking tea in the evening, never transgress this habit with impunity; and it is quite clear that a preparation which deprives them of sleep, and renders them restless during a whole night, cannot be salubrious by day; and although the following opinion of Dr. Trotter regarding the use of this leaf is somewhat exaggerated, it is founded on experience; and I have known several persons afflicted with a variety of serious affections who never could obtain relief until they had ceased to consume it.
It's clear that tea is harmful to health. Only a long habit from an early age makes it less dangerous than it would otherwise be: people who drink it for the first time always feel uncomfortable. It's well-known that those who usually don't drink tea in the evening face consequences when they break this habit; it's obvious that a drink that robs them of sleep and keeps them restless all night can't be healthy during the day. While Dr. Trotter's view on this leaf might be a bit extreme, it's based on experience. I've seen several people suffering from various serious issues who only found relief after stopping their tea consumption.
“Tea is a beverage well suited to the taste of an indolent and voluptuous age. To the glutton it affords a grateful diluent after a voracious dinner; and, from being drunk warm, it gives a soothing stimulus to the stomach of the drunkard: but, however agreeable may be its immediate flavour, the ultimate effects are debility and nervous diseases. There may be conditions of health, indeed, where tea can do no harm, such as in the strong and athletic; but it is particularly hurtful to the female constitution, to all persons who possess the hereditary predisposition to dyspepsia, and all diseases with which it is associated, to gout, and to those who are naturally weak-nerved. Fine tea, where the narcotic quality seems to be concentrated, when taken in a strong infusion, by persons not accustomed to it, excites nausea and vomiting, tremors, cold sweats, vertigo, dimness of sight, and confusion of thought. I have known a number of men and women subject to nervous complaints, who could not use tea in any form without feeling a sudden increase of all their unpleasant symptoms; particularly acidity of the stomach, vertigo, and dimness of the eyes. As the use of this article of diet extends among the lower orders of the community[Pg 280] and the labouring poor, it must do the more harm. A man or a woman who has to go through much toil and hardship has need of substantial nourishment; but that is not to be obtained from an infusion of tea. And if the humble returns of their industry are expended in this leaf, what remains for the purchase of food better adapted to labour? In this case tea becomes hurtful, not only from its narcotic quality, but because that quality acts with double force in a body weakened from other causes. This certainly is one great reason for the increased and increasing proportion of nervous, bilious, spasmodic, and stomach complaints, &c. appearing among the lower ranks of life.”
“Tea is a drink that fits well with the tastes of a lazy and indulgent era. For someone who overindulges, it provides a satisfying dilution after a heavy dinner; and, when consumed hot, it offers a calming effect on the stomach of a drinker. However pleasant its initial taste may be, the long-term effects include weakness and nervous disorders. There may be times when health conditions allow for tea without harm, such as for the strong and athletic; but it can be especially harmful to women, to anyone with a hereditary tendency toward indigestion and related conditions, to gout sufferers, and to those who are naturally nervous. Quality tea, especially when its narcotic properties are concentrated in a strong brew, can cause nausea and vomiting, shaking, cold sweats, dizziness, blurred vision, and confusion for those who aren't used to it. I've known several men and women with nervous issues who couldn't drink tea in any form without feeling a sudden worsening of their symptoms, especially stomach acidity, dizziness, and blurred vision. As the use of this beverage spreads among the lower classes and the working poor, it can be even more damaging. A man or woman facing hard labor needs solid nourishment; but that's not something you get from tea. If their meager earnings are spent on this leaf, what’s left for purchasing better-suited food? In this scenario, tea becomes harmful not just because of its narcotic properties but also because those effects are intensified in a body weakened by other factors. This is certainly a significant reason for the rising number of nervous, bile-related, spasmodic, and stomach issues, etc., appearing among lower social classes.”
It is well known that tea is frequently resorted to by literary men to keep them awake during their lucubrations. Dr. Cullen said he never could take it without feeling gouty symptoms; and we frequently see aged females, who are in the habit of taking strong green tea, subject to paralytic affections. Many experienced physicians, such as Grimm, Crugerus, Wytt, Murray, Letsom, condemn the abuse of the plant as highly dangerous.[25] That it is a most powerful astringent we well know; and the hands of the Chinese who are employed in its preparation are shrivelled, and, to all appearance, burned with caustic. Chemists have extracted from it an astringent liquor containing tannin and gallic acid. This liquor, injected in the veins or under the integuments of frogs, produces palsy of the posterior extremities, and, applied to the sciatic nerve for half an hour, has occasioned death.
It’s well known that writers often turn to tea to stay awake during their late-night work. Dr. Cullen mentioned he could never drink it without feeling symptoms of gout, and we often see older women who regularly drink strong green tea suffering from paralysis. Many knowledgeable doctors, like Grimm, Crugerus, Wytt, Murray, and Letsom, warn that misusing the plant can be very dangerous.[25] We know it’s a very powerful astringent; the hands of the Chinese people who prepare it are shriveled and appear burned from caustic chemicals. Chemists have extracted an astringent liquid from it that contains tannin and gallic acid. When injected into the veins or under the skin of frogs, this liquid causes paralysis in their back legs, and applying it to the sciatic nerve for half an hour can result in death.
There is no doubt that tea acts differently on various individuals. In some it is highly stimulant and exhilarating; in others its effects are oppression and lowness of spirits; and I have known a person who could never indulge in this beverage without experiencing a disposition to commit suicide, and nothing could arouse him from this state of morbid excitement but the pleasure of destroying something, books, papers, or any thing within his reach. Under no other circumstances than this influence of tea were these fearful aberrations observed. It has been remarked that all tea-drinking nations are essentially of a leucophlegmatic temperament, predisposed to scrofulous and nervous diseases. The Chinese, even the degraded Tartar races amongst them, are weak and infirm, their women subject to various diseases arising from debility.[Pg 281] Although their confined mode of living, and want of the means of enjoying pure air and exercise, materially tends to render them liable to these affections; still their immoderate use of strong green tea, taken, it is true, in very small quantities at the time, but repeatedly, greatly adds to this predisposition.
It's clear that tea affects people differently. For some, it's very stimulating and energizing; for others, it can lead to feelings of heaviness and sadness. I've known someone who couldn't drink tea without feeling suicidal, and the only thing that could pull him out of that dark place was the urge to destroy something—books, papers, anything he could get his hands on. These extreme reactions were only noticed in relation to tea consumption. It's been noted that all nations that drink tea tend to have a generally pale and phlegmatic temperament, making them prone to glandular and nervous illnesses. The Chinese, even the less fortunate Tartar groups, are often weak and frail, with their women suffering from various ailments due to overall weakness. Although their limited lifestyle and lack of access to fresh air and exercise significantly contribute to these health issues, their excessive consumption of strong green tea—though taken in small amounts repeatedly—greatly worsens this vulnerability.[Pg 281]
From long experience I am convinced that, although tea may in general be considered a refreshing and harmless beverage, yet in some peculiar cases it is decidedly injurious; and many diseases that have baffled all medical exertions, have yielded to the same curative means so soon as the action of tea had been suspended.
From long experience, I'm convinced that while tea is generally seen as a refreshing and harmless drink, in certain unique situations it can be quite harmful; and many illnesses that have puzzled all medical efforts have responded to treatment as soon as tea consumption was stopped.
MANDRAGORE.
Self-styled wandering Turks and Armenians are frequently met with in crowded cities vending rhubarb, tooth-powder, and various drugs and nostrums, exciting the curiosity of the idlers that group around them, by exhibiting a root bearing a strong resemblance to the human form. This is the far-famed mandragore, of which such wonderful accounts have been related by both ancients and moderns.
Self-proclaimed wandering Turks and Armenians are often seen in busy cities selling rhubarb, tooth powder, and various medicines and remedies. They catch the attention of onlookers who gather around them by showing off a root that looks surprisingly like a human figure. This is the famous mandrake, which has been the subject of fascinating stories from both ancient and modern times.
This plant is the Atropa Mandragora of Linnæus, and grows wild in the mountainous and shaded parts of Italy, Spain, and the Levant, where it is also cultivated in gardens. The root bears such a likeness, at least in fancy’s eyes, to our species, that it was called Semi-homo. Hence says Columella,
This plant is the Atropa Mandragora by Linnaeus, and it grows naturally in the mountainous and shaded areas of Italy, Spain, and the Levant, where it is also grown in gardens. The root resembles our species so much, at least in people's imagination, that it was named Semi-homo. Thus says Columella,
Quamvis semihominis vesano gramine fœta
Mandragora pariat flores mœstamque cicutam.
Quamvis semihominis vesano gramine fœta
Mandragora pariat flores mœstamque cicutam.
The word vesano clearly refers to the supposed power it possessed of exciting delirium. It was also named Circæa, from its having been one of the mystic ingredients employed in Circe’s spells; although the wonderful mandragore was ineffectual against the more powerful herb the Moly, which Ulysses received from Mercury. This human resemblance of the root, which is, moreover, of a blackish hue and hairy, inspired the vulgar with the idea that it was nothing less than a familiar dæmon. It was gathered with curious rites: three times a magic circle was drawn round it with a naked sword; and the person who was daring enough to pluck it from the earth, was subject to manifold dangers and diseases, unless[Pg 282] under some special protection; therefore it was not unusual to get it eradicated by a dog, fastened to it by a cord, and who was whipped off until the precious root was pulled out. According to Josephus, the plant called Buaras, which was gifted with the faculty of keeping off evil spirits, was obtained by a similar canine operation. Often, it was asserted, did the mandragore utter piteous cries and groans, when thus severed from mother earth. Albertus the Great affirms that the root has a more powerful action when growing under a gibbet, and is brought to greater perfection by the nourishing secretions that drop from the criminal’s dangling corpse.
The word vesano clearly refers to the supposed ability it had to cause delirium. It was also called Circæa, because it was one of the mystical ingredients used in Circe’s spells; although the amazing mandrake was ineffective against the more potent herb Moly, which Ulysses got from Mercury. This human-like root, which is also dark and hairy, led the common people to think it was nothing less than a familiar spirit. It was harvested with specific rituals: a magic circle was drawn around it three times with a naked sword; and the person brave enough to pull it from the ground faced numerous dangers and diseases, unless[Pg 282] they were under special protection. Because of this, it was common to have it pulled out by a dog, tied to it by a cord, and who was whipped until the valuable root came free. According to Josephus, the plant called Buaras, which was said to have the power to ward off evil spirits, was obtained through a similar canine method. It was often claimed that the mandrake would emit mournful cries and groans when it was uprooted from the earth. Albertus the Great states that the root is more powerful when it grows under a gallows and is enhanced by the nourishing substances that drip from the body of a hanged criminal.
Amongst its many wonderful properties, it was said to double the amount of money that was locked up with it in a box. It was also all-powerful in detecting hidden treasures. Most probably the mandragore had bad qualities to underrate its good ones. Amongst these, we must certainly class the blackest ingratitude, since it never seemed to benefit the eloquent advocates of its virtues, who, in general, were as poor as their boasted plant was rich in attraction.
Among its many amazing qualities, it was said to double the amount of money stored with it in a box. It was also incredibly powerful at finding hidden treasures. Most likely, the mandrake had bad traits that overshadowed its good ones. Among these, we must definitely include the worst kind of ingratitude, as it never seemed to help the eloquent supporters of its benefits, who, in general, were as poor as their praised plant was rich in allure.
It was also supposed to possess the delightful faculty of increasing population and exciting love; and the Emperor Julian writes to Calixines that he is drinking the juice of mandragore to render him amorous. Hence was it called Loveapple; and Venus bore the name of Mandragontis. It has been asserted by various scholiasts, that the mandrake which Reuben found in the fields and carried to his mother, Leah, was the mandragore; the Dudaïm, however, which he gathered was not, according to all accounts, an unpleasant fruit, but is supposed to have been a species of orchis, still used in the East in love-philters and prolific potions. The word Dudaïm seems to express a tuberculated plant; and in Solomon’s Songs, he thus describes it: “The mandrakes give a smell, and at our gates are all manner of pleasant fruits, new and old, which I have laid up for thee, O my beloved.” Now it is utterly impossible, whatever may have been the revolution in taste since the days of Solomon, that the nauseous and offensive mandragore could have been considered as a propitiating present to a lady.
It was also believed to have the amazing ability to boost population and spark love; the Emperor Julian wrote to Calixines that he was drinking mandrake juice to make himself more amorous. That's why it was called Loveapple; and Venus was referred to as Mandragontis. Various scholars have claimed that the mandrake that Reuben found in the fields and brought to his mother, Leah, was actually the mandragore; however, the Dudaïm he picked was reportedly not an unpleasant fruit and is thought to have been a type of orchid, still used in the East in love potions and fertility drinks. The word Dudaïm seems to refer to a tuberous plant; and in Solomon’s Songs, it is described: “The mandrakes give off a smell, and at our gates are all kinds of pleasant fruits, both new and old, which I have stored up for you, O my beloved.” Now, it is completely impossible, no matter how tastes have changed since Solomon's time, that the disgusting and unpleasant mandragore could have been seen as a charming gift for a lady.
The etymology of the word Dudaïm would seem to describe it. It is derived from the word ררים, (Dadim) breasts, or רורים, (Dodim) friends, neighbours, twins; which indicates that this plant is formed of two similar parts. It is thought that the Dudaïm might be the highly-scented melon which is cultivated in the East, especially in Persia,[Pg 283] and known by the name of Destenbuje, or the Cucumis Dudaïm of Linnæus, and which is also found in Italy, where its powerful aroma is imparted to garments and chambers. It must have been an odoriferous production, since in the Talmud we find it denominated Siglin, which has been considered the jessamine or the lily. The orchis is remarkable for its double bulbous roots and its agreeable perfume; we may therefore justify the idea that the Dudaïm of the Jews was a species of this plant.
The origin of the word Dudaïm seems to explain its meaning. It's derived from the word ררים, (Dadim) meaning breasts, or רורים, (Dodim) meaning friends, neighbors, or twins, which suggests that this plant has two similar parts. It's thought that the Dudaïm could be the highly-scented melon grown in the East, especially in Persia,[Pg 283] known as Destenbuje, or the Cucumis Dudaïm of Linnæus, which is also found in Italy, where its strong aroma is absorbed by clothes and rooms. It must have had a pleasant fragrance, as in the Talmud it is referred to as Siglin, which has been linked to either jessamine or lily. The orchis is notable for its double bulbous roots and pleasing scent; thus, we can support the idea that the Dudaïm referenced by the Jews was a type of this plant.
Frontinus informs us that Hannibal employed mandragore in one of his warlike stratagems, when he feigned a retreat, and left in the possession of the barbarians a quantity of wine in which this plant had been infused. Intoxicated by the potent beverage, they were unable to withstand his second attack, and were easily put to the sword. Was it the mandragore that saved the Scotch in a similar ruse de guerre with the Danish invaders of Sweno? It is supposed to have been the Belladonna, or deadly nightshade, the effects of which are not dissimilar to those of the plant in question.
Frontinus tells us that Hannibal used mandrake in one of his battle tactics when he pretended to retreat and left behind a lot of wine infused with this plant for the barbarians. Getting drunk off the strong drink, they couldn't handle his second attack and were easily defeated. Was it the mandrake that helped the Scots in a similar military trick against the Danish invaders of Sweno? It’s thought that it might have been belladonna or deadly nightshade, which has effects similar to the plant we're talking about.
In the north of Europe, this substance is still used for medicinal purposes; and Boerhaave, Hoffberg, and Swediaur have strongly recommended it in glandular swellings, arthritic pains, and various diseases where a profuse perspiration may be desirable.
In northern Europe, this substance is still used for medical purposes; Boerhaave, Hoffberg, and Swediaur have strongly recommended it for swollen glands, arthritis pain, and various conditions where heavy sweating might be beneficial.
Machiavel has made the fabulous powers of the mandragore the subject of a comedy, and Lafontaine has employed it as an agent in one of his tales.
Machiavel has made the amazing powers of mandrake the focus of a comedy, and Lafontaine has used it as a character in one of his stories.
Another root that excited superstitious phantasies and reverential awe, from its supposed resemblance to the human form, was the Gin-seng, a Chinese production, which, according to the author of the Kao-li-tchi-tsan, or Eulogium of the Kingdom of Corea, “imitates the configuration of man and the efficacy of spiritual comfort, possessing hands and feet like a human being, and the mental virtues that no one can easily comprehend.” According to Jartoux, Gin-seng signifies “the representation of man.” It appears, however, that the learned father was in error. Jin, it is true, signifies man; but Chen does not mean representation, but a ternary body. Hence Gin-seng signifies the ternary of man, making three with man and heaven!—no doubt some superstitious tradition, since this root bears various names in other countries, that plainly denote the veneration in which it was held. In Japan it is called Nindsin, and Orkhoda in the Tatar-Mandchou language, both of which mean “the queen[Pg 284] of plants.” Father Lafitau informs us that the name of Garent-oguen of the Iroquois, which it also bears, means the thighs of man. The Gin-seng is a native of Tartary, Corea, and also thrives in Canada, Virginia, and Pennsylvania, in shaded and damp situations, as it soon perishes under the solar rays. The Chinese attach considerable value to it. Thunberg informs us that it sometimes is sold for forty pounds a pound; and Osbeck states that in his time it was worth twenty-four times its weight in silver. This enormous price frequently induced foreign smugglers to bring it into the Chinese territory; but the severest laws were enacted to punish this fraudulent traffic. The Tartars alone possess the privilege of cultivating and collecting it; and the districts that produce this precious plant are surrounded with palisades, and strictly guarded. In 1707, the Emperor of China, to increase his revenue, sent a body of ten thousand troops to collect the gin-seng. According to the Chinese physicians, this root possesses the faculty of renovating exhausted constitutions, giving fresh vigour, raising the drooping moral and physical faculties, and restoring to health and embonpoint the victim of debauchery. It is also said that a bit of the root chewed by a man running a race will prevent his competitor from getting the start of him. It is somewhat singular that the same property is attributed to garlic; and the Hungarian jockeys frequently tie a clove of it to their racers’ bits, when the horses that run against them fall back the moment they breathe the offensive odour. It has been proved that no horse will eat in a manger if the mouth of any other steed in the stable has been rubbed with the juice of this plant. I had occasion to ascertain this fact. A horse of mine was in the same stall with one belonging to a brother officer; mine fell away and refused his food, while his companion throve uncommonly well. I at last discovered that a German groom, who had charge of the prosperous animal, had recourse to this vile stratagem. It is also supposed that men who eat garlic knock up upon a march the soldiers who have not made use of it. Hence, in the old regulations of the French armies, there existed an order to prohibit the use of garlic when troops were on a march.
Another root that sparked superstitious beliefs and reverence, due to its supposed resemblance to the human form, was Ginseng, a Chinese product. According to the author of the Kao-li-tchi-tsan, or Eulogium of the Kingdom of Corea, it “resembles the shape of a person and has the ability to provide spiritual comfort, with hands and feet like a human being, and traits of mind that are hard for anyone to fully understand.” Jartoux explains that Gin-seng means “the representation of man.” However, it seems the learned father was mistaken. While Jin does indeed mean man, Chen doesn’t mean representation; it refers to a ternary body. Thus, Gin-seng stands for the ternary of man, creating three with man and heaven! This is likely influenced by some superstitious tradition, as this root has various names in other countries that clearly indicate the respect it was held in. In Japan, it is called Nindsin, and in the Tatar-Mandchou language, Orkhoda, both meaning “the queen[Pg 284] of plants.” Father Lafitau tells us that the Iroquois refer to it as Garent-oguen, which means the thighs of man. Ginseng is native to Tartary, Korea, and also thrives in Canada, Virginia, and Pennsylvania, in shaded and damp areas, as it quickly withers under direct sunlight. The Chinese place considerable value on it. Thunberg informs us that it can sometimes be sold for forty pounds per pound, and Osbeck states that in his time, it was worth twenty-four times its weight in silver. This huge price often led foreign smugglers to bring it into China, but strict laws were put in place to punish this illegal trade. Only the Tartars are allowed to cultivate and harvest it, and the regions that produce this valuable plant are enclosed with palisades and heavily guarded. In 1707, the Emperor of China sent a force of ten thousand troops to gather ginseng in order to boost his revenue. According to Chinese doctors, this root has the power to rejuvenate tired bodies, provide a boost in energy, lift both moral and physical spirits, and help restore health and embonpoint to those who have indulged excessively. It is also said that chewing a piece of the root during a race will prevent competitors from getting a head start. Interestingly, garlic is said to have the same effect; Hungarian jockeys often tie a clove of it to their horses’ bits, causing opposing horses to fall back at the scent of it. It has been shown that no horse will eat in a feed bin if another horse in the stable has had its mouth rubbed with the juice of this plant. I personally found this to be true. One of my horses shared a stall with one belonging to a fellow officer; mine lost weight and refused to eat, while his thrived. I eventually uncovered that a German groom, who cared for the flourishing horse, had used this foul trick. It is also believed that men who consume garlic disrupt the march of soldiers who don’t use it. As a result, old regulations in the French military included a rule prohibiting garlic when troops were on the move.
BARBER-SURGEONS, AND THE PROGRESS OF CHIRURGICAL ART.
No consideration should render man more thankful to his Creator, and justly proud of the progress of human intellect, than the perfection to which the art of surgery has been carried. In its present improved condition, we are struck with horror at the perusal of the ancient practice, and marvel that its barbarity did not sooner induce its professors to diminish the sum of misery it inflicted on their victims. Ignorance, and its offspring Superstition, seemed to sanctify this darkness. Improvement was considered as impious and unnecessary; and to deny the powers of the chirurgical art, heresy against the holy men, who alone were permitted to exercise it.
No reason should make a person more grateful to their Creator, or justifiably proud of how far human intelligence has come, than the advancements in the field of surgery. Looking at how far we've come today, we are horrified by the methods used in ancient practices and wonder why their brutality didn't lead to a quicker reduction in the suffering they caused. Ignorance and its child, Superstition, seemed to uphold this darkness. Progress was viewed as irreverent and unnecessary, and denying the capabilities of surgical medicine was seen as heresy against the holy figures who were the only ones allowed to practice it.
This supposed divine attribute of the priesthood can be traced to remote ages: Æsculapius was son of Apollo, and princes and heroes did not consider the art of surgery beneath their dignity. Homer has illustrated the skill of Podalirius and Chiron; and Idomeneus bids Nestor to mount his chariot with Machaon, who alone was more precious than a thousand warriors; while we find Podalirius, wrecked and forlorn on the Carian coast, leading to the altar the daughter of the monarch whom he cured, and whose subjects raised a temple to his memory, and paid him divine honours.
This supposed divine quality of the priesthood can be traced back to ancient times: Æsculapius was the son of Apollo, and princes and heroes didn’t think the art of surgery was below them. Homer highlighted the skills of Podalirius and Chiron; and Idomeneus tells Nestor to get in his chariot with Machaon, who was worth more than a thousand warriors. We also see Podalirius, shipwrecked and lost on the Carian coast, leading the daughter of the king he healed to the altar, and the king’s subjects built a temple to honor him and gave him divine recognition.
Tradition informs us, that in the infancy of the art all its branches were exercised indiscriminately by the medical practitioners. It was not then supposed that the human body was subject to distinct affections, external and internal; yet, as its study advanced, the ancients were led into an opposite extreme, and we find that in Egypt each disease became the province of a special attendant, regulated in his treatment by the sacred records handed down by their hierarchy.
Tradition tells us that in the early days of the art, all its branches were practiced together by medical professionals. At that time, it wasn’t believed that the human body experienced separate external and internal issues. However, as knowledge progressed, the ancients took an opposite approach, and in Egypt, each disease became the responsibility of a specialist, with their treatments guided by the sacred texts passed down by their leaders.
Herodotus informs us, that “so wisely was medicine managed by the Egyptians, that no physician was allowed to practise any but his own peculiar branch.” Accouchments were exclusively the province of females.
Herodotus tells us that “the Egyptians managed medicine so wisely that no doctor was allowed to practice anything but their own specific area.” Deliveries were exclusively handled by women.
These practitioners were remunerated by the state; and they were severely punished, when, by any experimental trials, they deviated from the prescribed rules imposed upon[Pg 286] them, and, in the event of any patient dying under a treatment differing from the established practice, the medical attendant was considered guilty of a capital offence. These wise provisions were made, says Diodorus, in the full conviction that few persons were capable of introducing any new treatment superior to that which had been sanctioned and approved by old practitioners.
These practitioners were paid by the state, and they faced strict penalties if they strayed from the established guidelines. If a patient died while undergoing a treatment that differed from the accepted practices, the medical professional was deemed guilty of a serious crime. According to Diodorus, these regulations were put in place because it was believed that very few people could come up with a new treatment that was better than those already vetted and approved by experienced practitioners.
Pliny complains that no such laws existed in Rome, where a physician was the only man who could commit murder with impunity; “Nulla præterea lex,” he says, “quæ puniat inscitium capitalem, nullum exemplum vindictæ. Discunt periculis nostris, et experimenta per mortes agunt: medicoque tantum hominem occidisse impunitas summa est.”
Pliny complains that there were no such laws in Rome, where a physician was the only person who could commit murder without consequences; “No other law,” he says, “punishes capital ignorance, no example of retribution exists. They learn from our dangers and conduct experiments through deaths: a physician has complete immunity for killing a person.”
By one of these singular anomalies in public opinion, this supposed divine science was soon considered an ignoble profession. In Rome it was chiefly practised by slaves, freedmen, or foreigners. From the overthrow of the Roman empire till the revival of literature and the arts in Europe, medicine and surgery sought a refuge amongst the Arabians, who studied both branches in common; for, though exiled to the coast of Africa in point of scientific cultivation, it was necessarily cultivated in other countries, and in the greater part of Europe became the exclusive right of ecclesiastics. In time, however, it was gradually wrested from their hands by daily necessities; and every one, even amongst the lowest classes, professed himself a surgeon, and the cure of the hurt and the lame was intrusted to menials and women.
By one of those unusual quirks in public opinion, this so-called divine science quickly became seen as a shameful profession. In Rome, it was mainly practiced by slaves, freedmen, or foreigners. From the fall of the Roman Empire until the revival of literature and the arts in Europe, medicine and surgery found a safe haven among the Arabians, who studied both areas together; even though it had been pushed to the coast of Africa in terms of scientific advancement, it was still being developed in other countries, and in much of Europe, it became solely the domain of the church. However, over time, it was gradually taken back from them by everyday needs; and everyone, even those from the lowest classes, claimed to be a surgeon, and the care of the injured and the disabled was left to servants and women.
As the church could no longer monopolize the art of healing, it became expedient to stigmatize it, although that very faculty had but lately been their boast; but it had fallen within the powers of vulgar and profane comprehension, and therefore was useless to maintain sacerdotal pre-eminence. In 1163, the Council of Tours, held by Pope Alexander III., maintained that the devil, to seduce the priesthood from the duties of the altar, involved them in mundane occupations, which, under the plea of humanity, exposed them to constant and perilous temptations. The edict not only prohibited the study both of medicine and law amongst all that had taken religious vows, but actually excommunicated every ecclesiastic who might infringe the decree. It appears, however, that the temptations of the evil one were still attractive, as Pope Honorius III., in 1215, was obliged to fulminate a fresh anathema on transgressors, with an additional canon, ordaining that, as the church abhorred all cruel or sanguinary [Pg 287]practices, not only no priest should be allowed the practice of surgery, but should refuse their benediction to all who professed it.[26]
As the church could no longer claim exclusive control over healing, it became convenient to label it as unholy, even though that ability had recently been a point of pride for them; it had become accessible to common understanding, and thus it was no longer useful to uphold their religious superiority. In 1163, the Council of Tours, convened by Pope Alexander III, declared that the devil, seeking to divert the priesthood from their sacred duties, entangled them in worldly pursuits, which, under the guise of compassion, exposed them to constant and dangerous temptations. The ruling not only banned the study of both medicine and law for those who had taken religious vows but also excommunicated any clergy member who violated this decree. However, it seems that the temptations from the devil remained appealing, as Pope Honorius III, in 1215, had to issue another condemnation for violators, with an additional canon stating that since the church condemned all cruel or bloody practices, no priest should be allowed to perform surgery and should deny blessings to anyone who did. [Pg 287]
The practice then fell into the hands of laymen, although priests, still regretting the advantages that it formerly had yielded them, were consulted in their convents or houses; and when patients could not visit them without exposing them to clerical censure, they asserted their ability to cure diseases by the mere inspection of the patient’s dejections; and so much faith was reposed in this filthy practice, that Henry II. decreed that upon the complaints of the heirs of persons who died through the fault of their physicians, the latter should suffer capital punishment, as having been the cause of their patient’s death, unless they had scientifically examined what was submitted to their investigation by the deceased’s relatives or domestics: and then proceeded to prescribe for the malady.
The practice then shifted into the hands of laypeople, though priests, still regretting the benefits it once provided them, were consulted in their convents or homes. When patients couldn’t visit them without facing clerical judgment, they claimed they could diagnose illnesses just by looking at the patient’s waste. So much trust was placed in this disgusting practice that Henry II. ruled that if complaints were made by the heirs of individuals who died due to their physicians' negligence, those physicians would face execution for causing their patient's death unless they had properly examined what the deceased's family or staff presented to them and then prescribed treatment for the illness.
Unable to quit their cloisters, in surgical cases, which could not be so easily cured at a distance, sooner than lose the emoluments of the profession, they sent their servants, or rather the barbers of the community, who shaved, and[Pg 288] bled, and drew teeth in their neighbourhood ever since the clergy could no longer perform these operations, on the plea of the maxim “Ecclesia abhorret à sanguine;” bleeding and tooth-drawing being, I believe, the only cases where this maxim was noticed. From this circumstance arose the barber craft or barber-surgeons.
Unable to leave their monasteries for surgical cases, which couldn't be easily treated from afar, they chose to send their servants, or rather the local barbers, who shaved, [Pg 288] bled, and pulled teeth in their community since the clergy could no longer perform these procedures, citing the principle “Ecclesia abhorret à sanguine.” Bleeding and tooth extractions were, as far as I know, the only situations where this principle was acknowledged. This situation led to the emergence of the barber craft or barber-surgeons.
These practitioners, from their various avocations, were necessarily dexterous; for, in addition to the skill required for good shaving, tonsurating the crowns of clerical heads was a delicate operation; and it was about this period that Pope Alexander III. revised the canon issued by the synod of Carthage respecting the tonsure of the clergy. Surgery being thus degraded, the separation between its practice and that of medicine became unavoidable, and the two branches were formally made distinct by bulls of Boniface VI. and Clement V.
These practitioners, from their different jobs, had to be skilled; because, in addition to the expertise needed for proper shaving, trimming the hair on clerical heads was a delicate task. Around this time, Pope Alexander III revised the canon from the synod of Carthage regarding the tonsure of the clergy. As surgery fell out of favor, the divide between its practice and that of medicine became necessary, and the two fields were officially separated by the bulls of Boniface VI and Clement V.
St. Louis, who had witnessed the services of surgeons in the field of battle during the crusades, had formed a college or confrérie of surgeons, in honour of St. Cosme and St. Damian, in 1268; and wounds and sores were dressed gratis in the churches dedicated to those saints on the first Monday of every month. To this body, of course, the barber-surgeons, or fraters of the priests, who had not received any regular education, did not belong. Hence arose the distinction, which even to the present day obtains in various parts of the Continent, where surgeons are divided into two classes,—those who had gone through a regular course of studies, and those who, without any academical education, were originally employed as the servants of the priests and barbers. So late as the year 1809, one of my assistants in the Portuguese army felt much hurt at my declining his offer to shave me; and in 1801, some British assistant-surgeons, who had entered the Swedish navy, were ordered to shave the ship’s company, and were dismissed the service in consequence of their refusal to comply with this command.
St. Louis, who had seen the work of surgeons on the battlefield during the crusades, established a college or confrérie of surgeons in honor of St. Cosme and St. Damian in 1268. Wounds and sores were treated gratis in the churches dedicated to those saints on the first Monday of every month. This group obviously did not include the barber-surgeons or fraters of the priests, who had not received formal education. This led to a distinction, which still exists today in various parts of the Continent, where surgeons are split into two categories—those who completed a formal course of study and those who, without any academic background, originally worked as servants for priests and barbers. As recently as 1809, one of my assistants in the Portuguese army was quite upset when I refused his offer to shave me; and in 1801, some British assistant-surgeons who joined the Swedish navy were ordered to shave the ship’s crew and were dismissed from service for refusing this command.
But to return to our barbers.—These ambitious shavers gradually attempted to glean in the footsteps of the regular chirurgeons, and even to encroach upon their domain, by performing more important operations than phlebotomy and tooth-drawing; the audacious intruders were therefore very properly brought up ex officio by the attorney-general of France, and forbidden to transgress the boundaries of their art, until they had been duly examined by master chirurgeons; although these said masters were not better qualified than[Pg 289] many of the barbers. Such was their ignorance indeed, that Pitard, an able practitioner, who had successively been the surgeon of St. Louis, Philip the Brave, and Philip the Fair, obtained a privilege to examine and grant licences to such of these masters who were fit to practise, without which licence all practitioners were liable to be punished by the provost of Paris; and in 1372 barbers were only allowed to dress boils, bruises, and open wounds.
But back to our barbers.—These ambitious barbers gradually tried to follow in the footsteps of regular surgeons and even encroach on their territory by performing more significant procedures than bloodletting and tooth extractions; these bold intruders were therefore properly brought up ex officio by the attorney-general of France and forbidden to step outside the limits of their craft until they had been properly examined by master surgeons, although these masters were not necessarily more qualified than[Pg 289] many of the barbers. Their ignorance was so profound that Pitard, a skilled practitioner who had successively served as the surgeon for St. Louis, Philip the Brave, and Philip the Fair, obtained the privilege to examine and grant licenses to those masters who were qualified to practice; without this license, all practitioners faced punishment from the provost of Paris. In 1372, barbers were only allowed to treat boils, bruises, and open wounds.
Although this account chiefly refers to France and its capital, yet the same distinction and division between surgeons and barbers prevailed in almost every other country; and privileges were maintained with as much virulence and absurdity as the present controversial bickerings between physicians and surgeons.
Although this account mainly talks about France and its capital, the same distinction and divide between surgeons and barbers existed in nearly every other country; and privileges were upheld with as much intensity and ridiculousness as the current disputes between physicians and surgeons.
In 1355 these master-surgeons constituted a faculty, which pocketed one-half of the penalties imposed upon the unlucky wights who had not the honour of belonging to their body. They also enjoyed various immunities and exemptions; amongst others, that of not keeping guard and watch in the city of Paris. To increase their emoluments, they granted as many honorary distinctions as they could in decency devise, and introduced the categories of bachelors, licentiates, masters, graduates, and non-graduates of surgery. The medical faculty now began to complain of the encroachments of the master-surgeons on their internal domain of poor mortality with as much bitterness as the masters complained of the impertinent invasion on the part of the barbers, of their external dominion. To court the powerful protection of the university against these interlopers, the surgeons consented to be considered as the scholars of the medical faculty, chiefly governed by clerical physicians.
In 1355, these master-surgeons formed a faculty that took half of the fines imposed on those unfortunate enough not to be part of their group. They also had various privileges and exemptions, including not having to keep watch in the city of Paris. To boost their income, they awarded as many honorary titles as they could reasonably create and established categories for bachelors, licentiates, masters, graduates, and non-graduates of surgery. The medical faculty soon began to complain about the master-surgeons encroaching on their domain with as much frustration as the masters felt about the barbers infringing on their territory. To gain the strong support of the university against these intruders, the surgeons agreed to be recognized as students of the medical faculty, primarily overseen by clerical physicians.
In 1452 a fresh source of dissension arose amongst clerical physicians, lay physicians, master surgeons, and barbers. Cardinal Etoutville abolished the law which bound the physicians of the university to celibacy, when, to use the historian’s words, “many of the clerical physicians, thinking there was more comfort to be found in a wife without a benefice than could be expected in a benefice without a wife, abandoned the priesthood, and were then permitted to visit their patients at their own houses.” Thus thrown into the uncontrolled practice of medicine, these physicians became jealous of the influence of the surgeons, to whom they had been so much indebted; and they had recourse to every art and manœuvre that priestcraft could devise to oppress and degrade them. To aid this purpose, they resorted to the [Pg 290]barbers, whom they instructed in private, to enable them to oppose the master-surgeons more effectually. The surgeons, indignant at this protection, had recourse to the medical faculty, supplicating them to have the barbers shorn of their rising dignity. Thus for mere motives of pecuniary interest, and the evident detriment of society, did these intriguing practitioners struggle for power and consequent fees; and, according to the vacillation of their interests, the barbers became alternately the allies of the physicians or the mercenary skirmishers of the surgeons.
In 1452, a new source of conflict emerged among clerical physicians, lay physicians, master surgeons, and barbers. Cardinal Etoutville ended the law that required university physicians to remain celibate. As the historian notes, “many of the clerical physicians, thinking there was more comfort to be found in a wife without a benefice than in a benefice without a wife, left the priesthood and were then allowed to treat their patients at home.” Now free to practice medicine without restrictions, these physicians became envious of the surgeons, to whom they had previously relied on so much. They resorted to every trick in the book to undermine and belittle them. To achieve this, they turned to the [Pg 290]barbers, whom they secretly trained to better challenge the master-surgeons. The surgeons, outraged by this protection, appealed to the medical faculty, begging them to strip the barbers of their newfound status. Driven by selfish financial motives and the clear harm to society, these scheming practitioners fought for power and the fees that came with it. Depending on their interests, the barbers alternated between being allies of the physicians or mercenary fighters for the surgeons.
From this oppression of the art, for nearly three centuries surgery was considered a degrading profession. Excluded from the university, not only were surgeons deprived of all academic honours and privileges, but subjected to those taxes and public burdens from which the members of the university, being of the clerical order, were exempted. This persecution not only strove to injure them in a worldly point of view, but the priests carried their vindictive feelings to such a point of malignity that when Charles IX. was about to confer the rites of apostolical benediction upon the surgeons of the long robe, the medical faculty interposed on the plea of their not being qualified to receive this benediction, as they did not belong to any of the four faculties of the university; and as the chancellor, or any other man, had not the power of conferring a blessing without the pope’s permission and special mandate, both surgeons and barbers ought to be irrevocably damned. The apostolical benediction in those days was considered of great value, since it exempted all candidates from examination in anatomy, medicine, surgery, or any other qualification, when they applied for a degree.
From this oppression of the art, surgery was seen as a degrading profession for almost three centuries. Excluded from the university, surgeons not only lost all academic honors and privileges but also had to bear taxes and public burdens from which university members, being part of the clergy, were exempt. This persecution aimed not only to harm them financially but the priests' resentment was so intense that when Charles IX was about to give the rites of apostolic blessing to the surgeons in formal attire, the medical faculty argued against it, claiming they weren't qualified to receive this blessing since they didn't belong to any of the four faculties of the university. Given that the chancellor or anyone else lacked the power to grant a blessing without the pope's permission and specific mandate, both surgeons and barbers were deemed irredeemably cursed. In those days, the apostolic blessing was considered very valuable, as it exempted all candidates from having to pass examinations in anatomy, medicine, surgery, or any other qualifications when applying for a degree.
Ever since the healing art ceased to be a clerical privilege, and a state of rivalry prevailed between spiritual and corporeal doctors, the former have sought to represent their opponents as infidels and atheists—the unbelief of physicians became prevalent, and to this day medical men are generally considered freethinkers;—an appellation which in a strictly correct acceptation might be considered more complimentary than opprobrious, since it designates a man, who extricating his intellectual faculties from the meshes of ignorance or prejudices, takes the liberty of thinking for himself.
Ever since healing stopped being a privilege reserved for the clergy and competition arose between spiritual and physical doctors, the former have tried to label their opponents as nonbelievers and atheists. The skepticism of physicians became widespread, and even today, medical professionals are often seen as freethinkers— a term that, in a strict sense, could be viewed as more flattering than insulting, as it refers to someone who, freeing their mind from ignorance or bias, exercises the right to think independently.
Sir Thomas Brown in his “Religio Medici,” alludes to this injurious opinion entertained of medical men, when he says, “For my religion, though there be several circumstances that might persuade the world I have none at all, as the general scandal of my profession, the natural course of my studies,[Pg 291] the indifferency of my behaviour and discourse in matters of religion—yet in despite thereof, I dare, without usurpation, assume the honourable style of Christian.”
Sir Thomas Browne in his “Religio Medici” refers to the negative opinion people have about doctors when he says, “As for my religion, even though there are many things that might lead people to think I have none at all, like the general scandal of my profession, the nature of my studies,[Pg 291] and my indifferent attitude and conversation about religious matters—still, despite all that, I confidently claim the honorable title of Christian.”
Sir Kenelm Digby in his observations on the work from which the above is extracted, entertains a similar opinion, and quotes Friar Bacon in support of it. The following are his words: “Those students who busy themselves much with such notions as reside wholly in the fantasy, do hardly ever become idoneous for abstracted metaphysical speculations; the one having bulky foundations of matter, or of the accidents of it, to settle upon—at the least with one foot; the other flying continually, even to a lessening pitch in the subtile air. And accordingly it hath been generally noted, that the excellent mathematicians, who converse altogether with lines, figures, and other differences of quantity, have seldom proved eminent in metaphysics or speculative divinity. Nor again, the profession of their sciences in other arts, much less can it be expected that an excellent physician, whose fancy is always fraught with the material drugs that he prescribeth his apothecary to compound his medicines of, and whose hands are inured to the cutting up, and eyes to the inspection of anatomized bodies, should easily and with success ply his thoughts at so towering a game, as a pure intellect, or separated and unbodied soul.”
Sir Kenelm Digby, in his observations on the work from which the above is taken, shares a similar view and cites Friar Bacon to support it. Here are his words: “Students who focus too much on ideas that exist only in the imagination rarely become capable of deep abstract metaphysical thoughts; one being grounded in a solid foundation of matter or its properties—at least partly—while the other keeps soaring into a more ethereal realm. Consequently, it has been widely observed that outstanding mathematicians, who engage solely with lines, figures, and various aspects of quantity, seldom achieve distinction in metaphysics or speculative theology. Nor can we expect much from their expertise in other fields; certainly, it is unrealistic to think that a skilled physician, whose mind is constantly filled with the physical substances he tells his pharmacist to mix into medicines, and whose hands are accustomed to performing dissections while his eyes are trained on examined bodies, can easily and successfully elevate his thoughts to such lofty challenges as pure intellect or an unembodied soul.”
That such ideas should be maintained in former days, when bigotry and prejudice reigned paramount, we cannot be surprised; but one must marvel to see a modern and intelligent annotator of Brown’s work,[27] coincide in this illiberal opinion, in the following terms:
That such ideas were held in the past, when bigotry and prejudice were widespread, isn’t surprising; but it’s astonishing to see a modern and knowledgeable commentator on Brown’s work,[27] agree with this narrow-minded view, saying:
“Imaginative men, that is, persons in whom the higher attributes of genius are found, seldom delight in the sciences conversant with mere matter or form; least of all in medicine, the object of which is the derangement, or imperfection of nature, and the endeavour to substitute order and harmony in the place of their opposites. Brought thus chiefly into contact with diseased organization, surrounded by the worst elements of civil society, (for their experience must in general be among the intemperate and the vicious,) they may be said to exist in an infected moral atmosphere, and it is therefore not greatly to be wondered at that among such persons a highly religious frame of mind should be the exception and not the rule.”
“Creative individuals, meaning those with exceptional genius, rarely find joy in sciences that focus solely on physical matter or structure; least of all in medicine, which deals with the dysfunction or flaws of nature and the attempt to replace disorder and chaos with order and harmony. Often exposed to illness and unhealthy conditions, surrounded by the worst aspects of society, (since their experiences generally involve the reckless and morally corrupt,) they live in a morally toxic environment. It’s not surprising, then, that among such people, a deeply religious mindset is more the exception than the norm.”
The absurdity of this observation can only be equalled by[Pg 292] its extreme illiberality. Can it be for one moment entertained, that the physician who gives his care to every class of society and at all ages “exists in an infected moral atmosphere?” Supposing that he is not fortunate enough to attend upon the opulent and the great, and is limited to a pauper or an hospital practice, does Mr. St. John mean to say that instances of intemperance and vice are confined to the indigent, although want of education, and poverty may degrade them in crapulous pursuits? If there does exist a profession pre-eminent for its philanthropic character, and the power of discrimination between good and evil, and right and wrong, it is undoubtedly that of medicine. The finest feelings of humanity are constantly brought to bear, both in seeking to relieve bodily sufferings and solacing an afflicted mind—whether it be with the scalpel in hand in an anatomical theatre, or by the bedside of an agonized sufferer, whom he hopes, under Providence, to restore to health and to his family, the physician has daily opportunities of beholding the wonders of the creation and the benevolence of the Creator—he is a constant witness of the fervent supplication of the unfortunate and the heartfelt gratitude of those suppliants at the throne of mercy, whose prayers have been heard. A man of exalted benevolence (and such a physician ought to be), he must be alive to all the generous feelings of humanity, and he is doomed more frequently to move in an infected moral atmosphere, when gratuitously attending some of the troublesome and pedantic legislators of the republic of letters, than when exerting his skill to relieve the grateful poor who may fall under his care.
The absurdity of this observation can only be matched by[Pg 292] its extreme lack of generosity. Can we for a moment believe that the doctor who provides care to every social class and all ages “exists in a contaminated moral environment?” If he is not lucky enough to work with the wealthy and powerful, and is limited to caring for the poor or in a hospital setting, does Mr. St. John really mean to suggest that issues of excessive drinking and vice are only found among the poor, even though lack of education and poverty may push them toward destructive behaviors? If there’s a profession known for its philanthropic nature and its ability to distinguish between good and evil, it’s definitely medicine. The deepest feelings of humanity are continually at play, whether he’s working to alleviate physical pain or comforting someone in emotional distress—whether it’s with a scalpel in an anatomy lab or by the bedside of a suffering patient, whom he hopes, with divine aid, to heal and send back to their family. The doctor has daily opportunities to witness the wonders of creation and the kindness of the Creator—he constantly sees the passionate prayers of the unfortunate and the sincere gratitude of those pleading at the mercy of fate, whose requests have been granted. A person of great kindness (and such a doctor should be), he must be attuned to all the noble aspects of humanity, and he is more likely to encounter a contaminated moral environment when he voluntarily attends to some of the troublesome and pedantic lawmakers of the literary world than when he’s using his skills to help the thankful poor who come under his care.
It has been maintained that the physician seeking in the arcana of nature the causes of every vital phenomenon becomes a materialist: nothing can be more unjust, nay, more absurd, than such a supposition. The study of physiology teaches us, more perhaps then any other pursuit, to admire the wonderful works of our Creator, and Voltaire has beautifully illustrated the fact in the following lines:
It has been argued that a physician who looks into the depths of nature to find the causes of every vital phenomenon turns into a materialist: nothing could be more unfair, or even more ridiculous, than this idea. The study of physiology teaches us, more than perhaps any other field, to appreciate the amazing works of our Creator, and Voltaire has beautifully expressed this in the following lines:
Demandez à Sylva par quel secret mystère
Ce pain, cet aliment dans mon corps digéré,
Se transforme en un lait doucement préparé;
Comment, toujours filtré dans des routes certaines,
En longs ruisseaux de pourpre il court enfler mes veines;
A mon corps languissant donne un pouvoir nouveau,
Fait palpiter mon cœur et penser mon cerveau;
Il lève au ciel les yeux, il s’incline, il s’écrie
Demandez le à ce Dieu qui m’a donnez la vie.
Demandez à Sylva par quel secret mystère
Ce pain, cet aliment dans mon corps digéré,
Se transforme en un lait doucement préparé;
Comment, toujours filtré dans des routes certaines,
En longs ruisseaux de pourpre il court enfler mes veines;
À mon corps languissant donne un pouvoir nouveau,
Fait palpiter mon cœur et penser mon cerveau;
Il lève au ciel les yeux, il s’incline, il s’écrie
Demandez-le à this God qui m’a donné la vie.
Broëseche has justly said, Tanta est inter deum, religionem,[Pg 293] et medicum connexio, ut sine Deo et religione nullus exactus medicus esse queat; and it has truly been said by a later writer, “that a philosophic physician must seek in religion, strength of mind to support the painful exertions of his profession, and some consolation for the ingratitude of mankind.”
Broëseche rightly said, Tanta est inter deum, religionem,[Pg 293] et medicum connexio, ut sine Deo et religione nullus exactus medicus esse queat; and a later writer wisely noted, “a thoughtful physician must find in religion the mental strength to cope with the challenges of their profession and some comfort for the ingratitude of humanity.”
Amongst the many glaring absurdities which retarded the progress of medical studies, one cannot but notice the presumptuous claims of the physicians to the exclusive privilege of teaching surgery to their pupils, while anatomy was solely professed by surgeons, and not considered necessary in the instruction of a physician. All these anomalies can be easily traced to that spirit of dominion, exclusion, and monopoly, which invariably characterized clerical bodies. To such a pitch was this destructive practice carried, that surgeons were only allowed to perform operations in the presence of one or more physicians: nor were they permitted to publish any work on their profession until it had been licensed by a faculty who were utterly ignorant of the matter of which it treated. The celebrated Ambrose Paré could only obtain as a special favour from his sovereign, the permission to give to the world one of its most valuable sources of information.
Among the many obvious issues that slowed down medical studies, it's hard to miss the bold claims of doctors who believed they had the exclusive right to teach surgery to their students, while anatomy was only taught by surgeons and not seen as necessary for training doctors. All these inconsistencies can be easily linked to the controlling, exclusionary, and monopolistic mindset that consistently marked religious groups. This damaging practice was taken to such extremes that surgeons were only allowed to perform operations in front of one or more doctors and couldn't publish any work about their profession until it was approved by a faculty completely unfamiliar with the subject they were discussing. The famous Ambrose Paré could only gain, as a special favor from his king, the permission to share one of the most valuable sources of knowledge with the world.
So late as 1726 we find the medical faculty of Paris making a formal representation to Cardinal de Noailles and the curates of that capital to prevent surgeons from granting certificates of health or of disease, and this application was grounded on the pious motive of enforcing a more rigid observance of Lent! They further insisted that this indispensable mortification was eluded in consequence of the facility of obtaining certificates that permitted persons stated to be indisposed to eat animal food, eggs, and butter, whence infidelity was making a most alarming progress, threatening the very existence of church and state, and the overthrow of every ancient and glorious institution. The faculty were formally thanked for their pious zeal in the true interests of religion, and the spiritual welfare of their patients; and orders were affixed upon the door of every church, anathematizing all certificates that emanated from the unholy hands of surgeons and barbers.
So late as 1726, the medical faculty of Paris formally asked Cardinal de Noailles and the curates of the city to stop surgeons from issuing health or illness certificates. This request was based on the sincere desire to ensure stricter adherence to Lent! They argued that this essential fasting was being bypassed because it was too easy to get certificates that allowed people claiming to be unwell to eat animal products, eggs, and butter, which was causing a worrying rise in infidelity, threatening the very existence of the church and state, and the downfall of all ancient and respected institutions. The faculty received formal thanks for their devout commitment to the true interests of religion and the spiritual well-being of their patients; notices were posted on the doors of every church, condemning all certificates issued by the unholy hands of surgeons and barbers.
These unfortunate barbers, although they humbly submitted to the sway of both physicians and surgeons when it suited their purpose, were in turn persecuted by both their allies and alternate protectors; so much so, that the clerical practitioners at one time prohibited them from bleeding, and conferred this privilege upon the bagnio-keepers. From the well-known nature of these establishments, various may be the[Pg 294] reasons that led to this patronage, which was clearly an attempt to qualify bagnio-keepers to extend their convenient trade.
These unfortunate barbers, while they quietly went along with the authority of both doctors and surgeons when it served them well, were also mistreated by both their supposed allies and alternate protectors. In fact, at one point, the clerical practitioners banned them from performing bloodletting and gave that right to the bagnio-keepers. Given the well-known nature of these establishments, there could be various reasons for this choice, which clearly aimed to enable bagnio-keepers to expand their profitable business.
At last, in the year 1505, barbers were dignified with the name of surgeons. Their instructions were delivered in their vernacular tongue, until the university again interfered, and ordered that lectures should be delivered in Latin; once more closing alma-mater against illiterate shavers, who were, however, obliged to give a smattering of classical education to their sons destined to wield alternately the razor and the lancet. In 1655, surgeons and barber-surgeons were incorporated in one college; a union which was further confirmed, in 1660, by royal ordonnance, under some limitations, whereby the barbers should not assume the title of licentiates, bachelors, or professors, nor be allowed to wear the honourable gown and cap that distinguished the higher grades of learning. Red caps were in former times given by each barber to his teacher on his being qualified, and gloves to all his fellow-students.
Finally, in 1505, barbers were granted the title of surgeons. They were taught in their native language until the university stepped in again, demanding that classes be held in Latin; this once more shut out uneducated barbers, who were still required to give their sons a basic classical education so they could switch between the razor and the lancet. In 1655, surgeons and barber-surgeons were combined into one college; this union was further confirmed in 1660 by royal decree, with some restrictions that prevented barbers from calling themselves licensed practitioners, bachelors, or professors, and from wearing the honorable gown and cap that signified higher education. In earlier times, each barber would give a red cap to their teacher upon qualification and gloves to all their fellow students.
Thus we find that the high state of perfection which the surgical art has attained is solely due to the efforts of industry to free itself from the ignoble trammels of bigotry and prejudice. Intellectual progress has invariably been opposed in every country by those powerful and interested individuals who derived their wealth and influence from the ignorance of society. Corporate bodies monopolizing the exercise of any profession will invariably retard instruction and shackle the energies of the student. It is, no doubt, indispensable that the practice of medicine in all its branches should only be allowed to such persons as are duly qualified; but whenever pecuniary advantages are derived from the grant of the permission, abuses as dishonourable as they are injurious to society will infallibly prevail. In Great Britain the period of study required in medical candidates is by no means sufficient. Five or six years is the very lowest period that should be insisted on; and, when duly instructed, degrees and licences should be conferred without fee, on all applicants, by a board of examiners unprejudiced and disinterested. This mode of granting licences would add to the respectability of the profession, while it would ensure proper attendance to the public. Physicians and surgeons would then become (what to a certain extent the latter are at present, though illegally as far as the laws of the college go), general practitioners, and society would no longer be infested by the swarms of practising apothecaries, who, from the very nature of their education, can only be skilled in making up [Pg 295]medicines, or who must have obtained experience in the lessons taught by repeated failures in their early practice, unless perchance they have stepped beyond the usual confined instruction of their class. The consequences that arise from this fatal system are but too obvious. These men live by selling drugs, which they unmercifully supply, to the material injury of the patient’s constitution. If, after ringing all the changes of their materia medica without causing the church-bell to toll, they find themselves puzzled and bewildered, a physician or a surgeon is called in, and too frequently these practitioners are bound by tacit agreement not to diminish the revenue that the shop produces. If it were necessary to prove the evils that result from the monopolizing powers vested in corporate institutions, the proof might be sought and found in the virulence and jealousy which they evince in resisting reform, from whatever quarter it may be dreaded; and it may be said that too many of the practising apothecaries of the present day stand in the same relative situation in the medical profession as the barbers of olden times.
Thus we find that the high level of excellence achieved in surgical practice is entirely due to the efforts of individuals working to break free from the constraints of ignorance and bias. Intellectual advancement has always faced opposition from powerful people who profited from society's lack of knowledge. Organizations that control a profession tend to hinder education and restrict the student’s potential. It is certainly essential that only qualified individuals practice medicine in all its forms; however, whenever financial benefits come from granting permission to practice, abuses that are both disgraceful and harmful to society inevitably arise. In Great Britain, the amount of study required for medical candidates is by no means adequate. A minimum of five or six years should be mandated; and, once properly trained, degrees and licenses should be awarded without charge to all applicants by a fair and unbiased board of examiners. This method of granting licenses would enhance the profession's credibility while ensuring that the public receives appropriate care. Physicians and surgeons would then become, as some of the latter are to a degree now (though illegally according to college rules), general practitioners, and society would no longer be overrun by practicing apothecaries who, due to their education, can only prepare medications or have gained experience through repeated failures in their early practice, unless they have ventured beyond the typical limited training of their class. The consequences of this detrimental system are painfully clear. These individuals thrive by selling medications, which they supply indiscriminately, causing real harm to patients. If, after exhausting all their remedies without success, they find themselves at a loss, a physician or a surgeon is called in, and far too often these practitioners are implicitly expected not to cut into the profits of the pharmacy. If proof were needed of the harm caused by the monopolistic power held by corporate entities, it can be found in their hostility and jealousy towards any form of reform, regardless of its source; and it can be said that many of today's practicing apothecaries hold a position in the medical field similar to that of barbers in earlier times.
This faculty of exercising every branch of the profession, however qualified, is of olden date, and we find on the subject the following lines in the writings of Alcuin in the time of Charlemagne:
This ability to practice every aspect of the profession, no matter the qualification, is quite old, and we can find the following lines on the topic in the writings of Alcuin during the time of Charlemagne:
Accurrunt medici mox Hippocratica tecta:
Hic venas findit, herbas hic miscet in olla;
Ille coquit pultes, alter sed pocula perfert.
Accurrunt medici mox Hippocratica tecta:
Here he opens veins, here he mixes herbs in a pot;
One cooks porridge, while another serves drinks.
ON DREAMS.
Philosophical ingenuity has long been displayed in the most learned disquisitions in an endeavour to account for the nature of these phenomena. The strangeness of these visionary perturbations of our rest—their supposed influence on our destinies—their frequent verification by subsequent events—have always shed a mystic prestige around them; and superstition, ignorance, and craft, have in turns characterized them as the warnings of the Divine will, or the machinations of an evil spirit.
Philosophical creativity has been evident in the most educated discussions as people try to understand the nature of these phenomena. The oddness of these vivid disruptions to our peace—their believed impact on our futures—their frequent validation by later events—has always created a sense of mystique around them; and superstition, ignorance, and deceit have alternately labeled them as signs of Divine will or schemes of an evil spirit.
Macrobius divided them into various categories. The first, the mere dream, somnium, he considers a figurative and mysterious representation that requires to be interpreted. Dion Cassius gives an example of this in the case of Nero,[Pg 296] who dreamt that he saw the chair of Jupiter pass into the palace of Vespasian, which was considered as emblematical of his translation to the empire.
Macrobius categorized them in different ways. The first, the simple dream, somnium, is seen as a symbolic and enigmatic representation that needs to be interpreted. Dion Cassius provides an example of this with Nero,[Pg 296], who dreamt that he saw Jupiter's chair entering Vespasian's palace, which was interpreted as a sign of his rise to power.
The second distinction he terms a vision, visio, or a foreboding of future events. The third he deemed oracular, oraculum, and this was the case when a priest, or a relative, a deity, a hero, or some venerable person, denounced what was to happen, or warned us against it. As an example of this inspiration, for such it was considered, an anecdote of Vespasian is related. Having heard that a man in Achaia had dreamt that a person unknown to him had assured him that he should date his prosperity from the moment that Nero should lose a tooth,—a tooth just drawn from that emperor being shown to him the following day, he foresaw his destinies: soon after Nero died, Galba did not long survive him, and the discord that reigned between Otho and Vitellius ultimately placed the diadem on his brow. These inspirations were considered by Cicero, and various philosophers, as particularly appertaining to the shrine of the gods; those who sought that heavenly admonition were therefore recommended to lie down in temples. The Lacedæmonians sought slumber in the temple of Pasithea; Brizo, the goddess of sleep and dreams, was worshipped at Delos, and her votaries slept before her altars with their heads bound with laurel, and other fatidical symbols; hence divination by dreams was called Brizomantia. Supplications were offered up to Mercury for propitious visions, and a caduceus was placed for that purpose at the feet of beds; hence was it called ἑρμῖες.
The second distinction he calls a vision, visio, or a premonition of future events. The third he referred to as oracular, oraculum, and this occurred when a priest, relative, deity, hero, or some respected person announced what was to happen or warned us against it. For example, there's a story about Vespasian. He heard that a man in Achaia had dreamed that someone he didn't know told him that he should expect success starting the moment Nero lost a tooth. The next day, the tooth just pulled from that emperor was shown to him, and he predicted his fate: soon after, Nero died, Galba didn't last long after him, and the conflict between Otho and Vitellius eventually put the crown on his head. Cicero and various philosophers believed these inspirations were particularly linked to the gods' temples, so those seeking divine guidance were advised to lie down in temples. The Spartans sought sleep in the temple of Pasithea; Brizo, the goddess of sleep and dreams, was worshipped at Delos, and her followers would sleep in front of her altars with their heads wrapped in laurel and other prophetic symbols; that's why divination through dreams was called Brizomantia. Prayers were made to Mercury for favorable visions, and a caduceus was placed at the foot of beds for that purpose; hence it was called ἑρμῖες.
Diodorus informs us that dreams were regarded in Egypt with religious reverence, and the prayers of the devout were often rewarded by the gods with an indication of appropriate remedies. But the confidence in supernatural agency and the power of magic, was only deemed a last resource, when human skill had been baffled. Some persons promised a certain sum of money for the maintenance of sacred animals, consecrated to the divinity whose aid they implored. In the case of infants, a certain portion of their hair was cut off and weighed, and when the cure was effected an equal quantity of gold was given to the successful intermediator.
Diodorus tells us that in Egypt, dreams were treated with great religious respect, and the prayers of the faithful were often rewarded by the gods with indications of suitable remedies. However, belief in supernatural forces and the effectiveness of magic was only considered as a last resort when human expertise had failed. Some people pledged a certain amount of money to support sacred animals dedicated to the deity they sought help from. In the case of infants, a specific portion of their hair was cut off and weighed, and when the healing was achieved, an equal amount of gold was given to the successful mediator.
The fourth division was insomny, insomnium, which was characterized by a disturbed repose, caused either by mental or bodily oppression, or solicitude. The fifth class of dreams was the phantasm or visus, which takes place between sleeping and waking, in a dozing and broken slumber, when[Pg 297] the person thinks himself awake, and yet beholds fantastic and chimerical figures floating around his couch. Under this class is placed the ephialtes, or night-mare. Macrobius represents the phantasm and the insomnium as little deserving of attention, being of no use in divination and prediction.
The fourth category was insomny, insomnium, which was marked by disturbed rest, caused either by mental or physical stress, or worry. The fifth type of dreams was the phantasm or visus, which occurs between sleeping and waking, in a light and interrupted sleep, when[Pg 297] a person thinks they are awake, yet sees strange and unreal images floating around them. This category includes the ephialtes, or nightmare. Macrobius suggests that phantasm and insomnium deserve little attention, as they are not useful for divination or prediction.
When these notions prevailed, the interpretation of dreams became a profitable trade; and it is a lamentable truth, that, to the present day, it is considered a speculation upon credulity. We find in Plutarch’s Life of Aristides that there were tables drawn out for this purpose; and he speaks of one Lysimachus, a grandson of Aristides, who gained a handsome livelihood by this profession, taking up his station near the temple of Bacchus. Rules of interpretation were formed by Artemidorus, who lived in the reign of Antoninus Pius, and he drew his conclusions from circumstances considered either propitious or sinister. Thus, to dream of a large nose, signified subtlety; of rosemary or sage, trouble and weakness; of a midwife, disclosure of secrets; of a leopard, a deceitful person. These interpretations became so multiplied, that at last it was decreed that no dreams which related to the public weal should be regarded, unless they had visited the brains of some magistrates, or more than one individual. But what limits can any enactment assign to the influence of credulity and superstition? Cicero informs us that the Consul Lucius Julius repaired to the temple of Juno Sospita, in obedience to a decree of the senate regarding the dream of Cæcilia, daughter of Balearicus.
When these ideas took hold, interpreting dreams became a profitable business; and it’s a sad truth that, even today, it’s viewed as a gamble on people's gullibility. In Plutarch’s Life of Aristides, we learn that there were dedicated tables for this purpose, and he mentions a man named Lysimachus, a grandson of Aristides, who made a good living from this work, setting up shop near the temple of Bacchus. Artemidorus, who lived during the reign of Antoninus Pius, established rules for dream interpretation based on circumstances seen as either favorable or unfavorable. So, for example, dreaming of a large nose signified cleverness; dreaming of rosemary or sage indicated trouble and weakness; dreaming of a midwife meant secrets would be revealed; and dreaming of a leopard indicated a deceitful person. These interpretations grew so numerous that it was eventually decided that no dreams related to the public good should be considered unless they had come to the minds of certain magistrates or more than one person. But what limits can any law set on the power of belief and superstition? Cicero tells us that Consul Lucius Julius went to the temple of Juno Sospita, following a decree from the senate concerning the dream of Cæcilia, daughter of Balearicus.
In more modern times we have often seen dreams resorted to, in order to assist the speculations of policy and priestcraft; some of them as absurd in their nature as revolting in their interpretation. Monkish records relate that St. Bernard’s mother dreamed that she had a little white dog barking about her, which was interpreted to her by a religious person as meaning “that she should be the mother of an excellent dog indeed, who should be the hope of God’s house, and would incessantly bark against its adversaries, for he should be a famous preacher, and cure many by his medicinal tongue.” Our Archbishop Laurence, to whom we owe the church of Our Lady at Canterbury, was about to emigrate to France under the discouragement of persecution, until warned in a dream, and severely scourged by St. Peter for his weakness. It was on the relation not only of this dream, but on actually exhibiting the marks of the stripes he had received, that Eadbald was baptized, and became a protector of the church. It was in a dream of this[Pg 298] description that St. Andrew instructed Peter Pontanus how to find out the spear that had pierced our Saviour’s side, and which was hidden somewhere near Antioch. Antioch was at that time besieged by the Persians, and half famished; but this weapon being carried by a bishop, enabled the besieged to beleaguer Caiban, the Persian general.
In more recent times, we've often seen dreams used to support political and religious agendas; some of them as ridiculous as they are disturbing in their interpretations. Monastic records say that St. Bernard's mother dreamed she had a little white dog barking around her, which a religious figure interpreted as meaning “she would be the mother of an exceptional dog, who would be the hope of God’s house and would continually bark against its enemies, for he would be a renowned preacher and heal many with his words.” Our Archbishop Laurence, who is responsible for the church of Our Lady at Canterbury, was about to move to France due to the pressures of persecution until he was warned in a dream and received a harsh reprimand from St. Peter for his timidity. It was on the account of this dream, and by actually showing the marks of the whip he had received, that Eadbald was baptized and became a supporter of the church. In a dream of this[Pg 298] kind, St. Andrew instructed Peter Pontanus on how to find the spear that had pierced our Savior’s side, which was hidden somewhere near Antioch. At that time, Antioch was besieged by the Persians and was half-starved; however, the bishop carrying this weapon enabled the defenders to confront Caiban, the Persian general.
The Peripatetics represented dreams as arising from a presaging faculty of the mind; other sects imagined that they were suggestions of dæmons. Democritus and Lucretius looked upon them as spectres and simulacra of corporeal things, emitted from them, floating in the air, and assailing the soul. A modern writer, Andrew Baxter, entertained a notion somewhat similar, and imagined that dreams were prompted by separate immaterial beings, or spirits, who had access to the sleeper’s brain with the faculty of inspiring him with various ideas. Burton divides dreams into natural, divine, and dæmoniacal; and he defines sleep, after Scaliger, as “the rest or binding of the outward senses, and of the common sense, for the preservation of body and soul.”
The Peripatetics viewed dreams as coming from a predicting ability of the mind, while other groups thought they were suggestions from demons. Democritus and Lucretius saw them as ghosts and simulacra of physical things, emitted from them, floating in the air and attacking the soul. A modern writer, Andrew Baxter, had a somewhat similar idea, suggesting that dreams were triggered by separate immaterial beings or spirits that accessed the sleeper’s brain, inspiring various thoughts. Burton categorizes dreams into natural, divine, and demonic, and he defines sleep, following Scaliger, as “the rest or binding of the outward senses, and of the common sense, for the preservation of body and soul.”
Gradually released from the trammels of superstition, modern philosophers have sought for more plausible explanations of the nature and causes of dreams, but perhaps without having attained a greater degree of certainty in this difficult question than our bewildered ancestors. Wolfius is of opinion that every dream originates in some sensation, yet the independent energies of the mind are sufficiently displayed in the preservation of the continued phantasms of the imagination. He maintains that none of these phantasms can prevail unless they arise from this previous sensation. De Formey is of the same opinion, and conceives that dreams are supernatural when not produced by these sensations. But of what nature are these sensations? Are they corporeal impressions received prior to sleep, and the continuances of reflection, or are they the children of an idle brain? Although it is not easy to trace an affinity between the subjects of our dreams and our previous train of thought, yet it is more than probable that dreams are excited by impressions experienced in our waking moments, and retransmitted to the sensorium, however difficult it may be to link the connexion of our ideas, and trace their imperceptible catenation. Moreover, there does not exist a necessary and regular association in the state of mind that succeeds any particular impressions. These impressions only predispose the mind to certain ideas, which act upon it with more or less subsequent energy, and with more or less irregularity,[Pg 299] according to the condition in which the predisposing causes have left it. It has been observed that we seldom dream of the objects of our love or our antipathies. Such dreams may not be the natural results of such sentiments. We may fondly love a woman, and in our dreams transfer this soft sensation of fondness to another individual,—to a dog that fondles us, or any other pleasing object. We may have experienced fear—in a storm at sea; yet we may not dream of being tossed about in a boat, but of being mounted upon a runaway horse who hurries us to destruction, or of flying from a falling avalanche. Our mind had been predisposed by fear to receive any terrific impression, and most probably these alarming phantasms will be of a chimerical and an extravagant nature. A man who has been bitten by a dog may fancy himself in the coils of a boa-constrictor. When dreaming, the mind is in an abstracted state; but still is its reciprocal influence over the body manifest, although it is powerless on volition. Vigilance in sleep is still awake; but her assistance is of no avail until the connexion between mind and body is aroused by any alarm from external agents. It is well known that a hungry man will dream of an ample repast. A patient with a blister on his head has fancied himself scalped by Indians in all their fantastic ornaments. Somnambulism clearly proves that the mind retains its energies in sleep. Locke has justly observed that dreams are made up of the waking man’s ideas, although oddly put together. Hartley is of opinion that dreams are nothing but the reveries of sleeping men, and are deducible from the impressions and ideas lately received, the state of the body, and association. I have endeavoured to explain, on the ground of the general effects of predisposition, the anomalies which so often are displayed in these associations. Of the surprising powers of the mind in somnambulism we have many instances too well authenticated to be doubted. Henricus ab Heeres was in the habit of composing in his sleep, reading aloud his productions, expressing his satisfaction, and calling to his chamber-fellow to join in the commendation. Cælius Rhodiginus when busied in his interpretation of Pliny, could only find the proper signification of the word ectrapali in his slumbers. There is not the least doubt but that the mind is capable of receiving impressions of knowledge, but more particularly inspirations of genius, when the body is lulled in a state of apparent repose. Dreams have been ingeniously compared to a drama defective in the laws of unity, and unconnected by constant anachronisms. Yet certain incoherences are not[Pg 300] frequent: Darwin has justly remarked that a woman will seldom dream that she is a soldier, and a soldier’s visions will seldom expose him to the apprehensions of child-birth. Buffon has observed, “We represent to ourselves persons whom we have never seen, and such as have been dead for many years; we behold them alive and such as they were, but we associate them with actual things, or with persons of other times. It is the same with our ideas of locality; we see things not where they were, but elsewhere, where they never could have been.”
Gradually freed from the constraints of superstition, modern philosophers have looked for more convincing explanations of the nature and causes of dreams, but they might not have reached a higher level of certainty on this tricky subject than our confused ancestors. Wolfius believes that every dream starts from some sensation, yet the mind's independent activity is clearly shown in the ongoing fantasies of the imagination. He argues that none of these fantasies can dominate unless they stem from that initial sensation. De Formey agrees and believes that dreams are supernatural when not triggered by these sensations. But what exactly are these sensations? Are they physical impressions received before sleep, lingering reflections, or mere creations of an idle mind? While it’s not easy to see a connection between our dreams and our previous thoughts, it’s likely that dreams are sparked by experiences we had while awake and then sent back to the brain, even if it’s hard to establish the links between our thoughts and trace their subtle connections. Furthermore, there isn’t a required and consistent association in the mental state that follows any specific impressions. These impressions only prepare the mind for certain ideas, which influence it to varying degrees and with varying irregularity, depending on how the predisposing factors have affected it. It has been noted that we rarely dream about the things we love or hate. Such dreams might not naturally emerge from those feelings. We might deeply care for a woman and, in our dreams, transfer that feeling of affection to someone else—like a dog that loves us, or any other delightful figure. We might have felt fear—like during a storm at sea; yet we may not dream of being tossed around in a boat, but rather of being on a runaway horse charging towards disaster, or of escaping from a collapsing avalanche. Our minds, having been primed by fear, become open to any terrifying impression, and likely these alarming fantasies will be bizarre and outrageous. A man who’s been bitten by a dog might imagine he’s trapped by a boa constrictor. When dreaming, the mind is in a detached state; however, its reciprocal influence on the body is still evident, even if it lacks control over will. Awareness during sleep is still active, but it doesn’t help until the connection between mind and body is triggered by some outside stimulus. It’s well known that a hungry person will dream of a grand feast. A patient with a blister on his head might imagine being scalped by Indians in all their extravagant decor. Sleepwalking clearly demonstrates that the mind maintains its energy during sleep. Locke correctly noted that dreams are composed of the waking person’s ideas, although they may be oddly arranged. Hartley thinks that dreams are merely the daydreams of sleeping individuals, stemming from recent impressions and ideas, the physical state, and associations. I have tried to explain, based on the overall effects of predisposition, the oddities frequently displayed in these associations. There are many well-documented examples of the surprising capabilities of the mind in sleepwalking that cannot be doubted. Henricus ab Heeres was known to compose while asleep, reading aloud his work, expressing satisfaction, and calling to his roommate to join in the praise. Cælius Rhodiginus could only find the right meaning of the word ectrapali while he was sleeping. There is no doubt that the mind can absorb impressions of knowledge, particularly flashes of genius, when the body is relaxed in a state of apparent rest. Dreams have been cleverly likened to a play that lacks the rules of unity and is filled with constant anachronisms. Yet certain inconsistencies are not[Pg 300] uncommon: Darwin rightly pointed out that women seldom dream of being soldiers, and soldiers rarely dream about the fears of childbirth. Buffon has noted, “We imagine people we’ve never seen and who have been dead for many years; we see them alive and as they once were, yet we associate them with real things or people from different times. The same goes for our sense of place; we see things not where they were, but somewhere else, where they could never have been.”
Dugald Stewart has endeavoured to account for these phenomena by the doctrine that in sleep the operations of the mind are suspended, and that therefore the cause of dreams is the loss of power of the will over the mind, which in the waking condition is subject to its control. Now, if this be the case, dreams must consist of mental operations independent of the will. However, it is not the suspension of the will and of the powers of volition that alone constitutes sleep; it is the suspension of the powers of the understanding,—attention, comparison, memory, and judgment. It is in consequence of this suspension of all our active intellectual faculties that we never can will during our dreams; in that state there appears to be a resistance of the powers of volition with which the mind struggles in vain, and which is expressed both by moans, and the character of the sleeper’s every feature, which portrays a state of anguish and impatience. In all dreams that are not of a morbid nature, every action is passive, involuntary. This state is widely different from delirium, in which the brain is in a morbid state of excitement; and the body is more susceptible than usual of external agency, while the mind is perplexed by hallucinations of an erroneous nature.
Dugald Stewart has tried to explain these phenomena by suggesting that during sleep, the mind's activities are paused, which means that the reason for dreams is the loss of the will's control over the mind, a control that is present when we are awake. If this is true, then dreams must involve mental processes that are beyond our will. However, it's not just the suspension of the will and the ability to choose that defines sleep; it also involves a halt in our understanding—such as attention, comparison, memory, and judgment. Because of this suppression of all our active intellectual faculties, we cannot truly wish while we dream; in that state, there's a struggle against the will, expressed through moans and the anxious look on the sleeper’s face. In dreams that aren’t affected by illness, all actions are passive and involuntary. This is very different from delirium, where the brain is in a state of heightened excitement; here, the body is more easily influenced by outside factors, while the mind is troubled by false perceptions.
Dr. Abercrombie considers insanity and dreaming as having a remarkable affinity when considered as mental phenomena; the impressions in the one case being more or less permanent, and transient in the other. Somnambulism he considers an intermediate state. Dreams, according to his theory, are divided into four classes: the first, when recent events and recent mental emotions are mixed up with each other, and with old events, by some feeling common to both; the second class relates to trains of images brought up by association with bodily sensations; the third, the result of forgotten associations; and the fourth class of dreams contains those in which a strong propensity of character, or a strong mental emotion, is imbodied in a dream, and by some[Pg 301] natural coincidence is fulfilled. The following interesting cases that fell under Dr. Abercrombie’s immediate notice, illustrate his views and the above classification.
Dr. Abercrombie believes that insanity and dreaming are surprisingly related as mental phenomena; the impressions in one case are more or less lasting, while in the other, they are fleeting. He sees somnambulism as a sort of middle ground. According to his theory, dreams can be categorized into four types: the first type involves recent events and emotions mingling with old experiences, connected by a shared feeling; the second type pertains to images triggered by bodily sensations; the third arises from forgotten associations; and the fourth type features a strong personal trait or emotion manifested in a dream, often coincidentally realized. The following intriguing cases that came to Dr. Abercrombie's attention illustrate his views and this classification.
Regarding the first class, Dr. A. relates the following: “A woman, who was a patient in the clinical ward of the infirmary of Edinburgh, under the care of Dr. Duncan, talked a great deal in her sleep, and made numerous and very distinct allusions to the cases of other sick persons. These allusions did not apply to any patients who were in the ward at the time; but, after some observation, they were found to refer correctly to the cases of individuals who were there when this woman was a patient in the ward two years before.”
Regarding the first class, Dr. A. shares the following: “A woman who was a patient in the clinical ward of the Edinburgh infirmary, under Dr. Duncan's care, talked a lot in her sleep and made many clear references to the cases of other sick people. These references didn’t match any patients who were in the ward at that time; however, after some observation, they were found to accurately refer to individuals who were there when this woman was a patient in the ward two years earlier.”
The following is an instance of phantasms being produced by our associations with bodily sensations, and tends to show how alive our faculties continue during sleep to the slightest impressions:
The following is an example of illusions created by our connections to physical sensations, and it shows how responsive our senses remain during sleep to the faintest stimuli:
The subject of this observation was an officer in the expedition to Louisburg in 1758, who had this peculiarity in so remarkable a degree, that his companions in the transport were in the constant habit of amusing themselves at his expense. They could produce in him any kind of dream by whispering in his ear, especially if this was done by a friend with whose voice he had become familiar. One time they conducted him through the whole progress of a quarrel, which ended in a duel; and when the parties were supposed to have met, a pistol was put into his hand, which he fired, and was awakened by the report. On another occasion they found him asleep on the top of a locker in the cabin, when they made him believe he had fallen overboard, and exhorted him to save himself by swimming. They then told him that a shark was pursuing him, and entreated him to dive for his life. He instantly did so, and with so much force as to throw himself from the locker upon the cabin floor, by which he was much bruised, and awakened of course. After the landing of the army at Louisburg, his friends found him one day asleep in his tent, and evidently much annoyed by the cannonading. They then made him believe that he was engaged, when he expressed great fear, and showed an evident disposition to run away. Against this they remonstrated, but at the same time increased his fears by imitating the groans of the wounded and the dying; and when he asked, as he often did, who was hit, they named his particular friends. At last they told him that the man next himself in his company had fallen, when he instantly sprung from his bed, rushed out of the tent, and was only roused from his danger and his[Pg 302] dream by falling over the tent-ropes. A remarkable thing in this case was, that after these experiments he had no distinct recollection of his dreams, but only a confused feeling of oppression or fatigue, and used to tell his friends that he was sure they had been playing some trick upon him. It has been observed that we seldom feel courageous or daring in our dreams, and generally avoid danger when menaced by a foe, or exposed to any probable peril.
The subject of this observation was an officer in the expedition to Louisburg in 1758, who had this peculiar trait to such a remarkable degree that his fellow transporters often entertained themselves at his expense. They could make him experience any kind of dream by whispering in his ear, especially if done by a friend whose voice he recognized. One time, they took him through a whole argument that ended in a duel; and when the moment came for the two sides to meet, a pistol was placed in his hand, which he fired, waking up to the sound of the shot. On another occasion, they found him asleep on top of a locker in the cabin, and made him think he had fallen overboard, urging him to save himself by swimming. They then told him a shark was after him and urged him to dive for his life. He immediately did so, throwing himself from the locker to the cabin floor with enough force to bruise himself, and of course, he woke up. After the army landed at Louisburg, his friends found him asleep in his tent, clearly disturbed by the cannon fire. They then made him believe he was in danger, which made him very fearful and inclined to run away. They protested against this, but then heightened his fears by mimicking the moans of the wounded and dying; and when he asked, as he often did, who was hurt, they mentioned his close friends. Finally, they told him that the person next to him in his company had fallen, which made him jump out of bed, dash out of the tent, and he only came back to reality and his dream when he tripped over the tent ropes. A remarkable fact in this case was that after these experiences, he had no clear memory of his dreams, just a vague sense of oppression or exhaustion, and would tell his friends he was sure they had played some trick on him. It has been noted that we rarely feel brave or daring in our dreams and generally try to avoid danger when faced with an enemy or any foreseeable threat.
The third class of dreams relates to the revival of forgotten associations. The person in question was at the time connected with one of the principal banks in Glasgow, and was at his place at the teller’s table, where money is paid, when a person entered demanding payment of a sum of six pounds. There were several people waiting, who were in turn entitled to be attended to before him; but he was remarkably impatient and rather noisy, and being besides a remarkable stammerer, he became so annoying, that another gentleman requested him to pay the money and get rid of him. He did so accordingly, but with an expression of impatience at being obliged to attend to him before his turn, and thought no more of the transaction. At the end of the year, which was eight or nine months after, the books of the bank could not be made to balance, the deficiency being exactly six pounds. Several days and nights had been spent in endeavouring to discover the error, but without success, when he returned home much fatigued, and went to bed. He dreamt of being at his place in the bank, and the whole transaction of the stammerer, as now detailed, passed before him in all its particulars. He awoke under the full impression that the dream would lead him to the discovery of what he was so anxiously in search of, and on examination he soon discovered that he had neglected to enter the sum which he had thus paid.
The third class of dreams is about bringing back forgotten connections. The person in question was working at one of the main banks in Glasgow and was at the teller's table, where money is handed out, when someone came in demanding payment of six pounds. There were several people in line who should have been helped first, but he was extremely impatient and quite loud. Plus, he had a noticeable stutter, making him so bothersome that another gentleman asked him to pay the money and move on. He did pay, but with a look of irritation for having to deal with him before his turn, and then forgot all about the transaction. By the end of the year, which was about eight or nine months later, the bank's books wouldn't balance, showing a shortfall of exactly six pounds. After spending several days and nights trying to find the error without any luck, he returned home feeling exhausted and went to bed. He then dreamt he was at work in the bank, and the entire interaction with the stammerer, as detailed here, played out before him in full detail. He woke up convinced that the dream would help him find what he had been desperately searching for, and upon checking, he quickly realized he had forgotten to record the amount he had paid.
The following singular dreams are examples of the fourth class. A clergyman had come to Edinburgh from a short distance in the country, and was sleeping at an inn, when he dreamt of seeing a fire, and one of his children in the midst of it. He awoke with the impression, and instantly left town on his return home. When he arrived in sight of his house, he found it on fire, and got there in time to assist in saving one of his children, who in the alarm and confusion had been left in a situation of danger.
The following unique dreams are examples of the fourth category. A clergyman had traveled to Edinburgh from a nearby area and was staying at an inn when he dreamed of a fire with one of his children in the middle of it. He woke up feeling disturbed and immediately left town to go back home. When he reached his house, he saw it was on fire and managed to get there just in time to help save one of his children, who had been left in a dangerous situation during the chaos.
A gentleman in Edinburgh was affected with aneurism of the popliteal artery, for which he was under the care of two eminent surgeons, and the day was fixed for the operation. About two days before the appointed time, the wife of the[Pg 303] patient dreamt that a favourable change had taken place in the disease, in consequence of which the operation would not be required. On examining the tumour in the morning, the gentleman was astonished to find that the pulsation had entirely ceased, and, in short, this turned out to be a spontaneous cure,—a very rare occurrence in surgical practice.
A man in Edinburgh had an aneurysm in his popliteal artery and was being treated by two well-known surgeons, with the surgery scheduled soon. About two days before the operation, the man's wife dreamed that there had been a positive change in his condition, meaning the surgery wouldn't be necessary. When they examined the lump in the morning, the man was shocked to discover that the pulsing had completely stopped, and, in fact, this turned out to be a spontaneous recovery—a very rare event in surgery.
The following dream is still more remarkable. A lady dreamt that an aged female relative had been murdered by a black servant, and the dream occurred more than once. She was then so impressed by it, that she went to the house of the lady, and prevailed upon a gentleman to watch in an adjoining room during the following night. About three o’clock in the morning, the gentleman, hearing footsteps on the stairs, left his place of concealment, and met the servant carrying up a quantity of coals. Being questioned as to where he was going, he replied, in a hurried and confused manner, that he was going to mend his mistress’s fire, which at three o’clock in the morning in the middle of summer was evidently impossible; and, on further investigation, a strong knife was found concealed beneath the coals.
The following dream is even more astonishing. A woman dreamed that an elderly female relative had been killed by a black servant, and she had this dream more than once. She was so affected by it that she went to the lady's house and convinced a man to keep watch in a nearby room that night. Around three in the morning, the man, hearing footsteps on the stairs, left his hiding spot and encountered the servant carrying a load of coal. When asked where he was going, he nervously and confusedly said he was going to tend to his mistress’s fire, which was clearly impossible at three in the morning in the middle of summer; and upon further investigation, a large knife was discovered hidden under the coal.
Dreams, to whatever causes they may be attributed, vary according to the nature of our sleep: if it is sound and natural, they will seldom prevail; if, on the contrary, it be broken and uneasy, by a spontaneous association dreams will become fanciful, and might indeed be called visions, so fantastic and chimerical are all the objects that present themselves in motley groups to the disturbed mind. This derangement in the sensorium may be referred to various physical causes,—the sensations of heat or of cold, obstruction in the course of the circulation of the blood, as when lying upon the back, a difficult digestion. In a sound sleep our dreams are seldom remembered except in a vague manner; whereas, in a broken sleep, as Formey has observed, the impression of the dream remains upon the mind, and constitutes what this philosopher called “the lucidity of dreams.” It not unfrequently happens to us that we have had a similar dream several times, or at least we labour under this impression; nay, many persons fancy that particular events of their life at the moment of their occurrence had clearly taken place at a former period either in reality or in a dream. Morning “winged dreams” are more easily remembered in their circumstantial vagaries than those of the preceding night, for at that period (the morning) our sleep is not sound, and dreams become more lucid. These rêvasseries, as the French call them, are admirably described by Dryden:
Dreams, no matter what causes we attribute to them, change based on the quality of our sleep: if it’s deep and natural, they rarely dominate; but if it’s fragmented and restless, dreams turn fanciful and can indeed be called visions, so bizarre and imaginary are the scenes that flash before a disturbed mind. This disruption in perception can stem from various physical reasons—feeling too hot or cold, issues with blood circulation when lying on your back, or having a tough time digesting food. In deep sleep, we usually don't remember our dreams except in a vague way; however, in restless sleep, as Formey noted, the memory of the dream sticks with us, leading to what this philosopher referred to as “the lucidity of dreams.” It often happens that we experience the same dream multiple times, or at least we feel that way; in fact, many people believe that certain events in their lives, at the moment they occur, seem to have happened before either in reality or in a dream. Morning “winged dreams” are easier to remember in their detailed oddities than those from the night before, because in the morning, our sleep isn't deep, and dreams come out clearer. These rêvasseries, as the French call them, are beautifully described by Dryden:
[Pg 304]
A dream o’ertook me at my waking hour
This morn, and dreams they say are then divine,
When all the balmy vapours are exhal’d,
And some o’erpow’ring god continues sleep.
[Pg 304] I had a dream take hold of me as I woke up this morning, and they say dreams are magical at that time, when all the pleasant scents are released, and a powerful god keeps us asleep.
That we are more or less impressionable in our sleep is rendered evident by the facility with which even a sound sleeper is disturbed by the slightest noise: the sparkling of a fire, or the crackling produced by the wick of our night-lamp when coming into contact with the water in the glass, the sting of an insect, the slightest admission of a higher or lower temperature, will occasion a broken sleep and its dreams. It has been remarked that the sense of seeing is more frequently acted upon in dreams than that of hearing, and very seldom do we find our smell and taste under their influence. It is possible that this peculiarity may arise from the greater variety of impressions with which the sight is daily struck, and which memory communicates by association or retransmission. Next to feeling, vision is the first sense brought into relation with external objects. When we hear noises, explosions, tumultuous cries, it is more than probable that our dreams partake of a delirious and morbid nature, or of sensorial or intellectual hallucinations, in which the mind is actually diseased, and our perceptions become erroneous: then we speak loudly to others, and to ourselves. When these hallucinations prevail after sleep, the invasion of mania may be apprehended.
That we are more or less impressionable while we sleep is clear from how easily even a sound sleeper can be disturbed by the slightest noise: the crackling of a fire, or the sound that our night-lamp’s wick makes when it touches the water in the glass, the sting of an insect, or even a slight change in temperature can interrupt our sleep and dreams. It has been noted that we are more likely to see things in dreams than to hear sounds, and we rarely experience smells or tastes during them. This might be because our eyes are exposed to a greater variety of impressions throughout the day, and memory communicates those through association. Vision is the first sense we connect with external objects, followed closely by touch. When we hear loud noises, explosions, or chaotic cries, it’s likely that our dreams take on a disturbing or chaotic nature, leading us to experience hallucinations where our minds are actually affected, causing our perceptions to become skewed. At these times, we might speak loudly to others and to ourselves. If these hallucinations persist after waking, the onset of mania could be a concern.
Cabanis, in his curious investigations on the mind, has endeavoured to fix the order in which the different parts of our organization go to sleep. First the legs and arms, then the muscles that support the head and back: the first sense that slumbers, according to his notions, is that of sight; then follow in regular succession the senses of taste, smell, hearing, and feeling. The viscera fall asleep one after the other, but with different decrees of soundness. If this doctrine be correct, we may easily conceive the wild and strange inconsistencies of our dreams, during which the waking and the sleeping organs are acting and reacting upon each other.
Cabanis, in his intriguing studies on the mind, has tried to determine the order in which different parts of our body fall asleep. First, the legs and arms go, then the muscles that support the head and back. The first sense to drift off, according to his ideas, is sight; after that, the senses of taste, smell, hearing, and touch follow in a consistent order. The internal organs fall asleep one after another, but each with varying levels of deepness. If this theory is accurate, it helps us understand the bizarre and chaotic nature of our dreams, where the awake and asleep parts of us interact with each other.
Corporeal sensations and different organic actions frequently attend our dreams; but these may be attributed to our mode of living, or the indulgence in certain unruly desires and conversations. That man and animals dream of the pursuits of the preceding day there can be no doubt: hence the line,
Corporeal sensations and different bodily actions often accompany our dreams; but these can be linked to how we live or to the indulgence in certain wild desires and conversations. There's no doubt that both humans and animals dream about the activities of the previous day; hence the line,
Et canis in somnis leporis vestigia latrat.
Et canis in somnis leporis vestigia latrat.
The effects of a heavy meal, more especially a supper, in[Pg 305] disturbing our rest, was well known and recorded by ancient physicians: and Crato tells us “that the fittest time to repair to rest is two or three hours after supper, when the meat is then settled in the bottom of the stomach: and ’tis good to lie on the right side first, because at that side the liver doth rest under the stomach, not molesting any way, but heating him as a fire doth a kettle that is put to it. After the first sleep ’tis not amiss to lie upon the left side, that the meat may the better descend; and sometimes again on the belly, but never on the back.”
The impact of a big meal, especially dinner, on our sleep was well-known and noted by ancient doctors. Crato tells us that the best time to go to bed is two to three hours after dinner, when the food has settled in the stomach. It’s advisable to lie on your right side first, because that side allows the liver to rest beneath the stomach, not bothering it, but rather warming it up like a fire warms a kettle placed on it. After the initial sleep, it’s fine to switch to your left side to help the food digest better; sometimes you can lie on your stomach, but never on your back.
Our ancestors had recourse to various devices to procure sound sleep. Borde recommends a good draught of strong drink before going to bed; Burton, a nutmeg and ale, with a good potation of muscadine with a toast; while Ætius recommends a sup of vinegar, which, according to Piso, “attenuat melancholiam et ad conciliandum somnum juvat.” Oppression from repletion will occasion fearful dreams and the night-mare; and bodily sufferings, when exhaustion has brought on sleep, will also be attended with alarming and painful visions.
Our ancestors used various methods to ensure a good night’s sleep. Borde suggests having a strong drink before bed; Burton recommends a mix of nutmeg and ale, along with a decent amount of muscadine with toast; while Ætius advises a sip of vinegar, which, according to Piso, “lessens melancholy and helps to induce sleep.” Overeating can lead to terrifying dreams and nightmares; and physical discomfort after exhaustion can cause disturbing and painful visions while sleeping.
Levinus Lemnius recommended to sleep with the mouth shut, to promote a regular digestion by the exclusion of too much external air. The night-mare is admirably described in Dryden’s translation of Virgil:
Levinus Lemnius advised sleeping with your mouth closed to encourage better digestion by keeping out too much outside air. The nightmare is beautifully described in Dryden’s translation of Virgil:
And as, when heavy sleep has closed the sight,
The sickly fancy labours in the night,
We seem to run, and, destitute of force,
Our sinking limbs forsake us in the course:
In vain we heave for breath; in vain we cry;
The nerves, unbraced, their usual strength deny,
And on the tongue the falt’ring accents die.
And just as heavy sleep shuts our eyes,
Our troubled minds wander through the night,
We feel like we're running, but we're too weak,
Our tired limbs give out and can't keep up:
We struggle for breath; we scream, but it’s useless;
Our nerves, weak and unsteady, lose their power,
And the words we want to speak fade away on our lips.
In the Runic theology it was regarded as a spectre of the night, which seized men in their sleep, and suddenly deprived them of speech and of motion. It was vulgarly called witch-riding, and considered as arising from the weight of fuliginous spirits incumbent on the breast.
In Runic theology, it was seen as a night phantom that would catch people in their sleep, suddenly robbing them of speech and movement. It was commonly called witch-riding and believed to come from the heavy presence of dark spirits pressing down on the chest.
Somnus ut sit levis, sit tibi cœna brevis, is the ancient axiom of our distich,
For light sleep, have a short dinner, is the ancient saying of our rhyme,
That your sleep may be light,
Let your supper be slight.
That your sleep might be restful,
Keep your dinner light.
Notwithstanding this rule of health, it is nevertheless true that many persons sleep more soundly after a hearty supper; and, most unquestionably, dreams are more frequent towards morning than in the beginning of the night. In my opinion, I should apprehend that the sound sleep of supper-eaters is to be attributed to the narcotic nature of their potations, more than the meal, although the siesta of southern countries might be advanced in favour of a contrary opinion.
Despite this health advice, many people sleep more soundly after a big dinner; and it's definitely true that dreams happen more often in the early morning than at the start of the night. Personally, I think the deep sleep of those who eat a lot at dinner is more related to the sedative effects of their drinks than to the meal itself, although the siesta in southern countries could be used to support the opposite argument.
[Pg 306]When philosophers speak of dreams being mental operations independent of the will, they speak vaguely, for the operations of the mind when we are awake are too frequently uncontrolled by volition. Did we possess this power over our rebellious thoughts, who would constantly ponder on a painful subject? Our thoughts cannot be suspended at will, and their influence has been beautifully described by Shakspeare:
[Pg 306]When philosophers talk about dreams being mental processes that aren't controlled by our will, they are being vague because our thoughts when we're awake are often just as uncontrollable. If we had the ability to control our wandering thoughts, who would willingly dwell on something painful? We can't just turn off our thoughts whenever we want, and their impact has been beautifully expressed by Shakespeare:
My brain I’ll prove the female to my soul,
My soul the father; and these two beget
A generation of still breeding thoughts.
My brain will show the woman in my soul,
My soul the father; and these two create
A generation of constantly evolving ideas.
Volition has no more power over thought when we are awake than sleeping; and, despite all metaphysical and psychological speculations, it cannot be demonstrated that the mind does not retain its full energies during sleep, only they cease to be regulated by judgment, and are not, to use Locke’s words, under the rule and conduct of the understanding; and even on this opinion it has been fairly observed, that much of incongruity which is supposed to prove suspension of reason, and much of the wild discordancy of representation which appears to prevail during our sleep, may arise from the defect of memory when we are awake, that does not retain the impression of images which have passed across the mind in light and rapid succession, and which, therefore, exhibit but a partial and imperfect sketch of the picture that engaged the attention in sleep. The well-known fact that the impressions of our dreams are oftentimes more vivid and correct, when some time has elapsed, than on our awakening, tends to confirm this hypothesis; and these recollections are the more vivid when they bear any analogy to circumstances that come to pass.
Volition has no more power over thought when we're awake than when we're asleep; and despite all the philosophical and psychological theories, we can't prove that the mind doesn't keep its full capabilities during sleep. It just means they aren’t governed by judgment and aren’t, in Locke’s terms, under the control of understanding. It's also been noted that a lot of the inconsistencies thought to indicate a suspension of reason, as well as much of the chaotic representation during our sleep, might actually stem from a lack of memory when we are awake. This lack of memory fails to hold onto the images that flash through our minds quickly, leading to only a partial and incomplete picture of what captured our attention in sleep. The well-known fact that the memories of our dreams often seem more vivid and accurate after some time has passed than right after we wake up supports this idea, and these memories are even more vivid when they relate to events that happen later.
Sir Thomas Brown was of opinion that sleep was the waking of the soul; the ligation of sense, but the liberty of reason; and that our waking conceptions do not match the fancies of our sleep. He thus expresses himself in his Religio Medici: “At my nativity my ascendant was the watery sign of Scorpius; I was born in the planetary hour of Saturn, and I think I have a piece of that leaden planet in me. I am no way facetious, nor disposed for the mirth and galliardise of company; yet in one dream I can compose a whole comedy, behold the action, apprehend the jests, and laugh myself awake at the conceits thereof. Were my memory as faithful as my reason is then fruitful, I would never study but in my dreams, and this time also would I choose for my devotions; but our grosser memories have then so little hold of our abstracted understandings, that they forget the story, and[Pg 307] can only relate to our awaked souls a confused and broken tale of that that hath passed.”
Sir Thomas Browne believed that sleep was the soul's awakening; it shuts down our senses but frees our reason. He thought our waking ideas don’t align with the dreams we experience. He expresses this in his Religio Medici: “At my birth, my ascendant was the watery sign of Scorpio; I was born during the planetary hour of Saturn, and I think I carry a bit of that heavy planet within me. I'm not humorous at all, nor do I feel inclined towards the fun and laughter of gatherings; yet in one dream, I can create a whole comedy, see the actions, grasp the jokes, and wake up laughing at the ideas. If my memory were as reliable as my reason is then productive, I would study only in my dreams, and I would choose this time for my devotions; however, our more earthly memories have such a weak grasp of our detached understandings that they forget the story, and[Pg 307] can only tell our waking souls a jumbled and incomplete tale of what has happened.”
Dreams have been considered as prescriptive in various diseases. Diodorus Siculus relates that a certain Scythian dreamed that Æsculapius had drawn the humours of his body to one place, or head, to have it lanced. When Galen had an inflammation of the diaphragm, we are told that he was directed in a dream to open a vein between the thumb and the fourth finger—an operation which restored him to health. Marcus Antoninus asserted that he learned in his dreams various remedies for spitting of blood. It is related of Sir Christopher Wren, that, when at Paris, in 1671, being disordered with “a pain in his reins,” he sent for a physician, who prescribed blood-letting, but he deferred submitting to it, and dreamed that very night that he was in a place where palm-trees grew, and that a woman in a romantic habit offered dates to him. The next day he sent for dates, which cured him. Now, although this cure, brought about by a dream, was considered wonderful, its circumstances offer nothing supernatural. It is more than probable that Sir Christopher had frequently read in foreign works on medicine, that dates were recommended as an efficacious remedy in nephritic complaints; and, moreover, had met in his daily perambulations female quacks, who exhibit themselves to this day in the French metropolis, fantastically attired, and vending their far-famed nostrums. That he should have remembered dates, and that the phantasm of the she-mountebank might at the same time have struck his fancy, were two associations by no means improbable.
Dreams have been seen as helpful in various diseases. Diodorus Siculus mentions a Scythian who dreamed that Æsculapius had gathered the fluids of his body in one spot, or head, to have it lanced. When Galen had inflammation of the diaphragm, it’s said that he was advised in a dream to open a vein between his thumb and fourth finger—an action that restored his health. Marcus Antoninus claimed he learned different remedies for coughing up blood in his dreams. It’s said that Sir Christopher Wren, while in Paris in 1671 and suffering from "a pain in his lower back," called for a doctor, who suggested bloodletting. However, he postponed it and dreamed that night that he was in a place with palm trees, where a woman in a fancy outfit offered him dates. The next day, he ordered dates, which cured him. Although this dream-led cure was considered amazing, its details were not supernatural. It’s likely that Sir Christopher had often read in foreign medical texts that dates were recommended as an effective treatment for kidney issues; he may have also encountered female quacks who still appear today in the French capital, dressed in elaborate clothing and selling their famous remedies. It’s quite plausible that he remembered dates and that the vision of the woman selling remedies caught his attention at the same time.
It is very likely that all the strange stories of prophetic dreams might be traced to a similar connexion of ideas. I have before observed that dreams do not always assume their complexion from recent occurrences, and our bodily sufferings during sleep bring to our recollection every circumstance that regards the malady. A patient who had a bottle of hot water placed at his feet dreamed that he was walking in great agony in the burning lava of Vesuvius. Similar associations exist when awake: the man whose arm has been amputated constantly refers the pain he experiences to the lost hand, or to that part of the limb which received the injury; and the very same nervous illusion prevails during his slumbers. A case is recorded of an officer who had lost his leg, and, when cold, felt comfort and warmth by wrapping the stump of his wooden leg in flannel.
It’s very likely that all the odd stories about prophetic dreams could be connected to a similar chain of thoughts. I’ve mentioned before that dreams don’t always reflect recent events, and our physical discomfort during sleep reminds us of everything related to our ailment. A patient who had a hot water bottle at his feet dreamed he was suffering in the burning lava of Vesuvius. Similar connections happen when we’re awake: a person who has had an arm amputated often links the pain they feel to the missing hand or to the area that was injured; the same kind of nervous illusion occurs while they’re asleep. There’s a recorded case of an officer who lost his leg and, when feeling cold, found warmth and comfort by wrapping the stump of his wooden leg in flannel.
[Pg 308]In various diseases the nature and the period of the invasion of dreams afford a valuable ground of observation to the physician both in his diagnosis and prognosis of the case. In incipient hydro-thorax, for instance, dreams occur at the very moment the patient falls asleep, and he fancies himself suffocated by some impending and destructive weight. Diseases of the heart are accompanied by alarming dreams, from which the patient starts up in great terror. In children the perturbation of their sleep frequently indicates the seat of their sufferings; and the valuable researches on the nervous system by Charles Bell have enabled the medical attendant to read in the features of a sleeping infant whether the malady be in the head, the cavity of the chest, or the abdomen.
[Pg 308]In various diseases, the nature and timing of dreams provide valuable insight for doctors in both diagnosing and predicting the outcome of a case. For example, in the early stages of hydrothorax, patients experience dreams right as they fall asleep, often feeling as if they are being suffocated by some heavy, looming weight. Heart conditions often come with frightening dreams, causing the patient to wake up in panic. In children, disturbances in their sleep often reveal where their pain lies; thanks to the important studies on the nervous system by Charles Bell, medical professionals can interpret a sleeping infant's expressions to determine whether the illness is in the head, chest, or abdomen.
If proof were wanting that dreams arise from our waking thoughts, it might be found in the circumstance of those sleepers who divulge their secrets, and verify the lines of Shakspeare:
If we needed proof that dreams come from our waking thoughts, it could be found in those sleepers who share their secrets, confirming Shakespeare's words:
There are a kind of men so loose of soul,
That in their sleep will mutter their affairs.
There are some men who are so carefree,
That they will talk about their worries in their sleep.
Reason, therefore, prompts us to reject the idea of dreams being preternatural suggestions. In general, we may consider them as a morbid excitement of the brain, arising either from moral or physical causes, and depending essentially on the condition of our mind and body. Our most lively hopes are ever linked with fears that prey upon us even when most secure; and these apprehensions, recurring in our dreams, prove too often prophetic of the very events we dreaded. The prejudices of early education shed around these forewarnings circumstantial incidents; and fear is the greatest ally of superstition.
Reason, then, leads us to dismiss the idea that dreams are supernatural hints. Generally, we can view them as an unhealthy stimulation of the brain, caused by either moral or physical factors, and fundamentally reliant on our mental and physical state. Our strongest hopes are always tied to fears that haunt us even when we feel the safest; these worries, surfacing in our dreams, often prove to be eerily accurate about the very things we feared. The biases from our early education create specific situations around these warnings; and fear remains the biggest supporter of superstition.
If our visions by night are fraught with such singular circumstances, our “day dreams,” or reveries, are frequently attended with strange associations. The impressions received during these ecstatic visions or trances will occasionally act so powerfully upon the mind, that during our waking hours and the usual pursuits of life we cannot divest ourselves of the existence of their reality.
If our dreams at night are filled with such unusual situations, our "daydreams," or reveries, often come with strange connections. The impressions we get during these intense visions or trances can sometimes affect our minds so strongly that, in our waking hours and everyday activities, we can’t shake off the feeling that they are real.
Dr. Arnould has given the following curious account of a case of this kind, as narrated by the individual himself:—“One afternoon in the month of May, feeling himself a little unsettled and not inclined to business, he thought he would take a walk into the city to amuse his mind, and having strolled into St. Paul’s Churchyard, he stopped at the shop window of Carrington and Bowles, and looked at the pictures,[Pg 309] among which was one of the cathedral. He had not been long there before a short grave-looking elderly gentleman, dressed in dark brown clothes, came up and began to examine the prints, and occasionally casting a glance at him, very soon entered into conversation with him, and praising the view of St. Paul’s which was exhibited at the window, told him many anecdotes of Sir Christopher Wren the architect, and asked him at the same time if he had ever ascended to the top of the dome. He replied in the negative. The stranger then inquired if he had dined, and proposed that they should go to an eating-house in the neighbourhood, adding that after dinner he would accompany him up St. Paul’s. It was a glorious afternoon for a view, and he was so familiar with the place that he could point out every object worthy of attention. The kindness of the old gentleman’s manner induced him to comply with the invitation, and they went to a tavern in some dark alley, the name of which he did not know. They dined and very soon left the table, and ascended to the ball just below the cross, which they entered alone.
Dr. Arnould shared this intriguing account of a case like this, told by the individual himself:—“One afternoon in May, feeling a bit off and not up for work, he decided to take a walk into the city to clear his mind. While wandering through St. Paul’s Churchyard, he stopped at the shop window of Carrington and Bowles and looked at the pictures,[Pg 309] one of which was of the cathedral. He hadn’t been there long when a serious-looking older gentleman, dressed in dark brown clothes, approached and started examining the prints. After stealing a glance at him, the gentleman soon struck up a conversation, praising the view of St. Paul’s displayed in the window, sharing various stories about Sir Christopher Wren, the architect, and asked if he had ever climbed to the top of the dome. He said no. The stranger then asked if he had eaten and suggested they go to a nearby eatery, adding that after dinner, he would take him up St. Paul’s. It was a beautiful afternoon for a view, and he was so well-acquainted with the place that he could point out every notable feature. The old gentleman's friendly manner encouraged him to accept the invitation, and they headed to a tavern in a dim alley, the name of which he didn’t know. They had dinner and soon left the table to ascend to the area just below the cross, which they entered alone.
“They had not been there many minutes, when, while he was gazing on the extensive prospect and delighted with the splendid scene below him, the grave gentleman pulled out from an inside coat-pocket something like a compass, having round the edge some curious figures; then having muttered some unintelligible words, he placed it in the centre of the ball. He felt a great trembling, and a sort of horror came over him, which was increased by his companion asking him if he should like to see any friend at a distance and to know what he was at that time doing, for if so, the latter could show him any such person. It happened that his father had been for a long time in bad health and for some weeks past he had not visited him. A sudden thought came into his mind, so powerful, that it overcame his terror, that he should like to see his father. He had no sooner expressed the wish than the exact person of his father was immediately presented to his sight in the mirror, reclining in his armchair and taking his afternoon sleep. Not having fully believed in the power of the stranger to make good his offer, he became overwhelmed with terror at the clearness and truth of the vision presented to him, and he entreated his mysterious companion that they might immediately descend, as he felt himself very ill. The request was complied with, and on parting under the portico of the northern entrance, the stranger said to him, ‘Remember you are the slave of the man of the mirror.’”
“They hadn’t been there long when, while he was admiring the vast view and enjoying the beautiful scene below him, the serious man pulled out something that looked like a compass from his inside coat pocket, which had some strange symbols around the edge. After muttering some incomprehensible words, he placed it in the center of the sphere. He felt a strong tremor, and a sense of dread washed over him, which intensified when his companion asked if he wanted to see any friend from afar and find out what they were doing at that moment, as the latter could show him anyone he wished. His father had been in poor health for a long time, and he hadn’t visited him in weeks. A sudden thought struck him with such force that it pushed aside his fear: he wanted to see his father. No sooner had he expressed this wish than his father’s exact likeness appeared in the mirror, reclining in his armchair and taking an afternoon nap. Not fully believing in the stranger's ability to fulfill his offer, he was overwhelmed with terror at how clear and true the vision was, and he begged his mysterious companion to let them go down immediately, as he felt very unwell. The request was granted, and as they parted under the northern entrance's portico, the stranger said to him, ‘Remember, you are the slave of the man in the mirror.’”
[Pg 310]He returned in the evening to his home, he does not know exactly at what hour; felt himself unquiet, depressed, gloomy, apprehensive, and haunted with thoughts of the stranger. For the last three months he has been conscious of the power of the latter over him. Dr. Arnould adds, “I inquired in what way his power was exercised? He cast on me a look of suspicion mingled with confidence, took my arm, and after leading me through two or three rooms and then into the garden, exclaimed, ‘It is of no use—there is no concealment from him, for all places are alike open to him—he sees us—and he hears us now.’ I asked him where the being was who saw us and heard us? He replied in a voice of deep agitation, ‘Have I not told you that he lives in the ball below the cross on the top of St. Paul’s, and that he only comes down to take a walk in the churchyard and get his dinner at the house in the dark alley. Since that fatal interview with the necromancer,’ he continued, ‘for such I believe him to be, he is continually dragging me before him in his mirror—he not only sees me every moment of the day, but he reads all my thoughts, and I have a dreadful consciousness that no action of my life is free from his inspection, and no place can afford me security from his power.’ On my reply that the darkness of the night would afford him protection from these machinations, he said, ‘I know what you mean, but you are quite mistaken—I have only told you of the mirror, but in some part of the building which he passed on coming away, he showed me what he called a great bell, and I heard sounds which came from it, and which went to it, sounds of laughter, and of anger, and of pain; there was a dreadful confusion of sounds, and I listened with wonder and affright’—he said, ‘this is my organ of hearing; this great bell is in communication with all the other bells within the circle of hieroglyphics, by which every word spoken by those under my control is made audible to me.’ Seeing me look surprised at him, he said, ‘I have not yet told you all, for he practises his spells by hieroglyphics on walls and houses, and wields his power, like a detestable tyrant as he is, over the minds of those whom he has enchanted, and who are the objects of his constant spite within the circle of his hieroglyphics.’ I asked him what these hieroglyphics were, and how he perceived them? He replied, ‘Signs and symbols which you in your ignorance of their true meaning have taken for letters and words, and read, as you have thought, Day and Martin and Warren’s blacking. Oh! that is all nonsense! they are only the mysterious characters which he[Pg 311] places to mark the boundaries of his dominions, and by which he prevents all escape from his tremendous power. How I have toiled and laboured to get beyond the limits of his influence! Once I walked for three days and three nights, till I fell down under a wall exhausted by fatigue, and dropped asleep; but on awaking I saw the dreadful sign before my eyes, and I felt myself as completely under his infernal spell at the end as at the beginning of the journey.’”
[Pg 310]He came back home in the evening, not sure exactly what time it was; he felt restless, down, gloomy, anxious, and troubled by thoughts of the stranger. For the past three months, he has been aware of the stranger's hold over him. Dr. Arnould adds, “I asked him how this power was used? He gave me a suspicious yet confident look, took my arm, and after leading me through a couple of rooms and then into the garden, shouted, ‘It’s pointless—there's no hiding from him, because every place is open to him—he sees us—and he hears us now.’ I asked him where this being was who could see and hear us. He answered with deep agitation, ‘Haven't I told you that he lives in the ball beneath the cross on top of St. Paul’s, and that he only comes down to walk in the churchyard and have dinner at the house in the dark alley. Ever since that fateful meeting with the necromancer,’ he continued, ‘for that’s what I believe him to be, he’s been constantly dragging me before him in his mirror—he not only sees me every moment of the day, but he reads all my thoughts, and I have an awful sense that no action of my life is beyond his scrutiny, and no place can offer me safety from his power.’ When I suggested that the darkness of the night would protect him from these tricks, he said, ‘I understand what you mean, but you’re completely mistaken—I’ve only told you about the mirror, but in some part of the building he passed on his way out, he showed me what he called a great bell, and I heard sounds coming from it and going to it, sounds of laughter, anger, and pain; there was a terrifying mix of sounds, and I listened with both wonder and fear’—he said, ‘this is my organ of hearing; this great bell is connected to all the other bells within the circle of hieroglyphics, through which every word spoken by those under my control is made audible to me.’ Seeing my surprise, he added, ‘I haven’t told you everything yet, for he casts his spells using hieroglyphics on walls and houses, and wields his power, like the horrible tyrant that he is, over the minds of those he has enchanted, who are constantly at his mercy within the circle of his hieroglyphics.’ I asked him what these hieroglyphics were, and how he recognized them? He replied, ‘Signs and symbols that you, in your ignorance of their true meaning, have mistaken for letters and words, and read, as you thought, Day and Martin and Warren’s blacking. Oh! that’s all nonsense! They’re just the mysterious characters he[Pg 311] uses to mark the boundaries of his dominion, and with which he prevents any escape from his overwhelming power. How I have struggled and labored to get beyond the limits of his influence! Once I walked for three days and three nights until I collapsed under a wall from exhaustion and fell asleep; but when I woke up, I saw the dreadful sign before my eyes, and I felt as completely under his hellish spell at the end as at the beginning of the journey.’”
Dr. Pritchard remarks on this singular case of insanity, that this gentleman had actually ascended to the top of St. Paul’s, and that impressions there received being afterwards renewed in his mind when in a state of vivid excitement, in a dream or ecstatic revery, became so blended with the creation of fancy, as to form one mysterious vision, in which the true and the imaginary were afterwards inseparable.
Dr. Pritchard comments on this unique case of madness, noting that this man had actually climbed to the top of St. Paul’s. The thoughts he had there were later triggered again in his mind during a period of intense excitement, whether in a dream or a deep reverie. These thoughts became so mixed with his imagination that they formed a single mysterious vision, where the real and the imagined became impossible to distinguish.
It is also possible that this person, being of a nervous and susceptible disposition, had been struck, when on the dizzy height of the cupola, with a vertigo, or fit, during which these phantasms had struck him in so vivid a manner as to derange his intellects—the loud and terrific sound of the bell adding to the horror of his situation. It is well known that persons have recollected circumstances that occurred around them during an epileptic and an apoplectic attack. Our worthy visionary was for two years an inmate of a private asylum.
It’s also possible that this person, having a nervous and sensitive nature, was hit with dizziness or a seizure while up on the dizzying height of the dome, during which these visions seemed so real that they affected his mind—especially with the loud and terrifying sound of the bell amplifying his fear. It's well-known that people remember events happening around them during an epileptic or stroke episode. Our esteemed visionary spent two years in a private mental health facility.
In regard to the verification of dreams, they may be easily accounted for by that proneness that most men, especially if of a weak and impressionable state of mind, experience in courting the object of their hopes or fears. Thus have the absurd prognostications of fortune-tellers been too frequently fatal, as we may work up our thoughts to such an intensity as to bring on the very death that we apprehend. Dr. Pritchard relates the case of a clergyman, in an indifferent state of health, who, when standing one day at the corner of a street, saw a funeral procession approaching him. He waited till it came near him, saw all the train pass him, with black nodding plumes, and read his own name on the coffin, which was carried by, and entered, with the whole procession, into the house where he resided. This was the commencement of an illness which put an end to his life in a few days.
When it comes to interpreting dreams, they can easily be explained by the tendency most people have, especially those with a fragile and impressionable mind, to focus on what they hope for or fear. This is why the ridiculous predictions of fortune-tellers have often led to disastrous outcomes, as we can become so fixated on our thoughts that we may actually cause the very thing we fear to happen. Dr. Pritchard shares the story of a clergyman in poor health who, one day while standing at the corner of a street, saw a funeral procession heading his way. He waited until it got closer, saw the entire procession pass by him with black-feathered plumes, and read his own name on the coffin as it was taken into the house where he lived. This incident marked the beginning of an illness that ultimately led to his death just a few days later.
During a severe fever, in the peninsula, my nightly rest was constantly disturbed by the threatening appearance of animals with fearful horns and antlers, incessantly hovering about me. For a long time after my recovery the spectral[Pg 312] illusion continued, and every horse or mule that passed by me appeared to be armed with immense horns.
During a bad fever in the peninsula, my sleep was constantly interrupted by the scary sight of animals with terrifying horns and antlers, always lurking around me. Even long after I got better, the ghostly[Pg 312] illusion stuck around, and every horse or mule that passed by me looked like it had huge horns.
It is to be feared that, notwithstanding the ingenuity of the many physiologists who have sought to investigate the nature of dreams, we shall never come to any satisfactory conclusion, since we follow too frequently the example of the German philosopher, Lesage, who, in his endeavour to throw some light on this obscure subject, sought to ascertain the intermediate condition of the mind when passing from the waking state into sleep, a transition which never has been, and, most probably, never can be ascertained, since sleep, to a certain degree, is a suspension of all power of attention, perception, volition, and every spontaneous faculty.
It’s concerning that, despite the efforts of many scientists trying to understand dreams, we may never reach a clear conclusion. We often mimic the approach of the German philosopher Lesage, who tried to shed some light on this complicated topic by exploring the state of the mind as it shifts from wakefulness to sleep. This transition has never been, and likely never will be, fully understood, since sleep involves a certain level of suspension of attention, perception, willpower, and all spontaneous abilities.
ON FLAGELLATION.
Amongst the various moral and physical remedies introduced by the priesthood and physicians for the benefit of society, flagellation once held a most distinguished rank. As a remedy, it was supposed to reanimate the torpid circulation of the capillary or cutaneous vessels, to increase muscular energy, promote absorption, and favour the necessary secretions of our nature. No doubt, in many instances, its action as a revulsive may be beneficial; and urtication, or the stinging with nettles, has not unfrequently been prescribed with advantage. As a religious discipline, for such has this system of mortification been called, it has been considered as most acceptable to Heaven; so much so, indeed, that the fustigation was commensurate with the sinner’s offence. Under the head of Dæmonomania I have endeavoured to show that whipping was equally agreeable to the evil spirit, who delighted in flogging the elect.
Among the various moral and physical remedies introduced by the clergy and doctors for the benefit of society, flagellation used to be quite prominent. It was believed to stimulate the slow circulation of the tiny blood vessels in the skin, boost muscle energy, aid in absorption, and support the essential functions of our body. Indeed, in many cases, its use as a counter-irritant may have been beneficial; stinging with nettles, for example, has often been recommended with positive results. As a form of religious discipline—what this method of self-punishment has been termed—it has been seen as highly pleasing to God, to the point that the severity of the punishment matched the severity of the sin. In the section on Dæmonomania, I have tried to show that whipping was also liked by evil spirits, who enjoyed tormenting the chosen ones.
It appears that at this period a belief prevailed that heavenly mercy restored the grace that had been forfeited, commuting for temporal punishment that which else would have been eternal. The monks of Fonte Avellana, for instance, had decreed that thirty psalms, said or sung, with an accompaniment of one hundred stripes to each psalm, would be considered as a set-off for one year of purgatory; and, by this calculation, the whole psalter, which would have [Pg 313]demanded fifteen thousand stripes, would have procured a relief of five years from the fiery ordeal. It was no doubt under this impression that St. Dominic the Cuirassier, so named from his wearing, day and night, an iron cuirass next his skin, and which he never took off, adopted this same covering when, upon entering into priest’s orders, his parents presented the bishop who ordained him with a rich fur garment, an offence for which the holy man wished to atone by donning an iron vestment.
It seems that during this time, people believed that divine mercy could restore the grace that had been lost, replacing eternal punishment with temporary consequences. For example, the monks of Fonte Avellana decided that saying or singing thirty psalms, along with receiving one hundred lashes for each psalm, would count as a way to reduce one year of purgatory. According to this calculation, reciting the entire psalter, which would require fifteen thousand lashes, could provide five years of relief from suffering. It’s likely that St. Dominic the Cuirassier, named for wearing an iron cuirass next to his skin day and night without taking it off, chose this same armor when, after being ordained by a bishop who received a luxurious fur robe from his parents, he wanted to atone for that by putting on an iron vestment.
This said madman belonged to the congregation of Fonte Avellana, the monks of which never touched either wine or oil, and, during five days of the week, lived upon bread and water; moreover, every day after service they flogged each other. Dominic, in extenuation of his family’s offence in having presented his diocesan with a luxurious gown, lashed himself at the rate of ten psalters, and thirty thousand lashes per diem; by which he calculated that he was redeeming three thousand six hundred and fifty years of purgatorial torments per annum: but, in addition to this wholesome allowance, he humbly petitioned his superior to allow him, during Lent, a supplementary punishment of one hundred years, when his day’s work was two psalters and a half, and thirty-four thousand five hundred lashes. This punishment did not seem sufficient in his eyes to propitiate the Creator; and St. Pietro Damiano informs us that, during the Lenten days, he actually recited the psalter two hundred times, with a crescendo accompaniment of sixty millions of stripes. It was on this occasion that Yepes shrewdly observed, that he marvelled less at a man’s head being able to retain so many verses than that his arm was able to carry on such a flagellation; or, to use his own words, how his flesh, unless made of iron, could resist such a castigation. This blessed man must have been endowed with powers that were increased by exertion, since we find that his ambition gave him such energy, that once beginning his operations in the evening, and singing and flogging, and flogging and singing, con amore, through the day and night, at the expiration of twenty-four hours he had gone through the psalms twelve times, begun them a thirteenth time, and proceeded as far as Beati quorum, the thirty-second psalm; having inflicted upon himself one hundred and eighty-three thousand one hundred stripes, thereby reducing purgatorial stock to the amount of sixty-one years, twelve days, and thirty-three minutes, to a fraction.
This madman belonged to the Fonte Avellana community, where the monks didn't touch wine or oil. For five days a week, they lived on just bread and water, and every day after service, they whipped each other. Dominic, trying to make up for his family's mistake of giving his bishop a fancy robe, punished himself by reciting ten psalters and whipping himself thirty thousand times a day; he figured he was making up for three thousand six hundred and fifty years of purgatorial suffering each year. On top of that, he humbly asked his superior to allow him an extra punishment of one hundred years during Lent, when he would recite two and a half psalters and whip himself thirty-four thousand five hundred times. Even that didn’t seem enough to him to satisfy the Creator. St. Pietro Damiano tells us that during the Lenten days, he actually recited the psalter two hundred times, accompanied by a staggering sixty million lashes. It was during this time that Yepes astutely remarked that he was more surprised a man could remember so many verses than that his arm could endure such flagellation; or, as he put it, how his flesh could withstand such punishment unless it was made of iron. This blessed man must have had powers that grew with effort, as we find that his ambition gave him so much energy that once he started his routines in the evening, singing and whipping and whipping and singing, day and night, after twenty-four hours he had recited the psalms twelve times, started a thirteenth, and gotten as far as "Beati quorum," the thirty-second psalm; during this time, he inflicted one hundred eighty-three thousand one hundred stripes on himself, thereby reducing his purgatorial debt to sixty-one years, twelve days, and thirty-three minutes, to the last second.
It would be perfectly idle and absurd for any freethinker to doubt this fact, recorded by an eyewitness—Pietro[Pg 314] Damiano, a saint, and moreover a cardinal; and Calmet himself maintains that no man should dare to doubt a saint’s assertion, more especially when speaking of another beatified person. Notwithstanding this assertion, a stiff-necked arithmetician calculated that, if during these twenty-four hours the saint had given himself two blows every second, the number of lashes would only have amounted to one hundred and seventy-two thousand eight hundred, being ten thousand three hundred short of the amount stated! However, this difficulty was overcome by Father Castaniza, who makes up the amount by maintaining that he made use of cats with ten tails, and therefore had actually a balance in his favour in his winding-sheet.[28]
It would be completely pointless and ridiculous for any free thinker to question this fact, noted by an eyewitness—Pietro[Pg 314] Damiano, a saint and a cardinal; and Calmet argues that no one should dare doubt a saint’s claim, especially when discussing another beatified person. Despite this claim, a stubborn mathematician figured that if during these twenty-four hours the saint had inflicted two blows every second, the total number of lashes would only be one hundred seventy-two thousand eight hundred, falling ten thousand three hundred short of the stated total! Nonetheless, Father Castaniza resolved this issue by suggesting that he used cats with ten tails, which meant he actually had a surplus in his winding-sheet.[28]
Ubi stimulus ibi affluxus, has been a physiological axiom since the days of Hippocrates; and flagellation thus employed is only a modification of blistering, or exciting the skin by any other irritating method. The moral influence of flagellation in the treatment of different diseases has been appreciated by the ancients: it was strongly recommended by the disciples of Asclepiades, by Cælius Aurelianus, and since by Rhasis and Valescus, in the treatment of mania. No doubt, the terror which this castigation inspires may tend materially to facilitate the management of the insane. To the present day this opinion has prevailed to a revolting degree, and it is no easy matter for the humane physician to convince a keeper of the cruelty or inutility of this practice. Seldom or never does this harsh management become necessary: I had charge of a military lunatic asylum for a considerable time, and, with one exception, never found myself warranted in causing corporal punishment to be inflicted, notwithstanding the association of ideas of discipline which such a chastisement must have produced amongst men then exposed to the capricious infliction of the lash. The case to which I allude was one of a Sergeant N—, who had twice attempted my life, and who fully remembered every circumstance in the remissions of his malady; so much so, indeed, that doubts were entertained in the minds of the casual visiter as to the real condition of his mental faculties; and in the establishment now under my superintendence a keeper is discharged when convicted of having struck a patient under any circumstances.
Where there is stimulation, there is movement, has been a fundamental principle of physiology since the days of Hippocrates; and the use of flogging in this way is simply a variation of blistering or stimulating the skin through other irritating methods. The psychological impact of flogging in treating various illnesses has been recognized by ancient physicians: it was highly recommended by the followers of Asclepiades, by Cælius Aurelianus, and later by Rhasis and Valescus in treating mania. It's clear that the fear induced by this punishment may significantly help manage the behavior of the mentally ill. Even today, this belief persists to an alarming extent, making it challenging for compassionate doctors to persuade caregivers of the cruelty and ineffectiveness of such practices. Harsh treatment is rarely, if ever, necessary: I managed a military mental health facility for quite some time, and, with one exception, I never found a reason to impose corporal punishment, despite the association of discipline that such an action might evoke among those subjected to the unpredictable use of the whip. The one case I refer to was that of a Sergeant N—, who had attempted to kill me twice and who remembered every detail during his periods of stability; indeed, it led some casual visitors to question the true status of his mental faculties. In the facility I currently oversee, a caregiver is dismissed if found guilty of hitting a patient under any circumstances.
To return from this digression: the authoritative power of man over the brute creation is daily witnessed, even with unruly[Pg 315] and ferocious animals; and there are, no doubt, cases where bodily punishment becomes indispensable, when the body will feel what the judgment cannot comprehend. Boerhaave relates the case of a hypochondriac who swore that his legs were made of straw; but an officious servant-maid, who was sweeping the room, struck him across the shins with her broomstick, and soon brought him to a sense of his erroneous impression.
To get back to the point: we see every day how people have power over wild and fierce animals, even those that are difficult to manage. There are certainly instances where physical punishment is necessary, especially when a person’s body understands something that their mind doesn’t. Boerhaave tells the story of a hypochondriac who insisted that his legs were made of straw. But a well-meaning maid, while sweeping the room, hit him on the shins with her broomstick and quickly helped him realize his mistake.
Flagellation draws the circulation from the centre of our system to its periphery. It has been known in a fit of ague to dispel the cold stage. Galen had observed that horse-dealers were in the habit of bringing their horses into high condition by a moderate fustigation; and therefore recommended this practice to give embonpoint to the lean. Antonius Musa treated a sciatica of Octavius Augustus by this process. Elidæus Paduanus recommends flagellation or urtication when the eruption of exanthematic diseases is slow in its development. Thomas Campanella records the case of a gentleman whose bowels could not be relieved without his having been previously whipped.
Flagellation redirects blood flow from the center of our system to its outer parts. It's been known to help ease chills during a fever. Galen noted that horse traders would whip their horses lightly to get them in top shape, and he suggested this method to help fatten up the skinny. Antonius Musa treated Octavius Augustus's sciatica using this technique. Elidæus Paduanus advises flagellation or rubbing when the rash from certain skin diseases takes too long to develop. Thomas Campanella mentions a case of a man whose bowels wouldn't move unless he was whipped first.
Irritation of the skin has been often observed to be productive of similar effects. The erotic irregularities of lepers is well authenticated; and various other cutaneous diseases, which procure the agreeable relief that scratching affords, have brought on the most pleasurable sensations. There exists a curious letter of Abelard to his Eloisa, in which he says, “Verbera quandoque dabat amor, non furor; gratia, non ira; quæ omnium unguentorum suavitatem transcenderent.”
Irritation of the skin has often been seen to produce similar effects. The sexual irregularities of lepers are well documented; and various other skin diseases, which provide the enjoyable relief from scratching, have led to very pleasurable sensations. There is an interesting letter from Abelard to his Eloisa, in which he says, “Sometimes love caused the blows, not rage; grace, not anger; which surpassed the sweetness of all ointments.”
This effect of flagellation may be easily referred to the powerful sympathy that exists between the nerves of the lower part of the spinal marrow and other organs. Artificial excitement appears in some degree natural: it is observed in various animals, especially in the feline tribe. Even snails plunge into each other a bony and prickly spur that arises from their throats, and which, like the sting of the wasp, frequently breaks off and is left in the wound.
This effect of flagellation can be easily attributed to the strong connection between the nerves in the lower part of the spinal cord and other organs. Artificial stimulation seems somewhat natural; it's seen in various animals, especially among cats. Even snails use a bony and spiky spur that comes from their throats to jab each other, which, like a wasp's sting, often breaks off and stays in the wound.
In the monastic orders of both sexes, flagellation became a refined art. Flagellation was of two species, the upper and the lower; the upper inflicted upon the shoulders, the lower chiefly resorted to when females were to be fustigated. This mode was adopted, according to their assertions, from the accidents that might have happened in the upper flagellation, where the twisting lash might have injured the sensitive bosom. In addition to this device, nudity was also insisted[Pg 316] upon. In the article Dæmonomania I have recorded various abominations of the kind. Nor was it only amongst religious orders and their followers that this custom obtained. It was practised by ladies of high rank amongst their commensals and attendants. Brantome gives us a curious and quaint account of this amusing castigation. Mademoiselle de Limeuil, one of the queen’s maids of honour, was flagellated for having written a pasquinade, in company with all the young ladies who had been privy to the composition. And on another occasion he tells us: “J’ai ouï parler d’une grande dame de par le monde, voire grandissime, mariée et veuve, qui faisait dépouiller ses dames et filles, je dis les plus belles, et se délectait fort à les voir, et puis elle les battait du plat de la main, avec de grandes clacquades et blamuses assez rudes; et les filles qui avaient délinqué en quelque chose, avec de bonnes verges, et elle les clacquait ainsi selon le sujet qu’elles lui en donnaient, pour les faire ou rire ou pleurer.”
In the monastic orders for both men and women, flagellation became a refined practice. There were two types of flagellation: the upper, which was done on the shoulders, and the lower, mainly used when women were to be punished. They claimed this method was chosen to avoid accidents that could happen during upper flagellation, where the whipping might hurt the sensitive chest. Furthermore, nudity was also required[Pg 316]. In the article Dæmonomania, I have noted various atrocities of this nature. This custom was not limited to religious orders and their followers; it was also practiced by high-ranking ladies among their guests and attendants. Brantome provides an interesting and somewhat quaint account of this amusing punishment. Mademoiselle de Limeuil, one of the queen’s maids of honor, was whipped for writing a satirical poem, along with all the young ladies who were involved in its creation. On another occasion, he recounts: “I heard of a very high-ranking lady, indeed a grand lady, who was married and widowed, who would have her ladies and daughters stripped, I mean the most beautiful ones, and she took great pleasure in seeing them, and then she would slap them with her hand, making loud smacks and inflicting quite harsh scoldings; and the girls who had misbehaved in some way, she would strike with good switches, and she would slap them according to the offense they had given her, to make them either laugh or cry.”
The minions of Henry III. of France, and other princes, were decked in white robes, then stripped, and whipped in procession for the gratification of their royal masters. Not unfrequently the ladies themselves were the executioners in cases where any man had offended them; and the adventure of Clopinel the poet is worth relating. This unfortunate wight had written the following lines on the fair sex:
The followers of Henry III of France and other princes were dressed in white robes, then stripped and whipped in a procession to please their royal masters. Often, the ladies themselves carried out the punishments when a man had upset them; and the story of Clopinel the poet is worth sharing. This unfortunate guy had written the following lines about women:
Toutes êtes, serez, ou fûtes,
De fait ou de volonté putes;
Et qui bien vous chercherait
Toutes putes vous trouverait.
Toutes êtes, serez, ou fûtes,
De fait ou de volonté putes;
Et qui bien vous chercherait
Toutes putes vous trouverait.
This libellous effusion naturally excited the indignation of the ladies at court, who decided that Clopinel should be flagellated by the plaintiffs without mercy; and it is difficult to say to what extent they might have carried their vengeance but for a timely witticism of the culprit, who piteously addressing the angry yet beauteous group around him with uplifted arm and rod, humbly entreated that the first blow might be struck by the honourable damsel who felt herself the most aggrieved. It is needless to add that not a lash was inflicted.
This defamatory outburst naturally stirred up the anger of the ladies at court, who decided that Clopinel should be mercilessly punished by the plaintiffs; and it's hard to say how far their revenge might have gone if not for a timely joke from the culprit, who, pitifully addressing the furious yet beautiful group around him with his arm raised and holding the rod, humbly requested that the first blow be delivered by the honorable lady who felt the most wronged. It's unnecessary to say that not a single lash was actually delivered.
Medical men were frequently consulted as to the adoption of the upper or lower discipline, as flagellation on the shoulders was said to injure the eyesight. It was from the fear of this accident that the lower discipline was generally adopted amongst nuns and female penitents, as appears by the following rule: “Quippe cum eâ de causâ capucini,[Pg 317] multæque moniales, virorum medicorum ac piorum hominum consilio, ascesim flagellandi sursum humeros reliquerint, ut sibi nates lumbosque strient asperatis virgis, ac nodosis funiculis conscribillent.”
Medical professionals were often consulted about whether to use the upper or lower discipline since whipping on the shoulders was thought to damage eyesight. Because of this concern, the lower discipline was usually adopted by nuns and female penitents, as indicated by the following rule: “For this reason, the Capuchins,[Pg 317] along with many female religious, based on the advice of male doctors and pious individuals, abandoned the discipline of whipping on the shoulders, opting instead to strike their thighs and lower back with rough rods and knotted ropes.”
In a medical point of view, urtication, or stinging with nettles, is a practice not sufficiently appreciated. In many instances, especially in cases of paralysis, it is more efficacious than blistering or stimulating frictions. Its effects, although perhaps less permanent, are more general and diffused over the limb. This process has been found effectual in restoring heat to the lower extremities; and a case of obstinate lethargy was cured by Corvisart by repeated urtication of the whole body. During the action of the stimulus, the patient, who was a young man, would open his eyes and laugh, but sink again into profound sleep. His perfect cure, however, was obtained in three weeks.
From a medical perspective, urtication, or stinging with nettles, is a practice that's not appreciated enough. In many cases, especially those involving paralysis, it's more effective than blistering or using stimulating rubs. While its effects might not be as long-lasting, they are more widespread and distributed throughout the limb. This method has proven successful in restoring warmth to the lower limbs; for instance, Corvisart cured a case of severe lethargy by repeatedly using urtication on the entire body. During the process, the patient, a young man, would open his eyes and laugh, only to fall back into deep sleep. However, he made a full recovery in three weeks.
ON LIFE AND THE BLOOD.
The life of all flesh is the blood thereof. On this doctrine, expressed in the Mosaic books, many of the olden writers founded their hypothesis that blood was the principle of life. It is, however, more than probable that this opinion was derived from a more ancient ritual than the Levitical code, since we find a similar belief among the Parsees, Hindoos, and other Oriental nations of very remote antiquity, who no doubt owed the practice of abstaining from blood to the early patriarchs.
The life of all living beings is in their blood. This idea, found in the Mosaic texts, led many ancient writers to conclude that blood was the source of life. However, it's likely that this belief originated from even older traditions than the Levitical code, as a similar conviction can be seen among the Parsees, Hindus, and other ancient Eastern cultures, who probably inherited the practice of avoiding blood from the early patriarchs.
The Greeks and the Romans, if we take the expressions of their poets as being conclusive, entertained similar notions regarding the vital fluid; and the “purple death” of Homer and “the purple life” of Virgil, are phrases evidently applicable to this theory, which Critias, Empedocles, and their sects maintained. This opinion, however, does not appear to have dictated the expressions made use of by Moses. When he says “the life of all flesh is the blood thereof,” it merely signifies that when the blood is abstracted death ensues; a circumstance that must have been daily and hourly observed. It is probable that this injunction was promulgated to check the barbarous custom of devouring raw meat, which[Pg 318] seems to have prevailed long before the Jewish legislator. We read in Genesis ix. 4, “Flesh with the life thereof, which is the blood thereof, shall you not eat.” From this circumstance we may infer that, like the Abyssinians of Bruce’s time, the Jews were in the habit of tearing and cutting flesh from live animals. Saul’s army was guilty of a similar practice. It therefore behoved their legislators to oppose a custom that increased the natural ferocity and cruelty of the nation they ruled.
The Greeks and the Romans, judging by their poets, had similar ideas about life’s vital essence. The terms “purple death” from Homer and “the purple life” from Virgil clearly relate to this theory that thinkers like Critias and Empedocles advocated. However, this belief doesn’t seem to influence the expressions used by Moses. When he says, “the life of all flesh is the blood thereof,” it simply means that when blood is removed, death follows—something people would have noticed daily. It’s likely this rule was introduced to curb the brutal practice of eating raw meat, which seems to have been common long before the laws of the Jewish legislator. In Genesis ix. 4, we read, “Flesh with the life thereof, which is the blood thereof, shall you not eat.” This suggests that, similar to the Abyssinians during Bruce’s time, the Jews had a habit of tearing and cutting flesh from live animals. Saul’s army was also guilty of similar actions. So, it was necessary for their leaders to challenge a practice that fueled the natural cruelty and savagery of the people they governed.
This theory of the ancients has been frequently revived in modern times, and has not a little contributed to increase the mystery that veils the nature of our existence. Harvey, who discovered the circulation of the blood, was a convert to this doctrine; Hoffman also adopted it; and Huxham not only fully believed in it, but sought the immediate part of the blood that constituted life, and fancied that he had discovered it in its red particles. It was John Hunter, however, who first established the system on any thing like a rational basis, although his arguments on the subject have led to much doubt and illiberal controversy. “The difficulty,” says he, “of conceiving that blood is endowed with life while circulating, arises merely from its being a fluid, and the mind not being accustomed to the idea of a living fluid. I shall endeavour,” he continues, “to show that organization and life do not in the least depend upon each other; that organization may arise out of living parts and produce action; but that life can never arise out of or produce organization.” The errors of this doctrine are obvious, and have led many ingenious physiologists into a maze of idle wandering. The fact is, that life is the instrument of organization, or, in other words, organization is the result of life. The embryo could not be developed, did not the fluid that animates it possess a principle of vitality which it communicates to a body previously organized. In this confusion the word “life” has sometimes been applied to the power, and at others to the result. Without organization, life cannot be transmitted; and the moment the principle of life ceases, a disorganization, more or less rapid, ensues.
This ancient theory has often been brought back in modern times and has contributed significantly to the mystery surrounding our existence. Harvey, who discovered the circulation of blood, believed in this idea; Hoffman also embraced it; and Huxham not only fully believed in it but also sought the specific part of the blood that represented life, believing he had found it in its red particles. However, it was John Hunter who first laid out the system on a more rational foundation, though his arguments on the topic have sparked much doubt and controversy. “The issue,” he says, “of imagining that blood has life while it circulates arises simply from it being a fluid, and the mind not being used to the concept of a living fluid. I will attempt,” he continues, “to demonstrate that organization and life do not depend on each other at all; that organization can emerge from living parts and generate action; but that life can never come from or create organization.” The flaws in this theory are clear and have led many clever physiologists into a pointless maze. The truth is, life is the driving force behind organization, or in other words, organization is a result of life. The embryo could not develop if the fluid that gives it life did not have a vital principle that it passes to a previously organized body. In this confusion, the term “life” has sometimes been used to refer to the power and at other times to the outcome. Without organization, life cannot be transmitted; and the moment the principle of life stops, disorganization occurs, whether quickly or slowly.
The doctrine of the vitality of the blood has very lately been maintained by several physiologists. Professor Schultz speaks of an active vital process which can be seen constantly going on between the individual molecules of the blood and the substance of the vessels; but Muller asserts that, during ten years, he examined the circulation of the blood in various[Pg 319] parts, at every opportunity and with different instruments, but had never seen what Schultz describes—the constant assimilation, disappearance, and new formation of the globules; nor had Rudolphi, Purkinje, Koch, and Meyer, been more successful in their investigation; and Muller further maintains that the motion of these red particles in the circulation is purely passive, which may be proved by compressing the vessels of the limb, or the limb itself.
The idea that blood is alive has recently been supported by several physiologists. Professor Schultz talks about an active vital process that is always happening between the individual molecules of blood and the walls of the blood vessels. However, Muller claims that over ten years, he examined blood circulation in various[Pg 319] areas, using different instruments, but never observed what Schultz describes—the constant assimilation, disappearance, and new formation of blood cells. Likewise, Rudolphi, Purkinje, Koch, and Meyer were also unsuccessful in their research. Muller further argues that the movement of these red particles in the bloodstream is purely passive, which can be demonstrated by compressing the vessels or the limb itself.
Eber and Meyer pretended that these red particles were infusory animals. On this important and curious subject I shall quote Muller’s opinion: “The question whether the blood be living fluid or not, calls to mind a critical state of our science. Every thing which evidences an action which cannot be explained by the laws of inorganic matter, is said to have an organic, or, what is the same thing, a vital property. To regard merely the solids of the body as living, is incorrect, for there are strictly no organic solids; in nearly all, water constitutes four-fifths of their weight. Although, then, organic matter generally be considered as merely ‘susceptible of life,’ and the organized parts as ‘living,’ yet the blood also must be regarded as endowed with life, for its action cannot be comprehended from chemical and physical laws. The semen is not merely a stimulus for the fructification of the egg, for it impregnates the eggs of the Batrachia and fishes out of the body; and the form, endowments, and even tendencies to disease, of the father, are transferred to the new individual. The semen, therefore, although a fluid, is evidently endowed with life, and is capable of imparting life to matter. The impregnable part of the egg, the germinal membrane, is a completely unorganized aggregation of animal matter; but, nevertheless, is animated with the whole organizing power of the future being, and is capable of imparting life to a new matter, although soft, and nearly allied to a fluid. The blood also evidences organic properties; it is attracted by living organs, which are acted upon by vital stimuli. There subsists between the blood and the organized parts a reciprocal vital action, in which the blood has as large a share as the organs in which it circulates.”
Eber and Meyer pretended that these red particles were tiny living organisms. On this important and intriguing topic, I’ll quote Muller’s opinion: “The question of whether blood is a living fluid or not highlights a critical point in our science. Anything that shows behavior not explained by the laws of inorganic matter is considered to have an organic, or vital, property. It’s incorrect to view only the solid parts of the body as living because there aren’t truly any organic solids; in most cases, water makes up four-fifths of their weight. Therefore, even though organic matter is generally seen as merely ‘capable of life’ and the organized components as ‘living,’ blood must also be regarded as alive since its actions can’t be explained by chemical and physical laws. Semen is not just a trigger for fertilizing an egg; it can also fertilize the eggs of amphibians and fish outside of the body, passing on the father’s characteristics, traits, and even disease tendencies to the new individual. So, although it’s a fluid, semen clearly possesses life and can give life to matter. The tough part of the egg, the germinal membrane, is a completely unorganized bunch of animal matter, yet it holds the full organizing power of the future being and can bring life to new matter that is soft and almost fluid. Blood, too, shows organic properties; it is drawn to living organs that respond to vital stimuli. There exists a mutual vital interaction between the blood and the organized parts, where the blood plays as significant a role as the organs it circulates through.”
This doctrine is, no doubt, ingenious, but I do not consider it as conclusive. It is not because that in inflammation, the blood becoming solid, forming pseudo membranes, which are shortly after supplied with a proportion of blood-vessels, blood possesses life. If this adventitious coagulation were not supplied with blood, it would prove a foreign body; but[Pg 320] it is not, therefore, shown that the circumstance of its possessing vitality after its formation is a proof of the life of the blood; it only shows that the secretions of the blood are endowed with a susceptibility of life, when having assumed a solid form, needing vessels for its support. I shall not dwell longer on a professional question of great interest, but which would need a development foreign to the nature of these sketches.
This idea is certainly clever, but I don’t see it as definitive. Just because inflammation causes blood to solidify and form pseudo membranes, which are later supplied with blood vessels, it doesn’t mean that blood is alive. If this coagulation wasn’t supplied with blood, it would behave like a foreign body; but[Pg 320] since it is, that doesn’t prove that its vitality after formation shows that blood is alive; it only indicates that the secretions of blood have the potential for life when they take on a solid form and require vessels for support. I won’t elaborate any further on this professional issue, which is quite interesting but would require a discussion beyond the scope of these notes.
The Greeks had distinct appellations for the cause and result of life; the former they termed ψυχὴ the latter ζωὴ. The essential nature of life is, and most probably will ever remain, an impenetrable mystery. Living matter is endowed with a property which we call life; but to find out to what we may venture to attribute this property, is a vain and hypothetical attempt. Equally vain and absurd have been the endeavours to ascertain whether life began at the creation to be subsequently transmitted from parent to offspring, or owed its origin to a spontaneous generation from matter. Many ancient philosophers considered matter as eternal: such was the doctrine of the Pythagoreans; amongst whom we must particularly notice Lucanus Ocellus, whose system, developed in a work written in the Attic dialect, was adopted by Aristotle, Plato, and Philo-Judæus. This work was first translated into Latin by Nogarola. These doctrines led to the unanswerable question, What was this matter—this invisa materia—from which every thing visible has proceeded? Has it existed from all eternity, or has it been called into being by the Creator? Has it uniformly exhibited its present harmonious arrangement, or was it once a waste and shapeless chaos? Was this matter endowed with intelligence as a whole, or in its separate fractions?
The Greeks had different names for the cause and effect of life; they called the former ψυχὴ and the latter ζωὴ. The true nature of life is, and likely will always be, an unsolvable mystery. Living matter has a quality we refer to as life, but trying to pinpoint what we can attribute this quality to is a pointless and speculative endeavor. Attempts to determine whether life started at creation and was then passed down from parent to offspring, or if it originated from spontaneous generation, have also been equally futile and absurd. Many ancient philosophers saw matter as eternal; this was the belief of the Pythagoreans, particularly noted in the work of Lucanus Ocellus, whose system, outlined in a text written in the Attic dialect, was accepted by Aristotle, Plato, and Philo-Judæus. Nogarola was the first to translate this work into Latin. These beliefs led to the unanswerable question: What was this matter—this invisa materia—from which everything visible emerged? Has it existed forever, or was it brought into existence by the Creator? Has it always shown its current harmonious structure, or was it once a formless chaos? Was this matter imbued with intelligence as a whole, or in its individual parts?
The eternity of matter was maintained by these philosophers from the belief that no thing could be created out of nothing, and that no thing could ever return to nonentity. Such was the doctrine of the Epicureans, of Democritus, and of Aristotle. The poets were of the same belief; and Lucretius expresses himself as follows:
The eternity of matter was upheld by these philosophers based on the belief that nothing can be created from nothing, and nothing can ever return to nonexistence. This was the doctrine of the Epicureans, Democritus, and Aristotle. The poets shared the same belief; Lucretius puts it this way:
Ubi viderimus nihil posse creari
De nihilo, tune, quod sequimur, jam rectiùs inde
Perspiciemus.
Wherever we see, nothing can be created.
From nothing, then, what we pursue, we will now see more clearly from there.
Persius maintains the same idea:
Persius has the same idea:
Gigni
De nihilo nil, in nihilum nil posse reverti.
Gigni
Nothing comes from nothing, and nothing can return to nothing.
This dogma was no doubt transmitted to the Greeks from the East; and, to the present day, it is a doctrine of the[Pg 321] Brahminical creed, clearly expressed in the following terms in their Yajur Veid: “The ignorant assert that the universe in the beginning did not exist in its author, and that it was created out of nothing. O ye, whose hearts are pure! how could something arise out of nothing?” The fathers of the church embraced a similar belief; and Justin Martin says that “the word of God formed the world out of unfashioned matter. This Moses distinctly asserts, Plato and his adherents maintain, and ourselves have been taught to believe.”
This belief was definitely passed on to the Greeks from the East; and, to this day, it remains a teaching of the[Pg 321] Brahminical faith, clearly stated in their Yajur Veda: “The ignorant claim that the universe did not exist in its creator at the beginning and that it was made from nothing. O you, whose hearts are pure! how could something come from nothing?” The early church leaders accepted a similar belief; and Justin Martyr says that “the word of God created the world from unfashioned matter. This is clearly stated by Moses, affirmed by Plato and his followers, and taught to us as well.”
Such was the doctrine of the schools that professed the eternal nature of matter. Other philosophers supported as warmly a different opinion. Thales of Miletus, Zeno of Citium, Xenocrates, and Dicearchus the Messenian, insisted that the human race had a first origin at a period when mankind did not exist. According to this hypothesis, the universe is an emanation or extension of the essence of the Creator. Zeno and the Stoics attribute this creation to the universal elements of fire and water. Anaximander the Milesian asserted that the primitive animals were formed of earth and water mixed together, heated and animated by the solar rays; these aquatic creatures became amphibious, and were gradually transformed into the human races. Strange to say, this extraordinary idea has found proselytes even in our days, and was advocated by Professor De Lamark in his Zoological Philosophy. This fancy pervades the poetry of the ancients. Homer makes Tethys, the wife of Ocean, the daughter of Uranus and Terra, the first parents; and Hesiod, in his Cosmogony, raises Venus and Proteus from the foam of the sea.
Such was the belief of schools that claimed matter is eternal. Other philosophers strongly supported a different view. Thales of Miletus, Zeno of Citium, Xenocrates, and Dicearchus the Messenian believed that humanity originated at a time when no humans existed. According to this idea, the universe is a manifestation or expansion of the Creator's essence. Zeno and the Stoics attributed this creation to the elemental forces of fire and water. Anaximander the Milesian claimed that primitive animals were formed from a mix of earth and water, heated and energized by sunlight; these aquatic beings evolved into amphibians and eventually transformed into human beings. Strangely enough, this remarkable notion has found followers even in our time, and was supported by Professor De Lamarck in his Zoological Philosophy. This idea influences the poetry of ancient writers. Homer depicts Tethys, Ocean's wife, as the daughter of Uranus and Terra, the first parents; and Hesiod, in his Cosmogony, brings Venus and Proteus forth from the sea foam.
The vital and intellectual fire of the ancients that animated all living beings was admitted by most of their physicians, especially by Hippocrates, Galen, and Aretæus. Aristotle describes an universal creative agent in all the elements, the source of life upon earth, and of the celestial movements in the firmament. Descartes, in modern times, maintained that a vital flame existed in the heart of every animal. This fire, and the genial warmth that it diffused, was considered the soul of the universe; and on this subject Gassendi expresses himself as follows: “Si quis velit talem calorem etiam animam dicere, nihil est similiter quod vetet.”
The essential and intellectual energy of the ancients that brought all living things to life was acknowledged by many of their doctors, especially Hippocrates, Galen, and Aretæus. Aristotle describes a universal creative force present in all elements, the origin of life on earth and the movements of the heavens. In modern times, Descartes argued that a vital flame resided in the heart of every animal. This fire, along with the warm energy it spread, was seen as the soul of the universe; and regarding this, Gassendi stated: “If anyone wishes to call such warmth a soul, there is nothing to prevent it.”
It was natural for man, even in an uncivilized state, to attribute to solar heat the same influence on animals as was manifest in its actions upon plants. When life had fled, the inanimate corpse was cold, and caloric was therefore [Pg 322]considered the principle of vitality. It was from this conviction that we find the sun and fire objects of adoration both in ancient times and amongst savages to the present day. Fire is idolized by the Tartars, and various African tribes. The Yakouts, a Siberian horde, believe that the deity of good and evil has taken his abode in this supposed element. The Columbian Indians were fire-worshippers; and Pallas informs us that the Chinese on the confines of Siberia held it in such religious respect, that they never attempted to extinguish it even when their dwellings were burning.
It was only natural for humans, even in a primitive state, to see solar heat having the same effect on animals as it clearly did on plants. When life was gone, the lifeless body was cold, and so heat was thought to be the source of life. This belief is why we see the sun and fire being worshipped in ancient times as well as by some tribes today. The Tartars idolize fire, and various African tribes also hold it in high regard. The Yakouts, a group from Siberia, believe that the god of good and evil resides in this supposed element. The Columbian Indians worshipped fire, and Pallas tells us that the Chinese near Siberia revered it to such an extent that they never tried to put it out, even when their homes were on fire.
The doctrine of man and the universe having been created an emanation of the Creator, renders the Creator material, or matter itself; matter being considered intelligent, and susceptible of this organization. This was the belief of the Brahmins, and was no doubt transmitted to the Academic and Eleatic schools of Greece by Pythagoras. We find in the Yajur Veid, already alluded to, the following passages, that clearly demonstrate this belief: “The whole universe is the Creator, proceeds from the Creator, and returns to him. The ignorant assert that the universe in the beginning did not exist in its author, and that it was created out of nothing. O ye, whose hearts are pure! how could something arise out of nothing? This first being alone, and without likeness, was the All in the beginning. He could multiply himself under different forms. He created fire from his essence, which is light.” And further: “Thou art Brahma! thou art Vishnu! thou art Kodra! thou art the moon! thou art substance! thou art Djam! thou art the earth! thou art the world!”
The idea that humanity and the universe are created as an expression of the Creator suggests that the Creator is material, or part of matter itself; matter is seen as intelligent and capable of organization. This belief was held by the Brahmins and was likely passed down to the Academic and Eleatic schools of Greece through Pythagoras. In the Yajur Veda, which has been referenced, there are passages that clearly illustrate this belief: “The whole universe is the Creator, comes from the Creator, and returns to him. The ignorant claim that the universe didn't exist in its author at the beginning and that it was created from nothing. O you with pure hearts! how could something come from nothing? This first being, alone and without comparison, was the All at the start. He could take on different forms. He created fire from his essence, which is light.” Additionally: “Thou art Brahma! thou art Vishnu! thou art Kodra! thou art the moon! thou art substance! thou art Djam! thou art the earth! thou art the world!”
These Brahminical doctrines were, beyond doubt, also held by the Greeks. In a poem ascribed to the fabled Orpheus we find the following lines, translated by Mason Good with as much correctness as elegance:
These Brahminical beliefs were, without a doubt, also accepted by the Greeks. In a poem attributed to the mythical Orpheus, we find the following lines, translated by Mason Good with both accuracy and grace:
Jove first exists, whose thunders roll above,
Jove last, Jove midmost; all proceeds from Jove.
Female is Jove—immortal Jove is male;
Jove the broad earth—the heavens’ irradiate pale.
Jove is the boundless spirit, Jove the fire,
That warms the world with feeling and desire;
The sea is Jove, the sun, the lunar ball;
Jove king supreme, the sovereign source of all.
All power is his; to him all glory give,
For his vast form embraces all that live.
Jove exists first, whose thunder shakes the sky,
Jove is the last, Jove in the middle; everything comes from Jove.
Jove is female—immortal Jove is male;
Jove is the vast earth—the bright heavens above.
Jove is the endless spirit, Jove is the fire,
That fills the world with warmth and desire;
The sea is Jove, the sun, and the moon;
Jove is the ultimate ruler, the source of everything.
All power belongs to him; to him all glory goes,
For his immense presence holds all that lives.
It may be easily imagined that a subject so recondite and obscure must have led philosophers into the wildest [Pg 323]speculations. By some, life was considered as the result of a general consent or harmony between the different organs of which the vital frame is formed; while, as we have seen, many have attributed its phenomena to the blood. That blood, to a certain extent, is endowed with vitality is beyond a doubt; Hunter has endeavoured to prove the fact by various experiments. It is capable of being acted upon and contracting like the solid fibres; this we daily witness when blood is coagulated and comes into contact with the atmosphere. It preserves an equality of temperature in whatever medium an animal may move. He also has shown that this fluid can form solid vessels of every description; and its life is also proved by the death inflicted when any excessive stimulus destroys the muscular fibre. Thus, in a body struck with lightning, the muscles remain flaccid and uncontracted, while the blood preserves its fluidity, and is left uncoagulated.
It’s easy to imagine that a topic so complex and unclear has led philosophers to the wildest [Pg 323] speculations. Some believed that life results from a general agreement or harmony among the various organs that make up the vital body; while, as we've seen, many have connected its phenomena to the blood. There's no doubt that blood has some level of vitality; Hunter has tried to prove this with various experiments. It can be affected and contract like solid fibers; we see this every day when blood clots upon contact with the atmosphere. It maintains a constant temperature regardless of the environment in which an animal moves. He also demonstrated that this fluid can create solid vessels of all kinds; and its life is further evidenced by the death caused when excessive stimulation destroys the muscle fibers. For instance, in a body struck by lightning, the muscles remain limp and uncontracted, while the blood stays fluid and does not coagulate.
All this specious reasoning shows that blood is a living fluid, but does not in the slightest degree demonstrate to what principle this vitality is to be attributed. It merely proves that every part of a living animal, whether solid or fluid, is endowed with a certain degree of life; but leaves us in impenetrable darkness as to the nature of life. The one cannot be killed without the other; and, as Mason Good justly observes, “that which is at one time alive, and at another dead, cannot be life itself.” It is clear that life cannot exist without blood, but at the same time it is equally evident that the blood is merely a secretion of the living system, and dependent upon the action of the solids, which influence its quantities and properties.[29]
All this misleading reasoning shows that blood is a living fluid, but it doesn't at all explain what gives it this vitality. It only proves that every part of a living animal, whether solid or fluid, has some degree of life; yet it leaves us completely in the dark about the true nature of life. One cannot be alive without the other; and as Mason Good rightly points out, “that which is alive at one moment and dead at another cannot be life itself.” It's clear that life can't exist without blood, but it's also evident that blood is just a secretion of the living system and relies on the activity of solid parts, which affect its amount and characteristics.[29]
[Pg 324]It is from this notion of the vitality of the blood that the absurd idea of transfusing it was first conceived. Transfusion consisted in the injection of the arterial blood of young and healthy animals into the veins of the aged and the debilitated. It was about forty years after the discovery of the circulation of the blood by Harvey that this singular project was tried upon animals, and afterwards upon man. Medicated liquids had already been introduced in Germany into the system by this method, principally by Wahrendorf. Dr. Christopher Wren, an English physician, was the first who proposed the injection of blood, and Dr. Lower put it into practice. The result of his experiments seemed to warrant their adoption. An animal was drained of a considerable proportion of blood, and lay faint and expiring; but the blood of another animal being thrown into the languid system, active circulation was restored, and the patient ran about with as much facility as before the experiment. When too great a quantity of blood was injected, the creature became drowsy, and shortly after died of plethora.
[Pg 324]It is from this idea of the importance of blood that the bizarre concept of transfusion was first created. Transfusion involved injecting the arterial blood of young, healthy animals into the veins of older, weakened ones. About forty years after Harvey discovered blood circulation, this unusual procedure was tested on animals and eventually on humans. Medicated liquids had already been introduced into the system in Germany using this method, mainly by Wahrendorf. Dr. Christopher Wren, an English doctor, was the first to suggest injecting blood, and Dr. Lower made it a reality. The results of his experiments seemed to support the practice. An animal, having had a significant amount of blood drained, became weak and close to death; however, when blood from another animal was introduced into its system, the circulation became active again, and the patient moved around as easily as it did before the experiment. When too much blood was injected, the animal became lethargic and soon died from excess blood.
These experiments were reported by the transfusers with many absurd details. In one case a simpleton had become witty by a supply of lamb’s blood; in another, an old mangy cur was cured by the vital fluid of a young spaniel; a blind old dog, transfused by a Mr. Gayant, bounded and frisked about like a young pup. Dr. Blundel seriously conceived[Pg 325] that this operation might be practised with great advantage in cases of hæmorrhage, more especially in women.
These experiments were reported by the transfusers with a lot of ridiculous details. In one instance, a simple guy became clever after receiving lamb’s blood; in another, an old, scruffy dog was healed by the blood of a young spaniel; a blind old dog, transfused by a Mr. Gayant, bounced and played around like a young pup. Dr. Blundel seriously believed[Pg 325] that this procedure could be very beneficial in cases of bleeding, especially in women.
Of late years these curious experiments have again been tried with singular results. Prevost and Dumas have shown that the vivifying power of the blood does not reside so much in the serum as in the red particles. An animal bled to syncope, is not revived by the injection of water or pure serum of a temperature of 68° Fahrenheit into its vessels. But if blood of one of the same species is used, the animal seems to acquire fresh life at every stroke of the piston, and is at last restored. Diemenbach has confirmed these experiments. It is also stated by these physiologists, that revival takes place likewise when the blood injected had been previously deprived of its fibrin.
In recent years, these fascinating experiments have been conducted again with intriguing results. Prevost and Dumas have demonstrated that the life-giving power of blood lies more in the red blood cells than in the plasma. An animal that has been bled to the point of fainting won’t be revived by injecting water or pure plasma at a temperature of 68° Fahrenheit into its veins. However, using blood from another animal of the same species makes the animal seem to gain new life with every pump of the syringe, ultimately leading to its revival. Diemenbach has confirmed these findings. These physiologists also mention that revival can occur even when the injected blood has had its fibrin removed.
Another very singular fact has been elicited by these experiments; blood of animals of a different genus, of which the corpuscules, though of the same form, have a different size, effects an imperfect restoration, and the animal generally dies in six days.
Another very unique fact has been revealed by these experiments: blood from animals of a different species, whose cells are similar in shape but differ in size, leads to incomplete recovery, and the animal typically dies in six days.
The injection of blood with circular corpuscules into the vessels of a bird (in which the corpuscules are elliptic and of a larger size) produces violent symptoms similar to those of the strongest poisons, and generally death, which ensues indeed instantaneously, even when a small quantity only of the blood has been injected. Such, for example, was the effect of the transfusion of some blood of the sheep into the veins of a duck; while in many cases in which the blood of sheep and oxen were injected into the vessels of cats and rabbits, these animals were revived for a few days. The fact of the blood of mammalia being poisonous to birds is very remarkable; it cannot be explained mechanically. The injection of fluids containing globules of greater diameter than the capillary vessels of the injected animal most probably produces death, by obstructing the pulmonary vessels and producing suffocation; but the globules of the blood in mammalia are even smaller than those of birds. In Dieffenbach’s experiments, pigeons were killed by a few drops only of the blood of mammalia, and the blood of fishes, it is asserted, is as fatal to mammalia as to birds.
The injection of blood with round cells into the veins of a bird (where the cells are oval and larger) causes severe symptoms similar to those caused by the strongest toxins, and usually results in death, which occurs almost immediately, even with just a small amount of blood injected. For example, this was the outcome of injecting some sheep's blood into a duck’s veins; while in many cases where sheep and cow blood were injected into the veins of cats and rabbits, these animals survived for a few days. It's quite remarkable that mammal blood is toxic to birds; this can't be explained mechanically. Injecting fluids with larger cells than the capillaries of the injected animal likely leads to death by blocking the blood vessels in the lungs and causing suffocation, but the cells in mammal blood are actually smaller than those in birds. In Dieffenbach’s experiments, pigeons were killed by just a few drops of mammal blood, and it is claimed that fish blood is just as deadly to mammals as it is to birds.
These interesting facts have been confirmed by Dr. Bischoff. In all his experiments made with the fresh blood of mammalia, birds died within a few seconds after the transfusion, with violent symptoms resembling those of poisoning; but when, instead of the fresh unchanged blood, he injected blood from[Pg 326] which the fibrin had been removed by stirring, and which was heated to a proper temperature, he was surprised to find that no such symptoms were produced, the animal not appearing to suffer any inconvenience.
These interesting facts have been confirmed by Dr. Bischoff. In all his experiments using fresh blood from mammals, birds died within a few seconds after the transfusion, showing severe symptoms similar to poisoning. However, when he injected blood from[Pg 326] that had the fibrin removed by stirring and was heated to the right temperature, he was surprised to find that no such symptoms occurred, and the animal did not seem to experience any discomfort.
It seems indeed from these experiments, that the blood of an animal of a different class, is not adapted for the operation.
It really seems from these experiments that the blood of an animal from a different class isn't suitable for the procedure.
When transfusion was first proposed in France, it met with furious opponents; and Lamartinière declared that it was a barbarous operation proceeding from Satan’s workshop. The controversy between the transfusers and their adversaries was at length carried on with such virulence, that in 1668 the practice was forbidden by a decree of the Châtelet, unless the operation had been sanctioned by the faculty of Paris. In Italy it continued to be in vogue. Riva and Manfredi frequently performed it; and a physician of the name of Simboldus submitted himself to the experiment. According to the accounts given by the patients who had been thus injected, they first experienced an increased heat with violent pulsation, profuse perspiration with pains in the loins and stomach, and a sense of suffocation. Violent vomiting frequently arose, and the patient gradually sank into a torpid and heavy sleep. Whatever may be the theoretical ingenuity in favour of this practice, it is not probable that it will ever be adopted.
When blood transfusions were first suggested in France, they faced strong opposition; Lamartinière claimed it was a barbaric procedure coming from Satan’s workshop. The debate between those in favor of transfusions and their opponents became so intense that in 1668, the Châtelet issued a decree banning the practice unless it was approved by the faculty of Paris. In Italy, however, it remained popular. Riva and Manfredi often performed it, and a doctor named Simboldus even volunteered to undergo the procedure. According to the reports from patients who received the injections, they initially felt a surge of heat with intense pulsations, excessive sweating, pain in the lower back and stomach, and a feeling of suffocation. Severe vomiting often occurred, and the patient would gradually slip into a deep and heavy sleep. Regardless of any theoretical arguments supporting this practice, it’s unlikely that it will ever be widely accepted.
While young blood was thus supposed to give fresh vigour to the aged, the heat communicated by young persons to debilitated bedfellows was also resorted to. This practice seems to have been founded on observation. It is an acknowledged fact that an uncommon depression of vital power takes place in the young when such experiments are tried. This abstraction of vital power is frequently observed in young females married to very old men. In illustration of this fact, Dr. Copeland relates the following case: “I was a few years since consulted about a pale, sickly, and thin boy of about five or six years of age. He appeared to have no specific ailment; but there was a slow and remarkable decline of flesh and strength, and of the energy of all the functions,—what his mother very aptly termed ‘a gradual blight.’ After inquiring into the history of the case, it came out that he had been a very robust and plethoric child up to his third year, when his grandmother, a very aged person, took him to sleep with her; that he soon afterwards lost his good looks, and that he had continued to decline progressively ever since,[Pg 327] notwithstanding medical treatment. I directed him to sleep apart from his aged parent, and prescribed gentle tonics, change of air, &c., and the recovery was very rapid.”
While it was thought that young blood could revitalize the elderly, the warmth shared by young people with weakened partners was also used. This practice seems to have been based on observation. It’s a well-known fact that a significant drop in vital energy occurs in young individuals when such experiments are conducted. This loss of vital energy is often seen in young women married to much older men. To illustrate this point, Dr. Copeland shares the following case: “A few years ago, I was consulted about a pale, sickly, and thin boy of about five or six years old. He didn’t seem to have a specific illness, but there was a slow and noticeable decline in his weight, strength, and overall vitality—what his mother aptly called ‘a gradual blight.’ After looking into his history, I found out that he had been a very strong and healthy child until he turned three, when his very elderly grandmother began having him sleep with her; soon after, he lost his looks, and he had continued to decline progressively ever since,[Pg 327] despite medical treatment. I advised him to sleep away from his elderly relative, and recommended gentle tonics, a change of scenery, etc., and his recovery was very quick.”
This selfish indulgence of the aged in endeavouring to deprive their young bedfellows of heat and strength has been often remarked; and young women thus circumstanced have shrewdly suspected the cause of their debilitated condition. It is extremely probable that in these cases electricity is conducted from one body to another. This hypothesis is in some degree confirmed by the experiments made upon Casper Hauser by Von Feuerbach. This Casper Hauser had been kept from infancy until he was eighteen years of age in a perfectly dark cage, without leaving it, and where he never saw a living creature or heard the voice of man. He was restricted from using his limbs, his voice, his hands, or senses; and his food consisted of bread and water only, which he found placed by him when wakening from his sleep. When exposed in Nuremberg, in 1828, he was consequently at eighteen years as if just come into the world, and as incapable of walking, discerning objects, or conveying his impressions, as a newly born infant. These faculties, however, he soon acquired; and he was placed under an able instructor, who has recorded his singular history. Darkness had been to him twilight. The light of day was at first insupportable, inflamed his eyes, and brought on spasms. Substances, the odour of which could not be perceived by others, produced severe effects upon him. The smell of a glass of wine, even at a distance, occasioned headache; of fresh meat, sickness; and of flowers, a painful sensation. Passing by a churchyard with Dr. Daumer, the smell of dead bodies, although altogether imperceptible to the doctor, affected the young man so powerfully as to occasion shudderings, followed by feverish heat, terminating in a violent perspiration. He retained a great aversion, owing to their disagreeable taste and smell, to all kinds of food excepting bread and water.
This selfish behavior of the elderly in trying to take heat and strength away from their young companions has often been noted; and young women in this situation have cleverly guessed the reason for their weakened condition. It's very likely that in these cases, electricity is transferred from one body to another. This idea is somewhat supported by the experiments conducted on Casper Hauser by Von Feuerbach. Casper Hauser had been kept in complete darkness in a cage from infancy until he turned eighteen, without ever leaving it, and where he never saw another living being or heard a human voice. He was prevented from using his limbs, voice, hands, or senses; and his diet consisted only of bread and water, which he found waiting for him when he woke up. When he was revealed in Nuremberg in 1828, he was, at eighteen years old, as if he had just come into the world, completely unable to walk, recognize objects, or express his thoughts, like a newborn. However, he quickly learned these abilities; and he was placed under a skilled teacher, who documented his unique history. Darkness had been like twilight for him. The bright light of day was at first unbearable, causing irritation in his eyes and leading to spasms. Substances that others couldn't smell had intense effects on him. The scent of a glass of wine, even from a distance, caused headaches; the smell of fresh meat made him feel sick; and flowers gave him painful sensations. While passing by a graveyard with Dr. Daumer, the smell of dead bodies, which was entirely undetectable to the doctor, affected the young man so intensely that it caused him to shudder, followed by a feverish heat, resulting in heavy sweating. He developed a strong aversion to all types of food except for bread and water due to their unpleasant taste and smell.
When the north pole of a small magnet was held towards him, he described a drawing sensation proceeding outwards from the epigastrium, and as if a current of air went from him. The south pole affected him less, and he said it blew upon him. Professor Daumer and Hermann made several experiments of the kind, calculated to deceive him, and, even although the magnet was held at a considerable distance from him, his feelings always told him very correctly. These[Pg 328] experiments always occasioned perspiration and a feeling of indisposition. He could detect metals placed under oil-cloths, paper, &c. by the sensation they occasioned. He described these sensations as a drawing, accompanied with a chill, which ascended, according to the metal, more or less up the arm, and attended with other distinctive feelings, the veins of the hand exposed to the metal becoming visibly swollen.
When the north pole of a small magnet was pointed at him, he felt a pulling sensation coming from his stomach, almost like a current of air flowing away from him. The south pole didn't have as strong an effect, and he described it as blowing on him. Professor Daumer and Hermann conducted several experiments to try and trick him, and even when the magnet was held quite far away, his sensations were always accurate. These[Pg 328] experiments consistently caused him to sweat and feel unwell. He could sense metals hidden under oilcloths, paper, etc., by the feelings they produced. He described these sensations as a pull accompanied by a chill that moved up his arm, varying in height depending on the type of metal, along with other distinct feelings, with the veins in his hand exposed to the metal becoming visibly swollen.
The variety and multitude of objects which at once came rushing upon his attention when he thus suddenly came into existence, the unaccustomed impressions of light, free air, and sense, and his anxiety to comprehend them, were too much for his weak frame and acute senses: he became dejected and enfeebled, and his nervous system morbidly elevated. He was subject to spasms and tremors, so that partial exclusion from external excitements became for a time requisite. After he had learned regularly to eat meat, his mental activity was diminished; his eyes lost their brilliancy and expression; the intense application and activity of his mind gave way to absence or indifference, and the quickness of apprehension became diminished. It may be questioned whether this alteration proceeded from the change of diet, or the painful excess of excitement that had preceded it.
The variety and number of things that suddenly caught his attention when he came into existence, the unfamiliar feelings of light, fresh air, and sensation, and his urge to understand them were overwhelming for his delicate body and sharp senses. He became disheartened and weakened, and his nervous system became overly sensitive. He experienced spasms and tremors, so he needed some time away from external stimuli. After he got used to eating meat regularly, his mental sharpness decreased; his eyes lost their shine and expression. The intense focus and activity of his mind faded into a state of detachment or indifference, and his quick understanding slowed down. It's debatable whether this change was due to his new diet or the intense excitement he had experienced before.
Among the various doctrines regarding the creation of animals, that of Panspermia was most ingenious and attractive. According to this theory, maintained by Anaxagoras and Heraclitus, all bodies contained the germ or the organic molecules necessary for their generation. Hippocrates favoured this idea, as plainly appears in his book de Diætâ; and in modern times Perrault, Gésik, Wollaston, Sturm, and other physiologists, have endeavoured to revive the doctrine, of which the organic molecules of Buffon and the living molecules of Ray were merely modifications. The expression in Genesis which sanctions the belief that the earth spontaneously germinated its productions, cannot be referred to the animal kingdom. Were this the case, similar animals would be found in every quarter of the globe. Spontaneous generation was also attributed to putrefaction; and Virgil describes the manner in which Aristæus drew forth a swarm of bees from the corrupted entrails of a heifer. Pliny admits the spontaneous creation of rats, mice, frogs, and other small tribes of animals. These errors, however, were soon dispelled by the light thrown on the subject by[Pg 329] the microscopic experiments of Valisnéri, Swammerdam, Réaumur, and many other naturalists, who discovered sexual organs in all these supposed self-created individuals.
Among the various theories about how animals were created, the idea of Panspermia was the most clever and appealing. According to this theory, proposed by Anaxagoras and Heraclitus, all bodies contained the seeds or organic molecules necessary for their development. Hippocrates supported this view, as is clearly shown in his book de Diætâ; and in modern times, Perrault, Gésik, Wollaston, Sturm, and other physiologists have tried to revive the doctrine, of which Buffon's organic molecules and Ray's living molecules were simply variations. The statement in Genesis that suggests the earth spontaneously produced its creatures cannot be applied to the animal kingdom. If that were true, similar animals would be found all over the world. Spontaneous generation was also thought to occur through decay; and Virgil describes how Aristæus brought forth a swarm of bees from the rotting insides of a heifer. Pliny acknowledged the spontaneous creation of rats, mice, frogs, and other small animals. However, these misconceptions were soon corrected by[Pg 329] the microscopic work of Valisnéri, Swammerdam, Réaumur, and many other naturalists, who found sexual organs in all these supposed self-generated beings.
This doctrine was the foundation of the classification of the generative principle into equivocal and univocal generations,—the former the effect of putrefaction, but which in reality was univocal, since it was soon ascertained that this production arose from the incubation of numerous eggs deposited by various insects and animalculi in these corrupted bodies. The following experiment afforded a convincing proof of the fact: A piece of meat was placed in an open vessel, and another in a vase hermetically closed; so soon as these animal substances entered into decomposition, myriads of insects pullulated in the exposed meat, whereas that which was protected from external agency remained free from this invasion.
This idea formed the basis for classifying the generative principle into equivocal and univocal generations. The former, which resulted from decay, was actually univocal, as it was eventually found that this process happened due to the incubation of many eggs laid by different insects and tiny organisms in these decomposing bodies. The following experiment provided convincing evidence of this: A piece of meat was placed in an open container, while another was kept in a sealed vase. As these animal substances began to decay, countless insects emerged from the exposed meat, while the one that was protected from outside influences remained untouched by this intrusion.
It is a recognised fact that it is only through organized beings that organization can be transmitted; for how can corrupt substances, dead and deprived of vitality, give life to any organized matter? Generation is life; putrescence is death. By a law of nature, generation may be said ultimately to destroy the generative powers; a striking illustration of mortality, since life is transmitted at the expense of our very existence, and many individuals in the catenation of organized beings perish the very moment that they have tended to perpetuate their race. Death advances with rapid strides in the very ratio of the energies of life; and the surest method to attain longevity is to be sparing in the exercise of our exhausting faculties.
It’s a well-known fact that only organized beings can pass on organization; after all, how can lifeless, decaying substances bring life to anything organized? Generation is life; decay is death. According to a natural law, generation ultimately leads to the end of reproductive capabilities; this is a clear example of mortality since life is passed on at the cost of our very existence. Many individuals in the chain of organized beings die the moment they try to continue their lineage. Death comes quickly in proportion to the energies of life, and the best way to live longer is to use our draining abilities sparingly.
Et quasi vitaï lampada tradunt.
And they pass on the lamps of life.
Latent or insensible life, such as that of the seeds of plants, or the animal enveloped in its egg, may last for a number of years, so long as they are able to germinate; here vitality is not worn out by relative life. Various species of the snail, the wheel-polybe, the tile-eel, and divers animalcules, have been kept apparently dead, and in the form of dried preparations, withered and hardened, for months and even years, but have afterwards been restored to life by the agency of warmth, moisture, and other stimulants. Snails have been thus reanimated after a lapse of fifteen years; and Bauer revived the Vibrio tritici, after an apparent death of five years and eight months, by merely soaking it in water. Adders have been found in hard winters not only completely frozen but [Pg 330]absolutely brittle, yet have been restored to life when thawed. A shower of fragments of ice has fallen at Leicester, containing the horsehair eel, with the nuclei of a greater number. Colonel Wilks found eggs in the solid rocks of St. Helena susceptible of being hatched. The vitality in the seeds of plants is truly amazing; barley taken out of the bodies of mummies, Indian corn discovered in the tomb of a Peruvian Inca, and the bulb of an onion found in the hand of a mummy 3000 years old have been sown and have thriven luxuriantly. The most intense heat cannot destroy the vital property. The seeds of roasted apples, the kernels of baked prunes and boiled elder-berries have germinated. Sir John Herschel found that the Acacia Lophanta lived after having been steeped in boiling water for twelve hours, and Ludwig informs us that the seeds of a species of cedar only germinated after ebullition. Fresh-water shells have been found in the thermal waters of Gastein at a temperature of 117°, and Niebuhr found a conferva growing in water at 142°. Raspberry-seeds taken from the corpse of an ancient Briton, contemporaneous with the Druids, have produced fruit when recommitted to the earth.
Latent or insensible life, like that of plant seeds or animals in their eggs, can last for many years as long as they're able to germinate; in this case, vitality isn't depleted by relative life. Different species of snails, wheel polyps, tile eels, and various microscopic animals have been kept seemingly dead, in dried and hardened forms, for months and even years, but can be brought back to life with warmth, moisture, and other stimulants. Snails have been revived after fifteen years, and Bauer managed to restore the Vibrio tritici after it had apparently died for five years and eight months, simply by soaking it in water. Adders have been found completely frozen and even brittle during harsh winters, yet they have come back to life when thawed. A rain of ice fragments has fallen at Leicester, containing horsehair eels and a larger number of their nuclei. Colonel Wilks discovered eggs in solid rocks at St. Helena that could still hatch. The vitality in plant seeds is truly astonishing; barley recovered from mummies, Indian corn found in the tomb of a Peruvian Inca, and an onion bulb discovered in the hand of a 3000-year-old mummy have all been sown and grown vigorously. Intense heat cannot destroy this vital property. Seeds from roasted apples, kernels of baked prunes, and boiled elderberries have germinated. Sir John Herschel found that the Acacia Lophanta survived after being soaked in boiling water for twelve hours, and Ludwig informs us that seeds from a type of cedar only sprouted after boiling. Freshwater shells have been found in the thermal waters of Gastein at 117°, and Niebuhr discovered a conferva growing in water at 142°. Raspberry seeds taken from the remains of an ancient Briton, contemporary with the Druids, have produced fruit when planted back in the earth.
Some have endeavoured to explain the resurrection of the dead by these natural phenomena; forgetting that in these instances no corruption or actual disorganization had taken place. Stahl expresses himself in the following words when defining life: “Life is formally nothing more than the preservation of the body in mixture, corruptible indeed, but without the occurrence of corruption;” and in Junker we find, “What we call life is opposite to putridity.”
Some have tried to explain the resurrection of the dead through these natural phenomena, forgetting that in these cases no corruption or actual disorganization has occurred. Stahl states it well when he defines life: “Life is essentially just the maintenance of the body in a mixture, which can decay, but without actually decaying;” and in Junker, we find, “What we refer to as life is the opposite of decay.”
The next theory attributed the principle of life to a subtle gas or aura. This doctrine constituted one of the principles of the Epicurean philosophy, and was illustrated by Lucretius in his poem on the Nature of Things:
The next theory linked the essence of life to a subtle gas or aura. This idea was one of the foundations of Epicurean philosophy and was expressed by Lucretius in his poem on the Nature of Things:
Nam penitùs prorsùm latet hæc natura, subestque;
Nec magis hac infra quidquam est in corpore nostro;
Atque anima est animæ proporrò totius ipsa.
Nam penitùs prorsùm latet hæc natura, subestque;
Nec magis hac infra quidquam est in corpore nostro;
Atque anima est animæ proporrò totius ipsa.
According to these notions, there existed a volatile principle that bore no specific name, but was diffused through every part of living bodies, more subtile than heat, air, or vapour. In later times this same gaseous agent received various appellations. Van Helmont designated it as the aura vitalis, while other philosophers called it the aura seminalis and the[Pg 331] aura sanguinis. The archeus faber of Van Helmont, the astrum internum of Crollius, the principium energoumenon of Michael Alberti, the substantia energetica naturæ of Glisson, may all be referred to this unseen but powerful agency. Hippocrates called it φυσις, or nature, which he elsewhere denominates ενορωντα. It was also the δυναμις ξωτικη of Galen. This soul, or breath, or spirit, directed and preserved the whole economy; and Chrysippus asserts that it acted like salt upon pork.
According to these ideas, there was an unstable principle that didn’t have a specific name but flowed through every part of living bodies, more subtle than heat, air, or vapor. Later on, this same gaseous agent was given various names. Van Helmont called it the aura vitalis, while other philosophers referred to it as the aura seminalis and the aura sanguinis. The archeus faber of Van Helmont, the astrum internum of Crollius, the principium energoumenon of Michael Alberti, and the substantia energetica naturæ of Glisson can all be linked to this unseen but powerful force. Hippocrates referred to it as φυσις, or nature, which he also called ενορωντα. It was also known as the δυναμις ξωτικη of Galen. This soul, or breath, or spirit, guided and maintained the entire system; and Chrysippus claimed that it acted like salt on pork.
Modern chemistry has sought this principle in specific agents. Caloric, or the matter of heat; oxygen, or the vital part of atmospheric air, first discovered by Priestley, and explained by Lavoisier; and finally, the fluid collected by the Voltaic trough, were then considered as the principle of life. The experiments of Professor Galvani of Bologna, in which he produced the phenomena of life many hours after death, induced many physiologists to maintain that the identity that existed in galvanic electricity and the nervous influence, proved that this aura was the creative agent in our economy.
Modern chemistry has looked for this principle in specific agents. Caloric, or the substance of heat; oxygen, or the essential component of air, first discovered by Priestley and explained by Lavoisier; and finally, the fluid collected by the Voltaic trough, were seen as the principle of life. The experiments of Professor Galvani from Bologna, where he produced life-like phenomena many hours after death, led many physiologists to argue that the similarity between galvanic electricity and nervous influence proved that this aura was the creative force in our system.
The late experiments of Mr. Crosse seemed to show that insects were produced in silicate of potash under a long-continued action of voltaic electricity. Now whether this be really the case or not, it is grievous in the present enlightened age, to see these experiments and the assertions that resulted from them, denominated the work of atheism, and the labour of another Frankenstein!—I do not suppose for one moment that Mr. Crosse pretended to have discovered the power of imparting life, but merely of having developed a vital principle in substances supposed to be inorganic. Every experimentalist who thus develops the vital principle may be said to bestow life, without being exposed to the absurd charge of impiety.—The man who brings forth chickens from the incubation of eggs, instead of eating them; the physiologist who rots a piece of meat to develop myriads of living beings in the putrid nidus, might just as well be called an atheist.
The recent experiments by Mr. Crosse appeared to show that insects were produced in potash silicate through prolonged exposure to voltaic electricity. Whether this is truly the case or not, it's frustrating in today's enlightened age to see these experiments and the claims that came from them labeled as the work of atheism and the efforts of another Frankenstein!—I don't for a second believe that Mr. Crosse intended to claim he discovered how to give life, but rather that he revealed a vital principle in substances thought to be inorganic. Every researcher who demonstrates this vital principle could be considered to give life, without facing the ridiculous accusation of irreverence.—The person who hatches chickens from eggs instead of eating them, and the scientist who decomposes meat to generate countless living organisms in the rotting mass, could just as easily be called an atheist.
While naturalists were thus groping in nature’s dark labyrinth, endeavouring to account for the wonders of the natura naturans, that divinity of the Stoics that Lucan thus describes,
While naturalists were exploring nature’s dark maze, trying to explain the wonders of the natura naturans, that divine force of the Stoics that Lucan describes,
Superos quid quærimus ultrà?
Jupiter est quodcumque vides, Jovis omnia plena,—
What are we looking for?
Jupiter is everything you see, all things are full of Jupiter,—
other wise men fancied that they had actually discovered the[Pg 332] seat of life, which, according to their fanciful speculations, they had lodged in certain organs. The nervous system, the spinal marrow, the brain, the heart, were all and each of them considered in turn as the head-quarters of vitality; while the workshop of alimentation, or much-abused stomach, did not pass unnoticed and unhonoured. The heart of a turtle, and of some reptiles, has been seen contracting and dilating hours after its extraction from the body; the stomach has been excited into an action bearing some analogy to vomiting, when separated from the trunk; but all these curious phenomena, explained and accounted for (in some measure, at least) by physiology, do not tend to prove that any one organ, or any chain of organs, is possessed of separate vitality independent of the general principle of life. The brain, which has been regarded as the chief seat of this principle, is not always essential to life; for although man perishes, or at least his vital functions cease to act, when he is decapitated,[30] yet various birds and reptiles continue to live for hours and days after the head has been severed from the body, while we actually behold a regeneration of the head in the earth-worm. Moreover, we have upon record many cases of acephalous children, or born without any head; and anencephalous children who lived (for a short time, it is true) without any brains. Fontana removed the entire brain of a turtle, yet it lived six months, and walked about as before.
other wise men believed they had actually found the[Pg 332] source of life, which, according to their imaginative theories, they placed in certain organs. The nervous system, the spinal cord, the brain, and the heart were all considered in turn as the centers of vitality; while the stomach, often criticized, did not go unnoticed and unappreciated. The heart of a turtle and some reptiles has been observed contracting and relaxing hours after being removed from the body; the stomach has even shown movements similar to vomiting when disconnected from the body. However, all these intriguing phenomena, explained at least in part by physiology, do not support the idea that any single organ or any series of organs have their own vitality independent of the overall principle of life. The brain, often thought to be the main center of this principle, is not always essential for life; although a person dies, or at least their vital functions stop, when decapitated, various birds and reptiles can live for hours or even days after their heads are cut off, and we even witness the regeneration of the head in earthworms. Additionally, there are documented cases of acephalous infants, or those born without any head, and anencephalous infants who lived (albeit briefly) without any brain. Fontana removed the entire brain of a turtle, yet it survived for six months and moved around just as before.
Sandiford had divided acephalous animals into three classes: the first, in which the head was wanting; the second, where other organs were also missing; and the third, where the fœtus presented an unformed mass. In the acephalous twin described by Béclard, no liver, spleen, stomach, or œsophagus could be discovered, and the intestinal tube commenced at the superior extremity of the body. The infant had ten ribs on each side, and regular nerves arose from the spinal marrow. Although headless animals may not be gifted with intellectual faculties evident to our senses, yet they clearly live and feel. The zoophytes and polypes, without brains or heads, possess irritability and sensibility; they can seek their food, seize it, reject what is not edible, are susceptible of the powers[Pg 333] of light and heat, can contract their fibres when touched or injured, and, in short, manifest various innate or instinctive powers. Gall has maintained that the passions resided in the brain, and, therefore, that brainless animals did not experience their influence. This is a bold assertion. Can he prove that worms, insects, zoophytes, that possess only what is called a ganglionic system, are strangers to instinctive fears and partialities? I apprehend that it will be found that passions belong to instinct much more than to our volition.
Sandiford divided headless animals into three categories: the first, where the head is absent; the second, where other organs are also missing; and the third, where the fetus is just a formless mass. In the headless twin described by Béclard, there was no liver, spleen, stomach, or esophagus, and the intestinal tube started at the upper end of the body. The infant had ten ribs on each side, and normal nerves emerged from the spinal cord. While headless animals might not show the intellectual abilities we associate with brains, they definitely live and feel. Zoophytes and polyps, which lack brains or heads, still exhibit irritability and sensitivity; they can find food, catch it, reject what isn’t edible, respond to light and heat, and contract their fibers when touched or harmed, showing various innate or instinctive behaviors. Gall claimed that emotions were linked to the brain, so brainless animals wouldn’t experience them. This is a bold claim. Can he demonstrate that worms, insects, and zoophytes, which only have a ganglionic system, are completely devoid of instinctive fears and preferences? I suspect it will become clear that emotions are much more tied to instinct than to our conscious choices.
It is nevertheless true that animals may be killed by wounding the spinal marrow, by the process commonly called “pitting.” This practice may be traced to high antiquity; and Livy informs us that when the Carthaginian troops were routed, Asdrubal ordered their unmanageable elephants to be destroyed by driving the point of a knife between the junction of the head and spine.
It is still true that animals can be killed by injuring the spinal cord, in a method often referred to as “pitting.” This practice dates back to ancient times; Livy tells us that when the Carthaginian army was defeated, Asdrubal commanded that their uncontrollable elephants be killed by inserting a knife at the connection of the head and spine.
From these observations it will appear quite clear that life has no necessary connexion with sensation, although the latter cannot be experienced without the former. Vegetables are endowed with vitality; but we have no reason to suppose that they feel. It is also more than probable that, as the degree of intelligence decreases, the intensity of the corporeal feelings are also diminished. Did not this scale of sensibility exist, insects could not live under the supposed agonies that the entomologist daily inflicts. This supposition does not rest upon indefinite reasoning, for in our own race we observe that those parts which are gifted with a reproductive power are possessed of the smallest degrees of sensation; and the cuticle, the hair, the beard, and the nails will even grow after death. This fact may calm the apprehensions of those very humane persons who look upon experimental physiologists as very monsters of barbarity. Vaillant took out the intestines of a locust, and stuffed it with cotton, then fixed it down in his box with a pin, yet, five months after, the insect moved its feet and antennas. Spallanzani has shown that the snail can renew its head.
From these observations, it becomes clear that life isn’t necessarily connected to sensation, even though you can’t experience sensation without being alive. Plants have vitality, but there’s no reason to believe they feel anything. It’s also likely that as intelligence decreases, the strength of physical feelings diminishes as well. If this sensitivity scale didn’t exist, insects wouldn’t survive the supposed suffering that entomologists inflict on them daily. This idea isn’t based on vague reasoning; in our own species, we see that body parts capable of reproduction have the least sensitivity. For instance, skin, hair, beards, and nails can still grow after death. This fact might reassure those compassionate individuals who see experimental physiologists as cruel monsters. Vaillant removed the intestines of a locust, stuffed it with cotton, and pinned it down in a box, yet five months later, the insect was still moving its legs and antennae. Spallanzani showed that a snail can regenerate its head.
All this confusion in theories and wandering of the imagination have arisen from our confounding the vital principle, of which we know nothing, with the phenomena of sensation, for which patient and calm investigation may account. That there does exist a principle of life that animates, vivifies, and preserves all living bodies, until its powers cease, no one can deny; although to find out its nature is a vain pursuit, as idle as our endeavours to penetrate into the causes of causation.[Pg 334] As Richerand observes, “its essence is not designed to preserve the aggregation of our constituent molecules, but to collect other molecules, which, by assimilating themselves to the organ that it vivifies, may replace those which daily losses carry off, and which are employed in repairing and augmenting them; the word vital principle is therefore not designed to express a distinct being, but denotes the totality of powers alone which animate living bodies, and distinguish them from inert matter, the totality of properties and laws which govern the animal economy.”
All this confusion in theories and wandering of thought has come from mixing up the vital principle, which we know nothing about, with the phenomena of sensation, which can be explained through careful and calm investigation. There is a principle of life that energizes, sustains, and keeps all living things alive until its powers fade—no one can deny that; however, figuring out what it actually is is a pointless effort, just as pointless as trying to understand the causes of causation.[Pg 334] As Richerand points out, “its essence isn’t meant to preserve the combination of our constituent molecules, but to gather other molecules that, by assimilating to the organ it vivifies, can replace those that daily losses remove, and which are used in repairing and enhancing them; the term vital principle is therefore not meant to signify a distinct entity, but refers to the totality of powers alone that animate living bodies and set them apart from inert matter, the totality of properties and laws that govern the animal body.”
Of all the doctrines upon this abstruse subject (of which I have noticed the principal ones), that of the pre-existence of an organic germ appears the most plausible, or at any rate the easiest to conceive. It was from this conviction that the ancients held as an axiomatic principle Omnia ex ovo. It is upon this theory that Buffon rested his organic molecules, and Ray his vital globules. The primitive lineaments of organization may be traced in the egg, even before it is fecundated. The embryo that we find in its involucra is soft, flexible, ready to receive the plastic impression of the vivifying secretion,—the fecundating agency that imparts existence and all its wondrous attributes, to the pre-existing ova, the ova subventanea. It does not appear that the first organ of the embryo which exhibits the living principle is the heart, hence denominated in the fœtus the punctum saliens; the principle of life has probably organized every molecule of the animal long before this supposed fountain of vitality had been seen to flow. It is more likely that the nervous system has received the first impressions imparted by the fecundating secretion, which the ancients supposed to have been a direct emanation from the brain, and bearing in its vivifying molecules the life of every part of the being it was about to organize; thus Valescus: “Sperma hominibus descendit ex omni corporis humore, qui fit ex subtiliori naturâ. Habet autem hoc sperma nervos et venas proprias attrahentes se à toto corpore ad testiculos—à membris disconditur principalibus—à corde, epate, cerebro mittuntur spiritus, ex quibus resultat spiritus informativus, et non aliter nisi cum spermate—ergo ab iis principaliter sperma disconditur.”
Of all the theories on this complex subject (of which I have mentioned the main ones), the idea of an organic germ existing before birth seems the most believable, or at least the easiest to understand. It was from this belief that the ancients considered as a fundamental truth Omnia ex ovo. This theory is what Buffon based his organic molecules on, and Ray his vital globules. The basic features of organization can be seen in the egg, even before it is fertilized. The embryo we find in its protective layers is soft, flexible, and ready to take on the shaping influence of the life-giving secretion—the fertilizing agent that grants existence and all its incredible traits to the pre-existing ova, the ova subventanea. It doesn't seem that the first organ of the embryo that shows the signs of life is the heart, which is why it's called in the fetus the punctum saliens; the essence of life probably organized every molecule of the animal long before this supposed source of vitality was ever observed. It's more likely that the nervous system first received the initial signals from the fertilizing secretion, which the ancients believed was a direct flow from the brain, carrying in its life-giving molecules the life of each part of the being it was about to form; thus Valescus: “Sperma hominibus descendit ex omni corporis humore, qui fit ex subtiliori naturâ. Habet autem hoc sperma nervos et venas proprias attrahentes se à toto corpore ad testiculos—à membris disconditur principalibus—à corde, epate, cerebro mittuntur spiritus, ex quibus resultat spiritus informativus, et non aliter nisi cum spermate—ergo ab iis principaliter sperma disconditur.”
Such were the doctrines on this curious subject until the days of Fabricius d’Acquapendente and Harvey. Buffon, however, exerted all his eloquence to revive the theory. The following are the notions of this elegant writer, who unfortunately only studied natural history in books and cabinets. He[Pg 335] maintains that there exist two sorts of matter,—the one living, the other dead: the first enjoying a permanent vitality; the second universally spread, passing from vegetables to animals through the channels of nutrition, and returning from animals to vegetables through the medium of putrefaction,—thus in a constant state of circulation to animate living beings. This vital matter exists in determined quantities in nature, and is composed of an infinity of organic molecules, primitive, living, active, incorruptible, and in relation, both as regards action and numbers, with the molecules of light, and enjoying an immutable existence, since the usual causes of destruction can only affect their adherence. It is these molecules which, being cast in regular moulds, constitute all the organized bodies that surround us. According to this doctrine, development and growth are only a change of form operated by the addition of organic molecules; nutrition, the preservation of this form by the accession of fresh molecules that replace those that are destroyed; generation, the combination of these particles; and death, their separation from cohesion and association.
Such were the ideas on this interesting topic until the times of Fabricius d'Acquapendente and Harvey. Buffon, however, used all his persuasive skills to bring back the theory. Here are the views of this refined writer, who unfortunately only learned about natural history from books and collections. He[Pg 335] argues that there are two types of matter—one that is living and the other that is dead: the first has a lasting vitality, while the second is universally present, moving from plants to animals through nutrition and returning from animals to plants through decay—thus constantly circulating to energize living beings. This vital matter exists in specific amounts in nature and is made up of countless organic molecules that are primitive, living, active, incorruptible, and related in both action and quantity to light molecules, enjoying an unchanging existence since the normal causes of decay can only affect their connections. It is these molecules that, when shaped in regular patterns, make up all the organized bodies around us. According to this theory, development and growth are merely changes in form achieved by adding organic molecules; nutrition is the maintenance of this form through the addition of new molecules that replace those that are lost; generation is the combination of these particles; and death is their separation from cohesion and connection.
This ingenious system is not dissimilar to that of Maupertuis, who thought that the mysteries of generation could be explained by the usual laws of elective attraction. Various were the physical, metaphysical, and moral batteries raised against this visionary fabric. One single fact was sufficient to overthrow it. We constantly see parents deficient in a limb, or misshapen, producing perfect offspring; if each part of the economy was to transmit to its progeniture molecules similar to itself, the child would naturally be visited with the imperfection of the parent.
This clever system is similar to Maupertuis's, who believed that the mysteries of reproduction could be explained by the regular laws of selective attraction. Many physical, metaphysical, and moral arguments were thrown against this imaginative idea. However, one fact was enough to disprove it. We often see parents who are missing a limb or are deformed having perfectly healthy children; if every part of their biology transmitted similar molecules to their offspring, the child would inevitably inherit the parent's flaws.
Notwithstanding these fallacies, we cannot but admit that chemical and molecular attraction constitute the principle that harmonizes all organized bodies. Generation is simply a function of organization and life. Organized bodies alone can generate. The living only can impart life. Animals and plants transmit to their descendants their several properties; and the inheritance of organization departs with the vital spark. Life is the property of no one; it is a transmitted heir-loom that never perishes; it resembles a torch that communicates an eternal flame while consuming itself. Organized beings have justly been considered the fuel of the universal vital fire, and we all are the daily bread of that monstrous animal called the world. All are ingulfed in that vortex which Beccher has called the “circulus æterni motus” [Pg 336]Metempsychosis was simply an illustration of this fact recognised in all ages in the East, and taught in European schools by Pythagoras. Nothing perishes; and even combustion produces fresh combinations.
Despite these misconceptions, we have to acknowledge that chemical and molecular attraction is the principle that unites all organized bodies. Generation is just a function of organization and life. Only organized bodies can reproduce. Only living beings can give life. Animals and plants pass their traits onto their offspring; and the inheritance of organization ends with the vital spark. Life doesn’t belong to anyone; it’s an inherited legacy that never dies; it’s like a torch that shares an eternal flame while burning itself out. Organized beings have rightly been seen as the fuel for the universal vital fire, and we are all the daily bread of that monstrous creature called the world. Everyone is caught up in that vortex which Beccher called the “circulus æterni motus” [Pg 336] Metempsychosis was just an example of this truth recognized throughout history in the East and taught in European schools by Pythagoras. Nothing truly dies, and even combustion creates new combinations.
Poetical philosophy has considered Love as the source and arbiter of life, and the Venus Generatrix the fount of our existence. Lucretius recognises this power in the following lines:
Poetical philosophy has seen Love as the source and judge of life, and the Venus Generatrix as the origin of our existence. Lucretius acknowledges this power in the following lines:
Per te quoniam genus omne animantûm
Concipitur, visitque exortum lumina solis.
For you, since all types of living beings
are conceived, and they see the rising light of the sun.
Then again,
Then again,
Omnibus incutiens blandum per pectora amorem,
Efficis ut cupidè generatim sæcia propagent.
Omnibus causando dolce amore attraverso il petto,
Fai in modo che il desiderio si diffonda naturalmente.
Virey, a delightful French physiologist, seems to partake of this mythological opinion in the following passage: “L’amour est l’arbitre du monde organique; c’est lui qui débrouille le chaos de la matière, et qui l’impregne de vie. Il ouvre et ferme à son gré les portes de l’existence à tous les êtres que sa voix appelle du néant, et qu’il y replonge. L’attraction dans les matières brutes est une sorte d’amour ou d’amitie analogue à celle qui reproduit des êtres organisés. Ainsi la faculté générative est un phénomène général dans l’univers; elle est représentée par les attractions planétaires et chimiques dans les substances brutes, et par l’amour ou la vie dans les corps organisés.”
Virey, a charming French physiologist, seems to share this mythological view in the following passage: “Love is the ruler of the organic world; it untangles the chaos of matter and fills it with life. It opens and closes the doors of existence at will to all beings that its voice calls from nothingness, and to which it returns them. Attraction in raw materials is a kind of love or friendship similar to that which produces organized beings. Thus, the generative faculty is a universal phenomenon; it is represented by planetary and chemical attractions in raw substances, and by love or life in organized bodies.”
According to our amatory neighbours, the word ame, or soul, comes from amor and amare, and amare is derived from animare; hence animation and animal may be syllogistically referred to love.
According to our romantic neighbors, the word ame, or soul, comes from amor and amare, and amare is derived from animare; therefore, animation and animal can logically be linked to love.
I know not how far this etymological disquisition may illustrate the history of their enfans trouvés, or our foundling hospitals, the inmates of which are generally uncommonly ill favoured by beauty. The offspring of the aforesaid Venus Generatrix must have been especially ungrateful; and if it be true that Julius Cæsar was her son, he certainly exerted his best endeavours to depopulate his mother’s territories.
I don’t know how much this discussion of word origins might shed light on the history of their enfans trouvés, or our foundling hospitals, whose residents are usually not very attractive. The children of the so-called Venus Generatrix must have been particularly ungrateful; and if it’s true that Julius Cæsar was her son, he certainly did his best to reduce the population of his mother’s lands.
OF THE HOMŒOPATHIC DOCTRINES.
It is a matter worthy of remark, that, while the doctrines of homœopathy have fixed the attention and become the study of many learned and experienced medical men in various parts of Europe, England is the only country where it has only been noticed to draw forth the most opprobrious invectives. It is certainly true that no one but an ardent proselyte of the visionary Hahnemann could for one moment become the advocate of all his absurd ideas; yet, while we reject his errors, great and important truths beam from the chaotic clouds that shroud his wanderings; and, however wild his theories may be, incontrovertible facts have been elicited from his apparently inefficacious practice.
It’s worth noting that, while the principles of homeopathy have captured the attention and become the focus of many knowledgeable and experienced medical professionals across Europe, England is the only country where it has mainly received harsh criticism. It’s certainly true that no one but a passionate follower of the visionary Hahnemann could endorse all of his unreasonable ideas for even a moment; however, while we dismiss his mistakes, significant and important truths shine through the chaotic confusion surrounding his theories. And, no matter how far-fetched his ideas may be, undeniable facts have emerged from his seemingly ineffective practices.
Before I enter into an examination of the practical views of the homœopathists, I shall give a brief sketch of their doctrines and of their founder.
Before I dive into an analysis of the practical opinions of homeopaths, I will provide a short overview of their beliefs and their founder.
Samuel Hahnemann was born in Meïssen in Saxony, on the 10th of April, 1755. His father was an humble porcelain manufacturer. The first rudiments of education that young Hahnemann received were gratuitous; and his master, pleased with the progress of his ambitious but needy scholar, strongly urged him to repair to Leipzig, where, at the age of twenty, he arrived, with exactly the same number of crowns in his pocket as he numbered years. At this university he zealously pursued his favourite studies of the natural sciences, supporting himself by translating French works, and giving lessons; and finally he graduated in the university of Eslan—in 1779.
Samuel Hahnemann was born in Meissen, Saxony, on April 10, 1755. His father was a humble porcelain maker. The first basic education that young Hahnemann received was free, and his teacher, impressed with the progress of his ambitious but needy student, strongly encouraged him to go to Leipzig. At the age of twenty, he arrived there with the same amount of crowns in his pocket as he had years. At this university, he passionately pursued his favorite subjects in the natural sciences, supporting himself by translating French works and giving lessons, eventually graduating from the University of Eslan in 1779.
It was during his arduous studies that Hahnemann was struck with the conflicting systems and the deplorable controversies which for centuries divided in turn the medical schools of Europe, and were triumphant or overthrown by scholastic revolutions; each doctrine being doomed to obscurity and oblivion in the ratio of its ephemeral splendour.[Pg 338] The result of his reflections and experiments was the system of homœopathy. Its novelty, its apparent absurdity, soon exposed him not only to opposition, but to violent persecution. As is usual in all cases of oppression, whether justly or unjustly resorted to, proselytes as furious and as fanatical as his persecutors joined their chief. Despite the sanatary regulations of Saxony, which prohibited physicians from dispensing their medicines, Hahnemann prepared and supplied his homœopathic remedies; and, being expelled from Leipzig, sought a refuge at Kœthen, where, exasperated by the harsh treatment he had experienced, he fulminated his anathema on all past and present systems of medicine with no small degree of furious resentment, pronouncing his doctrine to be stamped with the seal of infallibility, and denouncing all others as the aberrations of ignorance and error, or the speculations of imposture and fraud.
It was during his tough studies that Hahnemann became aware of the conflicting systems and the unfortunate controversies that had divided the medical schools of Europe for centuries, often being upheld or overturned by dramatic shifts in scholarship; each doctrine destined for obscurity in proportion to its fleeting brilliance.[Pg 338] The outcome of his thoughts and experiments was the system of homeopathy. Its uniqueness and seemingly ridiculous nature quickly exposed him not just to opposition, but to severe persecution. As is common with all forms of oppression, whether justified or not, followers equally furious and fanatical as his attackers rallied around him. Despite the health regulations in Saxony that prohibited doctors from dispensing their own medicines, Hahnemann created and provided his homeopathic remedies; and after being expelled from Leipzig, he found refuge in Kœthen, where, frustrated by the harsh treatment he had faced, he delivered a fierce condemnation of all past and current medical systems with considerable anger, claiming his doctrine was marked by a stamp of infallibility and denouncing all others as the products of ignorance and error, or the lies of fraud and deception.
As might have been expected, few of his opponents thought it worth their while to study his system calmly and dispassionately; nor, indeed, was such an application necessary, for his doctrines needed no deep investigation on the part of his foes, so fraught were they with apparent errors and false deductions, not only from his own pretended experience, but the experience of ages. Finding that he could not enjoy a despotic sway over the schools, he was resolved at any rate to seek the palm of martyrdom, and had recourse to such violence in words and actions, that many of his enemies maintained he was a more fitting subject for a lunatic asylum than the soi-disant founder of a rational doctrine; for he and his fanatical disciples set all ratiocination at nought, considering his dixit as a fiat of condemnation passed on all who dared to doubt his infallibility, although at different periods their oracle was obliged to retract many erroneous assertions and contradict fallacious statements.
As expected, few of his opponents found it worthwhile to study his system calmly and without bias; in fact, such an effort wasn't necessary because his doctrines were so full of obvious mistakes and false conclusions that they didn’t require deep investigation, drawing from both his supposed experiences and the lessons of history. Realizing he couldn’t have complete control over the schools, he was determined to seek martyrdom instead and resorted to such violent language and actions that many of his enemies argued he was more suited for a mental institution than the so-called founder of a logical doctrine; he and his fanatical followers dismissed all reasoning, treating his statements as a definitive judgment against anyone who dared to question his infallibility, even though at various times their leader was forced to retract many incorrect claims and contradict misleading statements.
In the short view of his doctrines which I am about to give, these fallacies will become evident.
In the brief overview of his teachings that I'm about to present, these misunderstandings will become clear.
Hahnemann had observed in his studies and hospital practice that the prevalent systems of medicine were founded on the rational principle of combating effects by striking at morbid causes. Physicians sometimes endeavoured to attain this desirable end by producing in the system an artificial action differing from the nature of the malady, and founded their practice on the scholastic axiom of contraria contrariis curantur; at other times they raised or depressed the vital[Pg 339] energies according to the prevalence of excitement or debility, or modified the character of the disease by revulsion and derivation, a practice which received the name of antagonistic, or allopathic,—a term used by Hahnemann in contradistinction to homœopathy, and derived from αλλος, different, and παθος, affection.
Hahnemann noticed in his studies and hospital work that the common medical practices were based on the rational idea of fighting effects by targeting the underlying causes. Doctors sometimes tried to achieve this goal by creating an artificial reaction in the body that was different from the illness itself, relying on the old saying of contraria contrariis curantur; other times, they would boost or lower the vital[Pg 339] energies depending on whether there was too much excitement or weakness, or they would change the nature of the disease through revulsion and derivation, a method known as antagonistic or allopathic—a term that Hahnemann used to contrast with homœopathy, derived from αλλος, different, and παθος, affection.
In his therapeutic pursuits Hahnemann had been forcibly struck with the long-acknowledged fact that medicinal substances supposed to possess a certain specific property in the treatment of diseases, were known in the healthy subject to produce phenomena bearing a close analogy to the symptoms of those identical diseases. Thus, mercurial preparations occasioned symptoms of syphilis, sulphur produced cutaneous irritation, and, in some instances, the exhibition of cinchona had been known to bring on febrile intermissions. In various works he found these observations established. For instance, amongst many others, he found in the publications of Beddoes, Scott, Blair, and various writers, that nitric acid, which was known to produce ptyalism, relieved salivation and ulceration in the mouth. Arsenic, which, according to Henreich, Knape, and Heinze, occasioned cancerous anomalies in healthy subjects, was stated by Fallopius, Bernharde, Roennow, and many other surgeons, to be efficacious in relieving, if not curing, similar disorders; preparations of copper were asserted by Tondi, Ramsay, Lazermi, and numerous practitioners, to have produced epileptic attacks; and Batty, Baumes, Cullen, Duncan, and several experienced medical practitioners, recommended similar remedies in epilepsy. In short, the illustrations of the power inherent in certain substances to produce accidents analogous to the symptoms of the various diseases in the treatment of which they had proved efficacious, induced Hahnemann to consider whether a treatment founded on similia similibus curantur might not be found more effectual than the former practice based upon the contraria contrariis. He was of opinion that no medicine was possessed of any curative property, but solely acted by its morbific power of producing a disordered condition in the system; and on this and other principles, which we shall shortly notice, he asserts that nature does not possess any curative power, totally denying the vis medicatrix of the schools. He further maintained, that there does not exist any specific malady; but that which we consider to be a disease is nothing but a complexity of symptoms, and that a[Pg 340] cure can only be effected when these complex symptoms are made to disappear.
In his therapy work, Hahnemann was struck by the well-known fact that medicinal substances believed to have specific properties for treating diseases were known to produce similar symptoms in healthy individuals. For example, mercurial preparations caused symptoms of syphilis, sulfur led to skin irritation, and in some cases, using cinchona was known to trigger intermittent fevers. He found these observations documented in various works. For instance, among many others, in publications by Beddoes, Scott, Blair, and others, he found that nitric acid, known to cause excessive salivation, helped relieve salivation and mouth ulcers. Arsenic, according to Henreich, Knape, and Heinze, caused cancer-like symptoms in healthy individuals, yet Fallopius, Bernharde, Roennow, and many other surgeons claimed it was effective in alleviating, if not curing, similar disorders. Tondi, Ramsay, Lazermi, and numerous practitioners stated that copper preparations caused epileptic seizures, and Batty, Baumes, Cullen, Duncan, and several experienced medical professionals recommended similar remedies for epilepsy. In summary, the examples of the ability of certain substances to produce effects similar to the symptoms of the diseases they effectively treated led Hahnemann to consider whether treatment based on similia similibus curantur might be more effective than the traditional method focused on contraria contrariis. He believed that no medicine had any curative property and only acted by producing a disordered state in the body through its morbific power; based on this and other principles, which we will discuss shortly, he argued that nature lacks any curative power, completely denying the vis medicatrix of the schools. Furthermore, he maintained that no specific disease exists, but rather what we consider a disease is just a collection of symptoms, and a[Pg 340] cure can only be achieved when these complex symptoms are eliminated.
Impressed with these ideas, he and his disciples proceeded to try various medicinal substances upon themselves and others when in health, and, carefully recording the symptoms which these medicines produced, they drew up a statement of their various powers, that they might be afterwards resorted to, to relieve the same symptoms in a morbid state. Grounding this practice on the principle (in many instances correct) that two similar diseases cannot coexist, they conceived that if, to counteract a natural malady, one can produce by any medication an artificial derangement of the same nature, the artificial disorder will overcome the natural disease, and a radical cure be obtained. To explain more distinctly this idea, I shall quote the author’s words.
Impressed by these ideas, he and his disciples started experimenting with different medicinal substances on themselves and others when they were healthy. They carefully recorded the symptoms these medicines caused and created a summary of their various effects so they could refer back to it later to treat the same symptoms in illness. Based on the principle (which is often correct) that two similar diseases cannot exist at the same time, they believed that if a medication could create an artificial disorder similar to a natural illness, this artificial condition would overpower the natural disease and lead to a complete cure. To clarify this concept further, I will quote the author's words.
“The curative power of medicines is thus founded on the property they possess to give rise to symptoms similar to those of the disease, but of a more intense power. Hence no disease can be overcome or cured in a certain, radical, rapid, and lasting manner, but through the means of a medicine capable of provoking a group of symptoms similar to those of the disease, and at the same time possessed of a superior energetic power.”[31] And further,
“The healing power of medicines is based on their ability to produce symptoms that are similar to those of the disease, but more intense. Therefore, no illness can be truly, permanently, quickly, and thoroughly cured without a medicine that can trigger a set of symptoms similar to the disease and also has greater strength.”[31] And further,
“If two dissimilar maladies happen to be coexisting, possessed of an unequal force, or if the oldest disease is more energetic than the recent one, the latter will be expelled by the former. Thus, an individual labouring under a severe chronic disease will not be subject to the invasion of an autumnal dysentery, or any other slight epidemic. Larrey affirms that the districts of Egypt in which scurvy was prevalent were exempt from the plague. Jenner asserts that rachitis prevents the effect of vaccination; and Hildebrand assures us that phthysical patients never experience epidemic fevers unless of the most severe character.”[32]
“If two different diseases are present at the same time, and one is stronger than the other, the weaker one will be pushed out by the stronger. For example, a person suffering from a serious chronic illness won't be affected by a minor issue like autumn dysentery or other minor epidemics. Larrey notes that areas in Egypt where scurvy was common did not see the plague. Jenner claims that rickets can interfere with the effectiveness of vaccines; and Hildebrand tells us that patients with tuberculosis rarely suffer from epidemic fevers unless they are very severe.”[32]
“If a recent affection, dissimilar to a more ancient one be more powerful than the latter, then will the progress of the latter be suspended until the malady is either cured or has been expended in its career, and then the old one will reappear.”[33]
“If a new love, different from an older one, is stronger than the old one, then the progress of the old love will be put on hold until the new one is either resolved or has run its course, and then the old love will come back.”[33]
“Two maladies resembling each other in their manifestation and their effects, that is to say, in the symptoms which they determine, mutually destroy each other, the strongest conquering the weakest.”[35]
“Two diseases that look similar in how they show up and what they do, meaning the symptoms they cause, cancel each other out, with the stronger one defeating the weaker.”[35]
He further contends that the essential nature of every disease is unknown; that their existence is revealed by alterations and changes in the system perceptible to our senses, and constituting what are called symptoms, and it is the series of these symptoms which characterize the disease in its course and its development. According to his notions, the physician has only to follow and study the succession and the grouping of these symptoms; in short, the phases and the phenomena of diseases. Attack and destroy these symptoms, and you will have destroyed the malady.
He also argues that the true nature of every disease is unknown; that their existence is shown through changes in the body that we can perceive, which we call symptoms, and it's the pattern of these symptoms that defines the disease as it progresses and develops. In his view, the physician just needs to observe and analyze the order and grouping of these symptoms; basically, the stages and characteristics of diseases. Eliminate these symptoms, and you'll have eliminated the illness.
All classification of diseases, and their various denominations, he therefore deemed absurd, as, according to his doctrines, no one disease resembles another; so various were their modifications, that, with few exceptions, it was idle to give them a particular name, since disease was simply a derangement in our organization manifested by peculiar symptoms.
All classifications of diseases and their different names were considered pointless by him because, according to his beliefs, no disease is exactly like another; their variations were so numerous that, with few exceptions, it was pointless to assign them specific names, since disease was simply a disruption in our system shown through unique symptoms.
We are also, according to Hahnemann, ignorant of the essential properties of medicines, and can only observe and record their effects by experimental observation. Like diseases, they also produce a derangement in our organism, manifested by peculiar symptoms, their sole action consisting in developing specific diseases.
We are also, according to Hahnemann, unaware of the essential properties of medicines, and can only observe and record their effects through experimentation. Similar to diseases, they cause a disruption in our bodies, shown through specific symptoms, with their only action being the development of specific diseases.
In conformity with these notions, to cure disease we have only to produce a similar affection; the primitive one would then give way to the secondary affection artificially produced, and in time the artificial one would cease to exist when the means that produced it were no longer brought into action.
In line with these ideas, to heal a disease, we just need to create a similar condition; the original one would then give way to the artificially created condition, and eventually, the artificial one would disappear when the methods that caused it were no longer used.
Homœopathic medicines, he maintained, have the property of acting in a direct manner upon the affected part of the system; and this is proved when the disease, and the medicine given to relieve it, produce similar morbid manifestations: and he further contended that our vital organism was[Pg 342] less susceptible of the action of natural affections than of those which are artificially produced.
Homoeopathic medicines, he argued, directly affect the part of the body that is affected; this is demonstrated when the disease and the medicine used to treat it cause similar negative symptoms. He also asserted that our vital system is less influenced by natural conditions than by those that are artificially created.
On this basis did the homœopathic doctrinarians ground their practice; but a still more singular theory was broached by their leader; he maintained that medicinal substances, to prove efficacious, should be administered in an attenuated and diluted state, carried to such an extent as to become infinite in their division; he further asserts that this infinite division, far from diminishing their medicinal power and properties, imparts greater energy and certainty of action when these particles encounter in our organization an affinity of disposition, or a homogeny in action; that is to say, that these atomic attenuations act with greater power in those affections which manifest symptoms similar to those which these very medicines are known to produce when experimentally tried upon a healthy subject.
On this basis, the homeopathic practitioners based their practice; however, an even stranger theory was introduced by their leader. He argued that medicinal substances should be given in a diluted and weakened form, carried to such a degree that they become infinitely divided. He further claims that this infinite division, instead of reducing their medicinal power and properties, actually gives them more energy and effectiveness when these particles find a match in our body's disposition or when they act similarly. In other words, these tiny dilutions work more powerfully on conditions that show symptoms similar to those that these very medicines are known to cause when tested on a healthy person.
Upon this principle the homœopathist condemns all combinations of medicines as likely to neutralize each other’s properties by their various affinities; therefore generally speaking, no fresh medicine should be given until the effects of the former have subsided; and to guide this practice, while they endeavoured to ascertain the symptoms produced by medicines, they also sought to ascribe certain limits to the duration of their action: thus, the influence of aconite lasts forty-eight hours, and that of crude antimony fifteen days.
Based on this principle, the homeopath condemns all combinations of medicines as likely to cancel each other out due to their different affinities. So, generally speaking, no new medicine should be administered until the effects of the previous one have worn off. To guide this practice, while they aimed to identify the symptoms produced by medicines, they also tried to establish certain limits on how long their effects last: for example, the influence of aconite lasts forty-eight hours, and that of crude antimony lasts fifteen days.
Dreading all substances that could tend to weaken or neutralize the effect of medicine, the homœopathists made it their particular study to discover the peculiar action of all alimentary substances on the organism, and characterized as antidotes all such articles of food as they considered opposed to this supposed action: thus, wine and vegetable acids were deemed antidotes to aconite; coffee, to Angustura bark; vinegar, to asarum, &c.
Dreading any substances that could weaken or neutralize the effects of medicine, homeopaths focused on studying how different foods affect the body. They labeled as antidotes any food items they believed countered this supposed effect: for example, they considered wine and vegetable acids to be antidotes to aconite, coffee to be an antidote to Angostura bark, vinegar to be an antidote to asarum, and so on.
I have already stated that the homœopathists conceive that the infinite dilution of their atoms of medicinal substances increase their energy; and this fact they so strenuously maintain, that they assert that accidents of a serious nature may arise when this division is carried too far; and these accidents are then to be met with the medicinal antidotes they pretend to have discovered: thus, camphor is an antidote to cocculus; opium, to the crocus sativus; camomile and camphor, to ignatia amara; and so on.
I have already mentioned that homeopaths believe that the extreme dilution of their medicinal substances increases their effectiveness. They insist so emphatically on this that they claim serious issues can arise when this dilution is taken too far, and these issues should be treated with the medicinal antidotes they claim to have found: for example, camphor is an antidote for cocculus; opium for crocus sativus; chamomile and camphor for ignatia amara; and so forth.
The minuteness with which the specific actions of various medicinal substances on certain organs is detailed is scarcely[Pg 343] credible; and the following extract from the homœopathic materia medica will give a slight idea of their industrious labours. Taking as an example phosphorus, which they affirm produces—
The detail with which the specific effects of different medicinal substances on certain organs is described is almost unbelievable; and the following excerpt from the homeopathic materia medica will provide a glimpse into their diligent work. Using phosphorus as an example, which they claim causes—
Vertigo, determination of blood to the head, headache in the morning, fall of the hair, difficulty in opening the eyelids, burning sensation and ulceration of the internal canthus of the eye, when exposed to the open air, lachrymation and adhesion of the palpebræ; inflammation of the eyes, with the sensation of particles of sand having been introduced; sparks and spangles floating before the eyes, a dark tinge in objects that are looked on, diurnal cecity, the appearance of a gray veil drawn before the eyes, pulsation in the ears, epistaxis, mucous discharge from the nostrils, foulness of breath, tumefaction of the throat, whiteness of the tongue, ulceration of the mouth, expectoration of glairy mucus, dryness of the mouth by night and by day, spasmodic eructation, nausea, sense of hunger after eating, anxiety after meals; in short, twenty-four octavo pages are devoted to the innumerable effects of this substance on the organism.
Dizziness, blood rushing to the head, morning headaches, hair loss, difficulty in opening the eyelids, burning sensation and sores at the inner corner of the eye when in fresh air, tearing and eyelid sticking; eye inflammation with a feeling like sand has gotten in; sparks and glittering spots floating in front of the eyes, a dark tint on things being looked at, daytime blindness, the appearance of a gray veil over the eyes, ringing in the ears, nosebleeds, mucus coming from the nostrils, bad breath, swelling in the throat, a white-coated tongue, sores in the mouth, coughing up thick mucus, dry mouth at night and during the day, spasmodic burping, nausea, feeling hungry after eating, anxiety after meals; in short, twenty-four octavo pages are dedicated to the countless effects of this substance on the body.
Of magnesia artificialis three hundred and twelve symptoms are noted; six hundred and fifty of the rhus radicans; nine hundred and forty of pulsatilla; five hundred of ignatia amara; four hundred and sixty of arsenic: in short, volumes upon volumes are crowded with these observations, not only recording physical effects, but singular results on our moral faculties; such as serenity or moroseness, gaiety or sadness, a disposition to commit suicide or a fond partiality to life, courage or cowardice, a weak intellect or a vigorous conception. For instance,—common sea-salt occasions irascibility, lowness of spirits, taciturnity, melancholy, palpitation of heart, disposition to shed tears, pusillanimity, and despair; while potash gives rise to ill-temper without apparent cause at noon and in the evening, with violent paroxysms of rage in the morning, impetuous desires, furious passion, with gnashing of teeth, if all around does not yield to the patient’s desires; while the vision of a bird hovering about the window produces loud shrieks of alarm, exaltation of the intellects, and a horror of the future. So innumerable, indeed, are all these singular effects attributed to various medicines thus experimented, that no memory, however retentive, could possibly bear them in recollection. The following are the directions laid down for conducting this curious inquiry:
Of magnesia artificialis, three hundred and twelve symptoms are noted; six hundred and fifty of rhus radicans; nine hundred and forty of pulsatilla; five hundred of ignatia amara; four hundred and sixty of arsenic. In short, countless volumes are filled with these observations, not only recording physical effects but also unique impacts on our moral faculties, such as calmness or irritability, happiness or sadness, a tendency towards suicide or a strong attachment to life, bravery or fear, a weak mind or a strong imagination. For example, common sea salt causes irritability, low spirits, silence, melancholy, heart palpitations, a tendency to cry, cowardice, and despair; whereas potash leads to sudden temper changes without any clear reason at noon and in the evening, with violent fits of rage in the morning, intense desires, furious passions, accompanied by grinding of teeth if everything around doesn't fulfill the patient's wishes. The sight of a bird hovering at the window can trigger loud screams of alarm, heightened mental activity, and a fear of the future. The countless unique effects attributed to the various medicines tested are so numerous that no memory, no matter how sharp, could possibly retain them all. The following are the instructions for conducting this intriguing inquiry:
The person upon whom medicines are tried must be free[Pg 344] from disease; but weak substances should be given to subjects of a delicate and sensitive constitution. The medicine is to be tried in its most pure and simple state, possessing all its energies, taking special care that it is not combined with any heterogeneous substances during the day it is exhibited, and the time while its action is supposed to last. The diet must be moderate; all spices and high-seasoned food to be avoided, as well as green vegetables, roots, salads, &c. which are known to possess medicinal properties. The dose of the medicine to be similar to that which is usually prescribed by practitioners. If, at the expiration of about two hours, no effect is observed, a stronger dose is to be given. Should the first dose operate powerfully at the commencement, but gradually lose its influence, the second will be given the following morning; and a still stronger one, four times the strength of the first, be administered on the third day.
The person receiving the medication must be free[Pg 344] of any illness; however, weaker substances should be given to individuals with a delicate and sensitive constitution. The medication should be tested in its purest and simplest form, keeping all its properties intact, and ensuring that it isn’t mixed with any other substances on the day it’s administered and during the time it’s expected to take effect. The diet should be moderate; all spices and rich foods should be avoided, along with green vegetables, roots, salads, etc., that are known to have medicinal properties. The dosage of the medication should match what is typically prescribed by practitioners. If, after about two hours, no effect is observed, a stronger dose should be given. If the first dose has a strong effect at first but gradually diminishes, the second dose will be given the next morning, and a stronger dose, four times the strength of the first, will be given on the third day.
The result of these experiments being recorded, homœopathic agents are selected to oppose morbid symptoms; and when the choice of remedies has been appropriate, an aggravation of the symptoms is observed. This aggravation is usually considered as an increase of the disorder, whereas it is solely the effect of the homœopathic remedy. “For these phenomena,” say the homœopathists, “were frequently observed by physicians, who little thought at the time, that they were the result of the medicines they had given.” Thus, when the pustules of itch became more rife after the exhibition of sulphur, it was thought that the increase of the eruption was merely the affection coming out more freely; whereas, the aggravation was occasioned by sulphur. Leroy informs us that the heart’s-ease, viola tricolor, increased an eruption in the face. Lyrons says that elm-bark aggravated cutaneous affections, which were cured by this remedy; but neither of them were aware of the nature of this homœopathic development. For further information on this head, the Organon of Hahnemann must be consulted.
The results of these experiments are recorded, and homeopathic agents are chosen to counteract illness symptoms; when the right remedies are selected, an aggravation of the symptoms is noticed. This aggravation is often seen as a worsening of the condition, when in fact it is simply the effect of the homeopathic remedy. “These phenomena,” say homeopaths, “were often observed by doctors, who didn’t realize at the time that they were due to the medicines they had administered.” So, when the pustules from scabies became more intense after taking sulfur, it was thought that the increase in the rash was simply the condition coming out more openly; however, the aggravation was caused by sulfur. Leroy tells us that heart’s-ease, viola tricolor, worsened a facial rash. Lyrons states that elm bark aggravated skin conditions, which were healed by this remedy; but neither of them understood the nature of this homeopathic response. For more information on this subject, the Organon of Hahnemann should be consulted.
Such were his doctrines for a period of about twenty years,—doctrines which he emphatically pronounced infallible, and founded on the immutable laws of homœopathy. In 1828, however, convinced by numerous failures in the treatment of chronic diseases, that other causes than those which he acknowledged,—such as the improper preparation of the medicine, or dietetic neglect on the part of the patient,—contributed to these disappointments, he announced that he had[Pg 345] discovered the hidden source of the obstacles he encountered; and that, after many years of experiments and meditation, he had come to the conclusion that almost all chronic diseases originated from constitutional miasmatic affections or predispositions, which he divided into sycosis, syphilis, and psora, or, in plain English, the itch. To this latter affection he attributes innumerable disorders. In diseases of a syphilitic character, he had found his mode of treatment infallible; and he therefore concluded that all obstinate and rebellious affections were the result of some other constitutional predisposing circumstances. He tells us that he laboured in profound secrecy to discover this great, this sublime desideratum: his very pupils knew it not; the world was to remain in ignorance of his pursuits until he could proclaim the most inestimable gift that Divinity bestowed upon mankind. This immortal discovery was neither more nor less than the itch; to which malady, according to his views, since the days of Moses, seven-eighths of the physical and moral miseries to which flesh is heir, were to be referred. Whether rendered evident by eruptions, or latent from our cradle, it was a curse transmitted to us, by the modification and degeneration of leprosy, through myriads of constitutions, and which only disappears from the surface to fester in malignity until it bursts forth again in the multifarious forms of innumerable diseases, amongst which we find scrofula, rachitis, phthisis, hysteria, hypochondriasis, dropsy, hydrocephalus, hæmorrhage, fistula, diseases of the head and liver, ruptures, cataracts, tic-douloureux, deafness, erysipelas, cancers, aneurisms, rheumatism, gout, apoplexy, epilepsy, palsy, convulsions, stone, St. Vitus’s dance, nervous affections of every description, loss of sight, of smell, of taste, stupidity and imbecility.[36] In support of this doctrine, Hahnemann adduces ninety-five cases recorded by medical writers, in which the disappearance of the itch was followed by various acute and chronic maladies.
His ideas spanned about twenty years—ideas he strongly claimed were infallible, rooted in the unchanging principles of homeopathy. In 1828, however, after experiencing numerous failures in treating chronic illnesses, he realized that there were other factors beyond what he had acknowledged—like improper medicine preparation or neglect in the patient’s diet—that contributed to these disappointments. He announced that he had[Pg 345] discovered the hidden source of the challenges he faced; through years of experimentation and reflection, he concluded that almost all chronic diseases stemmed from underlying miasmatic conditions or predispositions, which he categorized into sycosis, syphilis, and psora, or simply put, the itch. He linked countless disorders to this last condition. In diseases of a syphilitic nature, he found his treatment method infallible; thus, he concluded that all persistent and challenging conditions were the result of other constitutional predispositions. He revealed that he worked in deep secrecy to uncover this significant, sublime goal: not even his students were aware; the world would remain ignorant of his research until he could announce the most invaluable gift that Divinity has given to humanity. This groundbreaking discovery was nothing more and nothing less than the itch, which he believed had caused seven-eighths of the physical and moral sufferings of humanity since the days of Moses. Whether visible through eruptions or hidden from birth, it was a curse passed on to us, evolving and degenerating from leprosy through countless generations, only to disappear from view while festering until it re-emerges in various forms of countless diseases—like scrofula, rickets, tuberculosis, hysteria, hypochondria, edema, hydrocephalus, hemorrhage, fistulas, diseases of the head and liver, hernias, cataracts, trigeminal neuralgia, deafness, erysipelas, cancers, aneurysms, rheumatism, gout, strokes, epilepsy, paralysis, convulsions, kidney stones, St. Vitus’s dance, and nervous disorders of all kinds, as well as loss of sight, smell, taste, and even mental incapacity and immaturity.[36] To support this theory, Hahnemann cited ninety-five cases documented by medical authors, where the disappearance of the itch preceded various acute and chronic illnesses.
The next miasmatic generator is sycosis, or the disposition to warty excrescences; but this source of disease Hahnemann does not consider so prolific as syphilis, or his favourite psora.
The next miasmic generator is sycosis, or the tendency to develop warty growths; however, Hahnemann does not see this source of disease as being as prolific as syphilis, or his preferred psora.
Such are the principal features of the homœopathic system. I have already stated that its followers consider the most minute particles of medicine more powerful than larger doses; they therefore have recourse to infinite trituration or dilution[Pg 346] in three vehicles which they consider free from any medicinal property,—distilled water, spirits of wine, and sugar of milk; by these means they procure a decillionth or a quintillionth fraction of a grain. One drop of their solution is considered sufficient to saturate three hundred globules of sugar of milk; and three or four of these globules are deemed a powerful medicine. To give a better idea of Hahnemann’s notions on this subject, I shall quote his own words:
Such are the key features of the homeopathic system. I've already mentioned that its supporters believe that the tiniest amounts of medicine are more effective than larger doses; as a result, they rely on endless grinding or dilution[Pg 346] in three mediums that they think have no medicinal properties—distilled water, alcohol, and lactose. Through this process, they create a solution that’s a decillionth or quintillionth of a grain. One drop of their solution is thought to be enough to saturate three hundred lactose globules, and three or four of these globules are considered a strong remedy. To better illustrate Hahnemann’s ideas on this topic, I will quote his own words:
“By shaking a drop of medicinal liquid with one hundred drops of alcohol once, that is to say, by taking the phial in the hand which contains the whole, and imparting to it a rapid motion by a single stroke of the arm descending, I shall then obtain an exact mixture of them; but two or three, or ten such movements, would develop the medicinal virtues still further, making them more potent, and their action on the nerves much more penetrating. In the extenuation of powders, when it is requisite to mix one grain of a medicinal substance in one hundred grains of sugar of milk, it ought to be rubbed down with force during one hour only, in order that the power of the medicine may not be carried to too great an extent; medicinal substances acquiring at each division or dilution a new degree of power, as the rubbing or shaking they undergo develops that inherent virtue in medicines which was unknown until my time, and which is so energetic, that latterly I have been forced by experience to reduce the number of shakes to two.”
“By shaking a drop of medicine with a hundred drops of alcohol once, meaning by taking the bottle that contains everything and giving it a quick motion with a single downward stroke of the arm, I will achieve a precise mixture. However, doing two, three, or even ten of these movements would enhance the medicinal properties further, making them more powerful and their effect on the nerves much more intense. When it comes to mixing powders, if you need to combine one grain of a medicinal substance with one hundred grains of milk sugar, you should grind it vigorously for just one hour only, so that the potency of the medicine doesn’t get too high; medicinal substances gain a new level of power with each division or dilution, as the grinding or shaking they undergo activates an inherent quality in medicines that was unknown until now, and which is so strong that I've recently had to limit the number of shakes to two based on my experience.”
As a further illustration of this theory, he affirms that gold is without any action in our organism in its natural state; but that when one grain of this metal is triturated according to the above process until each grain of the last triturated preparation contains a quadrillionth part of the original grain of the mineral, it will be so powerful that it will be sufficient to place this single grain in a phial, to be inspired for a moment, to produce the most amazing results, and none more so than the faculty of restoring to a melancholy individual, disposed to commit suicide, his pristine partiality to life.
As another example of this theory, he states that gold has no effect on our body in its natural form; however, when one grain of this metal is ground down using the process mentioned above until each particle of the final preparation contains a quadrillionth of the original grain, it becomes so powerful that just placing this single grain in a vial and inhaling it for a moment can produce incredible results, especially the ability to restore a depressed person, who is inclined to take their own life, back to their former love of life.
Unfortunately for Hahnemann, many of these assertions are unsupported by facts or sound reasoning, and appear mere wanderings of an ardent imagination; and thus soaring in regions of fancy, he himself has struck many fatal blows to his own doctrines. For instance, what are the arguments he adduces to prove that in two similar diseases the strongest will overcome the weakest?
Unfortunately for Hahnemann, many of these claims lack factual support or solid reasoning, seeming to be nothing more than flights of an overactive imagination; and by drifting into the realm of fanciful thinking, he has dealt many damaging blows to his own theories. For example, what arguments does he present to prove that in two similar diseases, the stronger will prevail over the weaker?
“Why,” he exclaims, “does the splendid Jupiter disappear[Pg 347] during the twilight of morn to the eyes of the contemplator? It is because a similar power, but possessed of greater energies, the breaking day, acts upon our organs.”
“Why,” he exclaims, “does the magnificent Jupiter vanish[Pg 347] during the morning twilight for those who reflect? It's because a similar force, but with even more power, the rising day, impacts our senses.”
This is a defective analogy. Hahnemann tells us that a stronger power banishes a weaker one in a permanent manner, whereas the bright planet he here alludes to will return with the night. Then again:—
This is a flawed analogy. Hahnemann tells us that a stronger force permanently drives away a weaker one, while the bright planet he mentions will come back with the night. And again:—
“With what do we endeavour to relieve the olfactory nerves when offended by disagreeable odours? By snuff, which affects the nostrils in a similar but in a more powerful manner.” This is not correct: when the action of snuff has ceased, the disagreeable effluvia become again offensive. In some instances his poetical vagaries are preposterous. “By what means,” he adds, “do we endeavour to protect the ears of the compassionate from the lamentations of the poor wretched soldier condemned to be scourged? Is it not by the shrill notes of the fife united to the loud beat of the drum? How do we endeavour to drown the roar of distant artillery that causes terror in the heart of the soldier? By the roll of the double drum;—nor would this feeling of compassion, this sense of terror, have been checked by admonition or by splendid rewards. In the same manner our grief, our regret, subside, upon receiving the intelligence, true or false, that a more lively sorrow has affected another person.” It would be idle to dwell upon the absurdity of such visions and erroneous statements.
“With what do we try to soothe our sense of smell when it's hit by bad odors? With snuff, which affects our nostrils in a similar but stronger way.” This isn’t accurate: once the effects of snuff wear off, those unpleasant smells come back. Sometimes his poetic ideas are ridiculous. “By what means,” he continues, “do we try to shield the ears of the compassionate from the cries of the unfortunate soldier who’s about to be whipped? Isn’t it by the sharp sounds of the fife combined with the loud beat of the drum? How do we try to drown out the distant roar of artillery that frightens the soldier? With the roll of the double drum;—and this feeling of compassion or fear wouldn’t be lessened by warnings or grand rewards. In the same way, our grief and regret fade when we hear that someone else is experiencing an even deeper sorrow.” It would be pointless to focus on the silliness of such ideas and false claims.
To support his doctrines, Hahnemann should have proved, 1st, that medicinal powers do produce an artificial malady similar to the natural affection; 2nd, that the organism only remains under the influence of the medicinal disease; 3rd, that this medicinal disease is of short duration; and 4th, that all these effects can only be produced by a medicine selected according to their similarity of symptoms. Our theorist has utterly failed in his endeavours to establish these facts; therefore have his doctrines been impugned by many of his most zealous disciples, amongst whom may be mentioned Griesselich, Rau, Schroen. The aggravation which he asserts takes place after the exhibition of a homœopathic medicine is not only unsupported by proof, but positively denied by many of their practitioners; and Hartman plainly affirms that, after a homœopathic dose, the patient frequently experiences a state of calm, a disposition to slumber, and often falls into a profound sleep more or less prolonged, in waking from which he finds himself much relieved, if not perfectly cured. Thus several physicians who have adopted his practical views reject[Pg 348] many of the doctrines on which they are founded; and a homœopathist has justly compared his works to a wild virgin forest, in which we meet with a number of valuable trees and plants in the midst of arid brushwood and parasitic weeds that would check the growth of the most useful productions.
To support his ideas, Hahnemann should have demonstrated, first, that medicinal powers create an artificial illness that resembles the natural condition; second, that the body remains only under the influence of this medicinal illness; third, that this medicinal illness is temporary; and fourth, that all these effects can only occur from a medicine chosen based on similar symptoms. Our theorist has completely failed to prove these points; therefore, his ideas have been challenged by many of his dedicated followers, such as Griesselich, Rau, and Schroen. The worsening he claims occurs after taking a homeopathic medicine is not only unproven but is outright rejected by many of their practitioners; and Hartman clearly states that after a homeopathic dose, the patient often feels calm, tends to sleep, and frequently falls into a deep sleep that lasts for a while, waking up feeling significantly better, if not completely cured. Thus, several doctors who have embraced his practical views dismiss many of the principles they are based on; and a homeopath has rightly compared his works to a wild virgin forest, containing valuable trees and plants amid dry brush and parasitic weeds that hinder the growth of the most beneficial products.
Yet, notwithstanding the many gratuitous assertions, and consequent erroneous inductions, we meet with in the Organon, it is probable that this system is destined to operate a gradual but material revolution in the practice of medicine. As to theories, we must agree with Voltaire when he said “En fait de système, il faut toujours se reserver le droit de rire le lendemain de ses idées de la veille.”
Yet, despite the many unfounded claims and resulting false conclusions we find in the Organon, it's likely that this system will bring about a slow but significant change in the practice of medicine. Regarding theories, we should agree with Voltaire when he said, “When it comes to systems, we must always reserve the right to laugh at our ideas from yesterday.”
Hippocrates laid down in his Aphorisms the incontrovertible fact, “Duobus doloribus simul obortis, non tandem eâdem in parte, vehementior alterum obscurat. A. 46.” To a certain degree, it was upon this assertion, which the experience of ages has confirmed, that Hahnemann founded the principal and most important point of his doctrine; but, going much farther than the father of medicine, he affirms that similar diseases effectually remove each other. For centuries practitioners have been acting homœopathically; the exhibition of specifics, in fact, being nothing else. As we have already shown, specifics are known to produce symptoms similar to the diseases they cure. Hitherto the number of such medicines has been confined to a very few agents; and perhaps with the exception of mercury, sulphur, and bark, with their several preparations, scarcely any article in the materia medica could have claimed this peculiar property. To extend these limits, which confined in so exiguous a compass our therapeutic agents, has been the laborious and singular study of Hahnemann and his disciples. Haller had first given the example, and they arduously applied themselves to discover by experiments on the healthy subject, both upon their own persons and others, what were the peculiar effects or symptoms produced by various medicinal substances. These observations are so numerous and confused, that, on reading them, we feel plunged in a chaotic labyrinth of symptoms, without any clue to extricate ourselves from its perplexing mazes. Still, from this multifarious catalogue much important information can be collected; and it cannot be denied that the homœopathist has not only thrown a new light on the action of many medicines which we daily prescribe, but brought into practical consideration the necessity of attending to dietetic discipline, by an investigation of the several properties of our usual ingesta.
Hippocrates stated in his Aphorisms the undeniable truth, “When two pains arise at the same time, one often overshadows the other in the same area. A. 46.” To some extent, Hahnemann based the key and most vital aspect of his doctrine on this assertion, which has been confirmed by years of experience. However, going much further than the father of medicine, he claims that similar diseases can effectively cancel each other out. For centuries, practitioners have been working homoeopathically; the use of specifics is essentially just that. As we've shown, specifics are known to generate symptoms that resemble the diseases they treat. Until now, the number of such medicines has been limited to very few agents; and aside from mercury, sulfur, and bark, with their various preparations, hardly any item in the materia medica could claim this unique property. Expanding these limitations, which have kept our therapeutic agents so narrow, has been the dedicated and unique effort of Hahnemann and his followers. Haller was the first to set an example, and they diligently worked to discover through experiments on healthy subjects—both on themselves and others—what specific effects or symptoms different medicines produced. These observations are so numerous and tangled that reading them feels like being lost in a chaotic maze of symptoms, without any way to find a way out. Still, from this vast collection, we can gather a lot of important information; and it's undeniable that the homoeopathist has not only shed new light on the effects of many medicines we prescribe daily but has also highlighted the importance of considering dietary discipline by investigating the various properties of our common ingesta.
[Pg 349]It is obvious that any enthusiast who would blindly embrace the foregoing doctrines without serious and deep investigation, and boldly apply the wild theory to practice, would at once throw open the flood-gates of absurdity, and lend his aid in destroying, if possible, with one fell swoop, the result of ages of mature study and experience. Hahnemann, to fertilize the fields of science, had recourse to inundation instead of wise and cautious irrigation; and the fury with which he and his rash disciples maintained their opinions materially tended to retard their progress. Truth needeth not violence; its own lustre will beam through surrounding darkness, without being dragged into light.
[Pg 349]It's clear that anyone who would blindly accept the ideas mentioned above without careful and thorough investigation, and recklessly put those wild theories into practice, would immediately open the floodgates of absurdity and help destroy, if they could, the results of years of careful study and experience. Hahnemann, in an effort to enrich the field of science, opted for flooding rather than careful and thoughtful irrigation; and the intensity with which he and his reckless followers defended their views greatly slowed their progress. Truth doesn't need violence; its own light will shine through the surrounding darkness without needing to be forced into the open.
The objections to Hahnemann’s doctrines are glaring. The art of healing, from the dawn of science until the present day, has been more or less founded on the faculties of reasoning. We are taught, in the first instance, to observe carefully the phenomena of disease, and, by referring effects to probable causes, endeavour, however difficult the task, to trace their catenation. Many of these causes are perhaps sealed for ever in the inscrutable book of our destinies; yet, if we cannot obtain a knowledge of the origin of these disorders, still when we take into mature consideration the complication of all accidental circumstances, and from visible effects seek invisible relations, guided by our experience in anatomy, physiology, and the revelations of pathology, we may find this pursuit less difficult than it may be imagined. But the homœopathist despises and rejects as idle, all those collateral means of diving into nature’s arcana. He bids us dwell only upon evident symptoms, or, in other words, look to the effects alone, and cast away all thoughts of discovering their causes. Nothing can be more illogical than this argument; for certainly we can scarcely hope to remove effects without striking, as far as in our power lies, at their cause. To deny the existence of any specific affection because we cannot account for its origin, is absurd. As well might we reject the use of medicines known to possess specific properties, from our utter ignorance of their modus operandi. The exclusive consideration of symptoms would lead us into lamentable error, since the same symptoms are observable in various diseases. Similar pains, for instance, may be the symptoms of rheumatism, nephritic affections, and calculus; headaches may arise from inflammation, and from various and well-known sympathies with distant organs: yet, without seeking to ascertain these relations, the mechanical and[Pg 350] empirical homœopathist will prescribe such medicines as are known to occasion pains in the loins, or headaches; only bearing in mind perceptible derangements, heedless of the phenomena of organization, the state of the secretions and excretions, the history, the rise and progress of the disorder, or the idiosyncrasy of the patient. The liver is diseased; the discovery is of no importance. We have only to attend to the pain extending up the clavicle and shoulder, or the uneasiness experienced in the right hypochondrium: the pulse, the respiration, the condition of the excretions, the temperature of the skin, the appearance of the tongue, are all regarded as minor considerations. It is not hepatitis that we are called upon to cure; it is to relieve a pain in the shoulder and in the hypochondrium, or a difficulty of lying on the left side.
The objections to Hahnemann’s ideas are obvious. The practice of healing, from the beginning of science to today, has always relied on reasoning abilities. We are first taught to carefully observe the symptoms of diseases and, by linking effects to likely causes, try, despite the challenges, to understand their connections. Many of these causes might be locked away forever in the mysteries of our fates; still, even if we can’t fully understand the origins of these disorders, when we thoughtfully consider the complexity of all the random circumstances and look for hidden relationships based on visible effects—supported by our knowledge of anatomy, physiology, and pathology—we can find this exploration less challenging than it seems. However, the homeopath disregards and dismisses these additional methods of uncovering nature’s secrets as useless. He insists that we focus solely on obvious symptoms, or in other words, look only at the effects and ignore any thought of discovering their causes. Nothing is more illogical than this viewpoint; we can hardly expect to eliminate effects without also addressing their causes as much as we can. To deny the existence of any specific issue just because we can’t explain its origin is ridiculous. It’s just as unreasonable to reject the use of medicines known to have specific properties due to our complete lack of understanding of their modus operandi. Focusing exclusively on symptoms would lead us into significant mistakes since the same symptoms can appear in various diseases. For example, similar pains can indicate rheumatism, kidney issues, or stones; headaches can arise from inflammation and various known connections with distant organs. Yet, without trying to understand these relationships, the mechanical and[Pg 350] empirical homeopath will prescribe medications known to cause pains in the lower back or headaches, only considering the visible disturbances and overlooking the organization of the body, the state of secretions and excretions, the history and development of the disorder, or the patient’s unique characteristics. If the liver is diseased, that discovery doesn’t matter. We only need to address the pain radiating up the collarbone and shoulder, or the discomfort felt in the right side of the abdomen: the pulse, respiration, condition of the excretions, skin temperature, and the look of the tongue are all treated as minor points. It’s not hepatitis that we’re tasked with curing; it’s about relieving shoulder pain and discomfort in the abdomen or making it easier to lie on the left side.
No one will pretend to deny that our safest, perhaps our sole, guide in the study of disease is the group of symptoms, that become more and more perceptible during the course of our investigations. It was principally on the study of symptoms that the most learned practitioners of every age and country grounded their diagnosis and their prognosis; but they never viewed them either singly, or in their complexity, as unconnected with the particular diseases to which they were not only essentially united, but from which they originated, and of the existence of which they were to be considered the diagnostic signs. Therefore did the ancients classify them as principal and accessory, univocal and equivocal, characteristic or common, as they afforded more or less information in our pathological deduction; and in that light they were weighed with greater or less application, as our judgment could only be formed by the attentive consideration of the phenomena of the organism in health and in disease.
No one can deny that our most reliable, possibly our only, guide in studying disease is the group of symptoms that become more noticeable as we investigate. It was mainly through analyzing these symptoms that the most knowledgeable practitioners throughout history and across the world based their diagnoses and predictions; however, they never looked at them in isolation or as unrelated to the specific diseases from which they not only originated but also served as diagnostic indicators. That's why the ancients classified them as primary and secondary, clear and ambiguous, distinctive or common, based on the amount of information they provided in our understanding of pathology. In that sense, they were evaluated more or less rigorously as our judgment depended on closely observing the phenomena of the body in both health and disease.
But while the homœopathist’s attention is chiefly directed to the discovery of means that can enable him to produce symptoms analogous to those of the disorder, he seems to disregard the laws of sympathy, by which our organism appears to be ruled; a mysterious agency which can only be ascertained by observation and experiment, when, to use the words of a distinguished writer,[37] “by the former we may be said to listen to nature, by the latter to interrogate her.” Health depends upon the due co-operation of all these associations; and one organ in the wonderful machinery cannot be deranged in its functions without influencing others, [Pg 351]however distant and unconnected they may appear. In this co-ordination, these vital relations have been very properly divided into mechanical, functional, and sympathetic. Their study constitutes the groundwork of all rational induction. It is not by individual or complex symptoms that we can decide where the want of equilibrium is to be traced. Various have been the theories on this most important subject, and great have been the erroneous ideas dogmatically laid down. The illustrious Bichat himself erred when he maintained that sympathies were aberrations—morbid developments of our vital properties. Sympathies, on the contrary, may be considered as constant phenomena, essential and inseparable from our organism, whether in health or in sickness; and are, if I may be pardoned the expression, co-ordinated to co-operate with each other in their mechanical, their functional, and their sympathetic associations.
But while the homeopath’s focus is mainly on finding ways to produce symptoms similar to those of the illness, he seems to overlook the laws of sympathy that govern our bodies; a mysterious force that can only be understood through observation and experimentation. To quote a distinguished writer, “by the former we listen to nature, by the latter we interrogate her.” Health relies on the proper cooperation of all these connections, and if one part of the complex system is affected, it will impact others, no matter how distant or unrelated they may seem. In this coordination, these vital relationships are rightly categorized into mechanical, functional, and sympathetic. Understanding them forms the foundation of all rational reasoning. We cannot determine where the lack of balance is located based on individual or complex symptoms alone. There have been many theories on this crucial topic, and numerous erroneous ideas have been dogmatically presented. The renowned Bichat himself was mistaken when he claimed that sympathies were deviations—morbid developments of our vital functions. In reality, sympathies should be seen as constant phenomena, essential and inseparable from our body whether in health or illness; and they are, if I may say so, coordinated to work together in their mechanical, functional, and sympathetic connections.
An incarcerated hernia causes hiccup, nausea, vomiting. Will the homœopathist tell us that we must seek in his catalogue of innumerable effects some substance which is known to produce similar symptoms? Surely the rupture must first call our attention. This example is adduced as referring to nearly every case in which it might be rashly attempted to separate causes from effects. The mammary glands are variously affected in uterine diseases; their impressions are reciprocal, yet the uterine affection must be the chief object of our solicitude. A peculiar pruritus is a symptom of calculus. Are we then to administer a homœopathic dose of cannabis, or any other medicine which may give rise to a similar sensation? It may be objected to this observation that these are purely surgical cases, in which we need not be guided by symptoms to discover causes; but it has too frequently happened that nausea and vomiting have been attended to, while the hernia was overlooked, until fatal accidents were manifested. Moreover, a diseased liver, a diseased spleen or kidney, would be just as perceptible as hernia or calculus, if these parts could be brought into view or contact.
An incarcerated hernia causes hiccups, nausea, and vomiting. Should the homeopath tell us that we must look in their list of countless effects for a substance known to produce similar symptoms? Clearly, the hernia should grab our attention first. This example serves to illustrate nearly every case where it would be unwise to try to separate causes from effects. The mammary glands are affected in various ways by uterine diseases; their influences are mutual, yet the uterine issue must be our main focus. A specific itching sensation is a symptom of kidney stones. Are we then supposed to give a homeopathic dose of cannabis or any other medicine that might cause a similar feeling? One might argue that these are purely surgical cases where we don't need to rely on symptoms to find out the causes; however, it has too often happened that nausea and vomiting were paid attention to while the hernia was neglected, until serious complications arose. Additionally, a diseased liver, spleen, or kidney would be just as noticeable as a hernia or kidney stones if these organs could be examined directly.
It may be said that an erroneous notion of Hahnemann’s doctrines on this subject has been taken; it is therefore necessary to quote his own words:
It can be said that there's been a misunderstanding of Hahnemann’s beliefs on this topic; therefore, it's important to quote his own words:
“It may be easily conceived that the existence of a malady presupposes some alteration in the interior of the human organism; but our understanding can only lead us to suspect this alteration in a vague and deceitful manner, from the appearance of the morbid symptoms, the sole guide we can[Pg 352] depend on except in surgical cases. The essence of the internal and invisible change is undiscoverable, nor have we any means of guarding against deceptive illusions.”[38]
“It’s easy to imagine that having a disease means there’s some change happening inside the human body; however, we can only guess at this change in a vague and misleading way, based on the visible symptoms, which are our only reliable indicators except in surgical situations. The true nature of the unseen internal changes remains hidden, and we have no way of protecting ourselves from false impressions.”[Pg 352]
“The invisible substance that has undergone a morbid alteration in the interior of the human body, and the perceptible changes, which are externally developed,—in other words, symptoms,—form by their union what is called disease; but the symptoms are the only points of the malady which are accessible to the physician, the sole indication whence he can derive any intuitive notion, and the principal objects with which he ought to become acquainted to effect a cure. From this incontestable truth there is nothing discoverable in disease beyond the totality of its symptoms to guide us in the selection of our curative means.”[39]
“The invisible substance that has changed in the human body and the noticeable changes that show up outside—what we call symptoms—combine to create what we refer to as disease. However, the symptoms are the only aspects of the illness that doctors can access; they provide the only clues to help them understand what's going on, and they are the main focus for understanding how to treat it. From this undeniable fact, there's nothing else in disease beyond the collection of its symptoms to help us choose our treatment options.”[39]
It is not to be supposed that an experienced physician, although a homœopathist, will rest satisfied with this study of symptomatic medicine, without endeavouring to attach these effects to some cause, however occult it may appear; but such a doctrine becomes pernicious, since it bids us close the only book of truth that can reveal our errors,—post mortem investigations. Surely, if a group of certain symptoms attend a disease which, when terminating fatally, shows disorganization in certain viscera, we are not only justifiable in giving to that disorganization a specific name in our scientific classification and categories, but in considering the symptoms of no other importance than as corroborative of those facts that morbid anatomy daily brings to light.
It shouldn’t be assumed that an experienced doctor, even if they practice homeopathy, will be satisfied with just studying symptomatic medicine without trying to connect these effects to some cause, no matter how mysterious it may seem; however, such a belief can be harmful since it encourages us to ignore the only source of truth that can expose our mistakes—post mortem examinations. Clearly, if a specific set of symptoms accompanies a disease that, when it results in death, reveals damage in certain organs, we not only have the right to assign that damage a specific name in our scientific classification and categories, but we should also regard the symptoms as merely supporting evidence of the facts that pathological anatomy continually uncovers.
It is generally admitted that most nosologies are imperfect, and may occasionally lead the young practitioner into error. This is easily accounted for when we consider the Protean forms that the same disease assumes in different individuals; yet, without this classification, the science of medicine could not be studied. A certain arrangement is necessary to simplify all our pursuits in natural science, and to seek a variety we must know the order and the genus.
It is widely recognized that most classification systems for diseases are imperfect and can sometimes mislead young practitioners. This is understandable when we think about how the same disease can appear in many different ways in different people; however, without some form of classification, medicine couldn't be effectively studied. Having a certain organization is essential to streamline our efforts in natural science, and to explore different aspects, we need to understand the order and the category.
Had Hahnemann given a better system of nosology than those we possess, and with his truly praiseworthy zeal and industry enumerated the various symptoms of disease as minutely and as accurately as he has recorded the effects of medicinal substances, his labours might have proved a most valuable addition to our store of knowledge.
Had Hahnemann developed a better classification system for diseases than what we currently have, and with his commendable dedication and hard work detailed the various symptoms of illnesses as thoroughly and accurately as he documented the effects of medicines, his efforts could have been a significant contribution to our body of knowledge.
Let us now direct our attention to the absurdities to which these opinions have led. Solely attentive to effects, and[Pg 353] heedless of the disorganization of various important parts of the human economy which morbid anatomy detects, Hahnemann endeavours to discover the occult causes—the original source—the germ—of the malady, which most likely are beyond the reach of our researches; and he boldly affirms that all chronic diseases spring from syphilis, a disposition to warts and the itch. Now experience has proved that such an assumption is unfounded. The most healthy subjects, those who attain the finest old age, are more liable to this disgusting affection than the wealthy and cleanly part of the community. The Irish and Scotch peasantry from their infancy, and through life, are most subject to psora; and certainly our soldiers and sailors, amongst whom the disease is common, are not more predisposed to chronic diseases than any other classes of society, of course not taking into consideration the effects of unhealthy climates.
Let’s now focus on the absurdities that these opinions have led to. By only looking at the effects and ignoring the disorganization of various important aspects of human health that pathological anatomy reveals, Hahnemann tries to find the hidden causes—the original source—the root—of the illness, which are likely beyond our understanding. He boldly claims that all chronic diseases come from syphilis, a tendency toward warts, and the itch. However, experience has shown that this assumption is baseless. The healthiest people, those who live to a ripe old age, are more likely to experience this unpleasant condition than the wealthier, cleaner parts of society. The Irish and Scottish peasants, from childhood and throughout their lives, are more affected by skin diseases; and certainly, our soldiers and sailors, among whom this disease is common, are not more prone to chronic illnesses than any other social classes, not counting the impacts of unhealthy climates.
Syphilis, it will be readily granted, has a considerable share in producing anomalous sequelæ, more especially when in combination with mercury. Warts, except of a syphilitic character, were never known to germinate diseases; indeed, they affect the most healthy and robust individuals. Yet to these three miasmatic causes does Hahnemann attribute nearly every disease that was ever known to afflict mankind; while he passes over in silence the predisposition to scrofula, gout, rheumatism, to which we can unfortunately trace with too much certainty the source of much human misery.
Syphilis, as we can easily acknowledge, plays a significant role in causing unusual sequelæ, especially when combined with mercury. Warts, aside from those caused by syphilis, have never been linked to the development of diseases; in fact, they appear in even the healthiest and strongest individuals. However, Hahnemann attributes nearly every illness known to affect humanity to these three miasmatic causes, while he neglects to mention the predisposition to scrofula, gout, and rheumatism, which unfortunately we can clearly trace as sources of much human suffering.
That the itch is a disease of great antiquity is a matter of doubt. It has been maintained that it is the same eruptive disorder described by Celsus under the appellation of scabies; yet this writer does not allude to its contagious nature, and moreover says, that in some cases it disappears completely, whereas in others it is renewed at certain periods of the year.
That the itch is a very old disease is uncertain. Some argue that it’s the same skin disorder Celsus referred to as scabies; however, this writer doesn't mention its contagious nature and also states that in some cases it completely goes away, while in others it comes back at certain times of the year.
Celsus, moreover, includes other forms of pustular eruptions among the different species of scabies, not sufficiently distinguishing them from each other. The character of his scabies is more analogous to the lichen agrius of Willan.
Celsus also groups other types of pustular eruptions with the various kinds of scabies, not clearly separating them. His description of scabies is more similar to Willan's lichen agrius.
Nor did the ancients consider their psora as our itch. It appears to have been the scaly tetter, which they sometimes denominated psoriasis, at others lepra, a synonymous affection; but neither pustular nor vesicular. Leprosy, indeed, is a malady totally distinct from the itch in all its characters. Hahnemann asserts that the species of leprosy that afflicted the Jews, and which is described by their legislator in the 13th chapter of Leviticus, was the itch; but any one who will peruse this[Pg 354] description will perceive that it does not bear the slightest resemblance to that disorder. It appears, on the contrary, to have been that kind of leprosy called leucé by the ancients. Nor was leprosy constantly attended with itching, one of the chief characteristics of the malady, and from which sensation it derives its very name. Hippocrates mentions a leprosy that usually occasioned a prurience before rain. There are no diseases in the classification of which more obscurity exists than in cutaneous affections; and Hahnemann’s ideas would tend to increase this confusion, since he tells us that he considers the frambœsia of America, the sibbens of Norway, the pellagra of Lombardy, the plica of Poland, the pseudo-syphilis of the English, and the asthenia Virginiensis of Virginia, complications of his three miasmatic principles; and he further informs us, no doubt on the faith of some idle tradition, that psora lost its external deformity on the return of the Crusaders, who brought from the Holy Land the use of linen shirts, a cleanly and salutary precaution that eradicated the disease at a period when France had no less than two thousand hospitals for the reception of itch patients,—a plain proof that he confounds leprosy with itch, since the hospitals he alludes to were distinctly considered leper-houses.
The ancients did not think of their psora as our itch. It seems to have referred to a scaly skin condition, which they sometimes called psoriasis and at other times lepra, a similar ailment; but it was neither pustular nor vesicular. Leprosy is, in fact, a completely different disease from the itch in every way. Hahnemann claims that the type of leprosy mentioned in the 13th chapter of Leviticus, which affected the Jews, was the itch; however, anyone who reads this[Pg 354] description will see that it bears no resemblance to that condition. Instead, it appears to have been a type of leprosy referred to as leucé by the ancients. Furthermore, leprosy was not always accompanied by itching, which is a main characteristic of the disease, and from which it gets its name. Hippocrates mentions a form of leprosy that often caused itching before it rained. There are very few diseases where classification is as unclear as with skin conditions; and Hahnemann's ideas would likely add to this confusion, as he argues that the frambœsia in America, the sibbens in Norway, the pellagra in Lombardy, the plica in Poland, the pseudo-syphilis in England, and the asthenia Virginiensis in Virginia are all complications of his three miasmic principles. He also claims, likely based on some unfounded tradition, that psora lost its external deformity with the return of the Crusaders, who brought back the use of linen shirts—a clean and healthy practice that eliminated the disease at a time when France had two thousand hospitals for itch patients, clearly showing that he confuses leprosy with itch, since the hospitals he refers to were specifically designated leper houses.
It is certainly true that there does exist in our system a constant predisposition to eruptive affections of some kind or other. We are born heirs to certain exanthematic affections, such as the measles and smallpox; and it would be as difficult to find a being morally immaculate as an individual free from speck or blemish. Many of these eruptions are considered of a critical and salutary nature; and the ancients fancied that nature relieved herself by throwing upon the surface some “peccant humours.” Hence their dread of the retrocession of any of these “breakings out;” and there is no doubt but that accidents frequently followed their sudden disappearance, in the same manner as drying up an issue or a blister established for some time, and become habitual, may occasion internal mischief; but to maintain that all chronic diseases arise from three eruptive principles is a most gratuitous and untenable assertion.
It’s definitely true that our system has a constant tendency towards various eruptive conditions. We are born predisposed to certain rashes, like measles and smallpox; and it would be just as hard to find someone completely morally spotless as it would be to find someone without any imperfections. Many of these eruptions are seen as critical and beneficial; the ancients believed that nature relieved itself by bringing these “bad humors” to the surface. That’s why they feared the retreat of any of these “outbreaks,” and there’s no doubt that accidents often followed their sudden disappearance, much like how drying up a long-standing issue or blister can cause internal problems. However, claiming that all chronic diseases stem from three eruptive principles is an unfounded and unreasonable statement.
Enthusiastically anxious to support his doctrines, Hahnemann is frequently led into erroneous assertions. Thus he tells us that life will suddenly cease if a little water, or the mildest liquid, is injected into a vein; whereas experience has proved, in the treatment of cholera, and various other[Pg 355] instances, that the most stimulating solutions may be thus introduced, not only with impunity, but with salutary results.
Enthusiastically eager to back his ideas, Hahnemann often makes incorrect claims. He states that life will abruptly end if a small amount of water, or even the gentlest liquid, is put into a vein; however, experience has shown, particularly in the treatment of cholera and several other[Pg 355] cases, that the most stimulating solutions can be introduced this way, not only safely but also with positive outcomes.
It is needless to enter more deeply into the ungracious business of pointing out errors, many of which were evident to Hahnemann himself; since, not only in the several editions of his Organon, but in various paragraphs in the same volume, he contradicts himself.
It’s unnecessary to dive deeper into the unpleasant task of highlighting mistakes, many of which were clear to Hahnemann himself; because, not only in the different editions of his Organon, but in several paragraphs within the same volume, he contradicts himself.
A much more gratifying and important task is now undertaken, to prove, by the evidence of facts, supported by practical reasoning, that the art of healing is more indebted to the homœopathic doctrines than to any system that has hitherto been delivered in our schools.
A much more rewarding and important task is now being undertaken, to demonstrate, through factual evidence backed by practical reasoning, that the art of healing relies more on homeopathic principles than on any system that has previously been taught in our schools.
That the all-bountiful Creator, in permitting, for purposes unknown to us, mankind to be visited by so many scourges, has also scattered around us means to counteract these evils, cannot be a matter of doubt. Instinct leads animals to find out these salutary agents, and various specifics have been discovered by man. The rudest savage is in possession of curative substances unknown to civilized man, and performs cures where learning and experience have proved of no avail.
That the all-bountiful Creator, by allowing us to face so many challenges for reasons we don't understand, has also given us ways to overcome these hardships is undeniable. Instinct drives animals to discover these healing agents, and humans have found various remedies. Even the simplest hunter-gatherer knows about healing substances that are unfamiliar to civilized people and can achieve cures where knowledge and experience have failed.
To extend the limits of specifics, must therefore be considered a most desirable step towards adding to our means of relieving disease; and in this pursuit it is impossible to bestow too much praise on the homœopathic observer. Enthusiasm—predilection to a favourite but persecuted system—may induce an ardent proselyte not only to deceive others, but unwittingly to deceive himself. It is therefore not only possible, but probable, that in the experimental investigations of the effects of medicine, Fancy, in her multifarious colours, may have depicted, with apparent fidelity, a state of body and mind that only existed in an excited imagination; but when we behold various individuals, distant from each other, and totally unconnected, observing similar results from the exhibition of various medicinal substances, we have no right to call their assertions into doubt. These assertions, moreover, are not laid down dogmatically, but are earnestly recommended to be submitted to the test of experiment. For instance, the homœopathist has found out that certain substances, by diminishing the energy of the heart and arteries, subdue inflammatory action as effectually as venesection. This is a fact daily witnessed, and of which any practitioner may convince himself. It is not asserted, that in cases of sudden determination of blood, which require immediate [Pg 356]revulsion and abstraction of the vital fluid, homœopathic remedies will be found possessed of sufficient activity to afford prompt relief; but experience has fully proved that in cases which can admit of a few hours’ delay, these medicines very frequently supersede the necessity of debilitating the patient by a copious loss of blood.
To push the boundaries of specifics, we should see this as a highly beneficial step towards enhancing our ability to treat disease. In this effort, we can’t praise the homeopathic observer enough. Passion—an attachment to a beloved but underappreciated system—might lead a fervent supporter to not only mislead others but also unintentionally mislead themselves. Therefore, it's not just possible but likely that in the experimental investigations of how medicines work, imagination, in its many forms, may have illustrated, with seeming accuracy, a physical and mental state that only existed in an excited mind. However, when we see various individuals, far apart and completely unconnected, reporting similar outcomes from different medicinal substances, we have no right to question their claims. Moreover, these claims are not made dogmatically but are sincerely suggested to be tested through experimentation. For example, homeopaths have discovered that certain substances, by reducing the activity of the heart and arteries, effectively lessen inflammatory responses just as well as bloodletting. This is a fact observed daily, and any practitioner can verify it for themselves. It’s not claimed that in cases of sudden blood flow that need immediate intervention and removal of vital fluid, homeopathic remedies will act quickly enough to provide prompt relief; however, experience has shown that, in situations where a few hours' delay is possible, these medicines often eliminate the need to weaken the patient through excessive blood loss.
Dr. Paris, in his admirable work on Materia Medica, has justly observed, “that observation or experiment upon the effects of medicine is liable to a thousand fallacies, unless it be carefully repeated under the various circumstances of health and disease, in different climates, and on different constitutions.” This has been the main object of the homœopathist; and a further quotation from the above distinguished writer will illustrate the importance of their labours. “It is impossible to cast our eyes over such multiplied groups (of medicinal substances) without being forcibly struck with the palpable absurdity of some, the disgusting and loathsome nature of others, the total want of activity in many, and the uncertain and precarious reputation of all, without feeling an eager curiosity to inquire, from the combination of what causes it can have happened that substances at one period in the highest esteem, and of generally acknowledged utility, have fallen into total neglect and disrepute. That such fluctuation in opinion and versatility in practice should have produced, even in the most candid and learned observer, an unfavourable impression with regard to the general efficacy of medicines can hardly excite our astonishment, much less our indignation; nor can we be surprised to find that another portion of mankind has at once arraigned physic as a fallacious art, or derided it as a composition of error and fraud. A late foreign writer, impressed with this sentiment, has given the following flattering definition of our profession: Physic is the art of amusing the patient, while Nature cures his disease.”
Dr. Paris, in his excellent work on Materia Medica, has rightly pointed out, “that observation or experiment on the effects of medicine is subject to a thousand errors, unless it is carefully repeated under various circumstances of health and disease, in different climates, and on different individuals.” This has been the main focus of homeopathy; and a further quotation from the esteemed writer above will highlight the significance of their work. “It is impossible to look over such numerous groups (of medicinal substances) without being struck by the obvious absurdity of some, the disgusting and repulsive nature of others, the complete lack of effectiveness in many, and the uncertain and shaky reputation of all, without feeling a strong curiosity to inquire what combination of factors led to the fact that substances once held in high regard, and generally recognized for their usefulness, have become utterly neglected and discredited. That this fluctuation in opinion and inconsistency in practice should create, even in the most fair-minded and informed observer, a negative impression regarding the overall effectiveness of medicines can hardly surprise us, much less provoke our indignation; nor should we be shocked to find that some people have quickly criticized medicine as a deceptive art, or mocked it as a mixture of error and fraud. A recent foreign writer, affected by this view, has provided the following flattering definition of our profession: Medicine is the art of entertaining the patient while Nature heals his disease.”
With such a lamentable view of the practice of medicine, can we be too thankful to those observers who strenuously endeavour to rescue it from the dark trammels in which prejudice and interested motives have bound it? In no country more than in Great Britain is such an investigation desirable. We have become proverbial from our incessant abuse of a farrago of medicinal substances; and what is usually termed an elegant prescription signifies an amalgam of various drugs and preparations, which most probably, by their affinities, neutralize the expected effects of each other;[Pg 357] for, however great and flattering may have been the discoveries of modern chemistry, many of these affinities are unknown to us. Surely when our labours cannot detect any difference in the component parts of the purest Alpine atmosphere and the deleterious air of a loathsome dungeon, we cannot expect to form a correct idea of pharmaceutic combinations.
With such a regrettable view of the practice of medicine, can we truly be grateful to those observers who work hard to free it from the dark constraints of prejudice and self-interest? There’s no country where this investigation is more needed than in Great Britain. We’ve become known for our constant misuse of a mix of medicinal substances; and what is usually called an elegant prescription is just a blend of various drugs and preparations that likely cancel each other out due to their interactions;[Pg 357] because, no matter how impressive the discoveries of modern chemistry might be, many of these interactions are still unknown to us. Surely, if our efforts can’t reveal any difference between the purest Alpine air and the harmful air of a disgusting dungeon, we can’t expect to understand the right combinations of pharmaceuticals.
The mere hopes of being able to relieve society from the curse of constant drugging, should lead us to hail with gratitude the homœopathist’s investigations. That many physicians, but especially apothecaries, who live by overwhelming their patients with useless and too frequently pernicious medicines, will warmly, nay furiously inveigh against any innovation of the kind, must be expected as the natural result of interested apprehension; and any man who aims at simplicity in practice will be denounced as guilty of medical heresy. Have we not seen inoculation and vaccination branded with the most opprobrious epithets, merely because their introduction tended to diminish professional lucre?
The simple hope of freeing society from the curse of constant medication should make us appreciate the work of homeopaths. It’s only natural that many doctors, especially pharmacists, who profit by overwhelming their patients with unnecessary and often harmful drugs, will angrily criticize any new approach. Anyone who tries to simplify medical practice will be labeled as practicing medical heresy. Haven’t we seen inoculation and vaccination given the worst names simply because their introduction decreased the financial gain for professionals?
In these remarks upon medicinal combinations, it is not meant to infer, that, because they are chemically incompatible, they are ineffectual,—experience has proved the contrary; but no one will contend that, if we can attain the same beneficial results from a single ingredient, administered in small quantities and at distant periods, as from the exhibition of repeated and nauseous doses of pills, powders, draughts, potions, &c. which hang over the bed of sickness, nay, of slight derangements, like the sword of Damocles, we have not effected a most salutary reform in the practice of physic. It is related of one of these ingenious and industrious practitioners, that, having seen a prescription, that only contained half a dozen medicines, he exclaimed, “What! nothing more?” To which the prescriber replied, “If you choose, sir, we’ll step over to the apothecary, and see what else he has in his shop.”
In these comments about medicinal combinations, it shouldn't be assumed that just because they don't work well together chemically, they aren't effective—experience has shown otherwise; however, no one can argue that if we can achieve the same positive results from a single ingredient, given in small amounts and spaced out over time, rather than taking repeated and unpleasant doses of pills, powders, drinks, potions, etc., which loom over a patient's bed, even in minor health issues, like the sword of Damocles, we haven't made a significant improvement in medical practice. It's said that one of these clever and hardworking practitioners, after seeing a prescription that contained only six medicines, exclaimed, “What! Is that all?” To which the prescriber replied, “If you'd like, we can go over to the pharmacy and see what else he has in stock.”
Specifics may be divided into two classes; the one producing a peculiar effect upon particular organs, the other producing general results. Thus, the action of cantharides and digitalis on the urinary system, of emetics on the stomach, of certain purgatives on the small intestines, and of others on the large ones, are generally known; whereas the action of mercury and opium is still a matter of controversy. A study of these effects constitutes the chief object of the homœopathist; and, having determined their peculiar action, these [Pg 358]medicinal agents are given singly, and, as we have already observed, in the most minute doses.
Specifics can be categorized into two types: one that creates a specific effect on particular organs and the other that has general results. For example, the effects of cantharides and digitalis on the urinary system, emetics on the stomach, certain laxatives on the small intestine, and others on the large intestine are well-known. However, the effects of mercury and opium are still debated. Understanding these effects is the primary focus of homeopaths; once they determine how each agent works, these [Pg 358]medicinal agents are administered individually and, as we mentioned before, in very small doses.
It is this division into infinite fractions that has drawn upon the homœopathic practice the denunciation of the allopathic physicians, as it is considered utterly impossible that such imponderable particles can produce any beneficial or prejudicial effect; and the Academy of Medicine of Paris, when officially condemning the doctrine, asserts, in support of this argument, that great danger arises from it “in frequent and serious cases of disease, where the physician may do as much injury, and cause no less mischief, by ineffectual means as by those which are prejudicial.”
It’s this division into endless fractions that has led to the criticism of homeopathic practice by allopathic physicians. They argue that it’s completely impossible for such tiny particles to have any positive or negative effect. The Academy of Medicine in Paris, when officially condemning this practice, states that it poses a significant risk in serious medical cases, where a doctor can cause just as much harm and create just as many problems using ineffective treatments as they can with harmful ones.
This is perhaps one of the most important points of the homœopathic doctrine. If these fractional doses are inert, and yet the disease is cured, then must the successful treatment be solely ascribed to the dietetic regimen and the efforts of nature. However, experience has afforded abundant proofs that these infinite atoms do produce positive and evident effects. What appears to our feeble organs an atomic fraction may produce phenomena on the organism which we cannot comprehend, but should not therefore be denied. Let one grain of iodine be dissolved in one thousand five hundred and sixty grains of water, the solution will be limpid; let two grains of starch be dissolved in two ounces of water and added to the first solution, and the liquor will forthwith assume a blue tint. In this experiment the grain of iodine has been divided into 1⁄15360. Dissolve the four-hundredth part of one grain of arsenic in four hundred thousand parts of water, and the hydric-sulphite will bring it into evidence. Let a five-thousandth part of arseniate of ammonia be dissolved in five hundred thousand parts of water, and the addition of the smallest proportion of nitrate of silver will obtain a yellow precipitate. Numerous experiments of a similar nature may be daily resorted to, to prove that the most minute particles of two substances possessed of chemical affinities may be brought into action, although diluted ad infinitum. But the power that the smallest particle possesses in producing natural phenomena cannot be more evidently proved than by Spallanzani’s experiments in fecundation. This physiologist having wrapped up a male frog in oil-silk, fecundation could not take place; but having collected on the point of a camel-hair pencil a particle of the fecundising fluid, he succeeded in vivifying thousands of eggs. Surprised at this result, he dissolved three grains of the secretion in a pound of[Pg 359] water, and one globule of the solution was endowed with the same faculty. In this case the globule of water only contained 1⁄2994687500 part of one grain. This curious experiment has been tried with a similar result by Prevost and Dumas. How imponderable and impalpable must be the effluvium which enables the dog to track his master for miles! the particle of atter of roses that perfumes a whole chest of clothes! and what must the power of the aroma be which is preserved for thousands of years in some Egyptian mummies! Would the vulgar believe in the wonders of the solar and gaseous microscopes unless they were exposed to view? In these we behold in amazement myriads of individuals in one drop of fluid, each of them as perfect in organization as the mighty mammoth of old or the sagacious elephant of our days, endowed with distinct habits, destructive and reproductive propensities and faculties.
This is possibly one of the most crucial points of homeopathic theory. If these tiny doses are ineffective, yet the illness gets resolved, then the successful treatment must be entirely credited to diet and the body's natural efforts. However, experience has shown ample evidence that these infinitesimal particles do have tangible and significant effects. What seems like an atomic fraction to our limited senses can create effects on the body that we may not fully understand, but that doesn’t mean they should be dismissed. For example, if one grain of iodine is dissolved in one thousand five hundred and sixty grains of water, the solution will be clear; but if two grains of starch are dissolved in two ounces of water and added to this solution, it will immediately turn blue. In this experiment, the grain of iodine has been divided into 1⁄15360. If the four-hundredth part of a grain of arsenic is dissolved in four hundred thousand parts of water, it can be revealed by hydric-sulphite. If a five-thousandth part of arseniate of ammonia is dissolved in five hundred thousand parts of water, adding even the tiniest amount of nitrate of silver will cause a yellow precipitate. Many similar experiments can be conducted daily to demonstrate that even the tiniest particles of two chemically reactive substances can be activated, even when diluted ad infinitum. But the ability that the smallest particle has to create natural phenomena is most clearly shown by Spallanzani’s fertilization experiments. This physiologist wrapped a male frog in oil-silk, preventing fertilization; yet when he collected a trace of the fertilizing fluid on the end of a camel-hair brush, he managed to fertilize thousands of eggs. Surprised by this outcome, he dissolved three grains of the fluid in a pound of[Pg 359] water, and just one droplet of that solution retained the same ability. In this case, the droplet of water contained only 1⁄2994687500 of a grain. This fascinating experiment was also replicated successfully by Prevost and Dumas. Just think how incredibly light and imperceptible must be the essence that allows dogs to follow their masters for miles, or the tiny amount of rose oil that scents an entire chest of clothes! And what must be the potency of the fragrance preserved for thousands of years in some Egyptian mummies! Would people believe in the wonders of solar and gas microscopes without seeing them? In these, we marvel at countless organisms in a single drop of fluid, each one as perfectly organized as the ancient mammoth or the wise elephant of today, each having specific habits and reproductive abilities.
It has been advanced by the opponents of homœopathy that the insignificant dose of three or four medicinal globules cannot possess any power, since one might swallow a thousand of them with impunity. To this it is answered, that it is only under certain morbid conditions that these medicines act by their homœopathic affinities. Moreover, it is well known that small doses of medicinal substances will frequently produce more powerful effects than larger quantities. Tartar-emetic, sugar of lead, calomel, afford daily instances of this fact; and it is also admitted that many substances act differently upon the healthy or the sick. An individual in health can take any food without apprehension; but when his functions are deranged, the slightest imprudence in regimen may lead to serious consequences. There are primordial and inscrutable peculiarities in our constitution that cannot be accounted for; and the medicine which relieves one patient will aggravate the sufferings of others. The exhalations of the American rhus are deadly to some persons, but innocuous to others; and many poisons which cause instantaneous death to some animals may be given with safety to others. Whence has arisen the controversy regarding damp sheets, which many maintain are not dangerous, simply from the fact that a healthy person with a vigorous circulation may sleep in them with impunity, when a feeble and languid subject will be exposed to some dangerous determination of blood?
It has been argued by those against homeopathy that a tiny dose of three or four tiny pills can't possibly have any effect since someone could swallow a thousand of them without any problem. In response, it's explained that these medicines only work under specific ill conditions due to their homeopathic properties. Additionally, it's well-known that small doses of certain medicines can often have stronger effects than larger doses. Tartar emetic, lead acetate, and calomel are daily examples of this reality; it's also recognized that many substances affect healthy people differently than those who are sick. A healthy person can eat anything without worry, but if their functions are disrupted, even a small dietary mistake can result in serious issues. There are fundamental and mysterious traits in our bodies that can't be clearly understood; the medicine that helps one person might make another's condition worse. The fumes from the American rhus can be harmful to some people but harmless to others; and many toxins that can cause immediate death in some animals can be safely given to others. This brings up the debate about damp sheets, which many say aren't hazardous, simply because a healthy person with a strong circulation can sleep in them without issue, while a weak and tired individual could face serious health risks.
A learned writer already quoted thus expresses himself[Pg 360] on this matter:[40] “The virtues of medicines cannot be fairly nor beneficially ascertained by trying their effects on sound subjects, because the peculiar morbid condition which they are calculated to remove does not exist.” It may be said that this observation militates against the homœopathic experiments, and to a certain extent it evidently does; but it cannot be inferred that because a medicinal substance will occasionally act differently in health and in disease, that it may not frequently operate in a similar manner when the morbid condition does prevail, since it is generally admitted that medicines act in a relative manner according to the state of the system. Hence classifications of medicines are too frequently erroneous and imperfect. The doses of medicines determine their effects. Linnæus says, “Medicines differ from poisons, not in their nature, but in their dose;” and Pliny tells its aphoristically, “Ubi virus, ibi virtus.” According to their doses, medicines will produce a general or a local effect; and Dr. Paris, whom I feel much gratification in quoting, lays down as a rule that “substances perfectly inert and useless in one dose may prove in another active and valuable.” It would be foreign to my purpose to enter more fully into this most important subject; but the cases which shall be adduced will be deemed sufficient to convince the most incredulous, of the power of homœopathic doses.
A knowledgeable writer previously quoted expresses this on the subject: “The benefits of medicines can’t be accurately or effectively determined by testing their effects on healthy individuals because the specific unhealthy condition they aim to treat isn’t present.” One might argue that this observation goes against homeopathic experiments, and to some extent, it clearly does; however, it doesn’t mean that just because a medicinal substance sometimes behaves differently in health and in illness, it can’t often work similarly when the unhealthy condition is present, as it is generally accepted that medicines function relatively based on the body's state. Therefore, classifications of medicines are often wrong and incomplete. The doses of medicines dictate their effects. Linnæus stated, “Medicines differ from poisons, not in their nature, but in their dose;” and Pliny famously said, “Ubi virus, ibi virtus.” Depending on their doses, medicines can have a general or specific effect; and Dr. Paris, whom I am pleased to quote, asserts that “substances that are completely inert and useless in one dose may become active and valuable in another.” It wouldn’t serve my purpose to delve deeper into this extremely important topic; however, the examples presented will be enough to convince even the most skeptical of the effectiveness of homeopathic doses.
Those who have denied this property have boldly attributed homœopathic cures to dietetic means. Admitting this statement by way of argument, surely, if any observer, by ascertaining the peculiar action of our ingesta, can so regulate the regimen as to produce salutary effects without the aid of medicine, mankind would be most essentially benefited. How many persons do we not daily meet with, who have never taken any medicine since their childhood, when maternal care strove to destroy their digestive organs with apothecary’s stuff, and who regulate their functions by mere attention to their mode of living. I know one gentleman, a physician, who relieves constipation by green chilies; another, with cold milk; a third, with warm milk: in some habits spinach and sorrel will act as a powerful and safe aperient; in others, cheese, or a hard egg, will operate in a contrary way. Fermented and spirituous liquors all possess specific properties. Some gouty persons cannot drink Claret without bringing on[Pg 361] a paroxysm, and others dread a glass of Champagne or Burgundy. Nay, different wines have been known to bring on arthritic attacks in particular parts; and I have known Champagne to produce gout in the wrist, and Burgundy in the knee, in subjects who under other circumstances never experienced the disorder in those articulations. Our peculiar aversion, nay, our dread, of various alimentary substances are well known. The odour of cheese, of strawberries, have occasioned fainting and convulsions; and in certain constitutions, several articles of diet bring on indigestion. In short, the study of our ingesta is one of the greatest importance; and here again the homœopathist is entitled to our best thanks.
Those who reject this idea have confidently attributed homeopathic cures to dietary changes. Accepting this argument for a moment, if any observer could identify how our food affects us and adjust the diet to create positive outcomes without using medication, humanity would benefit greatly. How many people do we meet every day who have not taken any medicine since childhood, when parental care tried to mess up their digestive systems with pharmacists’ remedies, and who manage their health simply by paying attention to their lifestyle? I know a doctor who relieves constipation with green chilies; another who uses cold milk; a third who prefers warm milk. For some people, spinach and sorrel work effectively as a gentle laxative, while for others, cheese or a hard-boiled egg have the opposite effect. Fermented and alcoholic beverages all have unique effects. Some people with gout can’t drink claret without triggering an attack, while others avoid champagne or Burgundy. In fact, different wines have been known to provoke arthritic flare-ups in specific areas; I’ve seen champagne cause gout in the wrist, and Burgundy in the knee, in individuals who otherwise never experienced issues in those joints. Our particular dislikes, even our fears, of certain foods are well-documented. The smell of cheese or strawberries has caused fainting and convulsions; and in some individuals, various foods can lead to indigestion. In short, understanding what we eat is extremely important; once again, we owe our gratitude to homeopathy.
This investigation will moreover prompt physicians to be more attentive in inquiring into the various effects of alimentary and medicinal substances on their patients. Instead of hastily drawing out routine prescriptions for such and such a disorder, they will accurately ascertain the physical and moral condition of the subject, taking into due consideration previous habits, predispositions, and pursuits in life. Indeed, it would be desirable that practitioners followed the example of army medical men, who keep an exact register of every individual they attend, and in which is diligently recorded every circumstance connected with the disease and its treatment.
This investigation will also encourage doctors to be more careful when looking into the different effects of food and medicine on their patients. Instead of quickly handing out standard prescriptions for specific issues, they will carefully assess the physical and mental state of the person, taking into account their past habits, predispositions, and life activities. In fact, it would be beneficial for practitioners to adopt the practices of military doctors, who maintain a detailed record of every individual they treat, diligently noting every relevant detail related to the illness and its treatment.
Moral influence has also been called into aid in opposition to this practice, and cures have been attributed to the mere power of fancy and credulity. We have certainly known superstition and mental imbecility to be productive both of good and evil,—to have created some maladies, and cured others; but homœopathy has succeeded when the patient was unaware of the treatment to which he was submitted. But, conceding the point, and admitting that inert substances, such as starch, (and this experiment was resorted to in Paris,) may have obtained singular beneficial results,—the results of a weak imagination, this circumstance alone would be illustrative of the power of moral agency; and who would not gladly wish for a mental relief in lieu of a nauseating and injurious course of medicine?
Moral influence has also been used against this practice, and healing has been attributed to the mere power of imagination and belief. We certainly know that superstition and mental weakness can lead to both good and bad outcomes—creating some illnesses and curing others; however, homeopathy has been effective even when the patient was unaware of the treatment they were receiving. But, assuming this is true, and acknowledging that inactive substances like starch (and this experiment was conducted in Paris) may have produced some unusual beneficial results—these results stemming from a weak imagination alone would illustrate the power of moral influence; and who wouldn't prefer a mental relief instead of taking a disgusting and harmful medication?
Others will exclaim, although the homœopathist disavows the vis medicatrix naturæ, that he solely succeeds by leaving the malady to the salutary efforts of the constitution. Here again we must admit, that, were we to leave many diseases to run their course, we might be more successful in obtaining a[Pg 362] cure than by a rash and detrimental interference, founded on the principle that a physician “must order something.”
Others will shout, even though the homeopath denies the vis medicatrix naturæ, that he only succeeds by letting the body’s natural healing powers do their job. Here we must acknowledge that if we allowed many diseases to take their natural course, we might achieve a[Pg 362] cure more effectively than through hasty and harmful interventions based on the idea that a doctor “must prescribe something.”
But the facts I am about to record,—facts which induced me, from having been one of the warmest opponents of this system, to investigate carefully and dispassionately its practical points,—will effectually contradict all these assertions regarding the inefficacy of the homœopathic doses, the influence of diet, or the agency of the mind; for in the following cases in no one instance could such influences be brought into action. They were (with scarcely any exception) experiments made without the patient’s knowledge, and where no time was allowed for any particular regimen. They may, moreover, be conscientiously relied upon, since they were made with a view to prove the fallacy of the homœopathic practice. Their result, as may be perceived by the foregoing observations, by no means rendered me a convert to the absurdities of the doctrine, but fully convinced me by the most incontestable facts that the introduction of fractional doses will soon banish the farrago of nostrums that are now exhibited to the manifest prejudice both of the health and the purse of the sufferer.
But the facts I’m about to share—facts that led me, having been one of the strongest opponents of this system, to carefully and objectively investigate its practical aspects—will clearly contradict all these claims about the ineffectiveness of homeopathic doses, the impact of diet, or the role of the mind. In the following cases, there was no instance where such influences could be activated. They were (with hardly any exceptions) experiments conducted without the patient's knowledge, and there was no time allowed for any specific regimen. Furthermore, these results can be reliably counted on since they were conducted to prove the falsehood of the homeopathic practice. The outcome, as can be seen from the previous observations, did not convert me to the absurdities of the doctrine, but it did convince me, through indisputable facts, that introducing fractional doses will soon eliminate the mix of remedies currently prescribed, which clearly harms both the health and finances of the patient.
CASE I.
CASE I.
A servant-maid received a blow of a stone upon the head. Severe headache, with dizziness and dimness of sight, followed. Various means were resorted to; but general blood-letting could alone relieve the distressing symptoms, local bleeding not having been found of any avail. The relief, however, was not of long duration, and the distressing accidents recurred periodically, when abstraction of blood became indispensable. Reduced by these frequent evacuations, I was resolved to try the boasted “bleeding globules” of the homœopathist, when, to my great surprise, I obtained the same mitigation of symptoms which the loss of from twelve to sixteen ounces of blood had previously accomplished. Since the first experiment no venesection became necessary, and the returns of the violent headache were invariably relieved by the same means.
A maid got hit on the head by a stone. She had a bad headache, dizziness, and blurred vision afterward. Various treatments were tried, but only letting out blood could ease her troubling symptoms, as local bleeding wasn’t effective. However, the relief didn’t last long, and her distressing issues returned regularly, making bloodletting essential. After being weakened by these frequent blood draws, I decided to try the much-talked-about “bleeding globules” from the homeopath, and to my surprise, they provided the same relief from symptoms that losing twelve to sixteen ounces of blood had achieved before. Since that first trial, I didn’t need any more bloodletting, and whenever the severe headache returned, it was always relieved by the same method.
CASE II.
CASE II.
An elderly woman was subject to excruciating headache, with an evident determination of blood to the brain. Numerous leeches were constantly applied. The usual remedies[Pg 363] indicated in similar affections were resorted to, but only afforded temporary relief. A homœopathic dose of aconite was given, and the relief that followed was beyond all possible expectation.
An elderly woman suffered from a severe headache, clearly experiencing increased blood flow to the brain. Many leeches were continuously used. The standard treatments[Pg 363] commonly prescribed for similar issues were tried but only provided temporary relief. A homeopathic dose of aconite was administered, and the relief that followed was astonishingly effective.
CASE III.
CASE III.
My much-esteemed friend Dr. Grateloup of Bordeaux was subject to frequent sore-throats, which were only relieved by local blood-letting, cataplasms, &c., but generally lasted several days, during which deglutition became most difficult. I persuaded him to try a dose of the belladonna, neither of us having the slightest confidence in its expected effects. He took the globules at twelve o’clock, and at five P.M. the tumefaction of the tonsils, with their redness and sensibility, had subsided to such an extent that he was able to partake of some food at dinner. The following morning all the symptoms, excepting a slight swelling, had subsided.
My highly respected friend Dr. Grateloup from Bordeaux often suffered from sore throats, which were only eased by bloodletting, poultices, etc. These issues usually lasted several days, making swallowing very difficult. I convinced him to try a dose of belladonna, even though neither of us really believed it would help. He took the pellets at noon, and by 5 PM, the swelling of his tonsils, along with their redness and sensitivity, had decreased so much that he could eat some food at dinner. The next morning, all the symptoms had disappeared except for a little swelling.
Since this period Dr. G. has repeatedly tried the same preparation in similar cases, and with equal success. In my own practice, I can record seven cases of cynanche tonsillaris which were thus relieved in the course of a few hours.
Since that time, Dr. G. has consistently used the same treatment in similar cases, achieving the same successful results. In my own experience, I can report seven cases of tonsillitis that were relieved within just a few hours.
CASE IV.
CASE IV.
H—, a young woman on the establishment of the Countess of —, was suffering under hemiplegia, and it was resolved by Dr. Brulatour and myself to try the effects of nux vomica. At this period the wonders of the homœopathic practice had been extolled to the skies by its advocates, and we were resolved to give one of their supposed powerful preparations a fair trial. The girl was told that the powder she was about to take was simply a dose of calomel; and on calling upon her the following morning we did not expect that the slightest effect could have been obtained by this atomic dose, when, to our utter surprise, the patient told us that she had passed a miserable night, and described to us most minutely all the symptoms that usually follow the exhibition of a large dose of strychnine. It is but fair to mention that the homœopathic treatment did not cure the disease; but the manifest operation of this fractional dose, that could not possibly be denied, is a fact of considerable importance.
H—, a young woman in the household of the Countess of —, was dealing with hemiplegia, and Dr. Brulatour and I decided to try nux vomica. At that time, advocates of homeopathy were praising its miracles, and we were determined to give one of their supposed potent remedies a genuine chance. We told the girl that the powder she was about to take was just a dose of calomel; and when we visited her the next morning, we didn’t expect any effect from this tiny dose. To our astonishment, the patient informed us that she had a terrible night and detailed all the symptoms that usually follow a large dose of strychnine. It's important to note that the homeopathic treatment didn’t cure her condition; however, the evident effect of this small dose was undeniable and significant.
CASE V.
CASE V.
Mrs. —— of Brompton, Bow, had laboured under hectic fever for several months, and was so reduced by night perspirations, that she was on the very brink of the grave. Called[Pg 364] into consultation, I frankly told her husband that every possible means known in the profession had been most judiciously employed, and that I saw no prospect of obtaining relief. At the same time I mentioned to him that the homœopathic practitioners pretended that they had found the means of relieving these distressing symptoms, which he might submit to an experimental trial if he thought proper. He immediately expressed his wish that it should be adopted. I gave her a homœopathic dose of phosphoric acid and stannum; and, to the surprise of all around her, the night sweats did not break out at their usual hour,—three o’clock in the morning. What renders this case still more interesting is the fact of these perspirations recurring so soon as the action of the medicine ceased; a circumstance so evidently ascertained, that the patient knew the very day when another dose became necessary.
Mrs. —— from Brompton, Bow, had been suffering from a severe fever for several months and was so weakened by night sweats that she was close to death. When I was called[Pg 364] in for a consultation, I honestly told her husband that we had used every possible treatment that was known and that I saw no chance for improvement. At the same time, I mentioned that homeopathic practitioners claimed they had found ways to relieve these troubling symptoms, which he could try out if he wanted to. He immediately indicated that he wanted to give it a shot. I administered a homeopathic dose of phosphoric acid and tin; and, to everyone’s surprise, the night sweats did not occur at their usual time—three o’clock in the morning. What makes this case even more interesting is that the sweating returned as soon as the medicine wore off; it was so clearly recognized that the patient could tell exactly when she needed another dose.
CASE VI.
CASE VI.
A daughter of the same lady was subject to deafness, which I attributed to a fulness of blood. This cause I clearly ascertained by the relief afforded by the application of a few leeches behind the ear. I was therefore induced, on a recurrence of the complaint, to endeavour to diminish vascular action by a dose of aconite. The effects were evident in the course of four hours, when the deafness and the other symptoms of local congestion had entirely disappeared.
A daughter of the same woman had deafness, which I thought was due to an excess of blood. I confirmed this when using a few leeches behind the ear provided relief. So, when the issue came back, I decided to try reducing blood flow with a dose of aconite. The results were clear within four hours, as the deafness and other symptoms of local congestion completely vanished.
I could record numerous instances of similar results, but they would of course be foreign to the nature of this work. I trust that the few cases I have related will afford a convincing proof of the injustice, if not the unjustifiable obstinacy, of those practitioners who, refusing to submit the homœopathic practice to a fair trial, condemn it without investigation. That this practice will be adopted by quacks and needy adventurers, there is no doubt; but homœopathy is a science on which numerous voluminous works have been written by enlightened practitioners, whose situation in life placed them far above the necessities of speculation. Their publications are not sealed volumes, and any medical man can also obtain the preparations they recommend. It is possible, nay, more than probable, that physicians cannot find time to commence a new course of studies, for such this investigation must prove. If this is the case, let them frankly avow their utter ignorance of the doctrine, and not denounce a practice of which they do not possess the slightest knowledge.
I could share many examples of similar outcomes, but they wouldn’t really fit the purpose of this work. I hope that the few cases I've mentioned provide clear evidence of the unfairness, if not the unreasonable stubbornness, of those practitioners who, refusing to give homoeopathic practice a fair chance, criticize it without proper research. It’s undeniable that some frauds and desperate opportunists will take up this practice; however, homoeopathy is a legitimate science with numerous extensive works written by knowledgeable practitioners whose circumstances put them well above mere speculation. Their writings are accessible, and any medical professional can get the remedies they recommend. It’s possible—and even likely—that doctors may not find time to start a new course of study, as this investigation would require. If so, they should honestly admit their complete lack of understanding of the doctrine and not condemn a practice they know nothing about.
[Pg 365]Despite the persecution that Hahnemannism (as this doctrine is ironically denominated) is at present enduring, every reflecting and unprejudiced person must feel convinced that, although its wild and untenable theories may not overthrow the established systems (if any one system can be called established), yet its study and application bid fair to operate an important revolution in medicine. The introduction of infinite small doses, when compared, at least, with the quantities formerly prescribed, is gradually creeping in. The history of medicine affords abundant proofs of the acrimony, nay, the fury, with which every new doctrine has been impugned and insulted. The same annals will also show that this spirit of intolerance has always been in the ratio of the truths that these doctrines tended to bring into light. From the preceding observations, no one can accuse me of having become a blind bigot of homœopathy; but I can only hope that its present vituperators will follow my example, and examine the matter calmly and dispassionately before they proceed to pass a judgment that their vanity may lead them to consider a final sentence.
[Pg 365]Despite the criticism that Hahnemannism (as this doctrine is ironically called) is currently facing, anyone who thinks critically and without bias must recognize that, although its extreme and questionable theories might not topple the established systems (if any one system can truly be called established), its study and application are likely to bring about a significant change in medicine. The introduction of extremely small doses, especially when compared to the amounts previously prescribed, is slowly gaining acceptance. The history of medicine provides plenty of evidence of the hostility, even fury, with which every new doctrine has been attacked and ridiculed. Those same records will also show that this intolerance has always been proportional to the truths these doctrines aimed to reveal. From my earlier comments, no one can accuse me of being a blind fanatic for homœopathy; I just hope that its current critics will take my lead and evaluate the issues calmly and rationally before they rush to judge, thinking their opinions are definitive.
DOCTRINE OF SIGNATURES.
One of the most absurd medical doctrines that ever prevailed in the dark æras of science was the firm belief that all medicinal substances displayed certain external characters that pointed out their specific virtues. This curious theory may be traced to the Magi and Chaldæans, who pretended that every sublunary body was under a planetary influence. To find the means of concentrating or fixing this stellary emanation became a cabalistic study, called by Paracelsus the “ars signata;” and talismans of various kinds were introduced by the professors of sideral science. The word talisman appears to be derived from the Chaldæan and Arabic tilseman and tilsem, which mean characteristic figures or images.
One of the most ridiculous medical beliefs that ever existed in the dark ages of science was the strong conviction that all medicinal substances had certain external features that indicated their specific benefits. This strange theory can be traced back to the Magi and Chaldeans, who claimed that every earthly body was influenced by a planet. Finding ways to harness or stabilize this star-like energy became a mystical study, which Paracelsus referred to as the “ars signata,” and various types of talismans were introduced by the experts of celestial science. The word talisman seems to come from the Chaldean and Arabic tilseman and tilsem, which mean characteristic figures or images.
Paracelsus, Porta, Crollius, and many other philosophers and physicians, cherished this vision, which had been transmitted to them through the dense mists of superstition from[Pg 366] more ancient authorities; amongst others, Dioscorides, Ælius, and Pliny.
Paracelsus, Porta, Crollius, and many other philosophers and doctors embraced this idea, which had been passed down to them through the thick fog of superstition from[Pg 366] older authorities, including Dioscorides, Ælius, and Pliny.
The lapis ætites, or eagle-stone, which was supposed to be found in the nests of this bird, but which, in fact, is nothing more than a variety of iron-ore, was said to prevent abortion if tied to the arm, and to accelerate parturition if affixed to the thigh. This conceit arose from the noise that seemed to arise from the centre of the stone when it was shaken: “Ætites lapis agitatus, sonitum edit, velut ex altero lapide prægnans.” From this absurd hypothesis sprung the doctrine; and the very names of plants were supposed to indicate their specific qualities. For instance, the euphrasia, or eye-bright, exhibiting a dark spot in its corolla, resembling the pupil of the eye, was considered efficacious in affections of that organ. The blood-stone, the heliotropum, from its being marked with red specks, was employed to stop hæmorrhage; and is to this day resorted to in some countries, even in England, to stop a bleeding from the nose.[41] Nettle-tea was prescribed for the eruption called nettle-rash. The semecarpus anacardium, bearing the form of a heart, was recommended in the diseases of this viscus. The cassuvium occidentale, resembling the formation of a kidney, was prescribed in renal complaints; and the pulmonary lichen of the oak, the sticta pulmonaria, from its cellular structure, was esteemed a valuable substance in morbid affections of the lungs. Deductions still more absurd, if possible, are recorded: thus saxifrage, and other plants that grow in rocky places, embodied as if it were in calcareous beds, were advised to dissolve the stone; and the echium, bearing some faint resemblance to a viper, was deemed infallible in the sting inflicted by this reptile. The divers colours of substances supposed to be medicinal were also another signature. Red flowers were given for derangement in the sanguiferous system, and yellow ones for those of the bile. In Crollius’s work, entitled “De Signaturis Plantarum,” many curious observations may be found; and Sennert, Keuch, Dieterich, and other writers displayed great industry in the division of these signatures, which, by the ancients, were considered as something denoting no particular quality, and were then called ἀσημοι χαρακτηροι; or σημαντικοι, when their virtues were evident.
The lapis ætites, or eagle-stone, which was thought to be found in this bird's nests but is actually just a type of iron ore, was believed to prevent abortion when tied to the arm and to speed up childbirth when attached to the thigh. This idea came from the noise that seemed to come from the center of the stone when it was shaken: “Ætites lapis agitatus, sonitum edit, velut ex altero lapide prægnans.” From this strange belief, the concept emerged that the names of plants indicated their specific qualities. For example, the euphrasia, or eye-bright, had a dark spot in its petals that looked like the pupil of an eye, and was thought to be helpful for eye problems. The blood-stone, the heliotropum, which had red specks, was used to stop bleeding and is still used in some places, including England, to stop nosebleeds. Nettle tea was recommended for a condition called nettle-rash. The semecarpus anacardium, shaped like a heart, was suggested for heart-related issues. The cassuvium occidentale, resembling a kidney, was prescribed for kidney problems, and the pulmonary lichen of the oak, the sticta pulmonaria, was valued for lung conditions because of its cellular structure. Even more ridiculous ideas have been recorded: for example, saxifrage and other plants that grow in rocky places were believed to dissolve stones, and the echium, which somewhat looked like a viper, was considered a sure remedy for snake bites. The various colors of substances thought to be medicinal were also seen as a sign. Red flowers were used for issues with the blood system, while yellow ones were for bile problems. In Crollius’s work titled “De Signaturis Plantarum,” many interesting observations can be found; and writers like Sennert, Keuch, Dieterich, and others put a lot of effort into classifying these signatures, which were seen by ancient people as lacking any specific quality and were called ἀσημοι χαρακτηροι; or σημαντικοι, when their benefits were clear.
Amongst the various influences and indications that were[Pg 367] attributed to colours, black was especially considered as the mark of melancholy. Baptista Porta affirms, that if a “black spot be over the spleen, or in the nails, it signifies much care, grief, contention, and melancholy.” Cardan assures us that a little before his son’s death he had a black spot, which appeared in one of his nails, and dilated itself as he approached his end.
Among the various influences and meanings attributed to colors, black was especially seen as a symbol of sadness. Baptista Porta states that if a “black spot appears on the spleen, or in the nails, it signifies much worry, grief, conflict, and sadness.” Cardan tells us that shortly before his son's death, he had a black spot that appeared on one of his nails and grew larger as his end approached.
While nature was thus supposed to mark the virtues of her productions on their external configuration, man assumed the same authoritative power, and marked medicines with certain signs or seals. For this purpose, the ancient physicians carried signets or rings, frequently worn upon the thumb, and on which were engraved their own names, sometimes written backwards, or the denominations of the nostrums they vended. On one of these seals we find the word aromaticu, from aromaticum; on another, melinu, abbreviation of melinum,—a collyrium prepared with the alum of the island of Melos. A seal of this kind is described by Tôchon d’Annecy, bearing the words psoricum crocodem, an inscription that has puzzled medical antiquaries. The word psoricum was applied to an eruptive affection of the eye; and Actuarius mentions a collyrium psoricum of Ælius; while Marcellus Empiricus records the virtues of the psoricum stratioticum, which restored sight in twenty days to a patient who had been blind for twelve years; but, when it was applied, it was ineffectual, unless the words “Te nunc resunco, bregan gresso,” were religiously pronounced. Crocodem was also supposed to apply to crocus or saffron, or to crocodes, a remedy for sore eyes, mentioned by Galen; while some learned men refer the word to the dejections of the crocodile, which were said to possess various virtues. The earth of Lemnos was sealed with the figure of Diana, and to this day the bolar argils, brought from Greece, bear various seals and characters; hence the bolus Armeniæ, and bolus ruber, are called terra sigillata.
While nature was thought to show the qualities of her creations through their outward appearance, humans also took on this authoritative role and labeled medicines with specific signs or seals. For this, ancient physicians carried signet rings, often worn on their thumbs, with their names engraved, sometimes in reverse, or the names of the remedies they sold. One of these seals has the word aromaticu, derived from aromaticum; another has melinu, which is short for melinum,—a collyrium made with alum from the island of Melos. Tôchon d’Annecy describes a seal that says psoricum crocodem, an inscription that has puzzled medical historians. The term psoricum referred to an eye condition; Actuarius mentioned a collyrium psoricum from Ælius, while Marcellus Empiricus noted the effectiveness of the psoricum stratioticum, which restored sight in twenty days to someone who had been blind for twelve years; however, it was ineffective unless the words “Te nunc resunco, bregan gresso” were meticulously pronounced. Crocodem was also thought to relate to crocus or saffron, or to crocodes, a remedy for sore eyes mentioned by Galen; while some scholars link the term to the excrement of the crocodile, believed to have various healing properties. The earth from Lemnos was marked with the image of Diana, and to this day, the bolus argils brought from Greece have various seals and inscriptions; thus bolus Armeniæ and bolus ruber are referred to as terra sigillata.
The influence of colours was supposed to have been so great, that in our own annals we find John de Gaddesden, mentioned by Chaucer, ordering the son of Edward I., when labouring under the small-pox, to be wrapped up in scarlet; and to the present day, flannel, died nine times blue, is supposed to be most efficacious in glandular swellings. Tourtelle, a French army physician, has made the following singular observation on this subject: “I observed that those soldiers of the Republic who were affected with diseases connected with transpiration were more severely indisposed, and[Pg 368] not unfrequently exhibited symptoms of putrescency, when their wet clothes had left a blue tinge on the skin, than when they had been merely wetted by the rain.” The explanation of this supposed phenomenon, is simply that those men who had been coloured by their uniforms, had, no doubt, been long wearing them, saturated by incessant rains, whereas the others had merely been exposed to occasional showers. From this observation, I do not pretend to affirm that any deleterious substances in a dye might not occasion a dangerous absorption; but the accidents that may result from such a circumstance could be easily explained without having recourse to any particular influence of colour. The colour of cloth, especially in army clothing, may also materially tend to influence cutaneous transpiration, as some colours are more powerful conductors of heat than others; and it is not impossible that the French soldiers, not belonging to fresh levies, and who had always been clad in white, might have experienced some difference of temperature when marching under intense heat in dark blue and green uniforms.
The influence of colors was thought to be so significant that in our own history, we find John de Gaddesden, mentioned by Chaucer, instructing the son of Edward I, who was suffering from smallpox, to be wrapped in scarlet. Even today, flannel dyed nine times blue is believed to be very effective for glandular swellings. Tourtelle, a French army doctor, made an interesting observation on this topic: “I noticed that soldiers of the Republic who were suffering from illnesses related to sweating were more severely affected and often showed signs of decay when their wet clothes left a blue tint on their skin than when they were simply wet from the rain.” The explanation for this supposed phenomenon is that those men who were colored by their uniforms had likely been wearing them for a long time, soaked from constant rain, while the others had only experienced occasional showers. From this observation, I don't claim that any harmful substances in a dye couldn't cause dangerous absorption, but the incidents that might result from such a situation can be easily explained without attributing it to any specific influence of color. The color of fabric, especially in military uniforms, may also significantly affect skin transpiration, as some colors are better conductors of heat than others. It’s possible that the French soldiers, who weren’t fresh recruits and had always been in white uniforms, could have experienced a temperature difference when marching in intense heat wearing dark blue and green uniforms.
Some of the terms used by the signature doctrinarians may puzzle the most learned. The Greeks called them σημαντικὰ; and, in addition to the all-powerful abracadabra,—an infallible cure of ague, when suspended round the neck,—we find the magic terms of sator, asebo, tenet, obera, rotas, abrac, khiriori, gibel, engraved upon amulets. For the bite of a mad dog, pax max, and adimax, were irresistible; and for a fractured arm or a luxation, araries, dandaries, denatas, and matas, would have set at defiance the most experienced chirurgeons. I must refer the curious reader on this important subject to the work De figuris Persarum Talismanicis of Guffarel, to the Œdipus of Kircher, the book of Crollius De signaturis internis rerum, and Isagoge physico-magico-medica of Elzer.
Some of the terms used by the signature theorists might confuse even the smartest people. The Greeks referred to them as σημαντικὰ; and, in addition to the powerful abracadabra—an unbeatable remedy for fever when worn around the neck—we find the magical words sator, asebo, tenet, obera, rotas, abrac, khiriori, gibel, engraved on amulets. For a mad dog bite, pax max and adimax were undeniable; and for a broken arm or dislocated joint, araries, dandaries, denatas, and matas would have baffled even the most skilled surgeons. I direct the interested reader on this important topic to Guffarel's work De figuris Persarum Talismanicis, Kircher’s Œdipus, Crollius’s book De signaturis internis rerum, and Elzer’s Isagoge physico-magico-medica.
The church vehemently denounced these abominations; and we find in the council of Laodicea an injunction forbidding the priesthood the study and practice of enchantment, mathematics, astrology, or the binding of soul by amulets. These incantations were dreaded in every age. Thus Lucan:
The church strongly condemned these wrongdoings; and in the council of Laodicea, we see a rule that prohibited priests from studying or practicing magic, mathematics, astrology, or using amulets to bind souls. These spells were feared in every era. So, Lucan:
Mens, hausti nullâ sanie polluta veneni,
Incantata perit.
Mens, having drunk no tainted smudge of poison,
Is enchanted and perishes.
Philosophers have justly observed that most of the diseases treated and supposed to have been cured by these mystic means, were of a nervous description, and therefore depending, in a great measure, upon moral influence. Here faith and[Pg 369] hope assisted the physicians,—two great auxiliaries in every worldly turmoil and trouble. Therefore do we find most of these cures referred to epilepsy, paralysis, melancholy, hypochondriasis, hysteria, as well as to many periodical affections, the return of which is frequently arrested by mental impressions. A fright has checked the paroxysm of an intermittent fever; and many natural functions are impeded or brought on by a similar agency. The sight of a dentist has been often known to calm an excruciating toothache; and there is no complaint that has been cured by more singular means than this troublesome affection. In 1794, a tract was published in Florence by Dr. Ranieri Gerbi, a professor of mathematics in Pisa, entitled Storia naturale di un nuovo insetto, which he called curculio anti-odontalgicus, and which, being squeezed between the fingers, imparted to them, for the period of one year, the wonderful power of relieving toothache with the mere touch; and the author asserts that by this simple process he cured four hundred and one cases out of six hundred and twenty-nine. This may be considered a branch of magnetism, and has been treated by Schelhammar, in his book De Odontalgiá tactu sedandâ.
Philosophers have rightly pointed out that many of the diseases treated and believed to have been cured through these mystical methods were primarily nervous disorders, largely influenced by moral factors. Here, faith and[Pg 369] hope supported the doctors—two essential allies in any worldly struggle or distress. This explains why we see many of these cures linked to conditions like epilepsy, paralysis, depression, hypochondria, hysteria, as well as various periodic illnesses, the recurrence of which is often interrupted by mental stimuli. A scare has been known to stop an episode of intermittent fever; and many bodily functions are impacted or triggered by similar influences. Just the sight of a dentist has often been enough to alleviate a severe toothache, and there’s no ailment that has been treated with more peculiar methods than this bothersome condition. In 1794, Dr. Ranieri Gerbi, a mathematics professor in Pisa, published a pamphlet in Florence titled Storia naturale di un nuovo insetto, which he named curculio anti-odontalgicus. This insect, when pressed between the fingers, supposedly granted them, for a year, the extraordinary ability to relieve toothaches with just a touch; the author claims he successfully treated four hundred and one cases out of six hundred and twenty-nine using this straightforward method. This could be seen as a form of magnetism, which has also been discussed by Schelhammar in his book De Odontalgiá tactu sedandâ.
This wonderful insect belonged to the coleoptera, and was simply the curculio and the coccinella septem-punctata, well known to entomologists, and which, according to Cipriani Zuccagni, and more particularly Carradori, possessed these singular properties, which, however, subsequent experiments have fully disproved.
This amazing insect was part of the coleoptera family, specifically the curculio and the coccinella septem-punctata, which are familiar to entomologists. According to Cipriani Zuccagni, and especially Carradori, it had these unique properties that later experiments have completely disproven.
While we find some charms having sufficient power over our weak imagination to cure diseases, there were others considered sufficiently energetic to occasion death. Sometimes a wax figure was made, supposed to represent the devoted victim, and which was pierced with a pointed instrument, each stab being accompanied by a magic imprecation:
While we find some charms having enough power over our weak imagination to heal illnesses, there were others considered strong enough to cause death. Occasionally, a wax figure was created, thought to represent the intended victim, and it was stabbed with a sharp object, each puncture accompanied by a magical incantation:
Devovet absentes, simulacraque cerea fingit.
Devote absentees, and shape wax figures.
These means the ancients called carmina, incantationes, devotiones sortiariæ. It is somewhat strange that this same ceremony of the waxen image to destroy the object of our hate was also employed to obtain love. The figure was on these occasions called by the name of the person, and afterwards placed near the fire, when, as the heat gradually melted it, the obdurate heart of the lover was simultaneously softened. At other times two images were thus exposed to heat, the one of clay, the other of wax; and, while the one melted, the[Pg 370] other became more hardened:—a vindictive feeling, to render our own heart insensible, while we mollified that of an ingrate; or perhaps with a view to render that heart inflexible to others, while it propitiated the addresses of the supplicant. Thus Virgil:
These methods were called carmina, incantationes, devotiones sortiariæ by the ancients. It's a bit odd that this same ritual using a wax figure to eliminate someone we dislike was also used to attract love. In these cases, the figure was named after the person and placed near the fire. As the heat gradually melted the wax, it was believed to soften the unyielding heart of the lover at the same time. Sometimes, two figures were heated: one made of clay and the other of wax; as one melted, the[Pg 370] other became harder. This was a way to harden our own hearts while softening that of an ungrateful person, or possibly to make that heart resist others while being responsive to the pleas of the one who sought love. Thus Virgil:
Limus ut hic durescit, et hæc ut cera liquescit,
Uno eodemque igni; sic nostro Daphnis amore.
Sparge molam, et fragiles incende bitumine lauros.
Daphnis me malus urit, ego hanc in Daphnide laurum.
Limus hardens here, and this melts like wax,
By the same fire; so does my love for Daphnis.
Sprinkle the meal, and burn the fragile laurel with pitch.
A wicked desire for Daphnis consumes me, while I burn this laurel for Daphnis.
The wishes of the ancients for those they loved were sometimes curious, and they often turned round a mystic wheel, praying that the object of their affections might fall down at their door and roll himself in the dirt.
The wishes of ancient people for their loved ones were sometimes strange, and they often spun a mystical wheel, hoping that the person they cared about would come to their door and roll in the dirt.
The ancients, who daily witnessed this influence of the imagination in causing and in curing disease, have left us many valuable injunctions on the subject; and Plato thus expresses himself: “The office of the physician extends equally to the purification of mind and body; to neglect the one is to expose the other to evident peril. It is not only the body that by its sound constitution strengthens the soul, but the well-regulated soul, by its authoritative power, maintains the body in perfect health.”
The ancients, who experienced the impact of the imagination on both causing and curing illnesses every day, have given us many valuable pieces of advice on this topic. Plato puts it this way: “The role of the doctor involves both the cleansing of the mind and the body; ignoring one puts the other at clear risk. It’s not just the healthy body that strengthens the soul, but a well-balanced soul, through its commanding influence, keeps the body in perfect health.”
COFFEE.
It is doubtful to whom we owe the introduction of this article of luxury into Europe. The plant is a native of that part of Arabia called Yemen, but we find no mention made of it until the sixteenth century; and it is believed that Leonhart Rauwolf, a German physician, was the first writer who spoke of it, in a work published in 1573. The plant was also described by Prosper Alpinus, in his treatise on Egyptian plants, published in 1591 and 1592. Pietro della Valle wrote from Constantinople in 1615 that he would teach Europe the manner in which the Turks made their cahué. This spelling was no doubt incorrect; for, in a pamphlet printed at Oxford in 1659, in Arabic and English, it is written kauhi, or coffee. Purchas, who was a contemporary of Della Valle, called it coffa; and Burton thus speaks of its use: “The Turks have[Pg 371] a drink called coffa, so named of a berry as black as soot and as bitter, which they sip still of, and sup as warm as they can suffer. They spend much time in their coffa-houses, which are somewhat like our alehouses and taverns, and there they sit chatting and drinking to drive away the time and to be merry together, because they find by experience that kinde of drink so used helpeth digestion and procureth alacrity.”
It’s unclear who brought this luxury item to Europe. The plant originates from a region in Arabia known as Yemen, but there’s no mention of it until the sixteenth century. It’s thought that Leonhart Rauwolf, a German physician, was the first to write about it in a work published in 1573. The plant was also described by Prosper Alpinus in his treatise on Egyptian plants, published in 1591 and 1592. Pietro della Valle mentioned from Constantinople in 1615 that he would teach Europe how the Turks prepared their cahué. This spelling was likely incorrect; in a pamphlet printed at Oxford in 1659, it’s written as kauhi, or coffee. Purchas, who was a contemporary of Della Valle, called it coffa; and Burton described its use like this: “The Turks have[Pg 371] a drink called coffa, so named after a berry as black as soot and as bitter, which they sip on and drink as hot as they can handle. They spend a lot of time in their coffee houses, which are somewhat like our pubs and taverns, where they sit chatting and drinking to pass the time and enjoy themselves, because they find that this kind of drink helps with digestion and promotes cheerfulness.”
The first coffee-house opened in London was in 1652. A Turkey merchant, of the name of Edwards, having brought with him from the Levant some coffee and a Greek servant, he allowed him to prepare and sell this beverage; when he established a house in St. Michael’s Alley, Cornhill, on the spot where the Virginia Coffee-house now stands. Garraway’s was the first coffee-house opened after the fire in 1666. It appears, however, that coffee was used in France in 1640; and a sale of it was opened at Marseilles in 1671.
The first coffeehouse opened in London in 1652. A Turkish merchant named Edwards brought some coffee and a Greek servant from the Levant and let him prepare and sell the drink. He set up a shop in St. Michael’s Alley, Cornhill, where the Virginia Coffee-house now is. Garraway’s was the first coffeehouse that opened after the fire in 1666. However, it seems that coffee was used in France as early as 1640, and it was sold in Marseille starting in 1671.
The introduction of this berry was furiously opposed; and it appears that in its native land it was treated with no less severity, since, in an Arabian MS. in the King of France’s library, coffee-houses were suppressed in the East. In 1663 appeared a pamphlet against it, entitled “A Cup of Coffee, or Coffee in its Colours.” In 1672 the following lines were to be found in another publication, “A Broadside against Coffee, or the Marriage of the Turk:”
The introduction of this berry faced fierce opposition, and it seems that in its native land it was met with similar harshness, as evidenced by an Arabian manuscript in the King of France’s library, which noted that coffeehouses were banned in the East. In 1663, a pamphlet appeared titled “A Cup of Coffee, or Coffee in its Colours.” In 1672, the following lines were found in another publication, “A Broadside against Coffee, or the Marriage of the Turk:”
Confusion huddles all into one scene,
Like Noah’s ark, the clean and the unclean.
For now, alas! the drench has credit got,
And he’s no gentleman who drinks it not.
Confusion gathers everyone into one scene,
Like Noah’s ark, with the good and the bad.
For now, sadly! the flood has gained acceptance,
And he’s no gentleman who doesn’t drink it.
Then came “The Woman’s Petition against Coffee,” which appeared in 1674, in which we find the following complaint: “It made men as unfruitful as the deserts whence that unhappy berry is said to be brought, so much so, that the offspring of our mighty ancestors would dwindle into a succession of apes and pigmies; and on a domestic message a husband would stop by the way to drink a couple of cups of coffee.” It was then sold in convenient pennyworths;—hence coffee-houses where wits, quidnuncs, and idlers resorted, were called “penny universities.”
Then came “The Woman’s Petition against Coffee,” which appeared in 1674, where we find the following complaint: “It made men as infertile as the deserts where this unfortunate berry is said to come from, to the point that the descendants of our great ancestors would shrink into a line of apes and tiny people; and on a simple domestic task, a husband would stop to drink a couple of cups of coffee.” It was then sold in convenient penny portions—which is how coffee shops, where thinkers, gossipers, and idlers gathered, became known as “penny universities.”
While it had adversaries, coffee was not left without eloquent advocates. Sir Henry Blount, in his Organon Salutis, 1659, thus speaks of it: “This coffa-drink has caused a great sobriety among all nations. Formerly apprentices, clerks,[Pg 372] &c. used to take their morning-draughts in ale, beer, or wine, which often made them unfit for business. Now they play the good-fellows in this wakeful and civil drink. The worthy gentleman, Sir James Muddiford, who introduced the practice hereof in London, deserves much respect of the whole nation.”
While it had its critics, coffee also had strong supporters. Sir Henry Blount, in his Organon Salutis, 1659, states: “This coffee drink has brought a great sense of sobriety to all nations. In the past, apprentices, clerks,[Pg 372] etc., used to start their mornings with ale, beer, or wine, which often made them unfit for work. Now they enjoy this wakeful and refined drink. The respectable Sir James Muddiford, who introduced this practice here in London, deserves a lot of respect from the entire nation.”
It appears, however, that the jealousy with which the use of coffee was viewed, even by the government, arose more from the nature of the conversations that took place in coffee-houses during moments of public excitement, than from the apprehension of any injury that its consumption might have caused to the public health. In the reign of Charles II. coffee-houses were shut up by a proclamation, issued in 1675, as the retailing of coffee “nourished sedition, spread lies, scandalized great men, and might therefore be considered a common nuisance.” As a nuisance, its abolition was considered as not being an infringement of the constitution! Notwithstanding this Machiavellian torturing of the letter to serve the spirit, this arbitrary act occasioned loud and violent discontent; and permission was given to reopen coffee-houses, on condition that the landlords should not allow any scandalous papers containing scandalous reports against the government or great men to be read on their premises!
It seems, however, that the jealousy with which coffee was regarded, even by the government, stemmed more from the nature of the conversations occurring in coffeehouses during times of public unrest than from any concerns about the potential harm its consumption could cause to public health. During the reign of Charles II, coffeehouses were closed by a proclamation issued in 1675, claiming that the sale of coffee “encouraged sedition, spread misinformation, defamed prominent figures, and could therefore be seen as a public nuisance.” As a nuisance, its removal was deemed not to be a violation of the constitution! Despite this Machiavellian manipulation of the rules to fit the intent, this arbitrary action led to significant and violent dissent; and permission was granted to reopen coffeehouses, on the condition that the owners did not allow any scandalous publications containing defamatory reports against the government or prominent figures to be read on their premises!
The use, or rather the abuse, of coffee is said to produce feverish heat, anxiety, palpitations, trembling, weakness of sight, and predisposition to apoplexy. Its effects in checking somnolence have been long known. However, the action of this berry differs according to its being roasted or raw. An infusion of torrefied coffee assists digestion, and frequently removes headaches resulting from derangement in the digestive functions. It also neutralizes the effect of narcotics, especially opium, and this power is increased by the addition of lemon juice. A similar mixture has been known to cure obstinate agues. Musgrave and Percival recommended its use in asthma: indeed, most persons who labour under this distressing malady seem to derive relief from its use.
The use, or rather the misuse, of coffee is said to cause feverish heat, anxiety, heart palpitations, trembling, blurred vision, and a greater risk of stroke. Its effects on reducing drowsiness have been known for a long time. However, the effects of this bean vary based on whether it is roasted or raw. A brew made from roasted coffee helps with digestion and often alleviates headaches caused by digestive issues. It also counteracts the effects of narcotics, especially opium, and this effect is strengthened when lemon juice is added. A similar combination has been known to treat stubborn fevers. Musgrave and Percival recommended its use for asthma: indeed, most people suffering from this distressing condition seem to find relief from it.
Taking into consideration all that has been advanced in regard to the inconveniences that may attend the use of coffee and tea, they must be considered as overruled by the moral results that have arisen from the introduction of these beverages; and a late writer has observed, that it has “led to the most wonderful change that ever took place in the diet of civilized nations,—a change highly important both in a moral and physical point of view. These beverages have the[Pg 373] admirable advantage of affording stimulus without producing intoxication.” Raynal observes, that the use of tea has contributed more to the sobriety of the Chinese than the severest laws, the most eloquent discourses, or the best treatises on morality.
Taking into account everything that has been said about the downsides of using coffee and tea, their negative aspects are outweighed by the positive moral outcomes that have come from these drinks. A recent writer noted that they have “led to the most amazing shift that has ever happened in the diets of civilized nations—a change that is very significant from both a moral and physical standpoint. These beverages have the[Pg 373] great benefit of providing stimulation without causing intoxication.” Raynal points out that tea has done more for the sobriety of the Chinese than the strictest laws, the most persuasive speeches, or the best writings on morality.
The quality and effects of coffee differ according to the manner in which it is roasted. Bernier states that when he was at Cairo there were only two persons in that great city who knew how to prepare it to perfection. If it be underdone, its virtues will not be imparted, and its infusion will load and oppress the stomach; if it be overdone, its properties will be destroyed, and it will heat the body, and act as an astringent.
The quality and effects of coffee vary based on how it’s roasted. Bernier mentions that during his time in Cairo, there were only two people in that vast city who knew how to make it perfectly. If it’s underdone, it won’t have its benefits, and its brew will upset the stomach; if it’s overdone, its qualities will be lost, it will raise your body temperature, and it will act as astringent.
The best coffee is the Mocha, or that which is commonly called Turkey coffee. It should be chosen of a greenish, light, olive hue; the berries of a middling size, clean, and plump.
The best coffee is the Mocha, or what is often referred to as Turkey coffee. It should be selected for its greenish, light olive color; the beans should be of medium size, clean, and plump.
The bad effects of coffee may in all likelihood be attributed both to its powerful and stimulating aroma and to its pungent acidity. According to Cadet, this acid is the gallic; while Grindel considers it the kinic, and Pfaff terms it the caffeic acid. When strongly heated, it yields a pyro-caffeic acid, from which may be obtained a most pungent vinegar, that has recently been thrown into trade, but, I believe, with little or no success.
The negative effects of coffee are likely due to its strong and stimulating aroma as well as its sharp acidity. Cadet identifies this acid as gallic; Grindel refers to it as kinic, while Pfaff calls it caffeic acid. When heated intensely, it produces a pyro-caffeic acid, which can be transformed into a very strong vinegar that has recently been introduced to the market, though I think it has been largely unsuccessful.
The principle of coffee is the caffein, discovered by Robiquet, in 1821; and it is to this active principle that its beneficial or baneful effects can be attributed. Recent experiments tend to show that it is possessed of powerful febrifuge virtues. To obtain this result, raw coffee has been used. It gives to water a greenish hue, and, thus saturated, it has been called the citrine coffee. Grindel has used this preparation in the treatment of intermittent fevers in the Russian hospital of Dorpat; he also administered the raw coffee in powder. In eighty cases of this fever scarcely any resisted the power of this medicine, given either in decoction, powder, or extract; but he seems to consider the latter form the most effectual. From this physician’s observations, coffee may become a valuable addition to our materia medica; and the homœopathic practitioners maintain that they have employed it with great success in various maladies.
The active ingredient in coffee is caffeine, which was discovered by Robiquet in 1821; it's this component that accounts for its good or bad effects. Recent experiments suggest it has strong fever-reducing properties. To achieve this effect, raw coffee has been used. It turns water a greenish color, and when saturated, it's referred to as citrine coffee. Grindel has utilized this preparation to treat intermittent fevers at the Russian hospital in Dorpat; he also gave raw coffee in powdered form. In eighty cases of this fever, nearly all patients responded positively to this treatment, whether it was administered as a decoction, powder, or extract; however, he seems to believe that the extract form is the most effective. Based on this physician's observations, coffee could be a useful addition to our materia medica; and homeopathic practitioners claim to have used it successfully for various ailments.
AQUA TOPHANIA.
It was for a long time supposed that there actually did exist in Italy a secret poison, the effects of which were slow, and even unheeded, until a lingering malady had consumed the sufferer. No suspicions were excited; or, had they led to any post mortem examination, no trace of the terrific preparation’s effects could have been detected.
It was long believed that there was a secret poison in Italy, one that worked slowly and went unnoticed until it had gradually weakened the victim. No suspicions were raised; and even if there had been a post-mortem examination, no signs of the deadly substance’s effects could have been found.
It was towards the year 1659, during the pontificate of Alexander VII., that the existence of this baneful preparation was suspected. Many young women had been left widows; and many younger husbands, who might have ceased to please their wives, had died away. A certain society of young ladies had been observed to meet under the auspices of an elderly matron of rather a questionable character, who had been known in her horoscopic predictions to announce deaths that had but too truly taken place about the period she prophesied. One of the society, it appears, peached against her companions, who were all apprehended and put to the torture; and the lady patroness, whose name was Spara, was executed with four of her pupils. This Spara was a Sicilian, who had obtained the fatal secret from Tofania at Naples. Hence the composition was named aqua Tofania, aqua della Toffana, and acquetta di Napoli. These deadly drops had been charitably distributed by Tofania to various uncomfortable ladies who wished to get rid of their lords, and were contained in small phials, bearing the inscription of “Manna de San Nicolas de Bari.” This hag had lived to an old age, but was at length dragged from a monastery, in which she had sought a sanctuary, tortured, and duly strangled, after a confession of her crimes.
It was around 1659, during the time of Pope Alexander VII, that people started to suspect the existence of this harmful potion. Many young women had been left widows, and many younger husbands, who might have fallen out of favor with their wives, had died unexpectedly. A certain group of young women was seen meeting under the guidance of an older woman of dubious reputation, who had been known for making horoscopic predictions that unfortunately often came true around the times she forecasted. One of the group, it seems, snitched on her companions, who were all arrested and tortured; the lady in charge, named Spara, was executed along with four of her students. This Spara was Sicilian and had obtained the deadly secret from Tofania in Naples. Thus, the concoction was called aqua Tofania, aqua della Toffana, and acquetta di Napoli. These lethal drops had been generously given by Tofania to various unhappy women who wanted to get rid of their husbands, and they were contained in small vials labeled “Manna de San Nicolas de Bari.” This witch lived to an old age but was eventually dragged out of a monastery, where she had sought refuge, tortured, and ultimately strangled after confessing her crimes.
Garelli, physician to Charles VI., thus wrote to Hoffmann on the subject: “Your elegant dissertation on the popular errors respecting poisons brought to my recollection a certain slow poison which that infamous poisoner, still alive in prison at Naples, employed to the destruction of upwards of six hundred persons. It was nothing else than crystallized arsenic dissolved in a large quantity of water by decoction, with the addition, but for what purpose I know not, of the herb cymbalaria (antirrhinum). This was communicated to me by his Imperial Majesty himself, and confirmed by the confession of the criminal in the judicial procedure.”
Garelli, the doctor to Charles VI, wrote to Hoffmann about this: “Your insightful essay on the common misconceptions about poisons reminded me of a certain slow-acting poison used by that infamous poisoner, still imprisoned in Naples, which led to the deaths of over six hundred people. It was simply crystallized arsenic dissolved in a large amount of water through boiling, with the addition of the herb cymbalaria (antirrhinum), though I’m not sure what that was for. This information was shared with me by his Imperial Majesty himself and validated by the criminal’s confession during the judicial process.”
[Pg 375]Abbé Gagliani, however, gives a different account of the secret Neapolitan drug. “At Naples,” he says, “the mixture of opium and cantharides is known to be a slow poison; the surest of all, and the most infallible, as one cannot mistrust it. At first, it is given in small doses, that its effects may be insensible. In Italy it is called aqua di Tufinia: no one can avoid its attacks, since the liquid is as limpid as water, and cannot be suspected. Most of the ladies of Naples have some of it lying carelessly on their toilet-tables with smelling-bottles; but they always can know the fatal phial when they need its contents.” A curious observer has remarked on these two preparations, that the mixture of Garelli was, perhaps, intended for husbands, while that of Gagliani was for the use of lovers.
[Pg 375]Abbé Gagliani, however, tells a different story about the secret Neapolitan drug. “In Naples,” he says, “the combination of opium and cantharides is known to be a slow poison; it's the most effective and reliable, as no one suspects it. At first, it's given in small doses so that its effects go unnoticed. In Italy, it’s called aqua di Tufinia: no one can escape its effects, since the liquid is as clear as water and cannot be suspected. Many ladies in Naples keep it casually on their dressers with their perfume bottles; but they always know the deadly vial when they need its contents.” A curious observer noted that the mixture from Garelli was, perhaps, intended for husbands, while Gagliani’s was for lovers.
This remark appears judicious, since the potion described by the Abbé was evidently intended as an amorous philter. Under that head I have related many curious circumstances. There is no doubt but that these preparations often contained deadly drugs, the perilous qualities of which were most probably unknown to those who made them up without any sinister motives. Plutarch and Cornelius Nepos inform us that Lucullus, the Roman General, lost his reason, and subsequently his life, from having taken one of these mixtures; and Caius Caligula was driven into a fit of insanity by a philter given to him by his wife Cæsonia, as described by Lucretius:
This comment seems wise since the potion mentioned by the Abbé was clearly meant as a love charm. I've shared many interesting stories about this topic. It’s clear that these concoctions often contained deadly poisons, the dangerous nature of which were likely unknown to those who prepared them with no ill intentions. Plutarch and Cornelius Nepos tell us that Lucullus, the Roman General, lost his mind and eventually his life after taking one of these mixtures; and Caius Caligula was driven into madness by a potion given to him by his wife Cæsonia, as noted by Lucretius:
Tamen hoc tolerabile, si non
Et furere incipias, ut avunculus ille Neronis
Cui totam tremuli frontem Cæsonia pulli
Infudit.
Tamen hoc tolerabile, si non
Et furere incipias, ut avunculus ille Neronis
Cui totam tremuli frontem Cæsonia pulli
Infudit.
Virgil also alludes to the powerful and baneful nature of the plants employed in magical incantations:
Virgil also hints at the strong and harmful qualities of the plants used in magical spells:
Has herbas, atque hæc Ponto mihi lecta venena
Ipse dedit Mœris; nascuntur plurima Ponto.
His ego sæpe lupum fieri, et se condere silvis
Mœrin, sæpe animas imis excire sepulchris,
Atque satas alio vidi traducere messes.
Has herbas, and these poisons from the Pontus were given to me by Mœris; many grow in the Pontus. With these, I often turn into a wolf and hide in the woods, Mœris, I often summon souls from deep graves, and I’ve seen planted crops moved to another place.
Female poisoners of a somewhat similar description were known amongst the ancients. Nero, when he resolved to destroy Britannicus, sent for one of those murderers, named Locusta, who, convicted of several assassinations, was pardoned, but kept by the emperor to execute his secret purposes. He wished that on this occasion the poison should produce [Pg 376]immediate death. Locusta prepared a drug that destroyed a goat in a few minutes. This was not sufficiently active. The next preparation killed a hog in a few seconds. It was approved of. The ill-fated youth was seated at the imperial festive board—the potion poured into his goblet—and he died in epileptic convulsions. Nero, undisturbed, requested his guests to remain quiet—the youth he said was subject to similar attacks, which in general were but of short duration; but soon the black, the livid hue of the face betrayed the poison, which the imperial assassin sought to conceal, by ordering this tell-tale sign to be concealed with paint. Sir Henry Halford seems to think that Juvenal alludes to this circumstance in his first Satire.
Female poisoners of a similar kind were known in ancient times. When Nero decided to kill Britannicus, he called for one of these murderers, named Locusta, who had been convicted of several assassinations but was pardoned and kept by the emperor to carry out his secret plans. He wanted the poison to cause [Pg 376]immediate death. Locusta created a concoction that killed a goat in just a few minutes. That wasn’t powerful enough. The next formula killed a pig in mere seconds. This one was approved. The unfortunate young man was seated at the imperial banquet—the poison was poured into his goblet—and he died in convulsions. Nero, unfazed, asked his guests to remain calm—he claimed the young man often had similar episodes that usually didn’t last long; but soon, the dark, discolored hue of his face revealed the poison, which the imperial assassin tried to hide by covering it up with makeup. Sir Henry Halford seems to think that Juvenal makes reference to this event in his first Satire.
Instituit rudes melior Locusta propinquas
Per famam et populum nigros effere maritos.
Instituit rudes melior Locusta propinquas
Per famam et populum nigros effere maritos.
The poisons used by the ancients appear to have been of various kinds; some more slow in their action than others, to suit, most probably, the views of their employers. Socrates, it is supposed, drank the cicuta, the action of which must have been very slow and weak, since his gaoler informed him that if he could exert himself in a warm debate, the effects might be arrested. The philosopher, however, remained tranquil. He shortly after experienced a numbness in the legs, gradually became insensible, and expired in convulsions.
The poisons used by ancient people seem to have varied; some acted more slowly than others, likely to meet the needs of those who ordered them. Socrates is believed to have ingested the cicuta, which must have had a very slow and mild effect, since his jailer told him that if he could engage in a lively discussion, the effects could be halted. However, the philosopher stayed calm. Soon after, he felt numbness in his legs, gradually lost consciousness, and died in convulsions.
These secret poisons were conveyed in the most stealthy manner. Hence it is related, that the poison prepared by Antipater, to destroy Alexander, had been conveyed in a mule’s hoof, being of so corroding a nature, that no metallic vessel could contain it. This absurd story was credited by Plutarch and Quintus Curtius, whereas it appears more probable that poison was carried in an onyx, of which trinkets to contain precious ointments were frequently made, or under a human nail, also called Unguis, or ονυξ. The latter case was the opinion of Dr. Heberden.
These secret poisons were delivered in the most discreet way. It is said that the poison prepared by Antipater to kill Alexander was hidden in a mule’s hoof, being so corrosive that no metal container could hold it. This strange story was believed by Plutarch and Quintus Curtius, but it seems more likely that the poison was carried in an onyx, which were often made into trinkets for holding precious ointments, or under a human nail, also known as Unguis or onyx. The latter was the view of Dr. Heberden.
Sir Henry Halford, in his learned and interesting essay on the deaths of illustrious persons of antiquity, has clearly proved that Alexander was not poisoned, but died of a lingering fever of a remittent type; a disease that was most probably endemic in the marshes surrounding the city of Babylon.
Sir Henry Halford, in his insightful and engaging essay on the deaths of famous figures from ancient times, has clearly demonstrated that Alexander was not poisoned, but instead died from a prolonged remittent fever; a disease that was most likely endemic in the marshes around the city of Babylon.
Many absurd ideas regarding venenose substances prevailed in ancient days as well as in modern times. Hannibal[Pg 377] and Themistocles were said to have been poisoned with bullocks’ blood.
Many strange ideas about poisonous substances existed in ancient times and still do today. Hannibal[Pg 377] and Themistocles were said to have been poisoned with bull's blood.
Eastern nations fancy that a fascinating power is the gift of virtue. In the Hitapadesa of Vishnusannan we find the following aphorism: “As a charmer draweth a serpent from his hole, so a good wife, taking her husband from a place of torture, enjoyeth happiness with him.” Possibly some receipt of this description may be found in the archives of Doctors’ Commons.
Eastern countries believe that an enchanting power comes from virtue. In the Hitapadesa by Vishnusannan, there's a saying: “Just as a charmer pulls a snake from its hiding spot, a good wife, freeing her husband from suffering, finds happiness with him.” Perhaps some record of this kind can be found in the archives of Doctors’ Commons.
PLICA POLONICA AND HUMAN HAIR.
Hair may be considered a vegetation from the surface of the body. In a state of health, hairs are insensible, and it is more than probable that they possess no nerves, and that the circulation is carried on in the same manner as in plants. In the bulb or root of the hair, however, the vessels that promote this circulation are numerous, and there we may trace the diseases that affect this beauteous ornament of mankind, more especially in the Caucasian race. Long hair, of course, requires more nutriment than scanty locks, and some physicians have been of opinion that their great length debilitates. Dr. Parr affirms that he has observed symptoms of plethoric congestion to arise after long hair had been suddenly cut off.
Hair can be seen as a type of vegetation on the body. When healthy, hair is insensible, and it's highly likely that it doesn't have nerves, functioning similarly to plants in terms of circulation. However, in the bulb or root of the hair, there are many vessels that support this circulation, and that's where we can identify the issues that affect this beautiful feature of humanity, especially in the Caucasian race. Long hair, naturally, needs more nutrients than short hair, and some doctors believe that having very long hair can lead to weakness. Dr. Parr claims that he has noticed symptoms of excess blood flow occurring after long hair was suddenly cut off.
Vauquelin has made curious experiments on this substance. A solution of black hair has deposited a black matter containing bitumen, sulphur, and iron; and alcohol extracted from the same coloured hair a whitish and a grayish-green oil. Red hair yielded whitish matter and a blood-red oil. White hair contained phosphate of magnesia, affording a proof of the disposition towards the formation of calcareous matter in old age. When hair becomes suddenly white under the shock of a severe moral impression, Vauquelin is of opinion that this phenomenon is to be attributed to the sudden extrication of some acid, as the oxymuriatic acid is found to whiten black hair. Parr thinks that this accident may be owing to an absorption of the oil of the hair by its sulphur, as in the operation of whitening woollen cloths.
Vauquelin conducted interesting experiments on this substance. A solution made from black hair resulted in a black residue that contained bitumen, sulfur, and iron; and alcohol extracted from the same black hair produced a whitish and a grayish-green oil. Red hair produced whitish material and a blood-red oil. White hair contained magnesium phosphate, which suggests a tendency toward forming calcium deposits in old age. When hair suddenly turns white due to a strong emotional shock, Vauquelin believes this phenomenon is due to a sudden release of some acid, since oxymuriatic acid is known to whiten black hair. Parr thinks this issue might be caused by the absorption of the hair's oil by its sulfur, similar to the process used to whiten woolen fabrics.
The plica is a curious and disgusting malady, that has been considered a disease of the hair, which, according to vulgar[Pg 378] report, secreted and shed blood. This affection is common and endemic in Poland; hence the term Polonica that has been given to it. The invasion of this pestilence has been traced to the irruption of the Moguls, from 1241 to 1287, chiefly under the command of Cayuk, grandson of Yenghiz. The most absurd tales were then related of the manner in which this dreaded infection was propagated. Spondanus affirms that it arose from the waters having been poisoned by venomous plants. Pistorius and Pauli relate that these waters were corrupted by the great number of human hearts that the Moguls cast in rivers and in wells. This supposition arose from the unheard-of acts of barbarity perpetrated by the ferocious invaders on the wretched population of Prussia, Poland, Hungary, and Transylvania. Their refined cruelty has been depicted by Gebhardi, in his history of Hungary, in the most glowing language.
The plica is a strange and unpleasant condition that has been seen as a hair disease, which, according to popular[Pg 378] belief, secretes and sheds blood. This condition is common and widespread in Poland; hence the name Polonica that has been assigned to it. The outbreak of this affliction has been linked to the invasion of the Mongols, from 1241 to 1287, mainly under the leadership of Cayuk, the grandson of Genghis Khan. Absurd stories were told about how this feared infection was spread. Spondanus claims it came from the waters being poisoned by toxic plants. Pistorius and Pauli report that these waters were contaminated by the numerous human hearts that the Mongols threw into rivers and wells. This idea came from the unimaginable acts of brutality committed by the savage invaders against the unfortunate people of Prussia, Poland, Hungary, and Transylvania. Their extreme cruelty has been depicted by Gebhardi, in his history of Hungary, in the most vivid terms.
Other historians assert that the plica originated in the East; such is the opinion of Stabel, Spreugel, and other writers. Rodrigo de Fonseca relates that the Indians, after drinking certain waters, were attacked with a disease in which the hair became agglomerated and matted in the most disgusting manner. Erndtel attributes the malady in Poland to the gluttonous consumption of horseflesh. However this may be, Poland has been ever considered the country most exposed to this visitation.
Other historians claim that the plica started in the East; this is the view of Stabel, Spreugel, and other writers. Rodrigo de Fonseca mentions that the Indians, after drinking certain waters, suffered from a disease that caused their hair to become tangled and matted in the most unappealing way. Erndtel attributes the illness in Poland to the excessive eating of horse meat. Whatever the case may be, Poland has always been regarded as the country most susceptible to this affliction.
This disease affords a convincing proof of the vascularity of the hair, since it tumefies, augments in capacity so as to allow an evident circulation of blood, as the hairs will often bleed when divided with the scissors. Dr. Kerckhoffs regards the malady as the mere result of the custom among the filthy Poles of letting the hair grow to an immense length, of never combing or cleaning it, and always keeping the head covered with a woollen or leathern cap. Hence he observes that the rich are generally exempt from the affection which particularly prevails amongst the Jews. With this view of the disorder, he thinks that cleanliness and the excision of the matted hair are sufficient to effect a cure.
This disease provides clear evidence of how blood flows through the hair, as it swells and increases in size to allow noticeable blood circulation, often causing the hairs to bleed when cut with scissors. Dr. Kerckhoffs believes the condition is simply due to the unhealthy habit among some Poles of letting their hair grow ridiculously long, never combing or cleaning it, and consistently covering their heads with a wool or leather cap. He notes that wealthy people usually don't suffer from this issue, which is especially common among Jews. Based on this understanding of the disorder, he thinks that maintaining cleanliness and cutting off the tangled hair is enough to cure it.
It is, however, more than probable that other causes occasion this horrible disease; and there is but little doubt that the system is affected by a particular virus. In many instances affections of the head complicate it; although it is likely that they may result from the constant irritation of the scalp, that sympathizes so powerfully with the membranes of the brain.
It’s very likely that other factors cause this terrible disease, and there’s little doubt that a specific virus affects the system. In many cases, issues with the head complicate it; although it's probable that these issues stem from the constant irritation of the scalp, which is closely connected to the membranes of the brain.
[Pg 379]The different names given to the plica indicate more or less the ideas that prevail regarding its nature. The Poles call it gwozdiec or gwodziec, which signifies a nail that splits the wood into which it is driven. In the district of the Roxolans it is termed koltun, a stake. In Germany superstitious fancies have also given it various curious denominations. It is called alpzopf and schraitelzopf, as being the result of the malefices of vampires and incubi. By some it is asserted that the Moravians, natural enemies of the Poles, not having been able to conquer them by their arms, had recourse to magical art to inflict this scourge: hence they term it mahrenflechten, mahrenwichtung. To this day it is called hexenzopf and bichteln, or unbaptized, alluding, no doubt, to the Jews, who were accused of having introduced the disorder in the deadly hate they bore the Christians; hence was it also known by the name of Judenzopf (Coma Judæorum).
[Pg 379]The different names for the plica reflect the prevailing ideas about what it is. The Poles refer to it as gwozdiec or gwodziec, which means a nail that splits the wood it penetrates. In the Roxolan region, it’s called koltun, meaning a stake. In Germany, superstitions have led to various interesting names for it. It’s called alpzopf and schraitelzopf, as a result of the malefices of vampires and incubi. Some claim that the Moravians, traditional enemies of the Poles, unable to defeat them with weapons, resorted to magical practices to inflict this plague: thus, they call it mahrenflechten and mahrenwichtung. To this day, it’s referred to as hexenzopf and bichteln, or unbaptized, likely relating to the Jews, who were blamed for introducing the condition out of their deep-seated hatred for Christians; for this reason, it was also known as Judenzopf (Coma Judæorum).
Amongst the whimsical ideas to which the plica has given rise, the most extraordinary effort of the imagination was that of Hercules Saxoniæ. He maintained that the fabulous description of the heads of the Gorgons and the Furies was derived from this affection: “Caput Gorgoneum, caput Furiarum, vera humana capita fuisse, et fictitiis poetarum occasionem præbuisse.”
Among the fanciful ideas inspired by the plica, the most remarkable example of imagination came from Hercules Saxoniæ. He argued that the legendary descriptions of the heads of the Gorgons and the Furies were based on this condition: “Caput Gorgoneum, caput Furiarum, vera humana capita fuisse, et fictitiis poetarum occasionem præbuisse.”
There are instances on record of infants being born with this loathsome malady. Davidson attributes this circumstance to the mental impressions of the mother: “Si ita matris ac nutricis superstitioni placere libuerit.” The length of the matted hair in plica is frequently considerable: Bachstrom relates the case of a Prussian woman whose hair extended beyond the sides of her bed, and she was in the habit of turning it over to make a quilt of it; Caligerus saw a man in Copenhagen whose clotted locks were six feet three inches in length; and Rzaczyinski gives an account of a woman whose hair measured six ells. In the museum of Dr. Meckel, at Halle, is to be seen a specimen of the disease eight feet long. The beard and the hair of other parts of the body are equally liable to these attacks; while the affection has been observed in horses, dogs, and other animals. A curious case is related on this subject by Dr. Schlegel: A drunken coachman was carried away by a pair of spirited young horses, who precipitated themselves, with the fragments of the broken carriage, into the Moskwa. One of the animals was drowned; but the other contrived to extricate itself, and swam ashore. It [Pg 380]continued sick for a considerable time, and, on its convalescence the plica broke out in its entire coat.
There are documented cases of infants being born with this dreadful condition. Davidson believes this is due to the mental effects on the mother: “Si ita matris ac nutricis superstitioni placere libuerit.” The length of the matted hair in plica can be quite extensive: Bachstrom mentions a Prussian woman whose hair extended beyond the sides of her bed, and she would often drape it over to make a quilt; Caligerus saw a man in Copenhagen with tangled hair that measured six feet three inches; and Rzaczyinski recounts a woman whose hair was six ells long. In Dr. Meckel's museum in Halle, there's a specimen of the disease measuring eight feet long. The beard and hair on other parts of the body can also be affected; and this condition has been observed in horses, dogs, and other animals. Dr. Schlegel shares an interesting case: A drunken coachman was swept away by a pair of lively young horses, which crashed, along with the broken carriage, into the Moskwa. One of the horses drowned, but the other managed to swim to safety. It [Pg 380]remained ill for a significant time, and when it recovered, plica developed all over its coat.
The assertion that the hairs become endowed with sensibility in this disorder is unfounded. The pain is experienced in the root or bulb; thus a painful sensation is occasionally felt when a lock of hair has been turned back under the nightcap. There is little doubt that the plica is to be attributed to a specific virus, which pervades the whole system unless successfully treated. The most serious accidents have arisen from neglecting it; and Starnigelio gives the following horrible account of its ravages. “Magno omnium malo magnoque cruciatu divagatur: infringit ossa, laxat artus, vertebras eorum infestat. Membra conglobat et retorquet; gibbos efficit, pediculos fundit, caputque aliis atque aliis succedentibus ita opplet, ut nequaquam purgari possit. Si cirri raduntur, humor ille et virus in corpus relabitur, et affectos, ut supra scriptum est, torquet; caput, manus, pedes, omnes artus, omnes juncturas, omnes corporis partes exagitat.”
The claim that hair becomes sensitive in this condition is baseless. The pain is felt at the root or bulb; therefore, a painful sensation can sometimes occur when a strand of hair gets tucked under a nightcap. There’s little doubt that plica is caused by a specific virus that spreads throughout the entire system if not treated effectively. Serious complications have arisen from ignoring it; and Starnigelio provides a chilling description of its effects: “It roams with great suffering and immense pain: it breaks bones, loosens joints, and attacks their vertebrae. It curls and twists the limbs; creates lumps, releases lice, and fills the head with so many that it can never be cleansed. If the curls are shorn, that fluid and virus flow back into the body, and those affected, as mentioned earlier, are twisted; the head, hands, feet, all joints, and every part of the body are tormented.”
Amongst the various specifics recommended for the cure of plica, is the lycopodium, hence called herba plicaria; the vinca, or perventia. The δαφνοειδες and καμαι δαφνη of the Greeks was also extolled, possibly from its supposed powers in cases of incantation, whence Apuleius calls it “victoria, quod vinceret pervinceretque injuriam temporis.” This is the plant for which Rousseau felt such a predilection, that in after life he never beheld it without experiencing a delightful recollection of the pleasures of his boyhood. Its flowers are considered the symbol of virginity, and in Flanders are still called Maegden-palm. In Etruria maidens are crowned with a wreath of it on their funerals.
Among the various specifics recommended for treating plica is lycopodium, also known as herba plicaria; the vinca, or perventia. The δαφνοειδες and καμαι δαφνη of the Greeks were also praised, possibly because of their supposed powers in cases of incantation, which is why Apuleius referred to it as “victoria, quod vinceret pervinceretque injuriam temporis.” This is the plant that Rousseau loved so much that later in life he never saw it without recalling the joyful memories of his childhood. Its flowers are seen as symbols of virginity and are still called Maegden-palm in Flanders. In Etruria, maidens are crowned with a wreath of it at their funerals.
The decay and fall of the hair is an accident of frequent occurrence. This unpleasant drawback on vanity has been termed alopecia, from the Greek word ἀλωπὴξ, vulpes, a fox; this animal and the wolf being said to lose their hair and become bald sooner than any other quadruped. The Arabian writers were impressed with the same belief, and named the affection daustaleb, literally the wolf disease. Baldness is more frequent in males than in females; and it has been observed, that emasculated subjects are exempt from its visitation.
The loss and thinning of hair is a common issue. This frustrating problem for one's appearance is called alopecia, derived from the Greek word ἀλωπὴξ, vulpes, meaning fox; this animal and the wolf are believed to lose their hair and go bald faster than any other four-legged animal. Arabian writers shared this belief and referred to the condition as daustaleb, which literally means wolf disease. Baldness is more common in men than in women, and it has been noted that neutered individuals tend to be unaffected by it.
Amongst the singular anomalies that characterize our ideas, the respect in which hair (naturally unclean unless most carefully attended to) was held at various periods is as singular[Pg 381] as the fond devotion with which it is treasured when having belonged to the objects of our affections. In ancient Rome neglected hair was the badge of bondage, and slaves were distinguished by the capillum passum, fluxum, et intonsum. Free men, on the contrary, took great care of it; and the term cæsaries is said to be derived from the frequency of its cutting, while coma alluded to the great attention paid to its ornamental appearance. The Gauls wore long hair, and their country was thence called Gallia Comata. The German chiefs, deprived of their rank and power, were shorn of their locks as a mark of degradation and loss of strength. Shaving the heads of criminals is to this day considered ignominious.
Among the unique quirks that define our thoughts, the way hair (naturally unclean unless it’s well taken care of) was viewed at different times is just as unusual[Pg 381] as the deep affection we have for hair that once belonged to loved ones. In ancient Rome, unkempt hair was a sign of slavery, and slaves were recognized by their capillum passum, fluxum, et intonsum. Free men, on the other hand, took great care of their hair; the term cæsaries is believed to come from the frequent cutting of hair, while coma referred to the care given to its decorative style. The Gauls had long hair, which led to their country being called Gallia Comata. German chiefs, stripped of their status and power, had their hair cut as a sign of humiliation and loss of strength. Shaving the heads of criminals is still seen as shameful today.
Hair, most unquestionably, constitutes the proudest ornament of female beauty; and clustering locks, compared both by the ancients and the Oriental poets to the growth of grapes, has ever been considered a desideratum at the female toilet, artificial means to curl it having been resorted to from time immemorial, even by men. We find Virgil speaking contemptuously of Æneas for the care he took of his locks:
Hair is definitely the most important feature of female beauty, and thick, flowing locks have always been compared to grape vines by both ancient and Eastern poets. It has always been a highly desired part of a woman's appearance, with various methods to curl it used by both women and men throughout history. Virgil even speaks dismissively of Æneas for how much attention he paid to his hair:
Vibratos calido ferro, myrrhaque madentes.
Warm vibratos and flowing myrrh.
The Romans called a man who thus frizzled himself, homo calamistratus.
The Romans referred to a man who styled his hair this way as homo calamistratus.
Crisp and curled ringlets were ever admired, and Petrarch thus describes them:
Crisp and curled ringlets were always admired, and Petrarch describes them like this:
Aura che quelle chiome bionde e crespe
Circondi, e movi, e se mossa de loro
Soave mente, e spargi quel dolce oro
E poi’l raccogli, e’n bei nodi l’increspe.
Aura, with your golden and curly hair,
Surround and move, and if they stir,
Gently scatter that sweet gold,
And then gather it, and in beautiful knots entangle.
Apuleius maintains, that if Venus were bald, though circled by the graces and the loves, she would not please even swarthy Vulcan. Petronius, in his description of Circe, describes her tresses naturally curling, and falling negligently over her shoulders, which they entirely covered. Apuleius praises her trailing locks, thick and long, and insensibly curling, dispersed over her divine neck, softly undulating with carelessness. Ovid notices those beauties who platted their braided hair like spiral shells. Petronius, to give an idea of a perfect beauty, says, that her forehead was small, and showed the roots of her hair raised upwards. This fashion, adopted by the Chinese, was not long ago a modish coëffure in France. Lucian, however, makes Thais say of a rival courtezan, “Who can praise[Pg 382] her person, unless he is blind? Does she not draw up her scanty hair on her large forehead?”
Apuleius argues that if Venus were bald, even surrounded by grace and love, she still wouldn’t attract swarthy Vulcan. Petronius, in his description of Circe, portrays her hair as naturally curling and cascading carelessly over her shoulders, completely covering them. Apuleius praises her long, flowing locks, thick and gently curling, elegantly draping over her divine neck, softly swaying with ease. Ovid points out the beauties who styled their braided hair like spiral shells. To illustrate perfect beauty, Petronius mentions that her forehead was small, with the roots of her hair lifted upward. This hairstyle, adopted by the Chinese, was once a trendy coëffure in France. However, Lucian has Thais remark about a rival courtesan, “Who can praise her appearance unless he’s blind? Doesn’t she pull up her thin hair on her large forehead?”
The ancients also perfumed their hair, especially on festivals, with various ointments, composed of the spikenard and different balsams. They also occasionally painted it with a bright yellow. Unhappy must have been the poor slaves who had to attend a Roman lady’s toilet; if a single ringlet was displaced, the scourge was applied, and the cow-skin of our West Indian planters, the Taurea (“scutica de pene taurino”) brought into play; and not unfrequently the head of the offender was broken with the steel mirror that betrayed their negligence to the impatient fair one. As we are on the subject of female ingenuity in endeavouring to spread their nets more cunningly, it may be some comfort to our modern coquettes to know that antiquity seems to sanction the use of rouge, notwithstanding the fate of Jezabel. Plautus tells us that the Roman dames daubed their faces with the “fucus, compound of white lead and of vermilion:” hence were they called fucatæ, cerusatæ, and minionatæ. Various cosmetics were also employed, and, when at home, their faces were preserved with a coat of paste, the skin having been previously rubbed with a pumice-stone, and then washed with asses’ milk. Poppæa, the wife of Nero, had five hundred asses milked every day for her baths; and when she was exiled, a reduction of her establishment to fifty asses was considered a severe chastisement. Patches were also worn, of various shapes and dimensions, even by men; and Pliny tells us of one Regulus, a lawyer, who put a patch upon his right or left eye as he was going to plead for plaintiff or defendant.
The ancients also scented their hair, especially during festivals, using various ointments made from spikenard and different balms. They sometimes even dyed it a bright yellow. It must have been tough for the poor slaves who had to help a Roman lady get ready; if a single curl was out of place, they were whipped, and the cowhide of our West Indian planters, the Taurea (“scutica de pene taurino”), was used as punishment; not infrequently, the offender's head would be struck with the steel mirror that showed their negligence to the impatient lady. Speaking of women's cleverness in trying to attract attention, it might be some comfort to today's flirts to know that ancient times seemed to approve the use of makeup, despite the story of Jezebel. Plautus tells us that Roman women painted their faces with “fucus,” which was a mix of white lead and vermilion; that's why they were called fucatæ, cerusatæ, and minionatæ. They also used various cosmetics, and when at home, their faces were protected with a layer of paste, their skin having been rubbed with pumice stone and then washed with donkey's milk. Poppæa, Nero's wife, had five hundred donkeys milked every day for her baths; when she was exiled, cutting her supply down to fifty donkeys was seen as a harsh punishment. Patches of different shapes and sizes were also worn, even by men; Pliny mentions a lawyer named Regulus who would put a patch on his right or left eye depending on whether he was pleading for the plaintiff or the defendant.
The ancients also wore a certain hair-powder, a custom that was only revived in Europe in the seventeenth century, since it appears that this filthy fashion was brought in vogue at the fair of St. Germain, in 1614, by some beautiful ballad-singers.
The ancients also used a particular hair powder, a trend that was only brought back in Europe in the seventeenth century, as it seems that this dirty fashion became popular at the St. Germain fair in 1614, thanks to some attractive ballad singers.
In ancient mythology, hair was the symbol of life. All dead persons were supposed to be under the jurisdiction of the infernal deities, and no man could resign his life until some of his hair was cut off. Euripides introduces Death going to cut off some of the hair of Alcestis, when doomed to die instead of her husband Admetus; and Virgil describes Dido unable to resign her life, from her hair having been cut off by Proserpine, until Iris was sent by Juno to perform the kind office:
In ancient mythology, hair symbolized life. The dead were believed to be under the control of the underworld gods, and no one could end their life until some of their hair was cut. Euripides portrays Death about to cut some of Alcestis's hair when she is fated to die in place of her husband Admetus; and Virgil describes Dido who couldn't let go of her life because Proserpine had cut her hair, until Juno sent Iris to do her a favor:
[Pg 383]
“Hunc ego Diti
Sacrum jussa fero, teque isto corpore solvo.”
Sic ait, et dextra crinem secat; omnis et unà
Dilapsus, calor, atque in ventos vita recessit.
[Pg 383]
"I bring this offering to you, Pluto."
and hereby release you from this body.”
So he spoke, and with his right hand cut the hair; all at once
the warmth dissipated, and life withdrew into the winds.
Locks of hair were suspended over the door of the deceased, to show that the family were in mourning. On these occasions, the hair was torn, cut off, or shaved. It was then sometimes strewed over the dead body, or cast on the funeral pile. On the demise of great men, whole cities and communities were shorn, while animals shared a similar fate. Admetus, on the death of Alcestis, ordered this operation to be performed on his chariot horses: and when Masistius was slain by the Athenians, the Persians shaved themselves, their horses, and their mules. Alexander, not satisfied with this testimony of grief, ordered the very battlements of a city to be knocked down, that the town might look bald and shorn of its beauty.
Locks of hair were hung over the door of the deceased to show that the family was in mourning. During these times, the hair was pulled, cut off, or shaved. It was sometimes scattered over the dead body or placed on the funeral pyre. When prominent individuals passed away, entire cities and communities would shave their heads, and animals would face the same treatment. Admetus, after Alcestis died, had his chariot horses shaved, and when Masistius was killed by the Athenians, the Persians shaved themselves, their horses, and their mules. Alexander, unsatisfied with this display of grief, ordered the very walls of a city to be torn down so that the town would appear bald and deprived of its beauty.
While in some cases bald heads were expressive of affliction, in others long hair denoted grief; Joseph allowed his hair to grow during his captivity; and Mephibosheth did the same when David was banished from Jerusalem. Juvenal informs us that mariners, on their escape from shipwreck, shaved their heads; and Lycophron describes long and neglected hair as a sign of general lamentation.
While in some cases bald heads showed sorrow, in others long hair indicated grief; Joseph let his hair grow during his captivity, and Mephibosheth did the same when David was exiled from Jerusalem. Juvenal tells us that sailors, after escaping shipwreck, would shave their heads; and Lycophron describes long and unkempt hair as a sign of overall mourning.
To be shaved by barbers was a proof of cheerfulness; but to cut off one’s own hair denoted mourning. Hence Artemidorus informs us that for a man to dream of shaving himself was a presage of some calamity. However, this ceremony may, in its signification, be attributed to the customs of the various nations. Where the hair was generally worn short, its length indicated grief, and vice versâ. The filth of long and neglected hair might also have been considered a proper and respectful mark of tribulation; for the ancients fancied that rolling themselves in the dirt was a convincing proof of affection; and we see Œneus besmearing himself with nastiness on the death of his son Meleager:
To be shaved by barbers was a sign of happiness, but cutting off your own hair meant you were in mourning. That's why Artemidorus tells us that if a man dreams of shaving himself, it predicts some kind of disaster. This practice can also be connected to the customs of different cultures. In societies where hair was typically worn short, longer hair was a sign of sorrow, and vice versa. The dirtiness of long, unkempt hair might have been viewed as a proper and respectful sign of sadness; the ancients believed that rolling in the dirt was a powerful sign of love. We see Œneus covering himself in filth when his son Meleager dies:
Pulvere canitiem genitor, vultusque seniles
Fœdat humi fusos, spatiosumque increpat ævum.
Pulvere canities genitor, vultusque seniles
Fœdat humi fusos, spatiosumque increpat ævum.
Shaving was also a nuptial ceremony, when virgins presented their hair to Venus, Juno, Minerva, Diana, and other propitious divinities. At Trœzene virgins were obliged to sacrifice their hair to Hippolytus, the son of Theseus, who died[Pg 384] for his chastity. The Megarensian maidens presented them to Sphinoe, daughter of Alcathous, who died a virgin. Statius records this ceremony, when speaking of Minerva’s temple:
Shaving was also a wedding ritual, during which virgins offered their hair to Venus, Juno, Minerva, Diana, and other favorable deities. In Trœzene, virgins were required to sacrifice their hair to Hippolytus, the son of Theseus, who died[Pg 384] for his purity. The maidens from Megara dedicated theirs to Sphinoe, daughter of Alcathous, who also died a virgin. Statius mentions this ceremony when talking about Minerva’s temple:
Hic more parentum
Insides, thalamis ubi casta adolescerat ætas,
Virgineas libare comas; primosque solebant
Excusare toros.
In this way, parents
Inside, where pure youth was growing up in the chambers,
They used to honor the maiden’s hair; and they often
Used to excuse the first beds.
ANIMAL MAGNETISM.
Are we to give credit to the various observations that record the wonderful effects of animal magnetism; or should we reject them as the impostures of knaves, or the result of the credulity of fools? It is now nearly half a century since this method of relieving diseases has been introduced by modern practitioners. Thousands of disinterested and candid witnesses have corroborated their assertions, and testified to their veracity. How, then, are we authorized to treat this doctrine as visionary or fraudulent? The most learned bodies have not thought it derogatory to their dignity to investigate the matter; and, notwithstanding opposition, ridicule, and contempt, the practice obtains to the present day. It has, no doubt, been materially impeded in its progress by the invectives of occasional scepticism; but such will ever be the case with science, and those discoveries which accelerate its inevitable empire on the human understanding. Persecution may be considered as the harbinger of truth, or, at any rate, of that investigation which directs to it. Pythagoras was banished from Athens; Anaxagoras was immured in a dungeon; Democritus was considered a maniac, and Socrates condemned to death. An advanced and honourable old age did not protect Galileo against his barbarous persecutors. Varolius was decreed an infamous and execrable man for his anatomical discoveries, and our immortal Harvey was looked upon as a dangerous madman. Inoculation and vaccination were deemed impious attempts to interfere with the decrees of Providence.
Should we believe the various observations that highlight the amazing effects of animal magnetism, or should we dismiss them as scams by con artists or the naivety of fools? It’s been almost fifty years since this method of treating illnesses was introduced by modern practitioners. Thousands of unbiased and truthful witnesses have supported their claims and confirmed their honesty. So, how can we justify treating this idea as unrealistic or deceitful? The most respected institutions haven't found it beneath their dignity to look into the issue; despite facing opposition, ridicule, and scorn, the practice continues today. It has certainly been significantly hindered by the harsh criticisms of occasional skeptics, but that's always the case with science and the discoveries that push its unavoidable influence on human understanding. Persecution can be seen as the precursor to truth, or at least the investigation that leads to it. Pythagoras was exiled from Athens; Anaxagoras was locked in a dungeon; Democritus was regarded as a madman, and Socrates was sentenced to death. Even an esteemed and honorable old age didn't shield Galileo from his cruel persecutors. Varolius was labeled as an infamous and detestable man for his anatomical findings, and our legendary Harvey was viewed as a dangerous lunatic. Inoculation and vaccination were seen as sinful attempts to meddle with divine will.
[Pg 385]Magnetism may be defined as a reciprocal influence which is supposed to exist between individuals, arising from a state of relative harmony, and brought into action by the will, the imagination, or physical sensibility. This influence is said to exist in a peculiar fluid, transmissible from one body to another under certain conditions of each individual, without which the expected results are not manifest. Under these conditions, the effects of animal magnetism are obtained by manual application, by gestures, words, and even looks, more frequently, as may be easily conceived, with nervous, weak, and impressionable individuals. By these means magnetizers affirm that they can effect cures when all other remedial endeavours have been of no avail, either when the patient is awake or in a state of artificial somnambulism.
[Pg 385]Magnetism can be described as a mutual influence that’s thought to exist between people, stemming from a state of relative harmony, and activated by will, imagination, or physical sensitivity. This influence is believed to come from a unique fluid that can be transferred from one person to another under specific conditions for each individual; without these conditions, the desired effects don’t happen. When these conditions are met, the effects of animal magnetism are achieved through touch, gestures, words, and even looks, especially with nervous, weak, and impressionable individuals. Using these methods, practitioners claim they can perform cures when all other treatments have failed, whether the patient is awake or in a state of induced somnambulism.
The history of this doctrine is curious. The ancients fully admitted the power of sympathy in the cure of diseases; but generally attributed its action to the interference of Divinity, or the operation of sorcery and enchantment. A remarkable affinity can be traced between modern magnetism and its supposed phenomena, and the relations of the Pythian and Sibylline oracles, the wonders of the caverns of Trophonius and Esculapius, and the miraculous dreams and visions in the temples of the gods. Amongst the Hebrews, the Egyptians, the Greeks, and Romans, we constantly discover traces of this supposed power of manual apposition, friction, breathing, and the use of the charms of music and mystic amulets. The Egyptian priesthood were considered as possessing a divine attribute in healing diseases. Prosper Alpinus, in his treatise on the medicine of the Egyptians, informs us that mysterious frictions were one of their secret remedies. The patients were oftentimes wrapped in the skins of animals, and carried into the sanctuary of their temples to be assisted by visions, that appeared either to them or to their physicians, who pretended that Isis was the immortal source of these celestial inspirations. The same divine assistance was firmly believed by the Hebrews. It was intimated to Miriam and Aaron that the Lord would make himself known to them in a vision, and speak to them in a dream; and we find in Deuteronomy that the signs and the wonders of prophets and dreamers of dreams were to be considered as the abominations of idolaters, who were to be put to death without pity. This anathema on false prophets was not unfrequently rigorously carried into execution, and we read in[Pg 386] the Book of Kings the destruction of all the worshippers of Baal. Ahab marched upon Ramoth-Gilead by the advice of his prophets.
The history of this belief is interesting. The ancients recognized the power of sympathy in healing diseases but usually blamed its effects on divine intervention or the use of magic and spells. There’s a clear connection between modern magnetism and its alleged phenomena and the links with the Pythian and Sibylline oracles, the marvels of the caves of Trophonius and Esculapius, and the miraculous dreams and visions in the temples of the gods. Among the Hebrews, Egyptians, Greeks, and Romans, we often find hints of this supposed power through touch, rubbing, breathing, and the use of music and mystical amulets. The Egyptian priests were seen as having a divine quality when it came to healing diseases. Prosper Alpinus, in his writings on Egyptian medicine, tells us that mysterious rubbing was one of their secret treatments. Patients were often wrapped in animal skins and taken into their temple sanctuaries to receive help from visions that appeared to either them or their doctors, who claimed that Isis was the eternal source of these heavenly insights. The Hebrews also strongly believed in this divine help. It was indicated to Miriam and Aaron that the Lord would reveal himself to them in a vision and speak to them in a dream. In Deuteronomy, we see that signs and wonders from prophets and dreamers were considered the abominations of idolaters, who were to be executed without mercy. This ban on false prophets was often strictly enforced, and we read in[Pg 386] the Book of Kings about the destruction of all worshippers of Baal. Ahab went to Ramoth-Gilead based on the advice of his prophets.
The sympathetic power of corporeal apposition was illustrated when Elisha, to revive the widow’s child, stretched himself three times upon him and prayed to the Lord. When Elisha restored the child of the Shunamite to life he lay upon it, put his mouth upon his mouth, his eyes upon his eyes, and his hands upon his hands, and he stretched himself upon the child, and the child opened its eyes. Miracles were generally wrought by manual application or elevation. Naaman expected that Elisha would have stricken his hand over the place to cure his leprosy; and we find in the Scriptures that our Saviour healed the sick upon whom he laid his hands. Amongst the Greeks we again see the same ceremonies performed on all wonderful recoveries. Plutarch tells us that Pyrrhus cured persons with diseased spleens by passing his hand over the seat of the malady. Ælianus informs us that the Psylli performed their cures by stretching themselves upon the patients, and making them swallow water with which they had rinsed their mouths; and he also mentions that those who approached these mysterious agents were seized with a sudden stupor, and deprived of their intellects until they had left them. Apollonius brought a young girl to life by touching her, and leaning over her as though he were whispering some magic words in her ear; and Origenes affirms that there were sages who dispensed health with their mere breath. Vespasian restored sight to the blind by rubbing their eyes and cheeks with his saliva, and cured a paralytic by merely touching him: the same emperor kept himself in perfect health by frequently rubbing his throat and his body. From a passage of Plautus, it appears that this manual application was resorted to in his days to procure sleep. Mercury is made to say, “Quid si ego illum tractem, tangam ut dormiat;” to which Sosia replies, “Servaveris, nam continuas has tres noctes pervigilavi.”
The empathetic power of physical touch was shown when Elisha, to bring the widow's child back to life, laid himself over the boy three times and prayed to the Lord. When Elisha revived the Shunamite's child, he lay on him, placing his mouth on the boy's mouth, his eyes on his eyes, and his hands on his hands, and he stretched himself over the child, who then opened his eyes. Miracles were usually performed through physical contact or elevation. Naaman thought Elisha would wave his hand over him to heal his leprosy; and we find in the Scriptures that our Savior healed the sick by laying his hands on them. Among the Greeks, we again see similar rituals during remarkable recoveries. Plutarch says that Pyrrhus cured people with diseased spleens by passing his hand over the affected area. Ælianus tells us that the Psylli worked their cures by lying on their patients and making them drink water that had been rinsed in their mouths, and he also mentions that those who came near these mysterious healers were suddenly overcome with a stupor and lost their senses until they left. Apollonius brought a young girl back to life by touching her and leaning over her as if whispering magic words in her ear; and Origen asserts that there were sages who healed just by breathing on people. Vespasian restored sight to the blind by rubbing their eyes and cheeks with his saliva, and cured a paralytic by simply touching him: this same emperor maintained his good health by frequently rubbing his throat and body. A line from Plautus suggests that this physical touch was used in his time to induce sleep. Mercury says, “What if I touch him so he sleeps?” to which Sosia replies, “You could save him, as I've been awake for the last three nights.”
Pliny maintains that there exist persons whose bodies are endowed with medicinal properties; but he admits, at the same time, that imagination may produce these salutary emanations. Celsus informs us that Asclepiades by friction could calm a phrensy; and further states, that when these frictions were carried to too great an extent, they brought on a lethargic state. Cælius Aurelianus recommends manual[Pg 387] frictions for the cure of pleurisy, lethargy, and various other maladies, describing the manner in which they are to be conducted: for instance, in epilepsy, the head and forehead are to be chafed, then the hand is to be carried gently over the neck and bosom; at other times, the extremities of the hands and feet are to be grasped, that “we may cure by the very act of holding the limb.”
Pliny argues that some people have bodies with healing properties, but he also acknowledges that imagination can create these beneficial effects. Celsus tells us that Asclepiades could calm a frenzy through rubbing, and he adds that if this rubbing is overdone, it can lead to a state of lethargy. Cælius Aurelianus suggests using manual[Pg 387] rubbing to treat pleurisy, lethargy, and various other ailments, explaining how to perform these techniques: for example, in the case of epilepsy, the head and forehead should be rubbed, then the hand should gently move over the neck and chest; at other times, the hands and feet should be held firmly so that “we can heal simply by holding the limb.”
That remedies were indicated in a state of somnambulism is affirmed by Tertullian, who thus speaks of one of the followers of Prisca and Maximilla, two women who foretold future events when they fell into an ecstatic swoon: “She conversed with angels, discovered the most hidden mysteries, prophesied, read the secrets of the heart, and pointed out remedies when she was consulted by the sick.” He thus describes ecstasy in his treatise De Anima: “It is not sleep, for during sleep all reposes; whereas in ecstasy the body reposes, while the soul is actively employed. It is therefore a mixed state of sleep and ecstasy which constitutes the prophetic faculty, and it is then that we have revealed unto us, not only all that appertaineth to honour, to riches, but the means of curing our diseases.” St. Stephen relates the case of a youth who was in such a lethargic state, that he was insensible to all painful agents, and could not be awakened; but when he recovered his senses, he declared that two persons, the one aged, the other young, had appeared to him and recommended sea-bathing. He complied with the instruction, and was cured. But the miracles of paganism were soon discredited, when the relics and tombs of saints were resorted to instead of the temples of the false gods; and priests assumed the power once held by their Chaldean and Egyptian predecessors, and the Druids of Gaul. The beatified were not only physicians during their life, but medicinal after death. St. Gregory of Tours tells us that St. Cosmus and St. Damian were not only able physicians during their blessed existence, but assisted all those who consulted them in their tombs, not unfrequently appearing to them in visions, and prescribing the proper remedies. A saint’s breathing upon a veil, and then placing it on the head of a demoniac, infallibly cast out the evil one; and St. Bernard never failed in his exorcisms, by making the possessed swallow some water in which he had dipped his hands. St. Martin stopped the most fearful hemorrhage by merely touching the patient with his garment. The shrines of St. Litardus, St.[Pg 388] Anthony, and various other saints, lulled to sleep, and inspired with miraculous visions those who sought their aid.
That remedies were suggested during a state of sleepwalking is confirmed by Tertullian, who mentions one of the followers of Prisca and Maximilla, two women who predicted future events when they entered an ecstatic trance: “She talked with angels, uncovered hidden mysteries, prophesied, revealed secrets of the heart, and pointed out remedies when consulted by the sick.” He describes ecstasy in his work De Anima: “It’s not sleep, because in sleep everything is at rest; whereas in ecstasy the body is at rest, while the soul is actively engaged. Thus, it’s a mixed state of sleep and ecstasy that forms the prophetic ability, and it’s during this state that we are revealed not only things related to honor and wealth, but also ways to heal our ailments.” St. Stephen recounts the case of a young man who was in such a state of lethargy that he was unresponsive to all painful stimuli and could not be awakened; but when he regained consciousness, he reported that two figures, one old and one young, had appeared to him and advised him to take a sea bath. He followed the guidance and was healed. However, the miracles of paganism quickly lost credibility when the relics and tombs of saints were sought instead of the temples of false gods; and priests took on the authority once held by their Chaldean and Egyptian predecessors, and the Druids of Gaul. The saints were not only healers during their lifetime but also provided healing after death. St. Gregory of Tours tells us that St. Cosmus and St. Damian were not only skilled physicians during their blessed lives but helped all who sought their assistance at their tombs, often appearing in visions to prescribe appropriate remedies. A saint’s breath upon a cloth, followed by placing it on the head of a possessed person, reliably expelled the evil spirit; and St. Bernard was always successful in his exorcisms by having the possessed drink water he had dipped his hands in. St. Martin stopped severe bleeding just by touching the patient with his garment. The shrines of St. Litardus, St. Anthony, and various other saints brought peace and inspired miraculous visions in those who sought their help.
However, as the progress of intellect dispelled the dark clouds that shrouded the middle ages in superstitious and credulous prejudices, philosophy endeavoured to investigate the nature of this mysterious agency, which priests had for so many centuries usurped as their special gift and property. Sceptic as to supernatural powers in the common occurrences of life, philosophers attributed these phenomena to some peculiar principle with which organized bodies were endowed, and hence arose the dawn of the doctrine of animal magnetism. So early as 1462, Pomponatius of Mantua maintained, in his work on incantation, that all the pretended arts of sorcery and witchcraft were the mere results of natural operations; he further gave it as his opinion, that it was not improbable but that external means, called into action by the soul, might relieve our sufferings; that there, moreover, did exist individuals endowed with salutary properties, and it might therefore easily be conceived that marvellous effects should be produced by the imagination, and by confidence, more especially when they are reciprocal between the patient and the person who assists his recovery; physicians and men of sense being well convinced that if the bones of any animal were substituted for those of a saint, the result would be the same. It need not be added that our author was violently persecuted for this heretical doctrine. Two years after, Agrippa, in Cologne, asserted that the soul, inflamed by a fervent imagination, could dispense health and disease, not only in the individual himself, but in other bodies. In 1493, Paracelsus expressed himself in the following language: “All doubt destroys work, and leaves it imperfect in the wise designs of nature. It is from faith that imagination draws its strength. It is by faith that it becomes complete and realized. He who believeth in nature, will obtain from nature to the extent of his faith. Let the object of this faith be real or imaginary, you nevertheless reap similar results; and hence the cause of superstition.”
However, as intellectual progress cleared away the dark clouds that hung over the Middle Ages, filled with superstition and naive beliefs, philosophy sought to explore the nature of this mysterious force, which priests had monopolized for centuries as their own special gift. Skeptical of supernatural powers in everyday life, philosophers attributed these phenomena to some unique principle inherent in organized bodies, leading to the dawn of the idea of animal magnetism. As early as 1462, Pomponatius of Mantua argued in his work on incantation that all supposed arts of sorcery and witchcraft were merely the results of natural processes; he also suggested that it was quite possible that external means, activated by the soul, could alleviate our suffering. Furthermore, he believed there were individuals with healing properties, making it easy to think that remarkable effects could be produced through imagination and mutual confidence, especially between the patient and the person helping their recovery; physicians and sensible individuals well understood that if the bones of any animal were used instead of those of a saint, the outcome would be the same. It is unnecessary to mention that our author faced severe persecution for this heretical belief. Two years later, Agrippa, in Cologne, claimed that the soul, sparked by intense imagination, could cause health and illness, not only in the individual but also in others. In 1493, Paracelsus stated: “All doubt destroys work and leaves it incomplete in the wise plans of nature. It is from faith that imagination draws its power. It is through faith that it becomes whole and realized. Whoever believes in nature will receive from nature according to their faith. Whether the object of this faith is real or imaginary, you still obtain similar results; and this explains the origins of superstition.”
Cardanus, Bacon, and Van Helmont pursued this study; and the latter physician, having cured several cases by magnetism, was considered a sorcerer, and was seized by the Inquisition. Magnetism, he observed, “is a universal agent, and only novel in its appellation, and paradoxical to those who ridicule every thing they do not comprehend, or attribute to Satan[Pg 389] what they cannot understand. The name of magnetism is given to that occult influence which bodies possess on each other at various distances, either by attraction or by impulsion. The means or the vehicle of this influence is an ethereal spirit, pure, vital, (magnale magnum,) which penetrates all matter, and agitates the mass of the universe. This spirit is the moderator of the world, and establishes a correspondence between its several parts and the powers with which it is endowed. We can attach to a body the virtues that we possess, communicate to it certain properties, and use it as the intermediate means to operate salutary effects. I have hitherto withheld the revelation of this great mystery. There exists in man a certain energy, which can act beyond his own person according to his will or his imagination, and impart virtues and exercise a durable influence even in distant objects. Will is the first of powers.” Van Helmont fully admitted the wonderful faculties that somnambulism seemed to develop, and informs us that it was chiefly during his sleep that he was inspired with his doctrines. One might have imagined that these philosophic researches would have put an effectual stop to the progress of superstition, or rather of persecution; yet their promulgation could not save Urbain Grandier, and many supposed sorcerers, from a barbarous death.
Cardanus, Bacon, and Van Helmont studied this topic; and the latter physician, after successfully treating several cases with magnetism, was thought to be a sorcerer and was captured by the Inquisition. Van Helmont noted that “magnetism is a universal force, just new in its name, and seems strange to those who mock everything they don't understand or attribute to Satan what they can't grasp. The term magnetism describes the hidden influence that objects have on each other at different distances, whether by attraction or repulsion. The medium or carrier of this influence is a pure, vital ethereal spirit, (magnale magnum), which permeates all matter and stirs the entire universe. This spirit regulates the world and creates connections between its various parts and the powers within them. We can infuse a body with our own virtues, give it specific properties, and use it as a means to achieve beneficial effects. Until now, I have kept this great mystery a secret. There is a certain energy in humans that can act beyond themselves according to their will or imagination, imparting virtues and exerting a lasting influence even on distant objects. Will is the greatest power.” Van Helmont fully acknowledged the remarkable abilities that sleepwalking seemed to bring forth and revealed that it was mostly during his sleep that he received inspiration for his teachings. One might have thought that these philosophical investigations would effectively halt the spread of superstition, or rather persecution; however, their publication couldn’t save Urbain Grandier and many alleged sorcerers from a cruel death.
It was in the beginning of the eighteenth century that various experiments were made with the loadstone in researches regarding electricity. In 1754, Lenoble had constructed magnets that could be used with facility in the treatment of various diseases. In 1774, Father Hell, a Jesuit and professor of astronomy at Vienna, having cured himself of a severe rheumatism by magnetism, related the result of his experiments to Mesmer. This physician was immediately struck with observations that illustrated his own theories respecting planetary influence. He forthwith proceeded to procure magnets of every form and description for the gratuitous treatment of all those that consulted him; and, while he widely diffused his doctrines, he sent his magnets in every direction to aid the experimental pursuits of others, and thus expressed himself on the subject in a memoir published in 1779: “I had maintained that the heavenly spheres possessed a direct power on all the constituent principles of animated bodies, particularly on the nervous system, by the agency of an all-penetrating fluid. I determined this action by the INTENSION and the REMISSION of the properties of[Pg 390] matter and organized bodies, such as gravity, cohesion, elasticity, irritability, and electricity. I supported this doctrine by various examples of periodical revolutions; and I named that property of the animal matter, which renders it susceptible to the action of celestial and earthly bodies, ANIMAL MAGNETISM. A further consideration of the subject led me to the conviction that there does exist in nature an universal principle, which, independently of ourselves, performs all that we vaguely attribute to nature or to art.”
It was at the start of the eighteenth century that various experiments were conducted with lodestones in studies about electricity. In 1754, Lenoble created magnets that could be easily used to treat various illnesses. In 1774, Father Hell, a Jesuit and professor of astronomy in Vienna, cured himself of severe rheumatism using magnetism and shared the results of his experiments with Mesmer. This physician was immediately struck by observations that aligned with his theories on planetary influence. He quickly set out to acquire magnets of every kind for the free treatment of anyone who consulted him; while widely spreading his teachings, he also sent magnets in all directions to support others’ experimental efforts. In a memoir published in 1779, he expressed his views on the subject: “I had maintained that the heavenly bodies have a direct influence on all the basic elements of living beings, particularly on the nervous system, through the action of an all-pervasive fluid. I defined this influence by the INTENTION and Remission of properties of[Pg 390] matter and living bodies, such as gravity, cohesion, elasticity, irritability, and electricity. I backed this theory with various examples of periodic cycles; and I named the property of living matter that makes it responsive to the effects of celestial and earthly forces, Animal magnetism. Further reflection on the topic led me to believe that there exists in nature a universal principle that, independently of us, carries out everything we vaguely attribute to nature or to art.”
Mesmer, as might have been foreseen, became the object of persecution and of ridicule, and withdrew to Switzerland and Suabia. It was there that he met with a certain Gassner of Braz, who, having fancied that an exorcism had relieved him from a long and painful malady, took it into his head to exorcise others. He considered the greater part of the disorders, to which flesh is heir as the work of the devil, and he counteracted his baneful influence in the name of our Saviour. He divided these diabolical visitations into possessions, obsessions, and circumsessions; the latter being trifling invasions. For the purpose of ascertaining whether his patients laboured under natural or infernal ailments, he conjured Satan to declare the truth. If, after three solemn interpellations, and signs of the cross, the devil did not answer, the disorder was considered as coming within the province of medicine; but if, on the contrary, the patient fell into convulsions, Gassner drew forth his stole and crucifix, and, in the name of the Redeemer, commenced rubbing and pinching, sometimes in the most indecorous manner, when females were submitted to his manipulations. When his attempts failed, he accused the patient of want of faith or of the commission of some deadly sin, which baffled his endeavours. His fame became so universal, that the Bishop of Ratisbon sent for him, and he exercised his art under his auspices. At one period, the town was so crowded with his patients, that ten thousand of them were obliged to encamp without the walls. It appears that this adventurer had the power of acting upon the pulse, and could increase or retard it, render it regular or intermittent, and was even reported to paralyze limbs and produce tears or laughter at will. It is scarcely credible, yet the celebrated De Haen, one of the most distinguished and learned practitioners in Germany, not only believed in the power of this Gassner, but actually attributed it to a paction with the devil.
Mesmer, as might have been expected, became a target of persecution and mockery, leading him to retreat to Switzerland and Suabia. There, he met a guy named Gassner from Braz, who believed that an exorcism had cured him of a long and painful illness, and decided he should exorcise others as well. He thought most of the ailments that people suffer from were caused by the devil and tried to combat this evil influence in the name of our Savior. He classified these demonic afflictions into possessions, obsessions, and circumsessions, with the last being minor disturbances. To determine whether his patients were suffering from natural or hellish issues, he summoned Satan to reveal the truth. If, after three serious attempts and crosses, the devil didn’t respond, then the illness was seen as a medical issue; but if the patient started convulsing, Gassner would pull out his stole and crucifix and, in the name of the Redeemer, began rubbing and pinching, sometimes inappropriately, especially with female patients. When his efforts were unsuccessful, he would blame the patient for lacking faith or committing some grave sin that thwarted his attempts. His reputation became so widespread that the Bishop of Ratisbon called for him, and he practiced his methods under his patronage. At one point, the town was so packed with his patients that ten thousand had to camp outside its walls. It seems this showman had the ability to influence the pulse, making it faster or slower, regular or irregular, and was even said to be able to paralyze limbs or cause tears or laughter at will. It's hard to believe, yet the famous De Haen, one of the most respected and knowledgeable doctors in Germany, not only believed in Gassner's abilities but actually thought they were the result of a deal with the devil.
[Pg 391]Mesmer was not so credulous, and explained the miraculous cures of Gassner by the doctrines of the animal magnetism which he advocated. From Suabia he returned to Vienna, whence he was expelled as a quack; and in 1778 arrived at Paris, a capital that had patronised Cagliostro and St. Germain, and was ever ready to be deceived by ingenious empiricism. In 1779 he published a paper on the subject, in which he maintained twenty-seven propositions to establish his supposed influence between the celestial bodies, the earth, and animated matter, produced by a fluid universal, subtile, susceptible of receiving, transmitting, and communicating its impressions, on mechanical principles, until then unknown, and producing alternate effects of flux and reflux. This powerful agent, he said, acted chiefly on the nervous system. The human body, moreover, according to his notions, possessed properties analogous to the loadstone, and presenting an opposed polarity, subject to various modifications, which either strengthened or weakened it. The action of animal magnetism, according to him, was not confined to animal matter, but could be equally communicated to inanimate bodies at various distances. Mirrors could reflect and increase its power like the rays of light, and sound could propagate and increase it. This magnetic property, he further stated, could be accumulated, concentrated, and transported at pleasure, although there did exist animated bodies possessed of properties so opposite as to render this powerful agent inefficient. He found that the loadstone was susceptible of animal magnetism, and of its opposite virtues, without any apparent influence on its power over iron and the needle; whence he concluded that there existed a wide difference between animal and mineral magnetism.
[Pg 391]Mesmer wasn't so gullible and explained Gassner's miraculous cures through the principles of animal magnetism, which he supported. After returning to Vienna from Swabia, he was expelled as a fraud; by 1778, he arrived in Paris, a city that had once embraced Cagliostro and St. Germain and was always ready to be fooled by clever charlatans. In 1779, he published a paper on the topic, where he proposed twenty-seven points to demonstrate his supposed influence among celestial bodies, the earth, and living matter, produced by a universal, subtle fluid that could receive, transmit, and communicate its effects based on previously unknown mechanical principles, producing alternating effects of flow and ebb. He claimed this powerful force mainly affected the nervous system. Moreover, he believed the human body had properties similar to a magnet and exhibited opposing polarities that could be strengthened or weakened in various ways. According to him, the action of animal magnetism wasn’t limited to living beings but could also affect inanimate objects at different distances. Mirrors could reflect and amplify its power like beams of light, and sound could carry and enhance it. He further suggested that this magnetic property could be stored, focused, and moved at will, although certain living beings had properties that could make this powerful force ineffective. He observed that magnets were capable of animal magnetism and its contrasting properties without noticeably impacting their power over iron and needles; from this, he concluded that there was a significant difference between animal and mineral magnetism.
Mesmer soon found a warm advocate of his doctrines in a Dr. D’Eslon, and animal magnetism became in fashionable vogue. Not only were men and animals subjected to their experiments, but this wondrous influence was communicated to trees and plants, and the celebrated elm-tree of Beaugency was magnetized by the Marquis de Puységur and his brother; while the enthusiastic D’Eslon absolutely went knocking from door to door to procure patients. Breteuil, who was then one of the ministers, offered Mesmer a yearly pension of thirty thousand francs, with a sum of three hundred thousand francs in cash, with the decoration of St. Michael, if he would consent to reveal the mysteries of his science[Pg 392] to the medical faculty. This tempting offer our magnetizer indignantly rejected, and a secret society was instituted under the name of the Lodge and Order of Harmony. The charms and the power of youth and music were not neglected as auxiliaries to propagate the fashionable doctrine. Young men of elegant manners and athletic form were initiated in the practice of magnetizing, and the salons of Paris consecrated to this worship (for such it might have been termed) were crowded with the most fascinating women that the gay metropolis of France could produce. Most of these females, impassioned by nervous excitability, as loose in their morals as to outward appearance they were fervent in their devotions, abandoned themselves without reserve to the delightful sensations that magnetism and its surrounding machinery were said to afford. In their ecstasies, their hysteric attacks, their spasms, Mesmer, the high-priest, fancifully dressed, but in the height of fashion, with his useful acolytes, endeavoured to soothe and calm the agitation of their enchanting patients by all the means that Mesmerism could devise.
Mesmer soon found a strong supporter in Dr. D’Eslon, and animal magnetism became all the rage. Not only were people and animals used in their experiments, but this amazing influence was also extended to trees and plants. The famous elm tree in Beaugency was magnetized by the Marquis de Puységur and his brother; meanwhile, the enthusiastic D’Eslon went door to door looking for patients. Breteuil, who was one of the ministers at the time, offered Mesmer a yearly pension of thirty thousand francs, along with a lump sum of three hundred thousand francs in cash and the St. Michael decoration, if he would agree to reveal the secrets of his science[Pg 392] to the medical community. This tempting offer was indignantly turned down by the magnetizer, and a secret society was established called the Lodge and Order of Harmony. The allure of youth and music was also used to help spread this popular doctrine. Young men with refined manners and athletic builds were trained in the practice of magnetizing, and the Parisian salons dedicated to this practice (which could be called a form of worship) were filled with the most captivating women that the vibrant capital of France could offer. Many of these women, driven by heightened emotions, were as reckless in their morals as they appeared passionate in their beliefs, allowing themselves to be swept away by the pleasurable feelings that magnetism and its associated practices were said to provide. In their ecstasies, their hysterical episodes, and their spasms, Mesmer, the high priest, dressed in a fanciful yet stylish manner, along with his dedicated supporters, tried to soothe and calm the excitement of their enchanting patients using every method that Mesmerism could offer.
It soon became pretty evident that these phenomena were solely to be attributed to the influence of imagination; and Doppet, one of the most ardent disciples of the new creed, frankly avowed that “those who were initiated in the secrets of Mesmer entertained more doubts on the subject than those who were in thorough ignorance of them.” Notwithstanding this evidence brought forward against Mesmer’s fascinating practice, he was warmly eulogised even by high churchmen; and Hervier, a doctor of Sorbonne, did not hesitate to assert that the Golden Age was on the return; that man would be endowed with fresh vigour, live for the space of five generations, and only succumb to the exhaustion of age; that all the animal kingdom would enjoy a similar blessing; while magnetized trees would yield more abundant and delicious fruits. This belief of the good ecclesiastic arose, according to his own assertion, from his having been cured of some cruel disorder by magnetism, while all his intimate acquaintances insisted that he had never ceased to enjoy perfect health.
It quickly became clear that these phenomena were purely the result of imagination. Doppet, one of the most passionate followers of the new belief, openly claimed that “those who were in the know about Mesmer's secrets had more doubts on the matter than those who were completely unaware.” Despite this evidence against Mesmer's captivating practice, he was still praised even by prominent church leaders. Hervier, a doctor from Sorbonne, boldly stated that the Golden Age was returning; that humans would be blessed with renewed vitality, live for five generations, and only succumb to the fatigue of old age; that the entire animal kingdom would receive the same blessing, while magnetized trees would produce more abundant and flavorful fruits. This belief from the well-meaning clergyman, as he claimed, stemmed from his being cured of a severe illness through magnetism, although all his close acquaintances insisted that he had always enjoyed perfect health.
Such were the circumstances that attended the introduction of animal magnetism, which to this day is defended and maintained by ardent proselytes. Sound philosophy can only attribute its wonderful phenomena, many of which cannot be denied, to the influence of the imagination, and the [Pg 393]all-powerful deceptive agency of faith. It is an incontrovertible fact, that the nervous system may be so worked upon, thrown by various secret and physical means into such a morbid condition, that results bordering upon the miraculous in the eyes of the credulous may be easily obtained. Every circumstance that appears to differ from the usual course of nature is deemed miraculous by the ignorant; and the Greek proverb θαύματα μωροίς, plainly maintains that miracles are only for the simple. In fact, who are the persons who in our times cry out “miracle,” but weak and timid men, worn out by excesses or age, labouring under the influence of terror; silly old women, who have not the power of reasoning; or nervous and enthusiastic females, who seek for some saving clauses in a pact between vice and virtue, depravity and religion.
Such were the circumstances that surrounded the introduction of animal magnetism, which is still supported and upheld by passionate believers today. Sound philosophy can only attribute its remarkable phenomena, many of which can't be denied, to the impact of the imagination and the [Pg 393]powerful deceptive force of faith. It's an undeniable fact that the nervous system can be manipulated, sometimes through various secret and physical means, into such a disturbed state that results appearing miraculous to the gullible can be easily achieved. Anything that seems to deviate from the normal course of nature is considered miraculous by the uninformed; and the Greek proverb θαύματα μωροίς, clearly states that miracles are only for the naive. In fact, who are the people today that shout "miracle," but weak and fearful individuals, worn down by excesses or age, suffering from anxiety; foolish old women who lack reasoning skills; or nervous and enthusiastic women who are looking for some compromises between vice and virtue, depravity and religion.
All the wonders of the creation are miraculous, if we are to consider those phenomena that are, and most probably will ever remain, beyond our humble and miserable comprehension to be such. The manifestations of the Creator’s will are daily exhibited in stupendous forms that strike the ignorant with awe, while they lead the man of science to bow in grateful veneration to that Almighty power that has harmonized the creation for our wellbeing, if we would only obey the sublime dictates of his laws, without attempting to scrutinize their spirit by quibbling with their letter.
All the wonders of creation are amazing, especially if we think about those phenomena that are, and likely will always be, beyond our limited understanding. The displays of the Creator’s will are shown every day in incredible forms that leave the ignorant in awe, while they cause the scientist to bow in grateful respect to that Almighty power that has organized creation for our benefit, if we would just follow the higher principles of His laws without trying to argue over their wording.
There can be but little doubt that the wonders of magnetism may be referred to the imagination; yet some of the phenomena must excite our surprise, and may occasion some degree of hesitation in invariably attributing its results to fancy. The Academy of Medicine of Paris having appointed a commission of twelve members to examine and report upon it, their inferences were as follow:
There’s hardly any doubt that the wonders of magnetism can be linked to our imagination; however, some of the phenomena are sure to surprise us and might make us hesitate to always attribute its effects to mere fantasy. The Academy of Medicine of Paris appointed a commission of twelve members to investigate and report on it, and their conclusions were as follows:
1. The effects of magnetism were not evident in healthy persons, and in some invalids.
1. The effects of magnetism were not obvious in healthy people and in some sick individuals.
2. They were scarcely apparent in others.
2. They were barely apparent in others.
3. They often appeared to be the result of ennui, monotony, and the influence of imagination.
3. They often seemed to come from boredom, routine, and the power of imagination.
4. Lastly, they are developed independently of these causes, very probably by the effects of magnetism alone.
4. Lastly, they develop independently of these causes, most likely due to the effects of magnetism alone.
The points of this report that I have printed in italics prove most clearly that the members of the commission, all of whom were decidedly adverse to the doctrine, were convinced, at least to a certain extent, by the experiments they had[Pg 394] witnessed, of some singular powers residing in this mysterious science. Such must have been the case, since we find three members seceding from their associates, Laennec, Double, and Magendie, all well known as distinguished physiologists, somewhat inclined to pure materialism, and what may be termed matter-of-fact men, who would hesitate in yielding their belief to any assertion that the scalpel could not demonstrate. Notwithstanding the protest of these gentlemen, the following were the conclusions of the commission:
The points in this report that I have printed in italics clearly show that the members of the commission, all of whom were strongly against the doctrine, were convinced, at least to some extent, by the experiments they had[Pg 394] witnessed, of some unusual powers in this mysterious science. This must have been the case, since we see three members breaking away from their colleagues, Laennec, Double, and Magendie, all of whom are well known as distinguished physiologists, somewhat inclined to pure materialism and what might be called matter-of-fact individuals, who would hesitate to accept any claim that the scalpel could not verify. Despite the objections of these gentlemen, the following were the conclusions of the commission:
1. Contact of the thumbs and magnetic movements are the means of relative influence employed to transmit magnetic action.
1. Touching thumbs and magnetic movements are the ways of influencing each other used to send magnetic energy.
2. Magnetism acts on persons of different age and sex.
2. Magnetism affects people of all ages and genders.
3. Many effects appear to depend on magnetism alone, and are not reproduced without it.
3. Many effects seem to rely on magnetism alone and aren't produced without it.
4. These effects are various. Sometimes magnetism agitates, at other times it calms. It generally causes acceleration of the pulse and respiration, slight convulsive movements, somnolency, and, in a few cases, somnambulism.
4. These effects vary. Sometimes magnetism stimulates, while at other times it soothes. It usually leads to faster pulse and breathing, mild convulsive movements, drowsiness, and in a few cases, sleepwalking.
5. The existence of peculiar characters of somnambulism has not yet been proved.
5. The existence of unique features of sleepwalking has not yet been proven.
6. It may, however, be inferred that this state of somnambulism prevails when we notice the development of new faculties, such as clairvoyance and intuitive foresight, or when it produces changes in the physiological condition of the individual, such as insensibility, sudden increase of strength, since these effects cannot be attributed to any other cause.
6. However, we can conclude that this state of sleepwalking exists when we observe the emergence of new abilities, like clairvoyance and intuitive foresight, or when it leads to changes in the individual's physical condition, such as numbness or a sudden boost in strength, since these effects can’t be explained by any other reason.
7. When the effects of magnetism have been produced, there is no occasion on subsequent trials to have recourse to passes.[42] The look of the magnetizer and his will have the same influence.
7. Once the effects of magnetism are created, there’s no need on future attempts to use passes.[42] The appearance of the magnetizer and their intent will have the same effect.
8. Various changes are effected in the perceptions and faculties of those persons in whom somnambulism has been induced.
8. Different changes occur in the perceptions and abilities of those people who have been put into a state of sleepwalking.
9. Somnambulists have distinguished with closed eyes objects placed before them. They have, then, read words, recognised colours, named cards, &c.
9. Sleepwalkers have identified objects placed in front of them with their eyes closed. They have also read words, recognized colors, named cards, etc.
10. In two somnambulists we witnessed the faculty of foreseeing acts of the organism to take place at periods more or less distant. One announced the day, the hour, and the minute of the invasion and recurrence of an epileptic fit; the[Pg 395] other foresaw the period of his recovery. Their anticipations were realized.
10. In two sleepwalkers, we saw the ability to predict bodily actions that would happen at varying times in the future. One predicted the day, hour, and minute of an impending epileptic seizure; the[Pg 395] other anticipated the timing of his recovery. Their predictions came true.
11. We have only seen one somnambulist who had described the symptoms of the diseases in three individuals presented to her.
11. We have only seen one sleepwalker who described the symptoms of the illnesses in three people presented to her.
12. In order to establish justly the relations of magnetism with therapeutics, one must have observed the effects on a number of individuals, and have made experiments on sick persons. Not having done this, the commissioners can only say, they have seen too few cases to enable them to form a decisive opinion.
12. To properly understand the relationship between magnetism and therapy, one must observe the effects on various individuals and conduct experiments on patients. Without doing this, the commissioners can only state that they have seen too few cases to reach a definite conclusion.
13. Considered as an agent of physiological phenomena, or of therapeutics, magnetism should find a place in the range of medical science, and be either practised, or its employment superintended by a physician.
13. As an agent of physiological processes or therapy, magnetism should be included in the scope of medical science and either practiced or overseen by a physician.
14. From the want of sufficient opportunities, the commission could not verify the existence of any other faculties in somnambulists; but its reports contain facts sufficiently important to conclude that the Academy ought to encourage researches in animal magnetism, as a curious fact of psychology and natural history.
14. Due to a lack of enough opportunities, the commission couldn’t confirm the existence of any other abilities in sleepwalkers; however, its reports include significant facts that suggest the Academy should support research in animal magnetism, as it is an interesting aspect of psychology and natural history.
This report was impugned by Mr. Dubois, in what he calls his rational conclusions, which of course maintain that those of the commission were irrational. However, in this paper he merely affirms his own incredulity, without supporting it upon any grounds of experiment or observation; and therefore his observations must be considered an individual attempt to refute the assertions of a body of scientific men, who, after diligently and maturely weighing the arguments in favour of a doctrine that they were previously disposed to condemn as unworthy of research, came to the conclusions that we have seen.
This report was challenged by Mr. Dubois, who refers to his reasoning as rational conclusions, implying that the commission's conclusions were irrational. However, in this paper, he simply expresses his disbelief without backing it up with any evidence from experiments or observations. Therefore, his remarks should be seen as a personal effort to dismiss the claims made by a group of scientists who, after carefully considering the arguments for a theory that they initially thought was not worth investigating, reached the conclusions we've discussed.
While the French Academy did not consider it beneath their dignity to investigate this doctrine, in other parts of Europe it attracted the attention both of the reigning monarchs and the most distinguished physicians. In Prussia, Hufeland, who had been one of the warmest opponents of magnetism, became a convert; and a clinical hospital was established in Berlin, by order of the government, to observe and record its phenomena. At Frankfort and Groningen, Drs. Passavant and Bosker published works on the subject; the latter having translated the critical history of Deleuze. At Petersburg, Dr. Stoffreghen, first physician of the Emperor, pronounced[Pg 396] himself with several colleagues in its favour; and most of these distinguished men seemed to partake of the opinion of the justly celebrated Orfila, who certainly may be considered as an authority, and who thus expressed himself on the subject:
While the French Academy didn’t think it was beneath them to investigate this doctrine, in other parts of Europe it caught the attention of ruling monarchs and leading physicians. In Prussia, Hufeland, who had previously been one of the strongest opponents of magnetism, became a supporter; and a clinical hospital was set up in Berlin, at the government’s order, to observe and record its phenomena. In Frankfurt and Groningen, Drs. Passavant and Bosker published works on the subject, with the latter translating Deleuze's critical history. In Petersburg, Dr. Stoffreghen, the Emperor’s chief physician, along with several colleagues, publicly expressed their support; and most of these notable figures seemed to share the opinion of the well-respected Orfila, who can certainly be regarded as an authority, and who stated the following on the matter:
“If there exists trickery and quackery in animal magnetism, its adversaries are too hasty in refusing to admit all that has been asserted in regard to its effects. The testimony of enlightened physicians should be considered as proofs. If the magnetic phenomena appear extraordinary, the phenomena of electricity appeared equally marvellous in its origin. Was Franklin to be considered a quack when he announced that with a pointed metal he could command thunder? Whether magnetism acts in good or in evil, it is clearly a therapeutic agent, and it behoves both the honour and the duty of the Academy to examine it.”
“If there's deception and fraud in animal magnetism, its opponents are too quick to dismiss everything that's been claimed about its effects. The insights of knowledgeable doctors should be treated as evidence. If the magnetic phenomena seem unusual, the phenomena of electricity were just as astonishing when they first emerged. Should we have labeled Franklin a fraud when he claimed he could control thunder with a pointed metal object? Whether magnetism is beneficial or harmful, it is undeniably a therapeutic tool, and it is both the honor and responsibility of the Academy to investigate it.”
Such is the present state of this curious science. To what credit it may be entitled, and how far it may become a useful medical agent, experience alone can decide. At the same time, it would be unjust to assert, in our present ignorance, that all the learned and independent men who support it are either fools or knaves.[43]
Such is the current state of this interesting field of study. Only experience can determine how much credit it deserves and how useful it might be as a medical tool. At the same time, it wouldn’t be fair to say, given our current lack of knowledge, that all the knowledgeable and independent individuals who back it are either foolish or dishonest.[43]
POISONOUS FISHES.
The deleterious qualities of certain fishes have long been the subject of medical conjectures. It is somewhat singular, and most difficult to account for, that the same fish should be wholesome in some waters, and deadly in others, although under the same latitude, and when, to all appearance at least, no local cause can be discovered to which we might reasonably attribute this fatal property. So powerful and prompt moreover, it is in its action that rapid death will ensue whenever a small portion of the fish has been eaten. Such, for instance, is generally the case with the yellow-bill sprat, the clypea thrissa.
The harmful characteristics of certain fish have been a topic of medical speculation for a long time. It's quite strange and hard to explain that the same fish can be safe to eat in some bodies of water and toxic in others, even though they’re in the same geographical area, and seemingly, there's no obvious reason to attribute this deadly quality to any local factors. Additionally, the effects can be so strong and immediate that consuming just a small amount of the fish can lead to quick death. A common example of this is the yellow-bill sprat, the clypea thrissa.
Some naturalists attribute this poison to copper banks, on or near which the fish may feed. The absurdity of this opinion has been fully demonstrated; in the first instance, no such copper banks have been discovered in the West Indies, and these fish abound on the coasts of islands of coral formation. Moreover, it is not likely that this mineral should saturate the animal; and, even if it could produce this effect, the entire body would in all probability be affected, whereas the poison seems to lie in particular parts, chiefly in the intestines, the liver, the fat, &c. This is evident from the practice of fishermen, who can eat poisonous fish with impunity if they have taken the precaution to draw them carefully and salt them. In addition to these observations, the symptoms of the disease thus produced, by no means resemble those of mineral poisons. Dr. Chisholm, who pretends that copper banks do exist in the Windward Islands, is of this opinion. Admitting the facts, it may be asked, have the waters of these seas been impregnated by the copper? if they are not, how can its influence extend to its inhabitants? and why are particular fish only affected? Moreover, although it is well known that certain substances are deleterious to some animals and harmless to others, yet one might fancy that, if the coppery principal of an animal’s flesh could poison, it is not irrational to think that the same deadly substance would also destroy the animal. The presence of this mineral has never been detected by any chemical test; and, if the poison consisted in copper, how could salting the fish destroy it? In opposition to these objections, it has been maintained that fish may be rendered poisonous by feeding on the marine[Pg 398] plants that grow upon these deadly banks. Now, unless it could be proved that copper is not injurious to fish, these same lithophyta and zoophyta would no doubt poison them.
Some naturalists believe the poison comes from copper banks where the fish might feed. The ridiculousness of this idea has been clearly shown; for starters, no copper banks have been found in the West Indies, and these fish are plentiful off the coasts of coral islands. Also, it's unlikely that this mineral could saturate the animal, and even if it could, the whole body would probably be impacted, but the poison seems to be concentrated in specific areas, mainly in the intestines, liver, fat, etc. This is clear from what fishermen do, as they can safely eat poisonous fish if they take care to gut and salt them properly. Furthermore, the symptoms of the resulting illness do not resemble those of mineral poisons. Dr. Chisholm, who claims that copper banks exist in the Windward Islands, holds this view. If we accept the facts, we can ask: have the waters in these seas been contaminated by copper? If they haven’t, how can its effects reach the fish, and why are only certain fish affected? Additionally, while it’s known that some substances are harmful to specific animals but not to others, one might think that if the copper content in an animal's flesh could cause poisoning, it wouldn’t be unreasonable to expect that the same poisonous substance would also harm the animal itself. No chemical test has ever shown the presence of this mineral, and if the poison were from copper, how could salting the fish eliminate it? In defense of this argument, it's been suggested that fish could become poisonous by eating the marine plants that grow on these toxic banks. However, unless it can be proven that copper is not harmful to fish, those same lithophyta and zoophyta would certainly poison them.
However, it is more than probable that it is to a certain injurious food that these dangerous qualities are to be referred. Various plants that grow in these regions are of a poisonous nature to man, although, as I have just observed, they may not be so destructive to fish. The circumstance of the alimentary tube being more poisonous than any other part seems to warrant the conclusion; and I have observed in the West Indies, that the crabs that feed upon banks where the manchineel is to be found, frequently occasion serious, and sometimes fatal accidents. On the coast of Malabar, crabs are poisonous in the month of October, when the blue tithymale abounds.
However, it’s very likely that a certain harmful food is responsible for these dangerous qualities. Various plants that grow in these areas are toxic to humans, although, as I mentioned earlier, they might not be as harmful to fish. The fact that the digestive tract is more poisonous than any other part seems to support this conclusion; and I’ve noticed in the West Indies that crabs that feed in areas where the manchineel tree is present often cause serious, sometimes even fatal, accidents. Along the coast of Malabar, crabs are toxic in October, when the blue tithymale is plentiful.
Whatever may be the causes of this deadly principle, the effects are most rapid. When a large quantity has been taken, the patient soon dies in strong convulsions; but frequently, when the quantity and the nature of the poison have not been sufficient to occasion death, the body becomes emaciated, the cuticle peels off, particularly on the palms of the hands and the soles of the feet, the hair drops, acute pains shoot through every joint, and the sufferer not unfrequently sinks under a lingering disease. In these cases change of climate has been found the most effectual remedy, and a return to Europe becomes indispensable.
Whatever the causes of this deadly principle may be, the effects are very quick. When a large amount has been consumed, the patient usually dies from severe convulsions; however, often, even when the quantity and type of poison aren’t enough to cause death, the body becomes thin, the skin peels off—especially on the palms and soles—the hair falls out, sharp pains shoot through every joint, and the person often succumbs to a prolonged illness. In these situations, changing the climate has proven to be the most effective remedy, and returning to Europe becomes essential.
The usual symptoms that denote the presence of the poison, are languor, heaviness, drowsiness, great restlessness, flushing of the face, nausea, griping, a burning sensation, at first experienced in the face and eyes, and then extending over the whole body; the pulse, at first hard and frequent, soon sinks, and becomes slow and feeble. In some cases the salivary glands become tumefied with a profuse salivation; and the body, and its perspiration, are as yellow as in the jaundice. These peculiar symptoms have frequently been known to arise after eating the rock-fish.
The common signs that indicate the presence of the poison include fatigue, heaviness, drowsiness, intense restlessness, facial flushing, nausea, stomach cramps, and a burning feeling that starts in the face and eyes before spreading throughout the body. The pulse, initially strong and fast, soon weakens and becomes slow. In some cases, the salivary glands swell, leading to excessive saliva production, and the body and its sweat turn yellow, similar to jaundice. These specific symptoms have often been reported after consuming rock-fish.
The remedies that are usually resorted to are stimulants. Capsicum has been considered a powerful antidote; and the use of ardent spirits or cordials has also been strongly urged. It has been observed, that persons who had drunk freely, or who had taken a dram after eating fish that had disordered others, were, comparatively speaking, exempt from the severity of the disease. A decoction of the root of the sour-sop, and an infusion of the flowers of the white cedar and the[Pg 399] sensitive plant have also been advised by several West India practitioners.
The usual treatments are stimulants. Capsicum is known to be a strong antidote, and the use of spirits or cordials has also been highly recommended. It has been noted that people who drank a lot or had a shot after eating fish that upset others were, generally speaking, less severely affected by the illness. A decoction of the root of the sour-sop, and an infusion of the flowers of the white cedar and the [Pg 399] sensitive plant have also been suggested by several practitioners in the West Indies.
The practice of putting a silver spoon in the water in which fish is boiled, to ascertain its salubrity, is a popular test that cannot be depended on. Fishermen have observed that fish that have no scales are more apt to prove injurious; and those of uncommon size are looked upon as the most dangerous.
The practice of putting a silver spoon in the water where fish are boiled to check if it's safe is a common test, but it’s not reliable. Fishermen have noticed that fish without scales are more likely to be harmful, and those that are unusually large are considered the most dangerous.
To ascertain whether the nature of the fishes’ food could thus render them poisonous, Mr. Moreau de Jonnês had recourse to many curious experiments. He took portions of polypes found in the waters reputed dangerous, more particularly the liriozoa Caribæa, the millepora polymorpha, the gorgonia pinnata, the actinia anemone, &c., and, having enveloped them in paste, he fed fishes with them; but in no one instance was any prejudicial result observed. He tried in the same manner the physalis pelagica of Lamark, which contains an acrid and caustic fluid; but the fish invariably refused it, nor would they touch fragments of the manchineel apple.
To find out if the type of food the fish eat could make them poisonous, Mr. Moreau de Jonnês conducted various interesting experiments. He took pieces of polyps found in waters known to be dangerous, especially the liriozoa Caribæa, the millepora polymorpha, the gorgonia pinnata, the actinia anemone, etc., and wrapped them in paste to feed to the fish; however, in every case, no harmful effects were observed. He also tried the same method with the physalis pelagica of Lamark, which has a bitter and corrosive fluid; but the fish always refused it and wouldn’t even touch pieces of the manchineel apple.
Oysters have been known to produce various accidents; and, when they were of a green colour, it has been supposed that this peculiarity was also due to copper banks. This is an absurdity; the green tinge is as natural to some varieties as to the esox belone, whose bones are invariably of the same hue as verdigrise. Muscles frequently occasion feverish symptoms, attended with a red, and sometimes a copper-coloured, efflorescence over the whole body. These accidents appear to arise from some peculiar circumstances. In Boulogne I attended a family in which all the children who had eaten muscles were labouring under this affection, while not another instance of it was observed in the place. In the Bahama Islands I witnessed a fatal case in a young girl who had eaten crabs; she was the only sufferer, although every individual in the family had shared in the meal. The idea of the testaceous mollusca avoiding copper-bottomed vessels, while they are found in abundance on those that are not sheathed, is absurd; this circumstance can be easily explained by the greater facility these creatures find in adhering to wood. There is every reason to believe, that the supposed poisonous oysters found adhering to the copper bottom of a ship in the Virgin Isles, and the occasional accidents amongst the men that ate them, were only so in the observer’s imagination, and that part of the ship’s company were affected by some other causes. Another report, equally[Pg 400] absurd, was that of the fish having gradually quitted the Thames and Medway since coppering ships’ bottoms has been introduced! The following may be considered the fish that should be avoided:
Oysters have been known to cause various issues; and when they were green, it was thought that this unusual color was due to copper in the environment. This is nonsense; the green tint is natural for some varieties, just like the esox belone, whose bones are typically the same color as verdigris. Mussels often cause feverish symptoms, along with a red, and sometimes copper-colored, rash all over the body. These issues seem to come from specific circumstances. In Boulogne, I cared for a family where all the children who ate mussels were suffering from this condition, while no other cases were reported in the area. In the Bahamas, I saw a fatal case in a young girl who had eaten crabs; she was the only one affected, even though everyone in the family had eaten the same meal. The idea that shellfish avoid copper-bottomed vessels while they thrive on uncoated ones is ridiculous; this can be easily explained by their preference for attaching to wood. There’s every reason to believe that the supposedly poisonous oysters found on the copper bottom of a ship in the Virgin Islands, and the occasional troubles experienced by the crew who ate them, were merely in the observer's imagination, and that other factors affected part of the ship's crew. Another equally[Pg 400] absurd claim is that fish have gradually left the Thames and Medway since copper sheathing was introduced! The following are the types of fish that should be avoided:
The Spanish mackerel, | Scomber cæruleo-argenteus. | |
The yellow-billed sprat, | Clupea thrissa. | |
The baracuta, | Esox baracuta. | |
Grey snapper, | Coracinus fuscus. | |
The porgie, | Sparus chrysops. | |
The king-fish, | Scomber maximus. | |
The hyne, | Coracinus minor. | |
Bottle-nosed cavallo, | Scomber. | |
Old wife, | Balistes monoceros. | |
Conger eel, | Muræna major. | |
Sword-fish, | Xiphias gladius. | |
Smooth bottle-fish, | Ostracion globellum. | |
Rock-fish, | Perca manna. |
I have known accidents arise from the use of the dolphin on the high seas; and, while I was in the West Indies, a melancholy instance of the kind occurred, when the captain, mate, and three seamen of a trading vessel died from the poison; a passenger, his wife, and a boy, were the only survivors, and were fortunately picked up in the unmanageable vessel.
I have seen accidents happen from using the dolphin in the open sea; and while I was in the West Indies, a sad incident occurred when the captain, first mate, and three crew members of a trading ship died from the poison; a passenger, his wife, and a boy were the only survivors and were luckily rescued from the uncontrollable vessel.
The above catalogue of poisonous fishes is extracted from Dr. Dancer’s “Jamaica Practice of Physic,” and its correctness fell under my own observation in the Wrest Indies. The different systems and classifications of ichthyologists have produced much confusion, and may lead to fatal errors; I think it therefore advisable to submit to travellers, who may have to visit these unhealthy regions, the names of the toxicophorous fishes according to the French momenclature.
The catalog of poisonous fish above is taken from Dr. Dancer’s “Jamaica Practice of Physic,” and I have verified its accuracy through my own observations in the West Indies. The various systems and classifications used by ichthyologists have created a lot of confusion and can lead to serious mistakes; I believe it’s important to provide travelers who may be visiting these unhealthy areas with the names of the toxicophorous fish according to the French nomenclature.
Le poisson armé, | Diodon orbicularis. | |
La lune, | Tetraodon mola.—Linn. | |
Le tétraodon ocellé, | T. ocellatus. | |
Le t. scélérat, | T. scelreatus. | |
La vieille, | Balistes vetula. | |
La petite vieille, | B. monoceros.—Lynn. | |
Alutus monoceros.—Cuvier. | ||
Le coffre triangulaire, | Ostracion trigonus.—Bloch. | |
La grande orphie, | Esox Brasiliensis.—Lynn. | |
La petite orphie, | E. marginatus.—Lacepede. | |
Le congre, | Muræna conger.—Minnesota. | |
Le perroquet, | Sparus psittacus.—Lacepède. | |
Le capitaine, | S. erythrinus.—Bloch. | |
La bécune, | Sphyræna becuna. | |
Le thon, | Scomber thynnus.—Lynn. | |
La carangue, | Caranx carangus. |
[Pg 401]A work, in which a synonymous catalogue of all the fishes supposed to be poisonous might be found, would be highly desirable, as they generally bear different popular and scientific names, thus producing a dangerous confusion even amongst naturalists; how much more dangerous amongst seafaring people and voyagers!
[Pg 401]A project that includes a synonymous list of all the fish believed to be poisonous would be greatly beneficial, as they often have various common and scientific names, which creates a confusing situation even for experts; how much more perilous it is for sailors and travelers!
I cannot conclude this article without noticing the singular properties of those electric fishes denominated the torpedo-ray and the gymnote. They had been long known to naturalists, and the ancients attributed their destructive faculties to a magic power that Oppian had recorded in his Alieuticon, where he describes a fisherman palsied through the hook, the line, and the rod. This influence being voluntary on the part of the animal, seemed to warrant the belief in its mischievous nature, since it allows itself sometimes to be touched with impunity, while at others it burrows itself under the sand of the beach, when the tide has receded, and maliciously benumbs the astonished passenger who walks over it. This singular fish, which is common in the Mediterranean Sea, has been described both by the Greek and Roman writers; amongst others, by Aristotle and Athenæus: and Socrates, in his Dialogues, compares a powerful objection, to the influence of the torpedo.
I can't finish this article without mentioning the unique traits of the electric fish known as the torpedo-ray and the gymnote. They have been recognized by naturalists for a long time, and ancient people attributed their harmful abilities to a magical power that Oppian documented in his Alieuticon, where he describes a fisherman paralyzed by the hook, line, and rod. Since this effect is intentional on the part of the fish, it supports the idea of its mischievous nature, as it sometimes allows itself to be touched without consequences while at other times it hides under the sand when the tide goes out, maliciously numbing any unsuspecting passerby who walks over it. This remarkable fish, which is common in the Mediterranean Sea, has been described by both Greek and Roman writers, including Aristotle and Athenæus; and Socrates, in his Dialogues, compares a powerful objection to the effect of the torpedo.
This voluntary faculty has been observed by Lacépède and Cloquet in the Mediterranean, and at La Rochelle. In torpedos kept in water for experimental purposes, Réaumur found that he handled them without experiencing any shock for some time, until they at last appeared to become impatient: he then experienced a stunning sensation along the arm, not easily to be described, but resembling that which is felt when a limb has been struck with a sudden blow. One of the experiments of this naturalist proved the extensive power of this faculty. He placed a torpedo and a duck in a vessel containing sea-water, covered with linen to prevent the duck from escaping, without impeding the bird’s respiration. At the expiration of a few minutes the animal was found dead, having been killed by the electric shocks of its enemy.
This voluntary ability has been noted by Lacépède and Cloquet in the Mediterranean and at La Rochelle. In experiments with torpedoes kept in water, Réaumur discovered that he could handle them without feeling any shock for a while, until they seemed to become restless. He then felt a stunning sensation in his arm, which was hard to describe but similar to the feeling you get when you suddenly hit a limb. One of this naturalist’s experiments demonstrated the wide-reaching power of this ability. He placed a torpedo and a duck in a vessel filled with sea water, covered with linen to stop the duck from escaping while allowing it to breathe. After a few minutes, the duck was found dead, having been killed by electric shocks from the torpedo.
Redi was the first who demonstrated this faculty. Having laid hold of a torpedo recently caught, he had scarcely touched it, when he felt a creeping sensation shooting up to the shoulder, followed by an unpleasant tremor, with a lancinating pain in the elbow. These sensations he experienced as often as he touched the animal; but this faculty gradually decreased in strength as the animal became exhausted and[Pg 402] dying. These experiments he related in a work entitled “Esperienze intorno à diverse cose naturali.” Florence, 1671.
Redi was the first to show this ability. After catching a torpedo, he barely touched it before feeling a tingling sensation shooting up to his shoulder, followed by an unpleasant tremor and sharp pain in his elbow. He experienced these sensations every time he touched the animal, but this ability gradually weakened as the animal became exhausted and[Pg 402] died. He described these experiments in a work called “Esperienze intorno à diverse cose naturali.” Florence, 1671.
In 1774, Walsh made some very interesting experiments at the Isle of Ré and La Rochelle, and clearly demonstrated this electric faculty in a paper On the electric property of the torpedo. In one of them he found that this fish could produce from forty to fifty shocks in the course of ninety minutes. The electrified individuals were isolated; and at each shock the animal gave, it appeared to labour under a sense of contraction, when its eyes sunk deep in their sockets.
In 1774, Walsh conducted some fascinating experiments at the Isle of Ré and La Rochelle, and clearly demonstrated this electric capability in a paper titled On the electric property of the torpedo. In one experiment, he discovered that this fish could deliver between forty and fifty shocks over a span of ninety minutes. The electrified fish were kept isolated, and with each shock they delivered, it seemed to experience a sense of contraction, as its eyes sank deep into their sockets.
The trichiurus electricus of Linnæus, the rhinobatus electricus of Schneider, and the gymnonotus electricus of Surinam, are the species of this singular fish with which experiments have chiefly been made. The gymnonotus is a kind of eel, five or six feet in length, and its electric properties are so powerful that it can throw down men and horses. This animal is rendered more terrific from the velocity of his powers of natation, thus being able to discharge its thunder far and near. When touched with one hand the shock is slight; but when grasped with both, it is so violent that, according to the accounts of Collins Flag, the electric fluid can paralyze the arms of the imprudent experimentalist for several years. This electric action is analogous to that which is obtained by means of the fulminating plate, which is made of glass with metallic plates. Twenty-seven persons holding each other by the hands, and forming a chain, the extremities of which corresponded with the points of the fish’s body, experienced a smart shock. These shocks are produced in quick succession, but become gradually weaker as the fluid appears to be exhausted. Humboldt informs us, that, to catch this fish, wild horses are driven into the water, and after having expended the fury and the vigour of the gymnonotus, fishermen step in and catch them either with nets or harpoons. Here we find that the irritable or sensorial power is exhausted through the medium of electricity. These phenomena may be attributed to an electric or Voltaic aura; and the organ of the animal that secretes the fluid resembles in its wonderful structure the Voltaic apparatus. Both the gymnote and the torpedo obey the laws of electricity, and their action is limited to the same conducting and non-conducting mediums. The electric sparks proceeding from the gymnote have been plainly seen in a dark chamber by Walsh, Pringle, Williamson, and others. The fish has four electric organs, two large and two small ones, extending on each side of the body from the[Pg 403] abdomen to the end of the tail. These organs are of such a size that they constitute one third of the fish’s bulk. Each of them is composed of a series of aponeurotic membranes, longitudinal, parallel, horizontal, and at about one line’s distance from each other. Hunter counted thirty-four of these fasciculi in one of the largest. Other membranes or plates traverse these vertically, and nearly at a right angle; thus forming a plexus or net-work of numerous rhomboidal cells. Hunter found no less than two hundred and forty of these vertical plates in the space of eleven inches.
The trichiurus electricus identified by Linnaeus, the rhinobatus electricus from Schneider, and the gymnonotus electricus from Surinam are the main species of this unique fish that have been studied. The gymnonotus is a type of eel, around five or six feet long, and its electric abilities are so strong that it can knock down both people and horses. This creature is even more frightening due to its swift swimming capabilities, allowing it to release its electric shock over considerable distances. A gentle touch with one hand produces only a minor shock, but if both hands grasp it, the shock is so intense that, as reported by Collins Flag, it can leave the arms of the reckless experimenter paralyzed for several years. This electric effect is similar to what is produced by a fulminating plate made of glass with metal plates. When twenty-seven people join hands to form a chain linking to the fish’s body, they all feel a sharp shock. These shocks come in quick succession but gradually weaken as the electric charge diminishes. Humboldt notes that to catch this fish, wild horses are driven into the water, and after tiring out the gymnonotus, fishermen enter to catch them with nets or harpoons. This shows that the irritability or sensory power is depleted through an electric medium. These phenomena may be attributed to an electric or Voltaic aura, and the organ that produces the electric fluid in the animal resembles the structure of a Voltaic device. Both the gymnote and the torpedo fish follow the principles of electricity, and their effects are confined to the same conductive and non-conductive materials. Electric sparks from the gymnote have been clearly observed in a dark room by Walsh, Pringle, Williamson, and others. The fish has four electric organs, two large and two small, stretching along each side of its body from the[Pg 403] abdomen to the tail’s end. These organs are so large that they make up one-third of the fish's total mass. Each organ is made up of a series of connective tissue membranes that are long, parallel, horizontal, and spaced about a line apart. Hunter counted thirty-four of these bundles in one of the largest specimens. Other membranes or plates run vertically through them, nearly at right angles, forming a network of many rhomboidal cells. Hunter identified no fewer than two hundred and forty of these vertical plates in a span of eleven inches.
This apparatus, analogous to the Voltaic pile, is brought into action by a system of nerves rising from the spinal marrow, each vertebra giving out a branch; other branches, rising from a large nerve, running from the basis of the cranium to the extremity of the tail. All these ramifications are spread and developed in the cells of the electric organs, to transmit its powerful fluid, and strike with stupor or with death every animal that comes within its reach. Lacépède has justly compared this wonderful mechanism to a battery formed of a multitude of folio-electric pieces.
This device, similar to the Voltaic pile, is activated by a network of nerves originating from the spinal cord, with each vertebra sending out a branch. Additional branches stem from a large nerve that runs from the base of the skull to the end of the tail. All these branches are distributed and organized in the cells of the electric organs, allowing them to transmit a powerful charge that can stun or kill any creature that comes too close. Lacépède rightly likened this amazing mechanism to a battery made up of numerous electric components.
The electric organ of the malapterus electricus is of a different formation. This fish, found in the Nile and in other rivers of Africa, is called by the Arabs raash or thunder. In this animal the electric fluid extends all round the body, immediately under the integuments, and consists of a tissue of cellular fibres so dense, that it might be compared to a layer of bacon; but, when carefully examined, it consists of a series of fibres forming a complex net-work. These cells, like those in the gymnote, are lubricated with a mucous secretion. The nervous system of this intricate machinery is formed by the two long branches of the pneumo-gastric nerves, which in fishes usually run under each lateral line. Here, however, they approach each other on leaving the cranium, traversing the first vertebra.
The electric organ of the malapterus electricus has a different structure. This fish, found in the Nile and other rivers in Africa, is called raash or thunder by the Arabs. In this creature, the electric fluid spreads all around the body, just under the skin, and is made up of a dense tissue of cellular fibers that could be compared to a layer of bacon. However, on closer inspection, it consists of a series of fibers forming a complex network. These cells, like those in the gymnote, are coated with a mucous secretion. The nervous system of this complex structure is made up of the two long branches of the vagus nerves, which usually run underneath each lateral line in fish. Here, though, they come closer together as they leave the skull, passing through the first vertebra.
Linnæus had classed the torpedo in the genus ray, and hence called it raia torpedo. Later naturalists have restored to it its ancient name, as given by Pliny, and termed it torpedo, of which four species are described: the T. narke, or with five spots; the T. unimaculata, marked, as the name indicates, with one spot; the T. marmorata, and the T. Galvanni.
Linnæus classified the torpedo under the genus ray, calling it raia torpedo. Later naturalists returned to its original name, as mentioned by Pliny, and referred to it as torpedo, which includes four described species: the T. narke, known for its five spots; the T. unimaculata, which has one spot as indicated by its name; the T. marmorata; and the T. Galvanni.
The ancients placed much faith in the medicinal properties of these fishes. Hippocrates recommends its roasted flesh in dropsies that follow liver affections. Dioscorides[Pg 404] prescribed its application in cases of obstinate headaches and rheumatisms. Galen and other physicians recommend the application of the living animal; and Scribonius Largus states that the freedman Anteroes was cured of the gout by this practice. To this day, in Abyssinia, fever patients are tied down on a table, and a torpedo is applied to various parts of the body. This operation, it is affirmed, causes great pain, but is an infallible remedy.
The ancients had a lot of belief in the healing powers of these fish. Hippocrates suggested eating its roasted flesh for swelling that follows liver issues. Dioscorides[Pg 404] recommended its use for persistent headaches and rheumatism. Galen and other doctors advised using the live animal, and Scribonius Largus mentioned that the freedman Anteroes was cured of gout through this method. Even today, in Abyssinia, fever patients are strapped to a table while a torpedo fish is placed on different parts of their body. This procedure is said to be very painful, but it's considered an effective treatment.
MEMORY AND THE MENTAL FACULTIES.
This noble faculty, the proudest attribute of mankind, justly called the mother of the Muses, is subject to be impaired by various physical and moral causes, while a similar agency can sometimes restore it to its pristine energy, or develope its powers when sluggish and defective. Memory may be considered as the history of the past chronicled in our minds, to be consulted and called upon whenever circumstances stances or the strange complication of human interests demand its powerful aid. Its powers and nature widely differ, and these varieties depend upon education, natural capacities, mode of living, and pursuits. Thus memory has been divided into that faculty that applies to facts, and to that more superficial quality that embraces a recollection of things, to which must be added the memory of localities and words: “Lucullus habuit divinam quamdam memoriam rerum, verborum majorem Hortensius,” said Cicero.
This amazing ability, the most admirable trait of humanity, rightly called the mother of the Muses, can be weakened by various physical and moral factors, while similar influences can sometimes restore it to its original strength or enhance its capabilities when it's slow or lacking. Memory can be seen as the record of the past stored in our minds, ready to be accessed whenever situations or the complex nature of human interests require its strong support. Its abilities and characteristics vary widely, and these differences depend on education, natural talent, lifestyle, and activities. Therefore, memory is divided into the ability related to facts and that more superficial aspect that involves recalling things, including the memory of places and words: “Lucullus had a divine memory of things, and a greater memory of words than Hortensius,” said Cicero.
It is on this division that Aristotle founded his belief that the brute creation had not the faculty of reminiscence, although he allowed them to possess memory. According to his doctrine, reminiscence is the power of recollecting an object by means of a syllogistic chain of thought; an intellectual link with which animals do not seem to be gifted. Their memory appears solely to consist of the impressions received by the return of circumstances of a similar kind. Thus, a horse that has started on a certain part of a road will be apt to evince the same apprehension when passing the same spot. This is an instinctive fear, but not the result of calculation or the combination of former ideas. Reminiscence is the revival of memory by reflection; in short, the recovery or recollection of lost impressions.
It is based on this distinction that Aristotle formed his belief that animals do not have the ability for reminiscence, though he acknowledged that they have memory. According to his theory, reminiscence is the ability to recall something through a logical chain of thought; a mental connection that animals don’t seem to have. Their memory seems to rely only on the impressions made by similar past experiences. For instance, a horse that has been frightened in a specific part of a road is likely to show the same fear when it passes that spot again. This reaction is instinctive, not the result of reasoning or combining previous thoughts. Reminiscence is the process of recalling memories through reflection; in other words, it’s about recovering or remembering lost impressions.
[Pg 405]The recollection of things or facts can alone bring forth a sound judgment. It implies a regular co-ordination of ideas, a catenation of reflections, in which circumstances are linked with each other. The chain broken, no conclusion can be drawn. Newton was wont to lose the thread of an important conversation when his mind was in search of an idea. This is the reason why the society of the learned is seldom entertaining to the generality of men. They are considered absent, while their brain is busily employed in pursuits perhaps of great importance; they must therefore be anything but agreeable to those who generally think through the medium of other persons’ brains.
[Pg 405]Remembering facts and details is what leads to good judgment. It requires a consistent arrangement of ideas, a connection of thoughts where different circumstances relate to one another. If that connection is lost, no conclusions can be made. Newton often lost track of crucial conversations when he was trying to come up with an idea. That's why discussions among learned people are usually not engaging for most folks. They seem distracted while their minds are focused on important pursuits. As a result, they're often not enjoyable for those who typically think using others' ideas.
The brain is considered to be the seat of memory. When it is injured, remembrance is impaired; and, on the other hand, an accident has been known to improve the recollective faculties. A man remarkable for his bad memory fell from a considerable height upon his head; ever after he could recollect the most trifling circumstance. The effects of different maladies will also produce various results on this faculty. In some instances names of persons and things are completely forgotten or misapplied; at other times, words beginning with a vowel cannot be found. Sudden fright and cold have produced the same effects. An elderly man fell off his horse in crossing a ford in a winter’s night; ever afterward he could not bring to his recollection the names of his wife and children, although he did not cease to recognise and love them as fondly as before the accident. Cold has been at all times considered injurious to memory; hence Paulus Æginus called Oblivion the child of Cold.
The brain is seen as the center of memory. When it gets damaged, memory is affected; conversely, an injury has been known to enhance remembering abilities. A man who was known for his terrible memory fell from a significant height onto his head; from that point on, he could remember even the smallest details. Different illnesses can also lead to varied effects on this ability. In some cases, names of people and things are completely forgotten or misused; at other times, words starting with a vowel become elusive. Sudden shock and cold can have similar effects. An older man fell off his horse while crossing a stream on a winter night; afterward, he could not recall the names of his wife and children, even though he continued to recognize and love them just as much as before the accident. Cold has always been thought to harm memory; that's why Paulus Æginus referred to Forgetfulness as the child of Cold.
In fevers, and a state of great debility, in a disordered condition of the digestive functions, and various affections of the head, we generally find that the attention cannot long be applied to any one subject or a continued train of thoughts; all past circumstances are readily forgotten, while passing occurrences are most acutely observed and felt, excepting in cases of delirium, when we have the perception of surrounding objects or receive an erroneous impression of their nature and agency. In many cases of this nature, we find that conversation produces great excitement and increases the evil, for the subject of such intercourse is generally misconceived and distorted through the medium of a morbid conception, while the past, the present, and the future are grouped in a confused and most heterogeneous and incoherent jumble.
In fevers and a state of extreme weakness, with disordered digestion and various head issues, we often find that it's hard to focus on one topic or maintain a stream of thoughts for long. Past events are easily forgotten, while current happenings are felt very acutely—except in cases of delirium, where we might misinterpret what we see around us or get a false idea of their nature and influence. In many such cases, talking can cause a lot of agitation and worsen the situation because the topic of conversation is usually misunderstood and twisted through a distorted mindset, leading to a confused and chaotic mix of past, present, and future events.
Philosophers have endeavoured to fix the seat of memory[Pg 406] in various portions of the brain. The ancients fancied that it was lodged in the posterior part of the cranium; having observed that when persons endeavoured to recollect any thing, they usually scratched the back part of the head. The Arabian physicians entertained a similar belief. Gratarola maintained that a great protuberance of the occiput indicated a good memory. Gall places it above the orbitary cavity of the eye, and even behind it. It has long been thought that persons with protuberant eyes had quick recollections. The physical condition of the brain has also been considered as materially affecting memory. What physiologists have called a moist brain was looked upon as unfavourable to its development; and it was therefore owing to the soft and pulpy condition of the cerebral organs in young children that the difficulty of impressing anything upon their minds arose; the same stupidity being observed in cases where water was supposed to be lodged in the brain. While this humid state was considered as injurious to memory, dryness of the organ was also esteemed an obstacle of a similar nature; and in old age it is by this state of siccity that failure in memory was attempted to be explained. This failure of memory as age advances may, however, be explained in a much more rational manner. Old people will bear in lively recollection the events that attended their childhood, their youth, and manhood; it is only recent occurrences that shed a transient impression on their minds. The cause of this may be considered to arise from the extreme impressionability that prevails in early life, when every organ is prompt in responding to each call upon its powers; when the charms of novelty tinge with a brighter, yet a more lasting lustre, all our pleasurable sensations; when grief had not yet wrung the young heart till its fibres became callous to future pangs, when perfidy and ingratitude have shown us that all is vanity, and calm philosophy has tutored our passions in the school of Adversity. Reason now sits upon the judgment-seat, and all that we then can wonder at that is, at any time we could have wondered at any thing. Why, then, are we to seek for a material theory of the mind, when our daily experience shows us that it is under the influence of so many moral agents?
Philosophers have tried to locate the source of memory[Pg 406] in different parts of the brain. The ancients believed it was found in the back of the skull, as they noticed that when people were trying to remember something, they often scratched the back of their heads. The Arabian doctors had a similar idea. Gratarola argued that a prominent bump at the back of the head indicated a good memory. Gall positioned it above the eye socket and even behind it. It has long been thought that people with bulging eyes have sharp memories. The physical state of the brain has also been considered to significantly impact memory. What physiologists referred to as a moist brain was thought to hinder its development, leading to the notion that the soft and pulpy state of the brain in young children caused the difficulty in making lasting impressions; a similar dullness was observed in cases where fluid was believed to be trapped in the brain. While this wet condition was seen as harmful to memory, a dry brain was also regarded as a similar barrier, explaining memory decline in old age as a result of dryness. However, this decline in memory as we age can be explained in a much more logical way. Older people can vividly remember the events of their childhood, youth, and adulthood; it’s only recent events that leave a fleeting impression on their minds. This may be due to the intense impressionability present in early life, when each part of us reacts quickly to its demands; when the novelty of experiences enhances all our pleasurable feelings; when sadness hasn’t yet hardened the young heart into insensitivity, and betrayal and ingratitude haven’t shown us that all is fleeting, while calm reasoning has guided our emotions through life's challenges. Now, reason takes the lead, and everything that once amazed us can seem trivial. So, why are we trying to find a physical explanation for the mind when our everyday experience shows us it's influenced by so many moral factors?
We have, moreover, convincing proof that the brain may be materially affected, without any deterioration of the mental faculties. Dr. Ferriar mentions a man in whom the whole of the right hemisphere, that is, one half of the brain, was found destroyed, but who retained all his faculties till the very [Pg 407]moment of his death. Diemerbrook states another case where half a pound of matter was found in the substance of the brain. O’Hallaran relates the history of a man who had suffered such an injury of the head, that a large portion of his brain was removed on the right side; and extensive suppuration having taken place, an immense quantity of pus, mixed with large masses of the substance of the brain, was discharged at each dressing, through the opening. This went on for seventeen days, and it appears that nearly one half of the brain was thrown out, mixed with the matter, yet the man retained all his intellectual faculties to the very last moment of his dissolution, and through the whole course of the disease, his mind maintained uniform tranquillity. I attended a soldier at Braburne Lees, who had received a wound in the head during ball practice. The ball remained in the brain, and during three weeks large masses of brainular substance were brought away with pus. To the last day of his life he would relate, with every circumstantial particular, the neglect of the comrade by whom he had been wounded, and who fired while he was running to the target to mark the shots. It is somewhat singular, but suppuration of the brain is more offensive than the foulest ulcer, and it is with great difficulty that the pestilential effluvia can be tolerated. These cases plainly show that cerebral diseases have but little influence on the manifestations of the mind.
We also have strong evidence that the brain can be physically affected without any decline in mental abilities. Dr. Ferriar mentions a man who had the entire right hemisphere of his brain destroyed, yet he kept all his mental faculties right up until his death. Diemerbrook reported another case where half a pound of matter was found in the brain tissue. O’Hallaran describes a man who suffered such a severe head injury that a large portion of his brain was removed from the right side; after significant infection set in, a huge amount of pus mixed with large pieces of brain tissue was discharged during each dressing change. This continued for seventeen days, and it seems that nearly half of the brain was expelled along with the pus, yet the man maintained all his intellectual abilities until the very end, and throughout his illness, his mind remained completely calm. I treated a soldier at Braburne Lees who was shot in the head during target practice. The bullet stayed in the brain, and over the course of three weeks, large pieces of brain tissue were expelled along with pus. Until the last day of his life, he would recount, in great detail, the negligence of the comrade who shot him while he was running to mark the target. Interestingly, brain infections are even more foul-smelling than the worst ulcers, and the noxious odors are extremely difficult to tolerate. These cases clearly demonstrate that brain diseases have minimal impact on mental function.
Amongst the many curious doctrines that have been started, to account for the operations of memory, some philosophers have compared it to the art of engraving; pretending that on those subjects where it requires much time and trouble to work an impression it was more durable, while it was only traced in a superficial manner on those brains that were ever ready and soft to receive this plastic influence. These several faculties they therefore compared to bronze or marble, to butter and to wax. Descartes, following up the phantasy, compared recollection to etching, and said that the animal spirits, being passed over the lines previously traced, brought them more powerfully to the mind; thus comparing the brain to the varnished copper-plate over which the engraver passes his mordants. Malebranche endeavoured to establish another doctrine, and compared our cerebral organ to an instrument formed of a series of fibres, so arranged, that when any recent emotion agitated one of these chords the others would immediately be thrown into vibration, renewing a past chain of ideas. As these chords became less flexible in old[Pg 408] age, of course these vibrations were more difficult to obtain. Recollection was also considered an attribute of each molecule of the brain; and Bonnet endeavoured to count how many hundred ideas each molecule was capable of holding during a long life.
Among the many interesting theories that have been proposed to explain how memory works, some philosophers have likened it to the art of engraving. They suggested that memories formed through much time and effort are more lasting, while those that are only lightly etched are easily forgotten. They compared these different faculties to materials like bronze or marble, and to butter and wax. Descartes, building on this idea, likened recollection to etching, saying that the animal spirits, when moving over previously etched lines, would bring those memories back to mind more clearly. He compared the brain to a polished copper plate that the engraver uses for his work. Malebranche proposed a different theory, comparing our brain to an instrument made up of a series of fibers. He suggested that when a recent emotion vibrates one of these fibers, the others would also resonate, triggering a chain of past thoughts. As these fibers became less flexible with age, it became more challenging to reach those vibrations. Recollection was also seen as a characteristic of each molecule in the brain, with Bonnet trying to estimate how many ideas each molecule could store throughout a long life.
The controversies of learned psychologists on the relation of memory and judgment, indeed on the analogies that exist between our several mental faculties, have been as various as they are likely to prove interminable. Without offending these illustrious controversionalists, we may endeavour to enumerate these faculties, which, despite the ingenuity of theorists, appear in a practical point of view to exercise a wonderful influence upon each other. The first may be considered the faculty of perception, assisted by that of attention, to which we are indebted for our ideas. These are preserved and called into action from the rich stores of the mind by memory, justly called by Cicero the guardian of the other faculties. Imagination is the faculty of the mind that represents the images of remembered objects as if they were actually present. Abstraction forms general deductions from the foregoing faculties; while judgment compares and examines the analogies and relations of the ideas of sense and of abstract notions. Finally, reason draws inferences from the comparisons of judgment.
The debates among knowledgeable psychologists about the relationship between memory and judgment—and the connections between our various mental abilities—have been numerous and are likely to continue forever. Without upsetting these esteemed debaters, we can try to list these abilities, which, despite the cleverness of theorists, seem to significantly influence one another in practical terms. The first can be considered the ability of perception, supported by attention, which gives rise to our ideas. These are stored in the mind and activated by memory, rightly called the guardian of the other faculties by Cicero. Imagination is the mental ability that brings to mind images of remembered objects as if they were actually there. Abstraction makes general conclusions based on the previous faculties, while judgment compares and analyzes the connections and relationships between sensory ideas and abstract concepts. Finally, reason draws conclusions from the comparisons made by judgment.
It is from the combination and the workings of these wonderful powers that appetency, desires, aversions, and volition arise. Appetency occasions desires, and these, when disappointed or satiated, inevitably usher in aversions and antipathies; although, as we shall see in another article, our antipathies are frequently instinctive, and not arising from any combination of the faculties I have enumerated.
It’s from the combination and interaction of these amazing powers that appetency, desires, aversions, and volition emerge. Appetency leads to desires, and when these are unfulfilled or satisfied, they inevitably bring about aversions and dislikes; however, as we will discuss in another article, our dislikes are often instinctual and don't necessarily come from any combination of the faculties I’ve mentioned.
Dr. Gall has considered these mental faculties as fundamental; and in this view he was certainly correct, since they may be considered the source whence all other distinct capacities are probably formed by particular habits of study and the nature of our pursuits, independently of those specific capacities which appear to be innate, and, according to the system of the phrenologists, organic. Every man possesses these fundamental faculties in a greater or less degree, according to the obtuseness or the energies of his mind; but it is absurd to conceive that specific capacities can be brought into action without the agency of those which are fundamental. Let us take the instinct to destroy life, the sentiment of property, metaphysical sagacity, or poetic talent,—in short, any one of[Pg 409] Gall’s various faculties; can we for one instant conceive that they are not under the influence of perception, memory, imagination, and abstraction, although they may not be properly ruled by judgment and by reason? Instincts are equally under a similar influence, and are, according to circumstances, regulated by judgment in the various modes of life of animals. Phrenologists deny that instinct is a general faculty, and assert that it is an inherent disposition to activity possessed by every faculty, and that there are as many instincts as fundamental faculties. This is a postulation by no means clear. Instinct is an inherent disposition possessed by every animal, but not by every faculty. It is a disposition dependent upon the combination of all the mental faculties, according to the degree in which the animal may possess them: the reminiscences of animals prove it. We have instanced the horse, who endowed with the memory of locality, starts when passing by the same spot where he had started before. But here the memory of facts, memoria realis, and probably of words, memoria verbalis, are superadded to the memoria localis. The horse recollects the tree, the carrion, the object that startled him, whatever it might have been; but to this reminiscence are associated the chiding, the punishment he received from his rider. If this horse had possessed the faculties of abstraction, judgment, and reason, he would not have started, to avoid a reiteration of punishment; but he started under the impression of perception, attention, and memory. Wherever there does not exist a combination of the faculties, the intellectual ones may be considered imperfect. We certainly may have a greater perception and memory of one subject than of others. Thus, a man with a musical organisation will recollect any tune he may have heard, though it may not have attracted the attention of one who “hath no music in his soul.” We daily perceive different talents in children educated together. This is, no doubt, a strong corroboration of the doctrine of organic dispositions, which in reality no philosophic observer can deny; but to assert that these several dispositions are not regulated by what have been called the fundamental faculties, is, I apprehend, a position that cannot well be maintained; and we may be warranted in the conclusion that a particular faculty may be the result of the combined action of several faculties, if not of all; for, whether a man be a poet or a painter, a miser or a spendthrift, an affectionate father or an assassin, every one of the mental faculties that I have enumerated will to a certain[Pg 410] extent be brought into action, however morbid that action may be.
Dr. Gall considered these mental faculties to be fundamental, and he was right because they seem to be the source from which all other distinct abilities develop, shaped by specific habits of study and the nature of our activities, apart from those innate abilities that seem organic according to phrenology. Every person has these fundamental faculties to varying degrees, depending on the sharpness or energy of their mind; however, it's unreasonable to think that specific abilities can function without the influence of these fundamental ones. Take, for example, the instinct to take life, the feeling of ownership, metaphysical insight, or poetic talent—essentially any of Gall’s many faculties; can we really believe that they don’t rely on perception, memory, imagination, and abstraction, even if they aren’t directly governed by judgment and reason? Instincts operate similarly and are regulated by judgment in various ways across animal life. Phrenologists argue that instinct is not a general faculty but rather an inherent drive for activity that every faculty possesses, claiming there are as many instincts as there are fundamental faculties. This claim is far from clear. Instinct is an inherent trait of all animals, but it isn’t tied to every faculty. It depends on the combination of all mental faculties based on how much each animal possesses them, as evidenced by animal memories. For instance, consider a horse, which, endowed with spatial memory, reacts when passing by a spot it has been to before. Here, the horse's memory of location, along with the memory of events and possibly of words, works together. The horse remembers the tree, the carrion, and the object that startled it; but that memory also includes the reprimands and punishment from its rider. If this horse had the faculties of abstraction, judgment, and reason, it wouldn’t have reacted to avoid punishment; instead, its reaction stemmed from perception, attention, and memory. When there’s no combination of faculties, the intellectual faculties can be viewed as incomplete. We can indeed have stronger perception and memory for one topic over another. For example, a person with musical talent will remember any tune they heard, even if it didn’t catch the attention of someone who "has no music in their soul." We often notice different talents in children raised together. This certainly supports the idea of organic dispositions, something no thoughtful observer can deny; but to claim that these various dispositions aren't influenced by what are termed the fundamental faculties is, I believe, a claim that is hard to defend. We can conclude that a specific ability may emerge from the combined action of several faculties, if not all; whether someone is a poet or a painter, a miser or a spendthrift, an affectionate father or an assassin, all the mental faculties I’ve mentioned will, to some extent, be engaged, however twisted that engagement may be.
All these disquisitions, however attractive they may be, when decked out with the fascination of the fancy, are the mere wanderings of metaphysical speculation, that never can be proved or refuted until we attain a knowledge of the nature and quality of the perceptions which material objects produce in the mind through the medium of the external senses. But while some of these speculations are idle and harmless, others may be fraught with danger, and occasion much misery to society. Let us for one moment conceive the possibility of our resolves and actions being dictated by a supposed phrenological knowledge,—a knowledge earnestly recommended to statesmen, and indeed to mankind in general;—what would be the result? A diplomatic bungler would be sent on an embassy, because a minister, or a sovereign, with a phrenological map before him, may fancy that he displays the faculty of circumspection, or the sense of things; and a chancellor of the exchequer be found in some needy adventurer who possessed the organ of relation of numbers!
All these discussions, no matter how appealing they are when dressed up in imaginative language, are simply the wandering thoughts of metaphysical speculation, which can never be proven or disproven until we understand the nature and quality of the perceptions that physical objects create in our minds through our external senses. While some of these ideas are pointless and harmless, others can be quite dangerous and cause a lot of suffering in society. Let's take a moment to imagine that our decisions and actions could be based on a supposed understanding of phrenology—a field that has been strongly suggested to politicians and people in general. What would happen? A diplomatic disaster could occur if a diplomat were chosen based on a phrenological chart that suggests they have the skill of careful consideration or insight. Meanwhile, a chancellor of the exchequer might be selected from some desperate individual simply because they seem to have a knack for numerical relationships!
I do not at all presume to invalidate the statements of Dr. Gall. The profession is highly indebted to him for his accurate description of the brain; and physiology must ever consider him as one of the brightest ornaments of science: but I do maintain, that to recommend his conclusions as a guide to society would be the most rash of visionary speculations; and, to my personal knowledge, no man was ever more mistaken in his estimate of the persons whom he met in society than the learned doctor himself. Of this I had frequent opportunities of convincing myself, when I met him in Paris in the circle of a Russian family which he daily visited. If I could admit, with a late ingenious writer, “that phrenology teaches the true nature of man, and that its importance in medicine, education, jurisprudence, and everything relating to society and conduct must be at once apparent,” I should certainly agree with him in recommending its study to parents, judges, and juries; but for the present, I am inclined to believe that, although it may prove a most interesting and valuable pursuit to the physiologist, it is by no means calculated to be the vade mecum of any liberal man.
I definitely don't intend to undermine Dr. Gall's statements. The field owes him a lot for his clear description of the brain, and physiology will always regard him as one of the brightest figures in science. However, I maintain that suggesting his conclusions as a guide for society would be the most reckless form of wishful thinking. To my knowledge, no one was more off-base in their judgment of the people they encountered in society than the learned doctor himself. I often realized this when I saw him in Paris among a Russian family he regularly visited. If I could agree with a recent insightful writer that “phrenology reveals the true nature of man, and its significance in medicine, education, law, and everything connected to society and behavior must be immediately obvious,” I'd definitely support recommending its study to parents, judges, and juries. But for now, I lean towards believing that while it might be a really interesting and valuable pursuit for physiologists, it is definitely not meant to be the vade mecum for any open-minded person.
The memory of various persons is amazing, and has been remarked in ancient times with much surprise. Cyrus knew the name of every soldier in his army. Mithridates, who had troops of twenty-two nations serving under his banners, [Pg 411]became a proficient in the language of each country. Cyneas, sent on a mission to Rome by Pyrrhus, made himself acquainted in two days with the names of all the senators and the principal citizens. Appius Claudius and the Emperor Hadrian, according to Seneca, could recite two thousand words in the order they had heard them, and afterwards repeat them from the end to the beginning. Portius Latro could deliver all the speeches he had hastily written without any study.
The memory of different people is impressive and has been noted since ancient times with great astonishment. Cyrus knew the names of every soldier in his army. Mithridates, who commanded troops from twenty-two nations, [Pg 411]became skilled in the language of each country. Cyneas, who was sent on a mission to Rome by Pyrrhus, learned the names of all the senators and key citizens in just two days. Appius Claudius and Emperor Hadrian, according to Seneca, could recite two thousand words in the order they heard them and then repeat them backward. Portius Latro could deliver all the speeches he had quickly written without any need to study.
Esdras is stated by historians to have restored the sacred Hebrew volumes by memory when they had been destroyed by the Chaldeans; and, according to Eusebius, it is to his sole recollection that we are indebted for that part of Holy Writ. St. Anthony, the Egyptian hermit, although he could not read, knew the whole Scripture by heart: and St. Jerome mentions one Neopolien, an illiterate soldier, who, anxious to enter into monastic orders, learned to recite the works of all the fathers, and obtained the name of the Living Dictionary of Christianity; while St. Antonius, the Florentine, at the age of sixteen, could repeat all the Papal Bulls, the Decrees of Councils, and the Canons of the Church, without missing a word. Pope Clement V. owed his prodigious memory to a fall on his head. This accident at first had impaired this faculty; but by dint of application he endeavoured to recover its powers, and he succeeded so completely, that Petrarch informs us he never forgot anything that he had read. John Pico de la Mirandola, justly considered a prodigy, could maintain a thesis on any subject,—de omni re scibili,—when a mere child; and when verses were read to him, he could repeat them backward. Joseph Scaliger learned his Homer in twenty-one days, and all the Latin poets in four months. Haller mentions a German scholar, of the name of Muller, who could speak twenty languages correctly. Our own literary annals record many instances of this wonderful faculty.
Esdras is said by historians to have restored the sacred Hebrew texts from memory after they were destroyed by the Chaldeans; and according to Eusebius, we owe that part of the Holy Scriptures to his sole recollection. St. Anthony, the Egyptian hermit, although he couldn't read, knew the entire Scripture by heart. St. Jerome mentions a man named Neopolien, an illiterate soldier, who, eager to join monastic orders, learned to recite the works of all the Church Fathers and earned the title of the Living Dictionary of Christianity. Meanwhile, St. Antonius, the Florentine, could recite all the Papal Bulls, the Decrees of Councils, and the Canons of the Church perfectly at the age of sixteen. Pope Clement V. attributed his remarkable memory to a fall he had suffered. This accident initially impaired his memory, but through hard work, he managed to regain it to such an extent that Petrarch tells us he never forgot anything he had read. John Pico de la Mirandola, rightly considered a prodigy, could hold a thesis on any subject—de omni re scibili—as a child, and when verses were read to him, he could even recite them backward. Joseph Scaliger learned Homer in twenty-one days and all the Latin poets in four months. Haller mentions a German scholar named Muller, who could speak twenty languages fluently. Our own literary history records many examples of this extraordinary ability.
To fortify this function when naturally weak, or to restore it to its pristine energy when enfeebled by any peculiar circumstances, has been long considered an essential study both by the philosopher and the physician. Reduced to an art, this pursuit has received the name of Mnemonia; and at various periods professors of it, more or less distinguished by their success, have appeared in the several capitals of Europe.
To strengthen this function when it’s naturally weak, or to bring it back to its original energy when it’s drained by specific circumstances, has long been seen as an important area of study for both philosophers and doctors. Turned into a practice, this pursuit is called Mnemonia; and at different times, various professors who have had differing levels of success in it have emerged in various capitals across Europe.
It has been justly observed, that remembrance is to the past what our sensations are to the present, and our busy[Pg 412] conjectures to futurity. Memory gives a lesson to mankind, by stripping past events of their prestige; thus enabling us to view what passes around us with a more calm and philosophic resignation, while at the same time it tends to protect us, in the career lying before us, against the many contingencies that are likely to impede our path. Although it might appear desirable that we could obliterate from the mind the painful scenes of our past life, yet the wisdom of the Creator has deemed this faculty as necessary to our happiness as our utter ignorance of our future destiny. For let us mistake not by a hasty glance on this most important subject; the remembrance of past sufferings is not always painful. On the contrary, there is that which is holy in our past sorrows, that tends to produce a calm, nay a pleasurable sensation of gratitude. St. Theresa beautifully expressed this hallowed feeling when she exclaimed, “Where are those blissful days when I felt so unhappy!” Et olim meminisse juvabit.
It has been rightly noted that memory relates to the past like our senses relate to the present, and our busy[Pg 412] imaginations to the future. Memory teaches humanity by stripping past events of their prestige, allowing us to view our surroundings with greater calm and philosophical acceptance. At the same time, it helps protect us in our journey ahead from the many uncertainties that could block our way. While it might seem desirable to erase the painful memories of our past, the wisdom of our Creator has deemed this ability as essential to our happiness, just as our complete ignorance of our future is. Let’s not make the mistake of quickly overlooking this crucial topic; the memory of past suffering isn't always painful. On the contrary, there is something sacred in our past sorrows that can evoke a sense of calm and even a pleasurable feeling of gratitude. St. Theresa beautifully captured this sacred feeling when she exclaimed, “Where are those blissful days when I felt so unhappy!” Et olim meminisse juvabit.
Memory depends in a great measure on the vivacity with which these past scenes are retraced—I may say re-transmitted to the mind, in ideal forms “as palpable” as those that may be present. Therefore reminiscence may be said to result from a connexion between ideas and images recalled into being by a regular succession of expressive signs that the brute creation do not possess. Those characteristic signs and images that are generally circumstantial are co-ordained and classified in the mind, and tend materially in weak memories to produce an artificial mode of recollecting the past. This faculty is therefore matured by habit. A literary man, whose library is properly classed, will find the book he wants in the dark. The classification of his books is ever present to his mind. These circumstantial signs are always remembered by a sort of association in our ideas. Thus Descartes, who fondly loved a girl who squinted, was always affected with strabismus when speaking of her. When we first see a person in any particular costume, the individual is clad in the same apparel whenever brought to our minds, even after a lapse of many years, when fashion has banished even from general recollection the costume that memory thus retraces individually. From these observations it has been concluded that the most probable method of improving memory would be to regulate these associations by a proper classification. One link of this ideal chain will naturally lead to another. Many military men, to recollect any number, will associate it with that of a regiment, so far at least as the number of[Pg 413] regiments extend; and the recollection of this particular regiment will not only bring to his mind the number of the house he seeks, but various other circumstances connected both with the regiment and the number. For instance, I wish to recollect No. 87 in a certain street. I had, when the number was mentioned to me, attached it to the 87th regiment; and instantly I not only recollect that the 87th regiment are the Irish Fusiliers, but that they took an eagle at Barossa, where they distinguished themselves, and that the figure of that eagle is borne upon all the appointments of the corps. At the same moment, with the rapidity of lightning I recollect all the circumstances of the battle of Barossa; the different conversations I may have had at various times with the officers of the 87th; the town, the camp, the bivouac where I last had met them. Thus are innumerable circumstances instantaneously converging in a mental focus while simply seeking for the lodgings of an individual. This may be called the memory of locality, since it is locality that revives the recollection of it.
Memory relies heavily on how vividly we can recall past experiences—essentially re-sending them to our minds in forms that feel as real as the present. So, we can say that remembering comes from a connection between ideas and images brought back to life through a consistent flow of expressive signals that animals lack. These distinct signs and images, usually tied to certain circumstances, are organized and categorized in our minds, and often make weak memories result in a somewhat artificial way of remembering the past. This ability is developed through practice. A scholar with a well-organized library can find the book he needs even in the dark. The way his books are categorized is always in his thoughts. These situational signs are consistently remembered through a form of association in our ideas. For example, Descartes, who was fond of a girl who had a squint, would always experience strabismus when talking about her. When we first see someone in a specific outfit, we always picture them in that same clothing whenever we think of them, even years later, despite fashion changes that have made that outfit less common. From these observations, it's clear that the best way to enhance memory is to manage these associations through proper classification. One link in this ideal chain will naturally connect to another. Many military personnel remember numbers by linking them to a regiment, as far as the number of [Pg 413] regiments goes; remembering this particular regiment can not only jog his memory about the house number he’s looking for but also various details related to both the regiment and the number. For instance, if I want to remember No. 87 in a specific street, when that number comes up, I associate it with the 87th regiment; instantly, I remember that the 87th regiment is the Irish Fusiliers and that they captured an eagle at Barossa, where they excelled, and that the figure of that eagle is featured on all their equipment. In that instant, I also flash back to all the details of the Battle of Barossa; the various discussions I’ve had over time with the 87th officers; the town, the camp, the encampment where I last met them. Thus, countless details converge in my mind while I'm merely trying to find someone’s accommodations. This can be termed the memory of place, as it’s the location that triggers the recollection.
This train of thought has also been called the memory of association, and associations have been referred to three classes:—
This line of thinking is also known as associative memory, and associations have been categorized into three classes:—
I. Natural or philosophical associations.
I. Natural or philosophical connections.
II. Local or incidental associations.
II. Local or incidental connections.
III. Arbitrary or fictitious associations.
III. Random or imaginary associations.
Dr. Abercrombie has admirably treated this subject, and I refer the reader to his interesting work.[44] The poet Simonides is said to have been the founder of the mnemonic art. Cicero informs us, that, supping one night with a noble Thessalian, he was called out by two of his acquaintance, and while in conversation with them the roof of the house fell in, and crushed to death all the guests he had left at table. When the bodies were sought for, they were so disfigured by the accident that they could not be recognised even by their nearest friends; but Simonides identified them all, by merely recollecting the seats they had held at the banquet.
Dr. Abercrombie has done an excellent job addressing this topic, and I encourage the reader to check out his captivating work.[44] The poet Simonides is said to be the creator of the art of memory. Cicero tells us that one night, while having dinner with an aristocratic Thessalian, he was called outside by two acquaintances. While they were talking, the roof of the house collapsed, killing everyone he had left at the table. When the bodies were retrieved, they were so badly mangled that even their closest friends couldn't identify them; however, Simonides was able to recognize them all just by remembering where they had sat during the banquet.
Cicero and Quintilian adopted his system, connecting the ideas of a discourse with certain figures. The different parts of the hilt of a sword, for instance, might regulate the details of a battle; the different parts of a tree associate the relations of a journey. Other mnemonic teachers recommended the division of ideas to correspond with the distribution of a[Pg 414] house; while some of them refreshed the memory by associations connected with the fingers and other parts of the hand. Cicero expresses himself plainly on this subject: “Qui multa voluerit meminisse, multa sibi loca comparet: oportet multos comparare locos, ut in multis locis multas imagines collocemus.”
Cicero and Quintilian adopted his system, linking the ideas in a speech to specific images. For example, different parts of a sword's hilt could represent various details of a battle; different parts of a tree might symbolize the steps of a journey. Other memory experts suggested organizing ideas based on the layout of a[Pg 414] house; while some refreshed memory through associations related to the fingers and other parts of the hand. Cicero expresses himself clearly on this topic: “Whoever wants to remember many things must create many locations for himself: it's necessary to compare many places, so that in many locations we can place multiple images.”
The celebrated Feinagle who delivered lectures on memory had adopted the system of aiding the memory by dates, changing the figures in the dates into the letters of the alphabet corresponding to them in number. These letters were then formed into a word to be in some way associated with the date to be remembered—for instance—Henry IV., King of England, was born in the year 1366. This date changed into letters makes mff which was very easily changed into the word muff—the method is not so obvious of establishing with this a relation to Henry IV., but Henry IV., says Mr. Feinagle, means four hens, and we put them in a muff, one in each corner, and no one after hearing this is in any danger of forgetting the date of Henry IV.’s birth.
The famous Feinagle, known for his memory lectures, used a system to boost memory through dates. He converted the numbers in the dates into letters of the alphabet that match those numbers. These letters were then put together to form a word that had some connection to the date being memorized. For example, Henry IV, King of England, was born in 1366. When you convert that date into letters, you get mff, which easily turns into the word muff. While the connection to Henry IV isn’t immediately clear, Feinagle explains that "Henry IV" means four hens, and if we imagine putting them into a muff, one in each corner, anyone who hears this won't forget the date of Henry IV's birth.
Learning poetry by heart in infancy and youth is perhaps one of the best methods of improving memory, since it lays the early foundation of a classification of words and ideas. Virgil has justly said, “Numeros memini, si verba tenerem.” To abridge, resume, and analyze what we have read or heard, is another practice highly beneficial; for, the more clearly we comprehend a subject, the deeper will it remain engraved in our memory. Reading what we wish to recollect before going to bed will materially assist the memory. We sleep over the impressions we have received, and dreams alone can weaken them. From this very reason we can write with more facility upon subjects that require much mental exertion in the morning, fasting, when the mind has not been disturbed by the events of the day, and when the functions of digestion have not drawn upon our faculties, too frequently with the lavishness of a spendthrift. It is somewhat singular, but, despite the interruption of dreams, our ideas are matured during our sleep. Quintilian expresses himself as follows on this subject: “Mirum dictu est quantum nox interposita adferat firmitatis, sivè quiescit labor ille cujus sibi ipsa fatigatio obstabat, sivè maturatur ac coquatur, seu firmissima ejus pars est recordatio. Quæ statim referri non poterant, contexuntur postero die, confirmatque memoriam idem illud tempus quod esse in causâ solet oblivionis.”
Learning poetry by heart in childhood and youth is probably one of the best ways to improve memory, as it establishes an early foundation for organizing words and ideas. Virgil wisely stated, “I remember the numbers if I can hold the words.” Summarizing, reviewing, and analyzing what we’ve read or heard is another highly beneficial practice; the better we understand a topic, the more deeply it will be etched in our memory. Reading what we want to remember before going to bed greatly helps memory retention. We sleep over the impressions we've received, and only dreams can weaken them. For this reason, we can write more easily about challenging topics in the morning when we haven't been distracted by the day’s events and when digestion hasn’t drained our mental resources, often like a spendthrift. Interestingly, despite the disruption of dreams, our ideas are developed while we sleep. Quintilian remarks on this topic: “It is remarkable to say how much the night contributes to our strength, whether it allows labor which had been hindered by its own fatigue to rest, or whether it matures and cooks it, or if its strongest part is memory. Those things that couldn't be recalled immediately get woven together the next day, and the same time that usually causes forgetfulness actually solidifies our memory.”
Memory is subject to be variously disturbed in certain maladies. There is an affection called amnesia, in which it[Pg 415] utterly fails, and another termed dysmnesia, when it is defective. Failure of memory is generally more manifest on some subjects than on others. Salmuth relates the case of a man who had forgotten to pronounce words, although he could write them. Another person could only recollect the first syllables. An old man had forgotten all the past events of his life, unless recalled to his recollection by some occurrence; yet every night he regularly recollected some one particular circumstance of his early days. A curious anecdote is recorded of an elderly gentleman who had fallen into the meshes of an artful courtesan, and who frequently took his own wife for this insidious acquaintance, frequently saying to her, “Madam, I feel that I am doing wrong by devoting to you so much of my time, for, when a man has a wife and children, such conduct is unpardonable;” and, after this polite observation, he took up his hat, and would have walked off, had not his wife, wise enough not to manifest displeasure, contrived to undeceive him.
Memory can be disrupted in various ways due to certain conditions. There's a phenomenon called amnesia, where it[Pg 415] completely fails, and another termed dysmnesia, where it is impaired. Memory loss usually shows up more clearly with some subjects than others. Salmuth mentions a case of a man who had forgotten how to pronounce words, even though he could write them. Another person could only remember the first syllables. An elderly man forgot all the past events of his life unless something triggered his memory; still, every night he could recall a specific event from his early days. There's an interesting story about an older gentleman who got caught up with a deceitful woman and often confused his own wife for this insidious acquaintance, frequently telling her, “Madam, I feel that I’m wrong to spend so much time with you because, when a man has a wife and kids, such behavior is unacceptable;” and after this polite remark, he would pick up his hat and try to leave, unless his wife, wise enough not to show her irritation, managed to set him straight.
Dietrich mentions a patient who remembered facts, but had totally forgotten words; while another could write, although he had lost the faculty of reading. Old men are frequently met with who confound substantives, and will call their snuff-box a cane, and their watch a hat. In other cases letters are transposed, and a musician has called his flute a tufle. Dr. Abercrombie relates the case of a gentleman who uniformly called his snuff-box a hogshead. In Virginia he had been a trader in tobacco, so that the transition from snuff to tobacco, and from tobacco to a hogshead seemed to be natural. Another person, affected in a similar manner, always called for paper when he wanted coals, and coals when he needed paper. Others are known to invent names and unintelligible words. Some curious anagrams have been made by these irregularities. John Hunter was suddenly attacked with a loss of memory, which is thus related by Sir Everard Home: “He was at the time on a visit at the house of a friend. He did not know in what part of the house he was, not even the name of the street when he was told, nor where his own house was. He had not a conception of anything existing beyond the room in which he was, and yet he was perfectly conscious of the loss of memory. He was sensible of impressions of all kinds from the senses, and therefore looked out of the window, although rather dark, to see if he could be made sensible of the situation of the house. The loss of memory gradually went off, and in less than half an hour his[Pg 416] memory was perfectly recovered.” Such momentary accidents I have frequently observed in gouty patients; and for a second or two I have myself experienced the sensation, which was for the moment of a most alarming nature. Hunter was subject to arthritic attacks.
Dietrich talks about a patient who could remember facts but had completely forgotten words; meanwhile, another person could write even though he had lost the ability to read. It's common to find older men who mix up nouns, calling their snuff-box a cane and their watch a hat. In some cases, letters get mixed up, like when a musician referred to his flute as a tufle. Dr. Abercrombie shares the story of a man who always called his snuff-box a hogshead. He had been a tobacco trader in Virginia, so the shift from snuff to tobacco, and then to a hogshead, made sense. Another person with a similar issue would always ask for paper when he wanted coal and coal when he needed paper. There are others who create names and nonsensical words. These strange behaviors have even led to some interesting anagrams. John Hunter suddenly experienced a loss of memory, which Sir Everard Home describes like this: “He was visiting a friend and didn’t know where he was, not even the name of the street when it was told to him, nor where his own home was. He had no understanding of anything beyond the room he was in, yet he was fully aware of his memory loss. He felt all kinds of sensory impressions and looked out the window, even though it was rather dark, to see if he could grasp the house's location. The memory loss gradually faded, and in less than half an hour his[Pg 416] memory was completely restored.” I've often noticed such brief lapses in gouty patients, and for a moment, I've experienced a similar sensation, which was very alarming at the time. Hunter had a history of arthritic episodes.
Corvinus Messala lost his memory for two years, and in his old age could not remember his own name. This is an occurrence by no means uncommon; and I knew a person in perfect health who could only recollect his name by writing it. We frequently see individuals who, although they are generally correct orthographers, cannot sometimes spell a simple conjunction. An anecdote is related in the Psychological Magazine of a German statesman, who having called at a gentleman’s house, the servants of which not knowing him, was asked for his name, which he had, however, so totally forgotten, that he was under the necessity of turning round to a friend and saying with great earnestness, “Pray tell me who I am, for I cannot recollect.”
Corvinus Messala lost his memory for two years, and in his old age, he couldn't remember his own name. This is a situation that isn't all that uncommon; I knew someone in perfect health who could only remember his name by writing it down. We often see people who, even though they are generally good spellers, sometimes struggle to spell a simple conjunction. There's a story in the Psychological Magazine about a German politician who, when visiting a gentleman's house where the servants didn't recognize him, was asked for his name, which he had completely forgotten. He had to turn to a friend and say earnestly, "Please tell me who I am, because I can’t remember."
Cases are recorded of the forgetfulness of a language constantly spoken, while one nearly forgotten from want of practice was recovered. A patient in St. Thomas’s Hospital, who had been admitted with a brain-fever, on his recovery spoke an unknown language to his attendants. A Welsh milkman happened to be in the ward, and recognised his native dialect; although the patient had left Wales in early youth, had resided thirty years in England, and had nearly forgotten his native tongue. Boerhaave relates a curious case of a Spanish poet, author of several excellent tragedies, who had so completely lost his memory in consequence of an acute fever, that he not only had forgotten the languages he had formerly cultivated, but even the alphabet, and was obliged to begin again to learn to read. His own former productions were shown to him, but he could not recognise them. Afterwards, however, he began once more to compose verses, which bore so striking a resemblance to his former writings, that he at length became convinced of his having been the author of them.
There are recorded instances of people forgetting a language they regularly spoke, while another language, nearly forgotten due to a lack of use, was suddenly remembered. One patient at St. Thomas’s Hospital, who was admitted with brain fever, spoke an unfamiliar language to the staff after recovering. A Welsh milkman happened to be in the ward and recognized his native dialect, even though the patient had left Wales during his childhood, lived in England for thirty years, and had almost forgotten the language. Boerhaave recounts an interesting case of a Spanish poet, known for writing several great tragedies, who completely lost his memory due to a severe fever. He not only forgot the languages he had previously mastered but even the alphabet, so he had to relearn how to read. His earlier works were shown to him, but he couldn’t recognize them. Eventually, though, he started writing poetry again, and it resembled his earlier works so closely that he finally became convinced he was the author.
Dr. Abercrombie relates the case of an aged gentleman, who, in an attack of the head, had almost forgotten the English language, and expressed himself in a mixed dialect of French, Italian, Spanish, German, and Turkish. Having been some time afterwards severely burnt about the head, by setting fire to the curtains of his bed, he was observed to make use of some English words; this being followed by a course of blistering, he continued to speak more English, but[Pg 417] only occasionally and in very short sentences. These were sometimes correctly applied, but at other times most erroneously; for instance, having been taken to see a small house, he observed, “it is very neat, but it is a very little child.”
Dr. Abercrombie shares the story of an elderly man who, after experiencing a head injury, nearly forgot the English language and communicated in a mix of French, Italian, Spanish, German, and Turkish. Later, after suffering severe burns on his head from accidentally setting fire to his bed curtains, he started using some English words. Following a period of treatment that involved blistering, he began to speak more English, but[Pg 417] only occasionally and in very short sentences. Sometimes he used the words correctly, but other times he was quite mistaken; for example, when he was taken to see a small house, he remarked, “it is very neat, but it is a very little child.”
Dr. Beattie mentions the case of a clergyman who, on his recovery from an apoplectic attack, had exactly forgotten a period of four years; and Dr. Abercrombie records a lady who had thus forgotten ten or twelve years of her life. Wepfer mentions a gentleman, who on recovery from an apoplectic attack, was found to know nobody and remember nothing. After several weeks he began to know his friends, to remember words, to repeat the Lord’s Prayer, and to read a few words of Latin, rather than German, his native language. When urged to read more than a few words at a time, he said that he formerly understood those things, but now did not. After some time he began to pay more attention to what was passing around him, but while thus making slight and gradual progress, he was, after a few months, suddenly cut off by another attack of apoplexy. Dr. Beattie relates the case of a gentleman who, after a blow on the head, lost his knowledge of Greek, and did not appear to have lost any thing else.
Dr. Beattie talks about a clergyman who, after recovering from a stroke, completely forgot a span of four years. Dr. Abercrombie documents a woman who forgot about ten or twelve years of her life. Wepfer shares the story of a man who, after recovering from a stroke, didn’t recognize anyone and couldn’t remember anything. After several weeks, he slowly started to recognize his friends, remember words, recite the Lord’s Prayer, and read a few words in Latin instead of German, which was his native language. When he was encouraged to read more than just a few words at a time, he mentioned that he used to understand those things but didn’t anymore. Eventually, he began to pay more attention to what was happening around him, but while he was gradually improving, he was suddenly struck by another stroke after a few months. Dr. Beattie also shares a case of a man who, after suffering a head injury, lost his knowledge of Greek but didn’t seem to lose anything else.
Loss of memory has been observed as a frequent occurrence after the prevalence of pestilential diseases. Thucydides relates, that after the plague of Athens several of the inhabitants forgot their own names and those of their parents and friends. After the disastrous retreat of the French army in Russia, and the disease which swept away so many of their troops at Wilna, many of the survivors had no recollection of country or of home. Injuries of the head appear to occasion different results. This circumstance was observed by the ancients. Valerius Maximus relates the case of an Athenian, who, being struck on the head with a stone, forgot all literary attainments, although he preserved the recollection of other matters. A man wounded with a sword in the eye completely forgot Greek and Latin, in which he had formerly been a proficient. A young man, having fallen off his horse and contused his head, lost his memory to such an extent, that he would repeat a question a hundred times over, although the very first interrogation had been answered. He had not the slightest recollection of his accident. Epileptic and paralytic attacks frequently usher in this melancholy result, which has also been often observed after child-birth.
Loss of memory has been noted as a common issue following outbreaks of infectious diseases. Thucydides reports that after the plague in Athens, many residents forgot their own names as well as those of their parents and friends. Following the disastrous retreat of the French army in Russia, and the illness that claimed so many of their troops at Wilna, many survivors had no memory of their country or home. Head injuries seem to lead to different outcomes. The ancients took note of this. Valerius Maximus recounts the story of an Athenian who, after being struck on the head with a stone, forgot all his scholarly knowledge but retained memories of other things. A man who was wounded in the eye by a sword completely forgot Greek and Latin, in which he had previously excelled. A young man who fell off his horse and injured his head lost his memory to such an extent that he would ask the same question a hundred times, despite having received an answer the first time. He could not remember anything about his accident. Epileptic and paralytic seizures often precede this sad outcome, which has also been frequently observed after childbirth.
Dr. Abercrombie knew a lady who was seized with an apoplectic fit while engaged at cards; the attack took place on a[Pg 418] Thursday evening—she lay in a state of stupor on Friday and Saturday, and recovered her consciousness rather suddenly on Sunday. The first words she then uttered were, “What is trump?”
Dr. Abercrombie knew a woman who had a stroke while playing cards; the incident happened on a[Pg 418] Thursday evening—she was in a state of confusion on Friday and Saturday and regained her awareness fairly suddenly on Sunday. The first thing she said was, “What is trump?”
Dr. Conolly mentions a young clergyman who, when on the point of being married, suffered an injury of the head, by which his understanding became impaired. He lived in this condition to the advanced age of eighty, and to the last day of his existence, spoke of nothing but his approaching wedding, expressing impatience for the arrival of the happy day.
Dr. Conolly talks about a young clergyman who, just before getting married, suffered a head injury that affected his mind. He lived like this until he was eighty years old, and up until his last day, he only talked about his upcoming wedding, showing impatience for the arrival of that special day.
A singular instance of forgetfulness is related of a lady who had been united to a man she loved, after much opposition on the part of her family, and who lost her memory after the birth of a child. She could not be made to recollect any circumstance that had occurred since her marriage; nor could she recognise her husband or her infant, both of whom she maintained were utter strangers to her. At first she repulsed them with apparent horror, but was at last, by the entreaties of her family, induced to believe that she was a wife and a mother; and although she yielded to their solicitations, yet for years she could not persuade herself that their assertions were correct, as she actually was convinced “against her will.” In this instance disease not only destroyed memory, but affection.
A unique case of forgetfulness is told about a woman who had married a man she loved, despite a lot of resistance from her family, and who lost her memory after giving birth to a child. She couldn't remember anything that had happened since her wedding, nor could she recognize her husband or her baby, both of whom she insisted were complete strangers to her. At first, she rejected them with evident fear, but eventually, with her family's pleas, she was persuaded to believe that she was a wife and a mother; and although she gave in to their requests, for years she couldn't convince herself that their claims were true, as she was genuinely convinced “against her will.” In this case, illness not only erased memory but also love.
The case of Dr. Broussonnet was remarkable. An accident he had met with in the Pyrenees brought on an apoplectic attack. When he recovered, he could neither write nor pronounce correctly any substantives or personal names either in French or Latin, while adjectives and epithets crowded in his mind. Thus, when speaking of a person, he would describe his appearance, his qualities, and, without pronouncing the word “coat,” would name its colour. In his botanical pursuits he could point out the form and colour of plants, but had not the power of naming them. A Parisian merchant, after severe losses, experienced such a failure in recollection, that he was constantly guilty of the most absurd anachronisms;—would talk of the battles of Louis the Fourteenth with Alexander the Great, and describe Charles the Twelfth ascending triumphantly Mount Valerian; and one night, after witnessing the performance of Talma, could not be persuaded that he had not applauded Lekain.
The case of Dr. Broussonnet was remarkable. An accident he had in the Pyrenees led to a stroke. When he recovered, he was unable to write or pronounce correctly any nouns or personal names in either French or Latin, while adjectives and descriptors flooded his mind. So, when talking about someone, he would describe their appearance and qualities, and without saying the word "coat," he would mention its color. In his botanical studies, he could identify the shape and color of plants but could not name them. A Parisian merchant, after suffering significant losses, experienced such a failure in memory that he was constantly making the most ridiculous anachronisms; he would talk about the battles of Louis the Fourteenth with Alexander the Great and describe Charles the Twelfth conquering Mount Valerian; and one night, after seeing a performance by Talma, he couldn't be convinced that he hadn't applauded Lekain.
Sudden fright has also obliterated this faculty. Artemidorus lost his memory from the terror inspired by treading on a crocodile. Bleeding has produced the same effects;[Pg 419] while, on the other hand, blood-letting has restored an absent man to perfect recollection. Various venenose substances have also been said to produce amnesia. History records several instances of the kind. The soldiers of Anthony, on their return from the Parthian war, were attacked with loss of memory after eating some poisonous plants on their march. Bamba, king of the Goths, was suddenly deprived of all recollection after taking a draught presented to him by Eringius. Plater and Baldinger attributed a similar accident to the use of hemlock and arsenic. Narcotics, no doubt, may produce similar effects, but they will be of a transient nature; I do not know that this injurious power has been detected in any other productions, as the cases related by writers are not supported by sufficient authority to be entitled to unqualified belief.
Sudden fear has also wiped out this ability. Artemidorus lost his memory from the terror of stepping on a crocodile. Bleeding has had the same effects; [Pg 419] yet, on the flip side, bloodletting has helped someone regain perfect memory. Various poisonous substances are also said to cause amnesia. History has recorded several such instances. The soldiers of Anthony, returning from the Parthian war, experienced memory loss after consuming some toxic plants during their march. Bamba, king of the Goths, suddenly lost all recollection after drinking a potion given to him by Eringius. Plater and Baldinger linked a similar incident to the ingestion of hemlock and arsenic. Narcotics can certainly cause comparable effects, but they tend to be temporary; I don't know if this harmful ability has been found in other sources, as the cases mentioned by writers lack enough credible support to be taken at face value.
The cause of these affections will most probably ever be unknown. Equally futile have proved all the endeavours to ascertain in what part of the brain memory is seated, since we have found some physiologists lodging this wonderful faculty in the posterior, and others in the anterior portion of the cranium. I apprehend that we might torture the brute creation, from the elephant down to the lowest reptile, for centuries, without being able to ascertain this point; and even could we attain this information, cui bono? Would it protect this privileged quarter of the cerebral organ from the action of external agency, or restore it to its healthy functions when diseased? The mode in which our mental faculties are developed is an impenetrable mystery; and, instead of vainly endeavouring to raise the mystic veil to gratify our curiosity, or rather our vanity, let us endeavour to apply these functions to the use for which they were intended by the allwise Creator, and exert them for the purpose of increasing the prosperity, or at any rate in endeavouring to diminish the sum of sufferings of his creatures, whether they be our fellow-men or the divers races that are submitted to our capricious power.
The reasons behind these conditions will probably always be a mystery. All attempts to determine where memory is located in the brain have been equally pointless, as some scientists place this amazing ability in the back part of the brain, while others locate it in the front. I fear that we could study animals, from elephants to the simplest reptiles, for centuries without ever figuring this out; and even if we did find the answer, cui bono? Would it protect this special area of the brain from external influences or restore its healthy functions when damaged? The way our mental abilities develop is an unsolvable puzzle; instead of fruitlessly trying to lift the mysterious veil to satisfy our curiosity, or our pride, let’s focus on using these abilities for their intended purpose by the all-wise Creator, aiming to enhance the well-being, or at least to reduce the suffering, of all living beings, whether they are our fellow humans or the different species under our unpredictable control.
AFFECTIONS OF THE SIGHT.
The different terms applied to the various morbid affections of vision have been frequently misconceived, and consequently have occasioned much confusion in their application. Those vitiated conditions which are usually noticed may be classed as follows:
The different terms used for the various vision problems have often been misunderstood, leading to a lot of confusion in how they are used. The impaired conditions that are typically noted can be classified as follows:
I. | Night sight. |
II. | Day sight. |
III. | Long sight. |
IV. | Short sight. |
V. | Skew sight. |
VI. | False sight. |
Night sight, specifically called Lucifuga, was also termed Nyctalopia, from νυξ, night, and ωψ, eye; it was also known as the Noctem amans. This affection was thus named in consequence of the person labouring under it being only able to see at night, or in a deep shade; hence the first name: while nyctalopia has been used by most modern writers in the opposite sense of night-sight ache, agreeably, according to Mason Good’s observations, to the technical or implied meaning of opia, in which case it always applies to a diseased vision; whence nyctalopia has been made to import day sight, instead of night sight.
Night sight, known as Lucifuga, was also called Nyctalopia, from νυξ, night, and ωψ, eye; it was additionally referred to as Noctem amans. This condition was named because a person suffering from it could only see at night or in deep shade; hence the first name. However, most modern writers use nyctalopia in the opposite sense, referring to it as night-sight ache, which aligns with Mason Good’s observations regarding the technical or implied meaning of opia, in which case it typically pertains to a diseased vision; thus, nyctalopia has come to denote day sight rather than night sight.
This disease appears to be dependent upon a peculiar irritability of the retina, produced by two different causes,—a sudden exposure to a stronger light than the eye has been accustomed to bear, or a deficiency of the black pigment which lines the choroid tunic. If the iris be weak and torpid, it is enlarged; if strong and contracted, diminished. Thus, those who from peculiar circumstances reside in dark caverns and subterraneous abodes, or who have long been confined in obscure dungeons, labour under the first of these causes; instances of which were observed in two of the captives liberated from the Bastille in 1789.
This disease seems to be linked to a unique sensitivity of the retina, caused by two different factors: a sudden exposure to a brighter light than what the eye is used to, or a lack of the black pigment that lines the choroid layer. If the iris is weak and sluggish, it expands; if it is strong and contracted, it shrinks. So, people who, due to special circumstances, live in dark caves and underground places, or who have been locked away in gloomy dungeons for a long time, experience the first of these issues; examples of this were seen in two of the prisoners released from the Bastille in 1789.
Ramazzini informs us that this affection is commonly observed among the Italian peasants, amongst whom he was not able to trace any other peculiarity than an enlargement of the pupil. This state of the vision, however, has been attributed to the peculiar brightness of the Italian sky, its clear atmosphere, and the relaxing warmth of the temperature.[Pg 421] The Italian peasants are therefore constantly exposed to all those causes that tend to debilitate the iris, while they irritate the retina. We thus find these causes acting with renewed power at the season when the disease usually makes its attack,—the vernal equinox, when an increased flood of solar rays breaks on them. Such is the dimness that this brightness produces, that the peasantry frequently lose their way in the fields in the glare of day; but on the approach of night they can see distinctly. Hence are they obliged to remain for some weeks in the shade to recover their sight.
Ramazzini tells us that this condition is often seen among Italian peasants, who he found had no other notable characteristic than enlarged pupils. This vision issue, however, has been linked to the unique brightness of the Italian sky, its clear atmosphere, and comfortable warm temperatures.[Pg 421] The Italian peasants are therefore constantly exposed to various factors that weaken the iris while irritating the retina. We notice these factors acting more intensely during the time when the illness usually occurs—the vernal equinox, when a surge of sunlight hits them. The brightness is so intense that peasants often lose their way in the fields during the day; however, they can see clearly as nighttime approaches. As a result, they have to spend several weeks in the shade to restore their vision.
A deficiency of the black pigment of the eye is occasionally found in persons of a very fair complexion and light hair. This affection is therefore common in the Albinoes. This circumstance arises from the whiteness of the eyelashes and hair, whereby the retina is deprived of the natural shade that softens the light in its descent. This debilitated race generally inhabit warm and damp regions; they are seldom long-lived, and frequently low-spirited and morose. The iris is of a pink colour, and this circumstance, added to the constant winking that the weakness of the organ occasions, gives them a distressing appearance. In horses, this want of the dark pigment constitutes what is called the wall eye.
A lack of the black pigment in the eye is sometimes seen in people with very fair skin and light hair. This issue is common among Albinos. It happens because their eyelashes and hair are white, which means the retina doesn’t get the natural shade that helps soften the light coming in. This vulnerable group usually lives in warm, damp areas; they often don’t live long and tend to be low-spirited and gloomy. Their irises are pink, and this, combined with the constant squinting due to their eye weakness, gives them a distressing look. In horses, this lack of dark pigment is what’s referred to as a wall eye.
Acuteness in night vision is natural to most, if not to all, animals that prowl in the dark. In the feline genus we observe that the iris can be contracted much closer than in mankind, when exposed to a vivid glare; but they also expand to a much greater degree when obscurity sets in. Owls, bats, and many insects, possess a similar faculty.
Sharp night vision is common to most, if not all, animals that move around in the dark. In cats, for example, the iris can shrink much more than in humans when faced with bright light; however, it can also open up wider when it gets dark. Owls, bats, and many insects have similar abilities.
Day sight, the nyctalopia of some authors, is said to be endemic in some countries,—Poland, the West Indies, Brazil, and various intertropical regions. This affection arises from causes totally different from the former one. Here the eye is habitually exposed to too great a flood of light, whence the retina becomes torpid. It has been said to be endemic in some districts of France, particularly in the neighbourhood of Roche Guyon, on the banks of the Seine; but here the soil is of a dazzling white: and as it makes its attacks in the spring, and continues for three months, it is supposed to arise from the keenness of the reflected light, after the dreary winter months.
Day sight, known as the night blindness of some authors, is said to be common in certain countries, such as Poland, the West Indies, Brazil, and various tropical regions. This condition is caused by different factors than those that cause night blindness. In this case, the eye is regularly exposed to too much light, which causes the retina to become sluggish. It has been reported to be common in some areas of France, especially near Roche Guyon along the Seine; however, the soil there is very bright, and since it occurs in the spring and lasts for three months, it is thought to be due to the intensity of the reflected light after the bleak winter months.
This disease has also been commonly observed in Russia, especially in the summer, when the eye is exposed, with scarcely any intermission, to the constant action of light, as the sun dips but little below the horizon, and there is scarcely[Pg 422] any interval of darkness. Hens are subject to this affection, and cannot see to pick up their food in the dusk of the evening. The complaint is, from this circumstance, called hen blindness.
This disease is often seen in Russia, especially in the summer when the eyes are exposed to constant light, as the sun barely sets and there's hardly any darkness. Hens are affected by this and can't see to peck at their food in the evening dusk. Because of this, the condition is known as hen blindness.
Dr. Heberden has communicated the following curious case of this species of affection: “A man about forty years old had in the spring a tertian fever, for which he took too small a quantity of bark, so that the returns of it were weakened without being removed. Three days after his last fit, being then employed on board a ship in the river, he observed at sun-setting that all objects began to look blue, which blueness gradually thickened into a cloud; and not long after he became so blind as hardly to perceive the light of a candle. The next morning about sunrising his sight was restored as perfectly as ever. When the next night came on, he lost his sight again in the same manner, and this continued for twelve days and nights. He then came ashore, where the disorder of his eyes gradually abated, and in three days was entirely gone. A month after he went on board another ship, and after three days’ stay in it the night blindness returned as before, and lasted all the time of his remaining in the ship, which was nine nights. He then left the ship, and his blindness did not return while he was upon land. Some little time afterwards he went into another ship, in which he continued for ten days, during which time the blindness returned only two nights, and never afterwards.” It appears, however, that this individual had previously laboured under an affection produced by the use of lead, which had left him in a state of much nervous debility. Notwithstanding this circumstance, this case clearly proves that the affection is liable to be increased and brought on by local influence.
Dr. Heberden shared an interesting case regarding this type of condition: “A man around forty years old had a tertian fever in the spring, for which he took too little bark, so the episodes were lessened but not eliminated. Three days after his last episode, while he was working on a ship in the river, he noticed at sunset that all objects started to look blue, which gradually thickened into a cloud; soon after, he became so blind that he could barely see the light of a candle. The next morning, just before sunrise, his vision returned completely. However, when night fell again, he lost his sight in the same way, and this pattern continued for twelve days and nights. He then came ashore, where his eye condition gradually improved and disappeared entirely after three days. A month later, he boarded another ship, and after three days there, the night blindness returned just as before, lasting for the nine nights he spent on the ship. After leaving the ship, his blindness did not return while he was on land. Some time later, he went onto another ship, where he stayed for ten days, during which the blindness only returned for two nights and never again after that.” It seems that this individual had previously suffered from a condition caused by lead exposure, which had left him with significant nervous weakness. Despite this, this case clearly shows that the condition can be worsened and triggered by local factors.
Long sight. In this species of vision the iris is habitually dilated, and not easily stimulated into contraction. Several varieties of this affection have been observed. Dr. Wells, in the Philosophical Transactions, relates the case of a young person who, from a permanent dilatation of the pupil, saw near objects with much difficulty and confusion, but remote bodies with singular accuracy. The power of moving the upper lid was completely lost. This dilatation of the pupil, which may be artificially produced by the application of belladonna, can be remedied by the use of convex glasses.
Long sight. In this type of vision, the iris is usually dilated and doesn’t easily contract. Several variations of this condition have been noted. Dr. Wells, in the Philosophical Transactions, tells the story of a young person who, due to a permanent dilation of the pupil, found it very difficult and confusing to see nearby objects but could see distant ones with remarkable clarity. The ability to move the upper eyelid was completely lost. This dilation of the pupil, which can be artificially caused by applying belladonna, can be corrected with the use of convex glasses.
Short sight. In this case the iris is contracted, and the cornea, which in long sight is too much flattened, is too convex or polarised; therefore spectacles of an opposite character,[Pg 423] and with concave glasses, become necessary. Mice are said to be short-sighted; hence the affection has been termed myopia or myopiasis, literally “mouse-sight.”
Short sight. In this case, the iris is contracted, and the cornea, which is too flattened in long sight, is too convex or curved; therefore, glasses with the opposite prescription, [Pg 423], and with concave lenses, become necessary. Mice are said to be short-sighted; thus, this condition has been called myopia or myopiasis, literally “mouse-sight.”
Skew sight, or sight askew, is a condition of our vision only accurate when the object is placed obliquely, in consequence of some partial obfuscation of the cornea, frequently from slight scars, scarcely, if at all, observable. In this lateral vision the axis of the eye affected usually coincides with that of the sound eye. In squinting, on the contrary, the two axes do not coincide.
Skew sight, or sight askew, is a condition of our vision that is only accurate when the object is positioned at an angle, due to some minor clouding of the cornea, often from slight scars that are barely noticeable. In this sideways vision, the axis of the affected eye usually aligns with that of the unaffected eye. In squinting, however, the two axes do not align.
In false sight, imaginary objects float before the sight; or, at other times, objects assume imaginary forms and qualities. The latter species has been divided in cases where the objects that are supposed to be seen have no real existence, and in cases where actual objects have assumed qualities that do not appertain to them. The first are termed ocular phantasms or spectres; the latter, ocular transmutations or illusions. These spectres sometimes form dark spots, called by physicians muscæ volitantes. In another species, a net-work seems to be spread before the eyes; hence called visus reticularis. In a third form sparks scintillate, and this appearance is experienced when the eye has been struck. The eye is also troubled with an imaginary sense of dazzling, constituting the myrmaryge of the Greek writers; at other times, an iridescent appearance, exhibiting the colours of the rainbow, is experienced, although sometimes this impression is confined to a single colour. Dr. Heberden relates the case of a lady of advanced age, lodging on the eastern coast of Kent, in a house that looked immediately upon the sea, and exposed to the glare of the morning sun. The curtains of her room were white, a circumstance which added to the intensity of the light. When she had been there about ten days, she observed one evening, at the time of sunset, that first the fringes of the clouds appeared red, and soon after the same colour was diffused over all the objects around her, especially if they were white. This lasted the whole night, but in the morning her sight was again perfect. This alternation of morbid and sound sight prevailed the whole time the lady resided on the coast, which was three weeks; and for nearly as long after she left it, at which time it ceased suddenly of its own accord.
In false sight, imaginary objects float in front of one's vision; at other times, actual objects change into imaginary shapes and qualities. The latter category has been divided into cases where the objects that are thought to be seen have no real existence, and cases where real objects take on characteristics that don’t belong to them. The first are called ocular phantasms or spectres; the latter are known as ocular transmutations or illusions. These spectres sometimes create dark spots, referred to by doctors as muscæ volitantes. In another case, a net-like pattern seems to be spread out in front of the eyes, which is called visus reticularis. In a third form, sparks sparkle, and this happens when the eye has been impacted. The eye can also experience an imaginary sense of dazzling, known as myrmaryge by Greek writers; at times, a rainbow-colored effect appears, though sometimes this impression may be restricted to a single color. Dr. Heberden recounts the case of an elderly woman living on the eastern coast of Kent, in a house that faced the sea and was exposed to the harsh morning sun. The curtains in her room were white, which intensified the light. After she had been there for about ten days, she noticed one evening at sunset that first the edges of the clouds were red, and soon this color spread to all the objects around her, especially if they were white. This lasted the entire night, but by morning her vision was perfect again. This back-and-forth between flawed and clear sight persisted for the three weeks the woman stayed on the coast, and for nearly as long after she left, at which point it stopped abruptly on its own.
There exists another variety of false sight, that Plenk has denominated metamorphopsia, and in which objects appear changed in their natural qualities, producing error of form,[Pg 424] error of motion, error of number, and error of colour. I had a patient in Lisbon who fancied that all the horses he saw carried horns or extensive antlers. A young lady whom I attended beheld every one of a gigantic height. Dr. Priestley has given a curious case of error of colour in five brothers and two sisters, all adults. One of the brothers could form no idea whatever of colours, though he judged very accurately of the form and other qualities of objects; hence he thought stockings were sufficiently distinguished by the name of stockings, and could not conceive the necessity of calling them white or black. He could perceive cherries on a tree; but only distinguished them, even when red-ripe, from the surrounding leaves by their size and shape. One of the brothers appeared to have a faint sense of a few colours, but still a very imperfect notion; and, upon the whole, they did not seem to possess any other distinguishing power than that of light and shade, into which they resolved all the colours presented to them,—so that dove or straw colour were regarded as white; and green, crimson, and purple, as black or dark. On looking at a rainbow, one of them could distinguish that it consisted of stripes, but nothing more. Dr. Nicholl relates the case of a boy who confounded green with red; and called light red and pink, blue. His maternal grandfather and one uncle had the same imperfection. The latter was in the navy, and having a blue coat and waistcoat, purchased a pair of red breeches to match. The same physician knew a gentleman who could not distinguish green from red; a cucumber and a boiled lobster did not offer the least difference in colour. His brother and his niece laboured under a similar affection.
There’s another kind of false perception that Plenk called metamorphopsia, where objects seem altered in their natural qualities, leading to mistakes regarding shape,[Pg 424] movement, quantity, and color. I had a patient in Lisbon who believed that all the horses he saw had horns or large antlers. A young lady I cared for saw everyone as being gigantic. Dr. Priestley shared an intriguing case involving five brothers and two sisters, all adults, who experienced color perception errors. One of the brothers had no concept of colors at all but accurately judged the shapes and other properties of objects; thus, he thought stockings were adequately identified just as stockings and couldn’t understand why people referred to them as white or black. He could see cherries on a tree but only recognized them, even when they were ripe, by their size and shape compared to the surrounding leaves. Another brother seemed to have a faint awareness of a few colors, but his understanding was still very limited; overall, they didn’t appear to differentiate colors beyond light and shade, categorizing everything into these terms—meaning dove or straw color looked white to them, while green, crimson, and purple appeared black or dark. When looking at a rainbow, one of them could tell that it had stripes, but that was all. Dr. Nicholl reported on a boy who mixed up green and red, calling light red and pink blue. His maternal grandfather and an uncle had the same issue. The uncle served in the navy and, wearing a blue coat and waistcoat, bought a pair of red pants to match. The same doctor knew a gentleman who couldn’t tell green from red; he saw no difference in color between a cucumber and a boiled lobster. His brother and niece had a similar condition.
Some philosophers are of opinion, that in the power of conceiving colours there is a striking difference in individuals, and are inclined to think that in many instances the supposed defects of sight ought to be ascribed to a defect in the power of conception, arising probably from some early habit of inattention. This theory is scarcely tenable. The utmost inattention and indifference regarding surrounding objects could never lead to a delusive view of any colour; also, it is more than probable that, in the case of a child in whom such a defective vision was observed, his attention would be incessantly called on by those around him, to correct, if possible, so strange a delusion. Moreover, this defect of vision, as we have seen, appears in some instances to be hereditary; and to prevail in families.
Some philosophers believe that there is a significant difference in how individuals perceive colors and think that what we often see as vision defects might actually be due to a lack of ability to conceive those colors, possibly stemming from early habits of not paying attention. This idea is hard to support. Even with extreme inattention and indifference to surrounding objects, it wouldn't lead to a mistaken perception of any color. Additionally, it's very likely that if a child shows such poor vision, the people around them would constantly try to correct this apparent misunderstanding. Furthermore, as we have observed, this vision defect seems to be hereditary and tends to occur within families.
Phrenologists of course are of opinion that the judgment of[Pg 425] colours resides in a particular organ, remarkably full and prominent in painters distinguished by the perfection of their colouring. According to Gall, a local deficiency of brain is observable where the power of distinguishing colours is wanting.
Phrenologists believe that the ability to judge colors[Pg 425] is linked to a specific part of the brain, which is notably well-developed in painters known for their exceptional use of color. According to Gall, a lack of brain development in that area can be seen when someone struggles to distinguish colors.
The sense of vision exhibits more variety in the different classes of animals than any of the others. In man, and the greater number of quadrupeds, this organ is guarded by an upper and a lower lid, both of which in man are fringed with lashes. This is not the case in most quadrupeds. In the elephant, opossum, seal, cats, other mammalia, birds, and all fishes, we find a third eyelid, or nictitating membrane, as it is called, arising from the internal angle of the eye, capable of covering and protecting the eye from danger, either wholly or in part. In the dog this membrane is narrow; in oxen and horses it extends half over the eyeball. It is by means of this veil that eagles are capable of fixing their eyes on the noon-day sun. The largest eyes in proportion to the size of the animal are found in birds,—nearly the smallest in whales; but the most diminutive are those of the shrew and mole, the latter’s not exceeding the size of a pin’s head.
The sense of sight is more varied among different types of animals than any other sense. In humans and most four-legged animals, the eye is protected by an upper and lower eyelid, both of which have eyelashes in humans. This isn’t the case for most four-legged animals. Elephants, opossums, seals, cats, other mammals, birds, and all fish have a third eyelid, known as the nictitating membrane, which comes from the inner corner of the eye and can cover or protect the eye from harm, either fully or partially. In dogs, this membrane is narrow, while in cattle and horses, it covers about half of the eyeball. This membrane allows eagles to keep their eyes fixed on the midday sun. Birds have the largest eyes relative to their body size, while whales have the smallest; however, the tiniest eyes belong to shrews and moles, with the latter’s eyes being no bigger than a pinhead.
The situation of the organs of vision differs materially. In man and monkeys they are placed directly under the forehead; in some fishes, such as the turbot and flounder tribes, both eyes are placed in the same side of the head. In the snail they are situated on the horns; and in the spider, distributed over various points of the body, and in different arrangements.
The arrangement of the eyes varies significantly. In humans and monkeys, they are positioned directly under the forehead; in some fish, like turbot and flounder, both eyes are located on the same side of the head. In snails, the eyes are found on the horns, and in spiders, they are spread across different areas of the body in various arrangements.
Eyes, however, are not indispensable to become sensible of the presence of light. Several zoophytes, that do not possess the organs of vision, are perfectly alive to its influence. A distinct organ is not always indispensable for a distinct sense. It is probable that in those animals that appear to be endowed with particular senses, without displaying particular organs relating to them, the senses are diffused like that of touch, over the whole surface. This subject has been admirably commented on by Cuvier.
Eyes, however, aren't necessary to perceive the presence of light. Several zoophytes, which lack visual organs, are fully aware of its effects. A specific organ isn't always required for a specific sense. It's likely that in animals that seem to have particular senses without showing specific organs for them, the senses are spread out like the sense of touch, across the entire surface. This topic has been excellently discussed by Cuvier.
HELLEBORE.
From time immemorial this substance has been considered an efficacious remedy in mania. The Greeks pretended that the daughters of Prœtus, smitten with insanity by Bacchus, were restored to reason by the shepherd Melampus, who gave them some milk drawn from goats that had eaten hellebore. It is supposed that the use of purgatives arose from this fabulous tradition, whence this plant was called melampodium.
From ancient times, this substance has been seen as an effective treatment for mania. The Greeks claimed that the daughters of Prœtus, driven mad by Bacchus, were brought back to their senses by the shepherd Melampus, who gave them milk from goats that had eaten hellbore. It's believed that the use of purgatives came from this legendary story, which is why this plant was named melampodium.
The ancients described two varieties, the white and the black. The first, according to Theophrastus, was found on a part of Mount Œta called Pyra, on which the body of Hercules was burnt. It is not certain whether they confounded our hellebore with our veratrum. Pinel supposes that the veratrum album was their hellebore, as it is not probable that the veratrum nigrum should have been thus confounded. Tournefort, in his travels in the Levant, fancied that he had discovered the root of the ancients in one that the Turks called zopteme, which answered in its character to the description recorded in older writers.
The ancients identified two types: white and black. The white variety, according to Theophrastus, was found on a part of Mount Œta called Pyra, where Hercules's body was burned. It's unclear if they mixed up our hellebore with veratrum. Pinel thinks that veratrum album was their hellebore, since it’s unlikely they would confuse veratrum nigrum with it. Tournefort, during his travels in the Levant, believed he found the ancient root in one that the Turks referred to as zopteme, which matched the descriptions in earlier writings.
Howbeit, it was considered a powerful purgative and emetic, especially indicated in the treatment of mental affections. Celsus forbade its exhibition in summer and during the winter, or whenever febrile symptoms were prevalent. This precaution, however, applied to all purgative medicines; and to this day, in several parts of the continent, similar injunctions are usual; and even in France practitioners of the old school prepare a patient several days before any opening medicine is given,—a learned precaution, that has but too frequently rendered every medicine useless.
However, it was seen as a strong purgative and emetic, particularly useful for treating mental health issues. Celsus advised against using it in the summer and winter, or whenever fever-like symptoms were common. This warning, though, applied to all purgative medicines; and even now, in various parts of the continent, similar guidelines are common. In fact, in France, traditional practitioners often prepare a patient for several days before giving any laxative, which is a well-intentioned precaution that has unfortunately often made any medicine ineffective.
The exhibition of this drug was a matter of so much importance amongst the ancients, that it was specifically termed helleborism; and it was considered of so powerful a nature in mania, that the treatment of the malady was called navigare Anticyras, since it was near the town of Anticyras that the plant was generally gathered. If this process of helleborism proved efficacious, it is more than probable that its beneficial results proceeded from the violent evacuations that preceded it. The following was the mode adopted with the helleborised: The patient was first well fed for several days until the [Pg 427]decline of the moon, when a powerful emetic was given to him; five days after a similar dose was prescribed, and then good living ordered for a month: at the expiration of this invigorating respite, emetics began again to work him every three days. After the last attack on his digestive head-quarters, he was bathed, fed again, and hellebore was given after he had been submitted to several hours’ friction with olive oil. The emetics were invariably administered on a full stomach, which was cleared either by medicine or the excitement of the beard of a quill poked down the unfortunate patient’s throat. At other times, (by way, no doubt, of variety,) rejection was excited by making the patient eat a pound or more of horseradish; after which he was walked about for some time; and then, after a short repose, the fingers or the quill were brought into action. After this operation he was lulled to sleep by a regular shampooing. It appears that, despite of all these practices, the stomachs of the ancients were sometimes so pertinaciously retentive, that more powerful means to relieve them were adopted; and when the longest feather that could be plucked from a goose proved unavailing, gloves dipped in the oil of cyprus were put on, and the fingers thus inuncted replaced the feathers. When this failed, the obstinate sufferer was made to swallow a quart or two of honey and hot water, in which rue had been infused; and when this proved ineffectual, he was slung in a hammock to produce the sensation of sea-sickness. In some cases it appears that, despite this practice, the patient thought proper to faint. On such occasions little wedges of wood were driven between his obstinate and rebellious teeth clenched against medicine, so as to allow the introduction of the goose-quill, while cephalic snuff of the precious hellebore and euphorbia was blown up his nostrils to produce sneezing. The last trial to relieve him was tossing the ill-fated wight in a blanket. After this experiment the patient was left to nature or to his friends, if he would not recover. These friends immediately proceeded to give him punches in the stomach, roll him about the floor, and endeavour to restore him to his senses by driving him out of them by every possible noise that could frighten him, if his frightful condition was at all susceptible of any thing left in the arsenal of medicinal ingenuity.[45]
The use of this drug was extremely significant to the ancients, so much so that it was specifically referred to as helleborism. It was thought to be incredibly effective for treating mania, and the method for handling this illness was called navigare Anticyras, since the plant was mostly collected near the town of Anticyras. If this process of helleborism worked, it’s likely that its positive effects came from the intense evacuations that preceded it. The method followed for helleborised patients was this: the patient was first well-fed for several days until the [Pg 427]moon began to wane, at which point a strong emetic was administered. Five days later, another dose was given, and then the patient was instructed to eat well for a month. After this restorative break, emetics were used again every three days. Following the last bout with the digestive system, the patient was bathed, given food, and then hellebore was administered after several hours of friction with olive oil. The emetics were always given on a full stomach, which was cleared out either by medication or by using the tip of a quill to poke down the unfortunate patient’s throat. At other times, to mix things up, vomiting was induced by making the patient eat a pound or more of horseradish; then they were walked around for a while, and after a brief rest, fingers or the quill were put into action. After this procedure, the patient was soothed to sleep with a proper shampoo. It seems that, despite all these methods, the stomachs of the ancients were sometimes stubbornly resistant, necessitating more powerful means to relieve them. When even the longest goose feather failed, gloves dipped in cyprus oil were worn, and the oiled fingers took the place of the feathers. When this didn’t work, the obstinate patient was made to drink one or two quarts of honey mixed with hot water infused with rue; and when that was ineffective, he was placed in a hammock to create a sensation of seasickness. In some cases, it appears that despite these efforts, the patient fainted. In those instances, small wedges of wood were forced between his clenched teeth to allow for the insertion of the goose quill, while a snuff of precious hellebore and euphorbia was blown into his nostrils to induce sneezing. The final attempt to relieve him involved tossing the unfortunate person in a blanket. After this trial, if the patient refused to recover, he was left to nature or to his friends, who immediately set about giving him punches to the stomach, rolling him around on the floor, and trying to restore his senses with every loud noise possible to scare him, should his frightful condition be at all responsive to anything left in the stash of medicinal creativity.[45]
[Pg 428]Small doses of hellebore seem to have been taken not only with impunity, but were supposed to assist the mental faculties. According to Valerius Maximus and Aulus Gellius, orators were in the practice of using this stimulus before their disputations. Such, it is said, was the habit of Carneades, whose doctrines might well have been applied to this very day to many theories, since he denied that any thing in the world could be perceived or understood.
[Pg 428]Small amounts of hellebore seem to have been consumed not only safely, but were believed to enhance mental abilities. According to Valerius Maximus and Aulus Gellius, speakers often used this stimulant before their debates. This was reportedly the practice of Carneades, whose teachings could still apply to many theories today, as he argued that nothing in the world could truly be perceived or understood.
Hellebore is to this day an ingredient in many of the fashionable pills vended by successful quacks. This introduction, at any rate, shows that their compounders have candour enough to think (although they may not acknowledge it) that the intellectual faculties of the purchasers of their nostrums do stand in need of some medicinal aid.
Hellebore is still an ingredient in many of the trendy pills sold by successful charlatans today. This use, at least, indicates that those who create these concoctions have enough honesty to believe (even if they won't admit it) that the mental abilities of their customers actually require some medicinal help.
SYMPATHIES AND ANTIPATHIES.
The constant effects produced by causes which do not appear connected with them, are phenomena both of organic and inorganic nature which have long fixed the attention of philosophers, and have not yet been satisfactorily explained. This operation between distant bodies cannot be traced to any medium of communication. It arises from an attractive and a repulsive power that cannot be defined. Almost every substance evinces inclinations or antipathies; is attracted with more or less strength by one body, indifferent towards a second, and constantly avoiding a third; nay, bodies appear to act where they are not present, and where no communication can exist. We are as ignorant of the nature of these phenomena as of those of gravitation, magnetism, and electricity. Still, although this medium of communication is not evident, it must be admitted by inference that there must exist a connecting channel, although its nature be unknown.
The constant effects produced by causes that don't seem related to them are phenomena, both organic and inorganic, that have long captured the attention of philosophers and still haven't been satisfactorily explained. This interaction between distant bodies can't be traced to any means of communication. It results from an attractive and a repulsive force that can't be precisely defined. Almost every substance shows some attraction or aversion; it may be drawn to one body with varying strength, indifferent to another, and consistently avoiding a third; in fact, bodies seem to act even when they're not present and where no communication can take place. We know as little about the nature of these phenomena as we do about gravitation, magnetism, and electricity. Still, even though this means of communication isn't visible, we must infer that there is some kind of connecting channel, even if its nature remains unknown.
The ancients called sympathy consensus, and the moderns have also defined it a consent of parts; nor is this definition incorrect, since sympathy arises from the relative ties that mysteriously unite our several organs, however distant and unconnected they may appear; thus establishing a beauteous harmony between all the functions of the animal economy. Sympathies must therefore constitute the chief study of the physiologist: on this alone can the physician ground his [Pg 429]investigation of the various disorders to which flesh is heir. Symptoms arise from sympathies: without a knowledge of the one we can never attain a clear insight in the other.
The ancients referred to sympathy as consensus, and modern thinkers have also defined it as a consent of parts; this definition isn't wrong, as sympathy comes from the connections that mysteriously link our various organs, even if they seem distant and unconnected; this creates a beautiful harmony among all the functions of the body's systems. Therefore, sympathies should be the main focus for physiologists: it’s on this alone that a physician can base their [Pg 429] investigation of the different disorders that affect the body. Symptoms come from sympathies: without understanding one, we can never fully grasp the other.
Sympathies are of a physical or a moral nature. The first consist, as I have already stated, of a consent between the different parts of the organism; the latter of certain impressions, unaccountable, unconquerable, that harmonize in a multiplicity of phenomena various individuals, or that induce them, without their being able to assign any reason or motive to warrant the repugnance, to avoid each other, and not unfrequently to entertain a feeling of disgust or horror. A secret voice has spoken,—organism instinctively obeys. Moral sympathies have been defined as faculties that enabled us to partake of the ideas, the affections, or the dislike of others; although this sentiment is by no means reciprocal, and we often dislike those who fondly love us. So far sympathy is instinctive; yet, like many instincts, it is more or less under the control of our reason. We often acquire an artificial partiality to substances that we naturally disliked. Our senses may be considered the instruments of our sympathies; yet senses are regulated by education and habit. Oil, olives, tobacco, and various other substances, are naturally, one might say instinctively, unpleasant to most individuals; yet by custom they are not only relished, but ardently wished for when they cannot be obtained. It is the same with our relative partiality or aversion towards individuals; and indifference is often turned into affection, while the most ardent love is not far remote from hate, when vanity more especially, removes its boundaries.
Sympathies can be either physical or moral. The physical ones are, as I mentioned before, a connection between different parts of the body; the moral ones consist of certain impressions that are inexplicable and irresistible, uniting various individuals in countless ways, or causing them to avoid each other despite not being able to identify a reason for their repulsion, often leading to feelings of disgust or horror. A hidden instinct guides them—our bodies follow it without question. Moral sympathies are defined as the abilities that allow us to share in the ideas, feelings, or dislikes of others, although this sentiment isn't always mutual, and we can often dislike those who care for us deeply. Sympathy starts as instinctive; however, like many instincts, it's somewhat influenced by our reasoning. We can develop an artificial liking for things we naturally disliked. Our senses act as tools for our sympathies, but they are shaped by education and habit. Things like oil, olives, tobacco, and others can be quite unpleasant to most people at first, but through habit, they're not only enjoyed but even craved when they're unavailable. This applies to how we feel about different people too; indifference can turn into affection, while strong love can easily slip into hate, especially when vanity blurs the lines.
If we admit that our sympathies are lodged in certain specific organs, we must consider that we are the slaves of organism; whereas it is pretty positive that to a certain extent we are the slaves of habit. Even the most ardent and prevailing passions, the indulgence in which has become an absolute necessity, cease to be brought into action when they have long remained dormant. To associate our moral sympathies with physical consents of parts is to level man with the brute creation; although we hourly see the most decided instinctive dislikes in animals overcome by education. A mouse may be brought up with a cat, and a hawk with a sparrow; although a chicken has been known to dart at a fly the moment its head was out of the egg.
If we accept that our feelings are tied to certain specific body parts, we must acknowledge that we are at the mercy of our biology; however, it's also clear that we are to some degree controlled by our habits. Even the strongest and most intense passions, which we have come to see as absolutely necessary, stop being triggered when they’ve been dormant for a long time. Linking our moral feelings to the physical responses of our bodies reduces humans to the level of animals; yet, we see every day that even the strongest instinctive aversions in animals can be overcome through training. A mouse can be raised with a cat, and a hawk can coexist with a sparrow; although a newly hatched chick is known to instinctively dart at a fly the moment it pecks its way out of the egg.
Nor can we view in the same light the affinities of inorganic bodies. They are subject to chemical laws; each is[Pg 430] endowed with specific qualities that seldom or never vary, and some other body must be interposed to check their attraction; and that body, in the relation of inorganic matter, may be compared to the influence of the mind in intellectual beings. In animals, the very laws of nature are not unfrequently unheeded; and in these instances natural instincts appear less powerful than the mechanical discrimination that we witness in vegetable life, where germs, and molecules, and fibrils not only select each other, according to nature’s harmonic institutions, but actually attract each other from distant situations. This attractive power is beautifully illustrated in the mysterious vegetation of the vallisneria spiralis, an aquatic plant, in which the male and female are distinct individuals. The organization of the male qualifies it to adapt itself to the surface of the water, from the bottom of which the plant shoots forth, and to float in the middle of the deep and rapid tide. The female, on the contrary, is only found in shallow waters, or on shores where the tide exerts but little influence. Thus differently formed and situated, how does their union take place? It is a wonderful mystery. As soon as the male flower is perfect, the spinal stem dries away, and the flower thus separated sails away towards the shore in pursuit of the female, for the most part driven by a current of wind or the stream; yet as soon as it arrives near its destination it obeys a new influence, and is attracted towards the object of its pursuit, despite the powers of that wind and tide which until then directed it. No hypothesis, however ingenious, can explain this phenomenon.
We can't see the connections between inorganic bodies in the same way. They follow chemical laws; each one has specific qualities that rarely change, and another body must come in to stop their attraction. That body, in relation to inorganic matter, can be compared to the influence of the mind in intelligent beings. In animals, the fundamental laws of nature are often ignored; and in these cases, natural instincts seem less strong than the mechanical processes we see in plant life, where germs, molecules, and fibers not only choose each other according to nature’s harmonious patterns but actually draw each other from far away. This attractive power is clearly shown in the mysterious growth of the vallisneria spiralis, an aquatic plant where male and female are separate organisms. The male is structured to adapt to the water’s surface, from which the plant emerges, and can float in the middle of fast currents. The female, on the other hand, is found only in shallow waters or on shores where the tide has little effect. So, how does their union happen, given their different forms and situations? It's a fascinating mystery. Once the male flower is fully developed, the stem dries up, and the detached flower floats towards the shore in search of the female, mostly carried by the wind or the current. However, as it gets closer, it responds to a new force and is drawn toward its target, regardless of the wind and tide that were guiding it until then. No theory, no matter how clever, can explain this phenomenon.
Notwithstanding the doctrines of various writers, I am of opinion that our passions are clearly instinctive, but fortunately more or less under the control of our mental faculties in well-regulated individuals, who do not yield to these instinctive feelings an unbridled course; and I doubt much if there does exist a single passion, however inordinate it may appear, that cannot be mastered. Both good and evil qualities are frequently artificial, and arise from peculiar moral and physical conditions. Self-preservation is an instinctive feeling; yet man will wantonly risk his existence from false views regarding his social position. Courage has been considered as differing in its quality (if I may use the term), and arises sometimes from a natural animal or brute propensity, at others from calculation and reflection; and the latter most unquestionably may temper the former. Duclos’ distinction between what is called the courageous heart and the courageous[Pg 431] mind, is by no means as objectionable as some of his opponents maintain. If courage is an instinctive faculty, residing in a certain organ, how comes it that this organism varies at different periods? How comes it, moreover, that this variety depends upon circumstances? I have seen a desperate duellist disgrace himself by a cowardly flight in the field of battle. I have known an arrant poltroon defend himself desperately against robbers; and a man, considered of undoubted courage, surrender his arms to a single footpad. In our instincts, our sympathies, we are to a certain extent the children of circumstances; and it would be as absurd to maintain that we cannot control our moral sympathies, as to excuse the commission of murder or of theft.
Despite the beliefs of various authors, I think our passions are clearly instinctive, but fortunately, in well-adjusted individuals, they are somewhat under the control of our mental faculties. These individuals do not let these instinctive feelings run wild, and I seriously doubt that there is a single passion, no matter how excessive it may seem, that cannot be controlled. Both good and bad qualities are often artificial and stem from unique moral and physical conditions. Self-preservation is an instinctive feeling, yet people will recklessly jeopardize their lives due to misguided perceptions about their social status. Courage has been seen as differing in its nature (if I can use that term) and can sometimes come from a natural animal instinct, while at other times, it results from thought and reflection; and the latter can certainly temper the former. Duclos' distinction between what he calls the courageous heart and the courageous mind is not as unreasonable as some of his critics argue. If courage is an instinctive trait located in a specific part of the body, why does this trait change at different times? Furthermore, why does this variation depend on circumstances? I've witnessed a reckless duelist disgrace himself by cowardly fleeing from a battlefield. I've seen a complete coward fight fiercely against robbers, and a man widely regarded as brave surrender his weapons to just one mugger. In our instincts and sympathies, we are somewhat shaped by our circumstances; it would be just as ridiculous to claim that we can't control our moral sympathies as it is to excuse committing murder or theft.
Our physical sympathies are of a nature totally different. Here they are brought into action according to certain laws of the organization, as uncontrollable as chemical affinities; and I doubt much whether our unaccountable antipathies may not be considered as appertaining to this category: they seem to depend upon certain laws of attraction and repulsion. The channel of this communication, as I have already observed, will perhaps remain for ever in utter obscurity. To this day we know not in what manner certain articles of food and medical substances find a path to the kidneys with such a rapidity as to render it improbable that it was through the medium of the circulation. The nature of other physiological phenomena is equally unexplained. Through what channel of communication does the cat-hater know that one of these animals is in the room, although unseen by him? Yet these antipathies might be conquered. A man was wont to fall into fits at the sight of a spider; a waxen one was made, which equally terrified him. When he had recovered his faculties, his error was pointed out, the wax figure was put into his hand without inspiring dread, and shortly the living insect no longer disturbed him.
Our physical sympathies are completely different. They are activated based on specific laws of our body, as uncontrollable as chemical reactions; and I really doubt whether our strange dislikes can’t be considered part of this same category: they seem to rely on certain rules of attraction and repulsion. The way this communication works, as I've already mentioned, may remain a mystery forever. Even today, we still don’t know how certain foods and medicines reach the kidneys so quickly, making it unlikely that it happens through the circulatory system. Other physiological phenomena are equally puzzling. How does someone who hates cats know that one of these animals is in the room, even if he can't see it? Yet, these dislikes can be overcome. There was a man who would have seizures at the sight of a spider; a wax spider was made that scared him just as much. When he regained his composure, his mistake was pointed out, and the wax spider was put in his hand without causing fear, and soon, the real spider no longer bothered him.
Certain antipathies appear to depend upon a peculiarity of the senses. The horror inspired by the odour of certain flowers may be referred to this cause. Amatus Lusitanus relates the case of a monk who fainted when he beheld a rose, and never quitted his cell when that flower was blooming. Scaliger mentions one of his relations who experienced a similar horror when seeing a lily. In these instances it is not the agreeableness or the offensive nature of the aroma that inspires the repugnance; and Montaigne remarked on this subject, that there were men who dreaded an apple more[Pg 432] than a musket-ball. Zimmerman tells us of a lady who could not endure the feeling of silk and satin, and shuddered when touching the velvety skin of a peach. Boyle records the case of a man who felt a natural abhorrence to honey. Without his knowledge, some honey was introduced in a plaster applied to his foot, and the accidents that resulted compelled his attendants to withdraw it. A young man was known to faint whenever he heard the servant sweeping. Hippocrates mentions one Nicanor who swooned whenever he heard a flute: our Shakspeare has alluded to the effects of the bagpipe. Julia, daughter of Frederick, king of Naples, could not taste meat without serious accidents. Boyle fainted when he heard the splashing of water; Scaliger turned pale at the sight of water-cresses; Erasmus experienced febrile symptoms when smelling fish; the Duke d’Epernon swooned on beholding a leveret, although a hare did not produce the same effect. Tycho Brahe fainted at the sight of a fox, Henry the Third of France at that of a cat, and Marshal d’Albert at a pig. The horror that whole families entertain of cheese is generally known. Many individuals cannot digest, or even retain certain substances, such as rice, wine, various fruits, and vegetables.
Certain dislikes seem to be linked to a peculiar sensitivity of the senses. The aversion caused by the smell of certain flowers can be traced to this. Amatus Lusitanus recounts the story of a monk who fainted at the sight of a rose and refused to leave his cell while that flower was in bloom. Scaliger mentions one of his relatives who felt a similar dread when seeing a lily. In these cases, it's not the pleasantness or unpleasant nature of the scent that causes the aversion; Montaigne noted that some men feared an apple more[Pg 432] than a musket ball. Zimmerman tells of a woman who couldn’t stand the texture of silk and satin and recoiled at the touch of a peach's velvety skin. Boyle documents a man who had a natural aversion to honey. Unknowingly, honey was included in a plaster applied to his foot, and the resulting issues forced his caregivers to remove it. A young man was known to faint whenever he heard the servant sweeping. Hippocrates refers to a man named Nicanor who swooned at the sound of a flute: our Shakespeare has referenced the effects of the bagpipe. Julia, the daughter of Frederick, king of Naples, couldn't eat meat without serious consequences. Boyle fainted at the sound of splashing water; Scaliger turned pale at the sight of watercress; Erasmus showed symptoms of fever when smelling fish; the Duke d’Epernon fainted at the sight of a leveret, though a hare did not affect him similarly. Tycho Brahe fainted at the sight of a fox, Henry III of France at a cat, and Marshal d’Albert at a pig. The widespread aversion to cheese among entire families is well-known. Many people cannot digest or even retain certain foods, such as rice, wine, various fruits, and vegetables.
There are also antipathies that border upon mental aberration. Such was the case with a clergyman who fainted whenever a certain verse in Jeremiah was read. I lately dined in company with a gentleman who was seized with symptoms of syncope whenever a surgical operation or an accident was spoken of. St. John Long’s name happened to be mentioned, and he was carried out of the room. I have also known a person who experienced an alarming vertigo and dizziness whenever a great height or a dizzy precipice was described. A similar accident has been occasioned by Edgar’s description of Dover Cliff in King Lear. All these sympathies may be looked upon as morbid affections, or rather peculiar idiosyncrasies, beyond the control of our reason or our volition, although it is not impossible that they might be gradually checked by habit. Our dislikes to individuals are often as unaccountable, when we are obliged to confess with the poet Martial:
There are also dislikes that seem almost like a mental disorder. Such was the case with a clergyman who fainted every time a certain verse in Jeremiah was read. I recently had dinner with a guy who would faint at the mention of a surgical procedure or an accident. When St. John Long's name came up, he had to be carried out of the room. I’ve also known someone who felt extreme dizziness whenever someone talked about a high place or a steep cliff. A similar reaction happened when Edgar described Dover Cliff in King Lear. All these responses could be considered unusual quirks or conditions that are beyond our rational control or choices, although it’s possible they might be lessened over time with habit. Our feelings of dislike towards certain people are often just as inexplicable, forcing us to admit, like the poet Martial:
Non amo te, Sabidi, nec possum dicere quare;
Hoc tantùm possum dicere, Non amo te.
Non amo te, Sabidi, and I can’t say why;
All I can say is, I don’t love you.
It is the same with our affections. The ancients, amongst others Empedocles, fancied that attraction and repulsion [Pg 433]constituted the principal actions of life, and harmonized the universe. Hesiod dispels Chaos through the agency of Love. Aversions were attributed to the influence of an evil eye. To avoid its direful effects, strange practices were adopted, according to Tibullus; and to check the malefices of wicked crones, it was customary to spit three times in an infant’s bosom,
It’s the same with our feelings. The ancients, including Empedocles, believed that attraction and repulsion [Pg 433]were the main forces of life and kept the universe in balance. Hesiod banished Chaos with the power of Love. Dislike was thought to come from the influence of an evil eye. To protect against its harmful effects, unusual practices were followed, as Tibullus noted; and to counter the evil deeds of malevolent women, it was common to spit three times on a baby’s chest.
Despuit in molles et sibi quisque sinus;
Despuit in molles et sibi quisque sinus;
while the well-known amulet representing the god Fascinus, was suspended round the child’s neck. Maidens were veiled to guard them against this noxious power, and secrecy and retirement were deemed the most effectual means of security.
while the well-known amulet representing the god Fascinus was hung around the child's neck. Young women were covered to protect them from this harmful influence, and keeping things private and staying away from the public were considered the most effective ways to stay safe.
Latendum est dum vivimus, ut feliciter vivamus.
Latendum est dum vivimus, ut feliciter vivamus.
In a preceding article I have given a sketch of the custom of administering love-philters.
In a previous article, I provided an overview of the practice of using love potions.
The singular sympathies that forewarn a future union between the sexes have in some instances been most surprising. The following example, that came within my knowledge, is perhaps one of the most singular: Mr. ——, a brother officer of mine, was a man of taciturn and retired habits, seldom frequenting public places of amusement, and, when there, felt any thing but gratification. One evening after dinner he was, however, prevailed upon to go to a ball. We had not been long in the room when, to my utter surprise, he expressed great admiration of a young lady who was dancing, and, what still more amazed us all, he engaged her to dance. Such an act of apparent levity on his part struck us as a singularity which might have been attributed to an unusual indulgence at table, had not the contrary been the case, for he was remarkably abstemious. The dance was scarcely over when he came to me, and told me with a look of deep despondency, that his lovely partner was a married woman. The tone of sadness in which he addressed me was truly ludicrous. A few minutes after he left the ball-room. The strangeness of his conduct led me to fear that his mind was not altogether in a sound state; but I was confirmed in my apprehension when he told me the following morning that he was convinced he should be married to the object of his admiration, whose husband was a young and healthy clergyman in the neighbourhood. Here matters rested, and we both went abroad. We did not meet until three years after, when, to my utter surprise, I found that his prediction had been [Pg 434]verified. The lady’s husband had died from a fall from his horse, and the parties were married. But what rendered this circumstance still more strange is, that a similar presentiment was experienced by the young lady herself who, on returning from the ball, mentioned to her sister with much emotion, that she had danced with a stranger, to whom she felt convinced that she was destined to be married. This conviction embittered every moment of her life, as, despite her most strenuous endeavours, she could not dismiss her partner from her constant thoughts, reluctantly yielding to the hope of seeing him again.
The unique feelings that hint at a future connection between men and women can sometimes be quite surprising. One example I know of is particularly striking: Mr. ——, a fellow officer of mine, was a quiet and reserved man who rarely went to public entertainment, and when he did, he certainly didn’t enjoy it. One evening, after dinner, he was persuaded to go to a ball. We hadn’t been in the room long when, to my shock, he expressed considerable admiration for a young woman who was dancing, and even more surprisingly, he asked her to dance. This seemingly light-hearted act struck us as so unusual that we might have thought it was due to an uncommon indulgence at dinner, but in fact, he was very moderate in his drinking. The dance had hardly finished when he came over to me, looking quite despondent, and told me that his beautiful partner was a married woman. The sadness in his voice was almost comical. A few minutes later, he left the ballroom. His strange behavior made me worry that something was off with him, and my concerns grew when he told me the following morning that he was sure he would marry the object of his admiration, who was married to a young and healthy clergyman in the area. That was the end of it, and we both went overseas. We didn’t meet again until three years later, when I was shocked to learn that his prediction had been [Pg 434]fulfilled. The lady’s husband had died in a fall from his horse, and they were married. What made this even stranger was that the young lady had a similar feeling herself; after returning from the ball, she told her sister with great emotion that she had danced with a stranger and felt convinced she was meant to marry him. This belief made every moment of her life difficult, as, despite her best efforts, she couldn’t stop thinking about her partner and reluctantly held on to the hope of seeing him again.
The sympathetic power of fascination is another unaccountable phenomenon. It is well known that in regions infested with venomous snakes, there are persons endowed both by nature and by art with the power of disarming the reptiles of their poisonous capacities. The ancient Cyrenaica was overrun with poisonous serpents, and the Psylli were a tribe gifted with this faculty. When Cato pursued Juba over the Cyrenaica desert, he took some of these Psylli with him to cure the poisoned wounds that these reptiles might have inflicted on his soldiers. Bruce informs us that all the blacks in the kingdom of Sennaar are perfectly armed by nature against the bite of either scorpion or viper. They take the cerastes, or horned serpent, (one of the most venomous of all the viper tribe,) in their hands at all times, put them in their bosoms, and throw them to one another, as children do apples or balls; during which sport the serpents are seldom irritated to bite, and, when they do bite, no mischief ensues from the wound. It is said that this power is derived from the practice of chewing certain plants in their infancy. This is most probably the fact; these substances may impregnate the body with some quality obnoxious to the reptile. The same traveller has given an account of several of these roots. In South America a similar practice prevails, and a curious memoir on the subject was drawn out by Don Pedro d’Orbies y Vargas, detailing various experiments. He informs us that the plant thus employed is the vejuco de guaco, hence denominated from its having been observed that the bird of that name also called the serpent-hawk, usually sucked the juice of this plant before his attacks upon poisonous serpents. Prepared by drinking a small portion of this juice, inoculating themselves with it by rubbing it upon punctures in the skin, Don Pedro himself, and all his domestics, were accustomed to venture into the fields, and fearlessly seize the most [Pg 435]venomous of these serpents. Acrell, in the Amœnitates Academicæ, informs us that the senega possesses a similar power. The tantalus or ibis of Egypt, that derives its chief food from venomous animals, depends in a like manner on the protection of antidotes. This power of fascinating serpents is so great, that they remain totally torpid and inactive under its influence, and are not even able to offer any resistance when skinned from tail to head like an eel, and eaten alive. According to Bruce, they sicken the moment they are laid hold of, and are exhausted by this invincible power as though they had been struck by lightning or an electric battery, shutting their eyes the moment they are seized, and never attempting to turn their mouth towards the person that holds them. It has been asserted that the Hindoo jugglers render serpents innocuous by the extraction of their teeth, and although this may be the practice in some parts of India, it is not generally resorted to in other countries.
The captivating power of fascination is another mysterious phenomenon. It's well-known that in areas filled with venomous snakes, there are people who have both natural and learned abilities to disarm these reptiles of their poisonous abilities. Ancient Cyrenaica was swarming with poisonous snakes, and the Psylli were a tribe known for this skill. When Cato chased Juba across the Cyrenaica desert, he brought some of these Psylli along to treat the venomous wounds that the snakes might have inflicted on his soldiers. Bruce tells us that all the Black people in the kingdom of Sennaar are naturally resistant to the bite of both scorpions and vipers. They handle the cerastes, or horned snake (one of the most venomous of all vipers), with ease, keeping them in their clothes and tossing them around like children do with apples or balls; during this play, the snakes are rarely provoked to bite, and if they do, the bites don't cause harm. It's believed that this ability comes from the practice of chewing certain plants in their early years. This is likely the case; these substances might give their bodies a quality that the reptiles find repulsive. The same traveler has described several of these roots. In South America, a similar practice exists, and a fascinating report on the subject was prepared by Don Pedro d’Orbies y Vargas, detailing various experiments. He informs us that the plant used is the vejuco de guaco, named because it's observed that the bird known as the serpent-hawk usually sucks the juice of this plant before attacking poisonous snakes. After drinking a small amount of the juice and applying it to skin punctures, Don Pedro and all his household members would venture into the fields and confidently catch the most [Pg 435]venomous snakes. Acrell, in the Amœnitates Academicæ, explains that the senega has a similar power. The tantalus or ibis of Egypt, which feeds mainly on venomous creatures, relies on antidote protection in a similar manner. This fascinating power over snakes is so strong that they become completely lethargic and unresponsive to its influence, unable to resist even when skinned from tail to head like an eel and eaten alive. According to Bruce, they become sick as soon as they are touched and are weakened by this irresistible force as if struck by lightning or an electric shock, closing their eyes the moment they are grabbed and never trying to turn their mouth toward the person holding them. It's said that Hindu jugglers make snakes harmless by removing their teeth; while this might be true in some places in India, it's not commonly practiced in other countries.
Dr. Mead and Smith Barton of Philadelphia endeavour to explain this power by the influence of terror. This supposition, however, is not correct, since the serpent will injure one man and not another, if the latter is gifted with this faculty and the former one is not. Major Gordon of South Carolina attributes the fascinating power of reptiles to a vapour which they exhale and shed around them; and he mentions a negro who, from a peculiar acuteness of smell, could discover a rattlesnake at two hundred feet distance. That certain odours are overpowering there is not the least doubt; and trout and other fresh-water fishes are charmed and caught without resistance when the hand is smeared with asafœtida, marjoram, and other aromas. The fishes, delighted no doubt with this odour, or intoxicated by its power, will actually flock towards the fingers, and allow themselves to be laid hold of.
Dr. Mead and Smith Barton from Philadelphia try to explain this ability as being influenced by fear. However, this idea isn't accurate, since a snake can harm one person but not another, depending on whether that person has this ability or not. Major Gordon from South Carolina suggests that the mesmerizing power of reptiles comes from a vapor they release around them; he notes a man who, due to an exceptionally sharp sense of smell, could detect a rattlesnake from two hundred feet away. There's definitely no doubt that certain smells can be overwhelming; trout and other freshwater fish can be enchanted and caught without a struggle when hands are coated with asafœtida, marjoram, and other scents. The fish, likely attracted by this smell or perhaps even intoxicated by its effect, will actually swim towards the fingers and allow themselves to be caught.
Thieves and housebreakers have been known to possess the power of quieting watch-dogs, and keeping them silent during their depredations. Lindecrantz informs us that the Laplanders can instantly disarm the most furious dog, and oblige it to fly from them with every expression of terror. The strange faculty of taming the most unmanageable horses, possessed by an Irishman, hence called the Whisperer, is well known. Several horse-breakers have appeared at various periods possessing the same art, and they would make the wildest horse follow them as tamely as a dog, and lie down at their bidding. It has been affirmed that these whisperers introduce a globule of quicksilver, or some other substance,[Pg 436] into the animal’s ears. It is, however, more probable that these charmers derive their power of fascination from some natural or artificial emanation. The most singular power of fascination is perhaps that exhibited by the jugglers of Egypt, who, by merely pressing the serpent called haje on the neck, stiffen the reptile to such a degree, that they can wave it like a wand.
Thieves and burglars are known to have the ability to quiet watch dogs, keeping them silent during their crimes. Lindecrantz tells us that Laplanders can instantly calm even the angriest dog, making it flee from them in terror. The unique skill of taming the wildest horses, possessed by an Irishman known as the Whisperer, is also well known. Throughout history, several horse trainers have appeared, possessing the same talent, and they could lead the wildest horse to follow them like a pet and lie down at their command. It's been said that these whisperers introduce a globule of quicksilver or some other substance,[Pg 436] into the animal’s ears. However, it's more likely that these charmers gain their power of fascination from some natural or artificial emission. Perhaps the most extraordinary power of fascination is shown by the jugglers of Egypt, who can stiffen a serpent called haje by merely pressing it on its neck, allowing them to wave it like a wand.
To explain this sympathetic influence that living beings exercise on each other, as I have already observed, has long been the study of philosophers. Their chief theories may be divided into those of the advocates of pneumatism or spiritualism, who maintained that the nerves transmitted a subtle fluid susceptible of external transmission. Such were the disciples of Plato; and, amongst the moderns, the Arabian writers, Paracelsus, Van Helmont, Willis, Digby, Wirdig, and even Boerhave. The mechanicians formed another class, refusing to admit the doctrine of influences, and submitting all sympathetic phenomena to the laws of mechanism and chemistry. Amongst these we find the Cartesians, Boyle, Hoffmann, and Haller. Their doctrine had already been established amongst the ancients by Asclepiades. The third system was that of the organicians, who attributed these effects to our organization, governed by a principle of free agency. In this school are recorded the names of Hippocrates, Galen, Stahl, Bordeu, and many illustrious writers of various ages. An investigation of these discrepancies would be foreign to these sketches. I can only observe, that none of them are tenable, and have only tended to display scholastic learning and ingenuity, without any practical beneficial results. Indeed, the only advantages that might possibly accrue from these pursuits would be the shedding of some faint light upon our systems of early education, by finding out the most judicious method of counteracting innate dispositions and peculiar idiosyncrasies.
To explain the sympathetic influence that living beings have on each other, as I've noted before, has long been the focus of philosophers. Their main theories can be split into those of the supporters of pneumatism or spiritualism, who argued that nerves transmitted a subtle fluid that could be transferred externally. This view was held by Plato's followers; and among modern thinkers, it includes Arabian writers, Paracelsus, Van Helmont, Willis, Digby, Wirdig, and even Boerhave. The mechanicians represented another group, rejecting the idea of influences and attributing all sympathetic phenomena to the laws of mechanics and chemistry. In this group, we find the Cartesians, Boyle, Hoffmann, and Haller. Their ideas had already been established by ancient scholars like Asclepiades. The third theory was that of the organicians, who believed these effects were caused by our organization, governed by a principle of free will. This school includes notable figures like Hippocrates, Galen, Stahl, Bordeu, and many esteemed writers from different eras. An exploration of these differing views would be unrelated to these sketches. I can only point out that none of them are solid and have primarily showcased academic knowledge and creativity without any practical benefits. In fact, the only potential benefits from these studies might be a slight illumination of our early education systems by discovering the best ways to counteract innate tendencies and unique personality traits.
The life of man is a relative and external existence. He lives in communion with all around him, and before his ultimate dissolution he is doomed to die with every object of his affections that perishes before him. To these objects he has been united by the secret powers of sympathy. The organism of both appears to have been subject to mutual laws; and grief and joy, our pains and pleasures, are transmitted with the rapidity and power of the magnetic fluid. Nor time nor distance can affect these sympathies, which have been known to remain latent in our breasts till called into action[Pg 437] by accidental circumstances. Thus, a man has never known how fondly he loved until he was suddenly deprived of the object of his sympathies, although until that moment this affection had been unknown even to himself. This circumstance clearly proves that these sympathies are not under the influence of our imagination. Although it is to this creative faculty that these reminiscences are attributed by Madame De Staël in the following exquisite words, “The creative talents of imagination, for some moments at least, satisfies all our desires and wishes,—it opens to us heavens of wealth; it offers to us crowns of glory; it raises before our eyes the pure and bright image of an ideal world: and so mighty sometimes is its power, that by it we hear in our hearts the very voice and accents of one whom we have loved.”
The life of a person is a relative and external existence. They live in connection with everything around them, and before their final end, they are bound to lose every cherished thing that disappears before them. These things have been tied to them by the hidden forces of sympathy. Both the person and these objects seem to operate under mutual laws; grief and joy, our pains and pleasures, pass through us with the speed and intensity of magnetic energy. Neither time nor distance can alter these connections, which can remain dormant in our hearts until they are triggered by unforeseen circumstances[Pg 437]. Thus, a person often doesn't realize how deeply they love until they are suddenly separated from the object of their affection, even if that feeling has been unknown to them until that moment. This clearly shows that these connections aren't just products of our imagination. Although it is this creative ability that Madame De Staël attributes these memories to with her beautiful words, “The creative talents of imagination, for at least a few moments, fulfill all our desires and wishes—it opens up heavens of wealth for us; it presents us with crowns of glory; it brings forth the pure and bright image of an ideal world: and so powerful is its might that through it we hear in our hearts the very voice and tones of someone we have loved.”
Sympathies might be denominated a moral contagion in mankind: in the brute creation they merely produce a physical impulse. Reid attributed to the nervous system an atmosphere of sensibility, influencing all that came within its range. Ernest Platner maintained that our soul could diffuse itself in mutual transmission; and in another paper I have shown that life may be prolonged by sacrificing the health of others, when the genial warmth of youth is surreptitiously communicated to decrepitude.
Sympathies can be seen as a moral contagion among humans; in animals, they only create a physical response. Reid believed that the nervous system had a kind of sensitivity that affected everything within its reach. Ernest Platner argued that our soul can share itself through mutual exchange; and in another paper, I demonstrated that life can be extended by compromising the health of others when the vibrant energy of youth is secretly passed on to the elderly.
What is then this invisible vital fluid, this electric principle, that the touch, the breath, the warmth, the very aroma of those we are fond of, communicates, when trembling, fluttering, breathless, we approach them? that enables us, even when surrounded with darkness, to recognise by the feel the hand of her we love? Nay, whence arises the feeling of respect and veneration that we experience in the presence of the great and the pre-eminently good? It may be said this is the result of our education; we have been taught to consider these individuals as belonging to a superior class of mortals. To a certain extent this may be true; yet there does exist an impressive contagion when we are brought into the presence, or placed under the guidance, of such truly privileged persons. Their courage, their eloquence, their energies, their fanaticism, thrill every fibre, like the vibration of the chord under the skilful harpist’s hand. Actuated by this mystic influence the coward has boldly rushed into the battle, the timid dared imminent perils, and the humane been driven to deeds of blood. Fanatic contagion has produced both martyrs and heroes. Example stimulates and emulates, despite our reasoning faculties. Regis ad exemplar totus componitur orbis. Imitation is the principle of action, the nursery of good and[Pg 438] great deeds. We either feel degraded by the ascendancy of others, when we fancy, however vainly, that we may attain their level; or devote ourselves to their cause and their service, when we tacitly recognize their mastery. It is more particularly in our devotion and in our love,—two sentiments more analogous than is generally believed,—that this mutuality of sympathies prevails; and when Galigai was asked by his judges by what means he had obtained his influence over Mary of Medicis, his reply was similar to that of the Moor when describing his course of love,—the witchcraft he had used to win his Desdemona, when with a greedy ear devouring his discourse.
What is this invisible vital energy, this electric force, that the touch, breath, warmth, and even the scent of those we care about communicate when we approach them, trembling, fluttering, and breathless? What allows us to recognize the hand of our loved one, even in darkness? And where does the feeling of respect and admiration for those who are great and exceptionally good come from? Some might say it's a result of our upbringing; we've been taught to see these individuals as part of a superior class of people. While there's some truth to this, a powerful connection definitely exists when we are in the presence of or guided by such truly exceptional individuals. Their courage, eloquence, energy, and passion excite every fiber, much like a chord resonates under a skilled harpist’s touch. Inspired by this mysterious influence, the coward has charged into battle, the timid has faced imminent danger, and the compassionate has been driven to acts of violence. This passionate influence has created both martyrs and heroes. Examples motivate and inspire, regardless of our rational thoughts. Regis ad exemplar totus componitur orbis. Imitation is the driving force behind action, the breeding ground for good and great deeds. We either feel inferior because of the power of others, when we foolishly believe we can reach their level, or we dedicate ourselves to their cause and service when we silently accept their authority. This mutual connection of sympathies is especially evident in our devotion and love—two feelings more similar than is often thought. When Galigai was asked by his judges how he had gained influence over Mary of Medicis, his response mirrored the Moor’s when he spoke of his love—the magic he had used to win over his Desdemona, as she listened intently to his words.
There is no doubt that education, circumstances, our state of health, predisposes us more or less to the action of these sympathetic powers, for then our feelings are actually more or less morbid. Affliction, for instance, predisposes to tender sentiments. There is perhaps much psychological matter of fact in the old story of the Ephesian widow; and our immortal Shakspeare felt the truth not only of the contagion of grief, but of its consoling power when reciprocally felt, although no doubt the reciprocity has often been assumed to woo and win.
There’s no doubt that education, circumstances, and our health make us more or less sensitive to these emotional influences, as our feelings can be more or less unhealthy. For example, sadness can lead to more tender emotions. There might be a lot of psychological truth in the old story of the Ephesian widow; our great Shakespeare recognized not only the spread of grief but also its comforting power when shared, even though that sharing is often just a strategy to attract and win someone over.
Grief best is pleased with grief’s society.
True sorrow then is feelingly surprised,
When with like feeling it is sympathized.
Grief is best shared with the company of other grief.
True sadness is genuinely taken aback,
When it finds a kindred spirit in shared feelings.
Fortunately for our frail race, sympathies are liable to be worn out by their own exhausting powers. Attrition polishes but indurates at the same time: thus does social intercourse harden our gentle predispositions. The mathematical world dispels the illusions of our fervent youth, as chilling truth banishes fancy’s flattering dreams. Experience is to man what rust is to iron; it corrodes, but at the same time protects the metal to a certain degree, from the magnet’s mighty power.
Fortunately for our fragile human race, our sympathies can become worn out by their own exhausting demands. Constant interaction smooths us out but also toughens us up: this is how social engagement strengthens our gentle inclinations. The logical world shatters the illusions of our passionate youth, just as harsh reality dispels the sweet dreams of fantasy. Experience is to humans what rust is to iron; it wears us down, but it also provides some protection against the overwhelming force of the magnet.
Although the nature of sympathies most probably will never be ascertained, their study is essential both to the moralist and the physician, and both may be materially aided in their vocations by the temperament of the pupil or the patient; for, as I shall endeavour to show in a subsequent sketch, our temperaments generally indicate individual characteristics. It is in vain that some philosophers may deny the power of innate faculties and dispositions. The very expression ‘human nature’ implies their existence. To encourage their growth, or to check their developement, becomes the duty of those who are entrusted with the education[Pg 439] of youth, when yielding to, or counteracting propensities, becomes as necessary as the care the horticulturist devotes to his plants. By the inclination that trees have taken, we can generally learn the prevalent winds of a district. The plastic hand of our early teachers may, in most instances, obtain a similar result; though in the vegetable kingdom, as well as in the animal kingdom, there will be constantly found stubborn trunks that will resist all influence. Were we to admit that our material organism cannot be counteracted, we should inevitably fall into many lamentable errors, and many a crime would be extenuated on the plea of fatalism. It is to be feared that some of our ingenious theorists have too frequently tortured organism on a Procrustean couch, to suit their favourite phantasies. We might reply to the visions of these enthusiasts in the words of Iago, “Our bodies are our gardens, to which our wills are gardeners—either to have it sterile with idleness, or manured with industry. The power and corrigible authority of this lies in our wills. If the balance of our lives had not one scale of reason to poise another of sensuality, the blood and baseness of our natures would conduct us to the most preposterous conclusions.”
While we may never fully understand the nature of sympathies, studying them is crucial for both moralists and doctors, as both can significantly benefit from the temperament of the student or patient. As I will illustrate in a later analysis, our temperaments typically reveal individual traits. It's futile for some philosophers to deny the influence of innate abilities and dispositions. The term ‘human nature’ itself suggests their existence. It’s the responsibility of those who educate the youth to foster or restrain their development, just as a gardener must nurture their plants. From the way trees grow, we can often discern the prevailing winds in an area. In most cases, the formative influence of our early teachers can yield similar outcomes; however, just like in nature, there will always be stubborn individuals who resist all guidance. If we were to accept that our physical makeup cannot be changed, we would inevitably fall into many regrettable mistakes, and many crimes could be excused by the idea of fate. Unfortunately, some of our clever thinkers have often forced the human experience into narrow frameworks to fit their preferred theories. We might counter these idealists with Iago's words: “Our bodies are our gardens, to which our wills are the gardeners—either letting it become barren through inactivity or enriching it through hard work. The power and correct authority of this lies within our wills. If the scale of our lives lacked one side of reason to balance against the other side of desire, the blood and baseness of our natures would lead us to the most absurd conclusions.”
THE ARCHEUS OF VAN HELMONT.
One of the most ingenious fictions of those speculators who have endeavoured to explain the mysteries of our wonderful organization, was perhaps the Archeus of Van Helmont, a term derived from αρχη, origin, principle, authority, power. According to the doctrines of this physician, the archeus was an internal agent that commanded and regulated all the vital functions. I cannot better describe it than by partly borrowing the language of the founder of the doctrine.
One of the most clever ideas put forward by those who tried to explain the mysteries of our amazing organization was probably Van Helmont's Archeus, a term derived from αρχη, origin, principle, authority, power. According to this physician's doctrines, the archeus was an internal force that controlled and managed all the vital functions. I can’t describe it better than by partly using the words of the founder of the doctrine.
The archeus and matter are the natural causes of all. The molecules of matter, essentially inert, receive from this principle their movements, their order, their distribution, their conformation: the archeus is the internal agent that penetrates them, the nucleus of their inspiration; it is the mould in which they are elaborated, brought into form by this plastic influence meeting in this material substance the requisite docility to realize its ideas of perfection. Thus the archeus is an active and an intelligent power, possessing the faculty[Pg 440] of amalgamating and identifying itself with matter; penetrating its inmost recesses, it modifies and changes each particle of matter, producing that incomprehensible series of oscillations of spontaneousness and equilibrium, that catenation and marvellous automatism, that constitute the consciousness of our existence, and whence springs the only notion we can form of its causation. It is the archeus that presides over our sense of smelling, of tasting, and consequently the selection of our food; it is he that dissolves it in our digestive organs, liquefies it, and prepares it for due assimilation; it is he that imparts a conservative action to the blood, and converts this vital fluid into bone and muscle. Should any particle of our aliments have escaped from this transforming power, these substances become foreign bodies, irritating by their presence this sovereign power, calling forth his energies and his activity, and exciting his indignation and wrath by their repeated provocations. His just fury stimulates and accelerates the vital functions; but, instead of wreaking its vengeance on external matter, it overwhelms all internal obstacles, whether diffused in the system or concentrated on any given point. It is this tumultuous confusion that constitutes maladies, which arise from two evident causes,—an alteration in matter and a reaction of the archeus.
The archeus and matter are the natural causes of everything. The molecules of matter, which are basically inactive, get their movements, order, distribution, and shape from this principle; the archeus is the internal force that penetrates them, the core of their inspiration. It acts as a mold in which they are shaped, influenced by this creative force that finds in this material substance the necessary flexibility to realize its ideas of perfection. So the archeus is an active and intelligent power, capable[Pg 440] of merging and identifying itself with matter. By diving into its deepest parts, it modifies and alters each particle of matter, creating that incomprehensible series of spontaneous oscillations and equilibrium, that connection and amazing automatism, which make up our consciousness, and from which we derive our understanding of causation. The archeus oversees our sense of smell and taste, and ultimately the selection of our food; it is he who breaks it down in our digestive organs, liquefies it, and prepares it for proper absorption; it is he who gives a preserving effect to the blood and transforms this vital fluid into bone and muscle. If any particle of our food escapes this transforming power, those substances become foreign bodies, irritating his sovereign power, invoking his energies and activity, and provoking his anger and wrath with their persistent presence. His just rage stimulates and speeds up vital functions; however, instead of attacking external matter, it overwhelms any internal barriers, whether spread throughout the system or concentrated at a specific point. This chaotic confusion results in illnesses, which stem from two clear causes—an alteration in matter and a reaction from the archeus.
Of these two morbid elements, the first is susceptible of a thousand varieties both in nature and extent, and therefore produces as many modifications in the corrective power. Then does the archeus, threatened on different points in different manners, regulate his plans and operations both of defence and of attack, selecting his weapons according to the nature of his antagonists. In this mutual struggle our archeus wisely checks the impetuosity of his onset, husbands his forces, and merely detaches them from the main body according to the circumstances of the conflict; thus ever keeping a powerful reserve. It is this wisdom of conduct that ultimately restores tranquillity, and compels the rebellious molecules to submit to the laws of organization. For what constitutes the cure of a disease, whether obtained by nature or by art? Nothing more than the dignified repose of the mighty archeus, when the fire of his wrath has consumed his foes. Diseases, therefore, are simply the execution of vast and complex projects that inspire the archeus, and which he carries into execution as the statuary embodies on the marble the conceptions of his genius. When the morbid idea is in conformity with his plans, a favourable result will ensue; if, on the contrary, the archeus labours under a misconception,[Pg 441] if he is thrown by erroneous impressions into disordinate steps, then may this power, excited without a just motive, or a determinate and proper object, turn its arms against itself, and destroy the ties that united it to matter. It is then that art, whose aim it is to meet the foe with his own weapons, must have recourse to medicine for the purpose of rousing the torpor of the archeus, reanimate his energies if he droops, overthrow him if he becomes unruly, and finally compel him to yield, by a salutary terror; forcibly bringing him back to that judicious equilibrium in action, when all the functions contribute in harmony and concert to the general welfare of the system.
Of these two harmful elements, the first can take on countless forms, both in nature and scope, and thus leads to as many changes in the corrective power. The archeus, threatened in various ways, adjusts its strategies for defense and attack, choosing its weapons based on the nature of its opponents. In this ongoing struggle, our archeus wisely controls its aggressive impulses, conserves its strength, and only separates small portions from the main force depending on the circumstances of the fight; this keeps a strong reserve at all times. It is this strategic approach that ultimately restores calm and forces the rebellious molecules to obey the rules of organization. So what really constitutes the cure for a disease, whether achieved by nature or through medical intervention? It’s simply the composed rest of the powerful archeus after its fury has dealt with its enemies. Diseases, therefore, are just the execution of grand and intricate plans envisioned by the archeus, which it carries out like a sculptor shaping marble according to his creative ideas. When the harmful idea aligns with its plans, a positive outcome follows; if, instead, the archeus is misled by false impressions and takes chaotic actions, that power, ignited without a proper cause or clear goal, might turn against itself and break the bonds with matter. It is then that medicine, aiming to confront the adversary with its own tactics, must work to awaken the lethargy of the archeus, reignite its energies if it’s weak, subdue it if it becomes uncontrollable, and ultimately compel it to submit through a beneficial fear, forcibly restoring it to a balanced state where all functions work together harmoniously for the overall health of the system.
Such were the truly poetical ideas of Van Helmont, who might have written an epic on the government, revolutions, and battles, in the archean state, similar to the Holy War of our ingenious Bunyan; for, like the cobler poet, our theorist divided and subdivided his legions and their officers. The archeus is merely the sovereign commander, whose head-quarters and throne were in the stomach; all the other viscera have distinct commandants, receiving their orders from their chief, who employed the nerves of his aides-de-camp. Nor was it an easy matter to keep all these captains in a proper state of discipline. Their irregularities occasioned constant tumults; for the court of the archeus, like all other courts, was most depraved and capricious in its practices, and intriguing in all its machinations, and the archeus had great trouble in keeping his subordinates in a proper state.
Such were the truly poetic ideas of Van Helmont, who could have written an epic about governance, revolutions, and battles in the archean state, similar to the Holy War by our clever Bunyan; for, like the cobbler poet, our theorist divided and subdivided his legions and their officers. The archeus is simply the sovereign commander, with his headquarters and throne in the stomach; all the other organs have distinct leaders, receiving their orders from their chief, who used the nerves of his aides-de-camp. It was no easy task to keep all these captains properly disciplined. Their irregularities caused constant chaos; for the court of the archeus, like all other courts, was highly corrupt and unpredictable in its practices, engaging in many schemes, and the archeus had a lot of trouble keeping his subordinates in line.
The most rebellious of his generals was the one who commanded the uterine district. There it was in vain that the articles of war were constantly read,—that solitary confinement and prison-diet were resorted to. Its constant mutinies not only demanded the utmost vigilance, but it was no easy matter to prevent its dangerous influence from contaminating the other branches of the service; and treasonable correspondences were not unfrequently discovered with the staff of the brain. This rebellious province, indeed, excited incessant apprehension, constantly agitated the entire commonwealth, and, on the plea of national welfare and liberty, it hoisted at times a standard of defiance, and precipitated the country in all the miseries of civil war; the more to be dreaded, as it always put forth the most specious pleas, destroying with words of peace.
The most rebellious of his generals was the one leading the uterine district. Despite the constant reading of the articles of war, solitary confinement, and a prison diet, it was useless. Its ongoing mutinies demanded maximum vigilance, and it was difficult to prevent its dangerous influence from spreading to other areas of the service; treasonous communications with the brain's staff were often uncovered. This rebellious province indeed caused constant worry, kept the entire commonwealth on edge, and under the guise of national welfare and freedom, at times raised a flag of defiance, plunging the country into the sorrows of civil war; this was even more frightening since it always presented the most convincing arguments, hiding its destructive intentions behind words of peace.
This whimsical doctrine is not unlike the Platonic theories, and resembles the naturism or ενορμον of Hippocrates, and the autocracy of the soul, of Stahl. Van Helmont not only[Pg 442] established his archei in animals, but in plants, and even in our food. The archeus of man he sometimes called ens seminale, ens spirituale, impetum faciens, aura vitalis. Well aware that the most powerful despot cannot reign without rival powers, Van Helmont admitted certain imperia in imperio: for instance, there was a troublesome minister in his own cabinet, whom the archeus frequently could not control,—one pylorus rector, or master of the ceremonies; then he had to apprehend the power of a secret faculty possessed by the stomach and spleen, which he called a duumvirate,—jus duumvirat’. The sensitive and immortal soul was another check on his sway; while the spirit of life residing in the blood was not easily managed. All these vexations occasioned frequent attacks of illness in the monarch, and Van Helmont has described these several affections; for, although he possessed the power of conceiving and executing plans of disease, like many physicians, he did not know how to cure himself.
This playful theory is similar to Platonic ideas and resembles the naturism or ενορμον of Hippocrates, as well as Stahl's concept of the soul's autocracy. Van Helmont not only[Pg 442] established his archei in animals but also in plants and even in our food. He sometimes referred to the archeus of man as ens seminale, ens spirituale, impetum faciens, or aura vitalis. Aware that the most powerful ruler cannot govern without rival powers, Van Helmont recognized certain imperia in imperio: for example, he had a troublesome minister in his own cabinet, whom the archeus frequently couldn’t control—one pylorus rector, or master of the ceremonies; then he had to consider the influence of a secret faculty possessed by the stomach and spleen, which he called a duumvirate,—jus duumvirat’. The sensitive and immortal soul was another limit on his dominance, while the spirit of life residing in the blood was not easily managed. All these frustrations led to frequent bouts of illness in the monarch, and Van Helmont described these various afflictions; for, although he had the ability to conceive and carry out plans for diseases, like many doctors, he did not know how to heal himself.
When we consider that systems similar to this absurd doctrine, if not more extravagant, have ruled the medical schools for centuries with a despotic sway, can we marvel that medicine should have incurred the invectives of scepticism, or the scurrility of wits? In the very ratio of their absurdity have these flitting systems been maintained with scholastic fury; their proselytes would have vied in excesses with monastic persecutors, had they been able to assume a religious mask. It is painful to observe that unbelief and impious ridicule in theologic matters may be referred to the same causes as medical scepticism,—the vain and presumptuous endeavour of man to explain that which the Creator has most probably willed to remain inexplicable. Instead of wisely referring all that is mysterious to the Almighty Power that knows no limit, man has sought to explain and comment upon human principles, nay upon human motives; and when they could no longer attribute evil to God, they crossed the pons asinorum to call in the Devil. In like manner, when they proudly fancied that they had regulated all the functions of the animal economy in that harmonious manner that they were modest enough to call admirable and wondrous, they endeavoured to account for a derangement of this equilibrious condition, either by the introduction of some evil spirit, or the unmanageable rebellion of some organ, some principle, some agency, and for this purpose they gave individuality and specific vitality to those agents, each of the dramatis personæ having a particular part to perform in bringing on a tragic catastrophe or a happy denouement of the drama of life.
When we think about how similar systems to this ridiculous doctrine, if not even more bizarre, have dominated medical schools for centuries with an iron fist, can we be surprised that medicine has faced criticism and mockery? These fleeting theories have been fiercely defended in direct proportion to their absurdity; their followers would have competed in extremes with monastic oppressors if they could don a religious guise. It's disheartening to see that disbelief and irreverent mockery in theological issues can be traced back to the same reasons as medical skepticism—the foolish and arrogant attempt of humans to explain what the Content Creator likely intended to keep mysterious. Instead of wisely attributing everything mysterious to the limitless Almighty Power, humans have tried to explain and comment on human principles and even motives; and when they could no longer blame God for evil, they turned to the Devil. Similarly, when they naively thought they had organized all the functions of the body in such a harmonious way that they modestly called it admirable and wondrous, they sought to explain any disruption of this balance by introducing some evil spirit or the uncontrollable rebellion of an organ, a principle, or some force. To do this, they gave individuality and specific vitality to these agents, each of the dramatis personæ having a particular role to play in leading to either a tragic downfall or a happy denouement in the drama of life.
[Pg 443]Let not the learned doctors of modern schools exclaim, that these were the errors of former days and of dark ages. They themselves are grovelling and groping in the dark whenever they pretend to fly from the trammels of empiricism, and, like our forefathers, account for what is unaccountable. But, above all, let them be meek and modest (if they can) in passing judgment upon others, and inscribe upon the doors of their splendid libraries the saying of the olden sage, “All that we know is our own ignorance.”
[Pg 443]Let's not have the educated professionals of today claim that these were the mistakes of the past and of dark times. They themselves are stumbling around in uncertainty whenever they try to escape the limits of experience, and, like our ancestors, try to explain the inexplicable. But, above all, they should be humble and modest (if they can) when judging others, and they should place on the doors of their impressive libraries the words of the ancient wise man, “All that we know is our own ignorance.”
MONSTERS.
Philosophers have puzzled their brains to no purpose in endeavouring to account for the unnatural formation of animals. The ancients, amongst whom we may name Democritus and Epicurus, attributing all organization to an atomic aggregation, fancied that matter was endowed with an elective faculty and certain volition in attaining this organism; and considered monstruosities as mere experiments on the part of these atoms to produce some other species or races. This chimera was of a par with the archeus and his satellites of the preceding article. There is no doubt, however, that in the myriads of organized creatures various circumstances may tend to affect most materially the regularity of these developments, in the same manner as the properties and peculiar qualities of their organs may depend in a great measure upon similar influences. Conservation and reproduction are in the ratio of this perfection and imperfection. It is true, generally speaking, that the healthy and the best organized are less liable to engender an ill-conformed offspring; yet parents of this description have been known to produce monsters. Still the fortes creantur fortibus of Horace has become a proverbial expression; and some fanciful wanderers in the mazes of imagination framed rules for their megalanthropogenesy, or the art of creating illustrious men and distinguished women by uniting the learned and the witty.
Philosophers have racked their brains in vain trying to explain the strange formation of animals. The ancients, including figures like Democritus and Epicurus, believed that all organization came from the aggregation of atoms. They imagined that matter had a selective ability and some intention in developing into these organisms, viewing monstrosities as mere experiments by these atoms to create different species or races. This idea was on par with the archeus and his followers mentioned earlier. There’s no doubt that various circumstances can significantly influence the regularity of these developments, similar to how the properties and unique qualities of their organs might be greatly affected by similar factors. Conservation and reproduction relate to this perfection and imperfection. Generally, it’s true that healthy and well-organized creatures are less likely to produce poorly formed offspring; however, there are instances where such parents have given rise to monsters. Still, Horace's saying, fortes creantur fortibus, has become a well-known expression, and some imaginative thinkers have devised rules for their megalanthropogenesy, or the art of creating great men and distinguished women by bringing together the learned and the witty.
Generation is a wondrous mystery. Many casual circumstances may check the mechanism of its action, (if I may be allowed the expression,) and affect its results. Any sudden physical or moral impression acting violently might produce this result; although, despite the theories and experiments[Pg 444] of philosophers, it has not been proved that conception depends in the slightest degree upon the passions, being an act of nature totally independent of the control of mental emotions or bodily sufferings. This fact is clearly proved in cases of brutal violence.
Generation is a fascinating mystery. Many random factors can disrupt its process (if I can put it that way) and influence its outcomes. Any sudden physical or emotional shock could lead to this result; however, despite the theories and experiments[Pg 444] of philosophers, it hasn’t been shown that conception is affected in any way by our feelings, as it is a natural act completely separate from the influence of emotions or physical pain. This is clearly demonstrated in cases of extreme violence.
The ideas entertained by several naturalists, that organized beings were cast in a certain mould, were not altogether visionary, or unfounded in observation. The great resemblance between children, and their hereditary mal-conformation and defectuosities in whole families, would seem to a certain degree to warrant this conclusion; but it is more probable that imagination may have some influence in this irregularity, although at the time we may be unconscious of the relative action of moral agency on physical functions. The supporters of the existence of this plastic mould in which organized matter is cast, would then maintain that the mind having once influenced the conformation of the matrix, it would ever after preserve this deviation from nature’s general laws.
The ideas held by some naturalists that living beings are shaped in a specific way aren’t completely imaginary or lacking in observation. The strong similarity between children and the hereditary deformities and defects seen in entire families seems to support this idea to some extent; however, it’s more likely that imagination plays a role in these irregularities, even if we’re unaware of how our moral choices affect physical functions at the time. Those who advocate for the existence of this shaping mold, which organizes matter, would argue that once the mind has influenced the formation of that mold, it will forever maintain this deviation from the natural laws.
It is evident that different species of animals and vegetables have disappeared on the face of the earth, some within the memory of man. We neither know how these species have ceased to exist, nor whether all that possibly can be created has hitherto been brought into being; neither can we form any idea regarding the perpetuity of the races that surround us. Perpetuity and eternity (as far as regards this world) are conventional terms: races were supposed to be perpetuated by the successive evolutions of germs, as I have observed in a former article. To a certain extent this doctrine is correct, and is rendered evident in the evolutions of plants arising from their seed. Preternatural conditions are merely irregularities in this germination. The doctrine, that at each creation a true generation and gradual formation of a new conception from the formless genital matter takes place, does not appear to me reconcileable with sound physiology, nor supported by observation; for, were this the case, it is more than probable that preternatural formations would be more frequent. It was upon this doctrine that the learned Blumenbach founded his nisus formativus, an expression that he thus explains: “The word nisus I have adopted chiefly to express an energy truly vital, and therefore to distinguish it as clearly as possible from powers merely mechanical, by which some physiologists formerly endeavoured to explain generation. The point upon which the whole of this doctrine respecting the nisus formativus turns, and which is alone sufficient to distinguish it from the vis plastica of the[Pg 445] ancients, or the vis essentialis of Wolff, and similar hypotheses, is the union and intimate co-exertion of two distinct principles in the evolution of the nature of organized bodies,—of the PHYSICO-MECHANICAL with the purely TELEOLOGICAL;—principles which have hitherto been adopted, but separately, by physiologists in framing theories of generation.”
It’s clear that various species of animals and plants have disappeared from the Earth, some even within human memory. We don't know how these species became extinct or if everything that can possibly exist has already been created; we also can't make any assumptions about the survival of the species around us. Concepts like perpetuity and eternity (in relation to this world) are just conventional ideas: species were thought to continue through the successive development of germs, as I noted in a previous article. To some extent, this idea is correct, as evidenced by how plants evolve from their seeds. Unusual conditions are simply irregularities in this germination process. The idea that each new creation involves a true generation and gradual formation of a new idea from formless reproductive material doesn’t seem compatible with sound physiology or backed by observation; if that were the case, unusual formations would likely be more common. This idea was the basis for Blumenbach's concept of nisus formativus, which he explains as follows: “The term nisus was chosen primarily to convey a truly vital energy, to clearly differentiate it from merely mechanical forces that some earlier physiologists used to explain generation. The crux of the doctrine regarding nisus formativus lies in its distinction from the vis plastica of the[Pg 445] ancients, or the vis essentialis of Wolff, and similar theories. It’s about the union and close cooperation of two distinct principles in the evolution of organized bodies—the Physical Mechanics and the purely PURPOSE-DRIVEN; these principles have typically been considered separately by physiologists when developing theories of generation.”
The ingenuity of this hypothesis must be admitted, but it does not militate against the pre-existence of germs. Germs are visible in the ovum before fecundation; in these germs the very primordia of future organization can be distinguished. It is by no means necessary to allow these germs an exciting power, or a formative power, as has been objected: they are more or less profuse, and under the influence, as I have already said, of accidental circumstances. It has been maintained that monsters are more common in domesticated animals than in wild ones. This is by no means evident, since we have little opportunity of ascertaining the case in forests and in wildernesses; but, admitting the fact, it only tends to corroborate my opinion regarding the influence of accidental causes in physical development, since domestication must expose animals to many emotions unknown in their natural condition. It has been said that monsters are especially observed among sows. There perhaps is no animal under the subjection of man, excepting, perhaps, the unfortunate donkey, more exposed to physical injuries during gestation; and as the Portuguese maintain that a cajado (a stick) springs from the earth whenever an ass is born, so our bumkins and malicious urchins fancy that every one owes a kick to a gravid sow. Howbeit, I doubt much whether the swinish multitude are more subject to bear monstruosities than other animals; and preternatural conformations are, I believe, as frequent in lambs, and calves, and chickens; and double-headed and double-legged specimens of these animals are more frequently exhibited than monstrous pigs.
The cleverness of this hypothesis is undeniable, but it doesn't go against the idea that germs existed beforehand. Germs can be seen in the ovum before fertilization; within these germs, you can identify the very beginnings of future organization. It's not at all necessary to attribute to these germs any kind of exciting or shaping power, as has been argued: they vary in number and are influenced, as I've mentioned earlier, by random circumstances. It's been claimed that deformities are more common in domesticated animals than in wild animals. This isn’t clear, since we have little opportunity to observe what happens in forests and wilderness areas; however, if we accept this as true, it only supports my view about the impact of random factors on physical development, since domestication exposes animals to many experiences that are not present in their natural environment. It's said that deformities are particularly noted in sows. There is perhaps no animal under human care, except maybe the unfortunate donkey, that faces more physical risks during pregnancy; and as the Portuguese say, a cajado (a stick) springs up whenever a donkey is born, so our country folk and mischievous kids think that every pregnant sow deserves a kick. Nevertheless, I seriously doubt that pigs are more likely to give birth to abnormal offspring than other animals; I believe that unusual formations are just as common in lambs, calves, and chickens; in fact, two-headed and double-legged versions of these animals are shown more often than monstrous pigs.
Monstruosities are of two kinds, and exhibit either an excess of parts or a defect. Thus, some children are born with more limbs than usual, whilst others are deprived of their natural proportions. It is not unlikely that in the former case twins were being developed; whereas, in the other, the proper nourishment of the parts that are either wanting or stunted in their growth had somehow or other been impeded in its assimilation. This opinion seems to be warranted by the facts observed in the artificial incubation of eggs, the different parts of the chick being more or less perfect where the heat had been more or less steadily applied; the produce of[Pg 446] those eggs that had enjoyed more warmth being invariably the stronger. The same remark applies to plants. Eggs and seeds are in most respects ruled by similar laws in the phenomena of their germination: the arms and legs grow from the animal fœtus, as the branches originate from the trunk of the tree. These ramifications are frequently as symmetrical as human limbs. When there are preternatural excesses in formation, it is probable that twins were intended: thus we see fœtuses with double heads, or with two bodies. The same irregularity is observed in double and triple cherries, and other fruits. It is probable that this union took place when these bodies were in a soft state, and the vessels inosculated in their intricate ramifications with greater facility, until further development had consolidated the junction.
Monstruosities come in two types, either with an excess of parts or a deficiency. Some children are born with more limbs than usual, while others lack their natural proportions. It’s possible that in the first case, twins were developing, whereas in the second case, the proper nourishment of the missing or underdeveloped parts was somehow hindered in its absorption. This idea seems to be supported by what we observe in artificial egg incubation, where the chick's different parts are more or less perfect depending on how consistently the heat has been applied; the offspring from those eggs that received more warmth are always stronger. The same applies to plants. Eggs and seeds generally follow similar rules in how they germinate: the arms and legs grow from the animal fetus just as branches grow from the trunk of a tree. These branches can often be as symmetrical as human limbs. When there are unusual excesses in formation, it’s likely that twins were intended, as seen with fetuses that have double heads or two bodies. The same irregularity can be seen in double and triple cherries and other fruits. It’s likely that this merging happened while these bodies were still soft, allowing the vessels to intertwine more easily until further development solidified the connection.
If a proof were wanting that monstruosities do not arise in the original organization of the embryo, but from subsequent accidents during gestation, it might be sought in those preternatural appearances that arise from frights or longings, and constitute what are called nævi materni. Thus are infants born bearing the marks of some fruit the mother had desired, or some animal that had terrified her. This phenomenon plainly shows that there does exist a wonderful sympathy between external objects and the uterine system; yet this sympathy is not as surprising as that which is subsequently observed between these marks and the fruit they represent. It is a well-authenticated fact that they will assume a tinge of maturity when the fruit is ripening, and become gradually more pale as it is going out of season. The same observation has been made in regard to animal marks; for instance, these marks have displayed a deeper colour when the mouse or the rat that had occasioned them was mentioned. I know a lady who, during her pregnancy, was struck with the unpleasant view of leeches applied to a relative’s foot. Her child was born with the mark of a leech coiled up in the act of suction on the identical spot. Mr. Bennett has published a remarkable instance of this uterine sympathy. A woman gave birth to a child with a large cluster of globular tumours growing from the tongue, and preventing the closure of the mouth, in colour, shape, and size exactly resembling our common grapes, and with a red excrescence from the chest, as exactly resembling in figure and appearance a turkey’s wattles. On being questioned before the child was shown her, she answered that, while pregnant, she had seen some grapes, longed intensely for them, and constantly thought of them; and that she was also once attacked and much alarmed by a turkey-cock.
If you needed proof that abnormalities don’t come from the original structure of the embryo but from later events during pregnancy, you could look at those unusual appearances that result from fears or cravings, which are known as nævi materni. For example, some babies are born with marks resembling a fruit that the mother craved or an animal that frightened her. This clearly shows that there is an incredible connection between outside factors and the maternal system; however, this connection is not as astonishing as the one noticed later between these marks and the fruits they mimic. It’s a well-documented fact that these marks develop a matured color as the fruit ripens, and gradually fade as the season ends. The same has been observed with marks related to animals; for instance, these marks have shown a deeper color when the mouse or rat that caused them was mentioned. I know a woman who, during her pregnancy, was disturbed by the sight of leeches on a relative’s foot. Her child was born with a mark of a leech coiled up in the act of sucking, right in the same spot. Mr. Bennett has reported a remarkable case of this maternal connection. A woman gave birth to a child with a large cluster of round tumors on the tongue, preventing the mouth from closing, which in color, shape, and size looked exactly like common grapes, along with a red growth on the chest that perfectly resembled a turkey’s wattles. When asked before seeing the child, she said that while pregnant, she saw some grapes, craved them intensely, and constantly thought about them; she also had a frightening experience with a turkey-cock.
[Pg 447]Various writers have positively denied these facts. Gerard tells us that he had known three pregnant women whose minds had been constantly occupied with the unpleasant recollections of a cripple, of a dancing-dog fantastically dressed, and a basket of beautiful peaches; yet their offspring bore no marks of these objects. This is no argument. No rational person could imagine for a single moment that every impression thus received is to be transmitted. Buffon, who also doubts this influence, thus expresses himself: “We must not expect that we shall be able to convince women that the marks their children may bear have no analogy with ungratified longings. I have frequently asked them, before the birth of their infants, what had been their wishes, and consequently what would be the marks that they might expect? By this question I frequently gave unintentional offence.”
[Pg 447]Several writers have outright denied these facts. Gerard shares that he knew three pregnant women whose thoughts were constantly occupied with unpleasant memories of a disabled person, a fancily dressed dancing dog, and a basket of beautiful peaches; yet their children showed no signs of these objects. This doesn’t prove anything. No reasonable person could believe for even a second that every impression they receive is passed down. Buffon, who also questions this influence, states: “We shouldn’t expect to convince women that the marks their children may have have nothing to do with unfulfilled desires. I have often asked them, before their babies were born, what their wishes were and what marks they expected their children to have. This question often caused unintended offense.”
Now, with all due respect to this celebrated naturalist, this argument is by no means conclusive. We perfectly well know that pregnant women are frequently alarmed without such consequences, and the most fantastic phantasies may cross their idle brains, without any such result. It has been observed on this subject, “that when a circumstance may proceed from many causes, we do not universally reject any one because it is frequently alleged without reason.” We have too many well-authenticated cases before us to doubt this strange effect of maternal impressions, so clearly observed and recorded in Holy Writ in the following passage of Genesis: “And Jacob took him rods of Green poplar, and of the hazel and chestnut tree, and pilled white strakes in them, and made the white appear which was in the rods. And he set the rods which he had pilled before the flocks in the gutters in the watering-troughs, when the flocks came to drink, that they should conceive when they came to drink. And the flocks conceived before the rods, and brought forth cattle ring-straked, speckled, and spotted.”
Now, with all due respect to this well-known naturalist, this argument is by no means definitive. We know very well that pregnant women often feel anxious without any real consequences, and their minds can wander into the most bizarre fantasies without leading to any results. It's been noted about this topic that "when something can come from many causes, we don't simply dismiss one because it’s often claimed without justification." We have too many reliable cases to doubt this odd effect of maternal impressions, as clearly observed and documented in the Bible in the following passage from Genesis: “And Jacob took rods of green poplar, and of the hazel and chestnut tree, and stripped white streaks in them, and made the white appear which was in the rods. And he set the rods which he had stripped before the flocks in the gutters in the watering-troughs, when the flocks came to drink, that they should conceive when they came to drink. And the flocks conceived before the rods, and brought forth cattle ring-straked, speckled, and spotted.”
The sympathy that evidently exists between bodies separated from each other, but previously connected, has given rise to many absurd stories. It is told of Taliocotius, that having made a nose for a patient, cut out of a pig, the poor man’s snout fell off the moment the hog was slaughtered. A similar belief prevails among horticulturists, who assert that the graft perishes when the parent tree decays. A very singular phenomenon is observed in wine countries, where the wine in wood enters into a state of slight effervescence, and even efflorescence, when the vines begin to throw out their blossoms.
The connection that clearly exists between bodies that are apart but were once connected has led to many ridiculous stories. There's a tale about Taliocotius, who created a nose for a patient from a pig, and when the pig was killed, the poor man's nose fell off. A similar belief is held by gardeners, who say that a graft dies when the parent tree decays. A very strange phenomenon is seen in wine regions, where the wine in barrels starts to bubble a bit and even develop a powdery appearance when the vines begin to bloom.
[Pg 448]It therefore appears to me more than probable that monstruosities are by no means original mal-conformations, but arise, during gestation, from physical or moral influences that affect the mother, however unconscious she may be of their action. We have frequent instances of violence occasioning preternatural developements. Mr. Giron Buzareingues mentions that a violent blow was given to a gravid bitch, who produced eight pups, all of which excepting one, had the hind-legs wanting, malconformed, or weak.
[Pg 448]It seems quite likely to me that abnormalities are not original deformities, but develop during pregnancy due to physical or emotional influences that impact the mother, even if she is unaware of their effects. We often see cases where violence leads to unusual developments. Mr. Giron Buzareingues reports that a pregnant dog was struck with a violent blow, and she gave birth to eight puppies, all but one of which were missing their hind legs, were malformed, or were weak.
A further disquisition would lead me beyond the limits of a sketch. I shall therefore relate some curious cases of monstruosities, that would seem to set at nought our ideas regarding the indispensability of certain organs to the functions of life.
A further discussion would take me beyond the scope of a brief overview. So, I will share some interesting examples of abnormalities that seem to challenge our notions about the necessity of certain organs for life functions.
Various instances are recorded of the union of two or more fœtuses. We have lately seen the Siamese twins, and such a preternatural formation is by no means uncommon. In the Journal de Verdun, 1709, a case is related of two twin female children who were united at the loins, with only one intestinal canal. They were seven years old, could walk about, embrace each other in the fondest manner, and both were proficient in several languages. Buffon gives the history of two Hungarian girls, who were also joined together in the lumbar region. Helena, who was the first-born, became tall and straight; Judith, her sister, was of a diminutive size, and slightly arched. At six years of age she was attacked with hemiplegia, and never recovered perfect health. Helena was sprightly and intelligent. With the exception of the smallpox and measles, under which they laboured at the same time, their ailments were always distinct. They lived until the age of twenty-two, when Judith was attacked with a fever, that shortly terminated her existence. The horror expressed by Helena in beholding her dead companion, with whom she had been identified in sisterly love for so many years, cannot be described; but her agonies were of short duration, for in three minutes she also had ceased to live. On their post mortem examination each was found to have possessed distinct viscera. The aorta and vena cava were united above the origin of the iliac arteries, so that no severing operation could have been performed without destroying them both.
Various cases have been documented of two or more embryos joining together. Recently, we've seen the Siamese twins, and such an unusual formation is not uncommon. In the Journal de Verdun, 1709, there's a story about two twin girls who were connected at the waist, sharing a single intestinal canal. They were seven years old, able to walk around, embrace each other affectionately, and both were fluent in several languages. Buffon shares the story of two Hungarian girls who were also connected in the lower back. Helena, the first-born, grew tall and straight; her sister Judith was smaller and slightly curved. At six years old, Judith suffered from hemiplegia and never regained perfect health. Helena was lively and smart. Aside from having smallpox and measles at the same time, their health issues were usually separate. They lived until they were twenty-two, when Judith fell ill with a fever that quickly took her life. The horror Helena felt at seeing her deceased sister, with whom she had shared such deep sisterly love for so many years, is hard to describe; however, her agony was short-lived, as she also died just three minutes later. In their post mortem examination, it was found that each had distinct organs. The aorta and vena cava were connected above the origin of the iliac arteries, meaning no surgical separation could be performed without risking the lives of both.
Duverney relates the case of twins united at the lower part of the abdomen. They only lived six days; the strongest of the two died first, and was followed by his companion three hours after. Haller records upwards of thirty cases of a[Pg 449] similar nature; and various skeletons of this description are to be seen in our museums. Munster saw two girls united by the forehead. They had then attained their tenth year, when one of them died. It therefore became indispensable to separate them, but the unfortunate creature did not survive the operation. Daubenton describes two children united at the back of the head.
Duverney describes the case of twins joined at the lower part of the abdomen. They only lived for six days; the stronger one died first, followed by the other three hours later. Haller notes over thirty cases of a[Pg 449] similar nature, and several skeletons of this kind can be found in our museums. Munster observed two girls connected by the forehead. They had reached their tenth year when one of them passed away. As a result, it became necessary to separate them, but the unfortunate girl did not survive the operation. Daubenton describes two children joined at the back of the head.
Such miserable junctions naturally suggested the idea of effecting a separation by surgical means; but I believe this operation was only once performed with a successful result. Two little girls were united from the xiphoid cartilage to the umbilicus. The uniting substance was an inch in thickness, six lines in breadth, and five inches in circumference. In the centre of the junction was the umbilical ring common to both. The umbilical vessels were separated and tied; the ligature fell at the expiration of nine days; and then Zwingler, the operator, proceeded to divide the remaining bonds.
Such unfortunate connections naturally led to the idea of separating them through surgery; however, I believe this procedure was only successfully done once. Two little girls were joined from the xiphoid cartilage to the belly button. The tissue connecting them was an inch thick, six lines wide, and five inches around. In the middle of the connection was the shared belly button. The umbilical vessels were separated and tied off; the knot fell off after nine days, and then Zwingler, the surgeon, went ahead to cut the remaining attachments.
Various monsters have been seen with four arms and three legs, or four legs and two or three arms. The history of the double-headed infant of Oxford is curious. This creature had two heads diametrically opposite, four arms, one body and two lower extremities. These heads were doubly baptized; one by the name of Martha, and the other Mary. The features were different; Mary’s was smiling, Martha’s dejected. The latter died two days after her birth, and Mary expired a quarter of an hour after.
Various monsters have been seen with four arms and three legs, or four legs and two or three arms. The story of the double-headed baby from Oxford is interesting. This creature had two heads facing opposite directions, four arms, one body, and two legs. The heads were given two names; one was named Martha, and the other was named Mary. The faces were different; Mary had a smile, while Martha looked sad. Martha died two days after being born, and Mary passed away fifteen minutes later.
A curious monster of a similar description is recorded to have lived at the court of James IV. of Scotland. It had been taught several languages, and music. One head was intelligent, the other remarkably stupid. This creature lived twenty-eight years, when one of the individuals died. The other survived several days, but gradually drooped as the body of his late companion was decomposing. In olden writers we have many curious cases. How far they may be entitled to credit I cannot say; although we have no reason to deny the fact, when we daily witness the most singular malconformations. Liceti relates the case of a child with two legs, but seven heads and seven arms. Bartholinus mentions one with three heads, each of which uttered the most horrible cries, and then expired.
A strange monster similar to this is said to have lived at the court of James IV of Scotland. It had been taught several languages and music. One head was intelligent, while the other was notably dull. This creature lived for twenty-eight years until one of the heads died. The other head lasted several days longer but gradually weakened as the body of its deceased companion began to decompose. Old writers provide many interesting cases. I can't say how much credit they deserve; however, we have no reason to doubt the facts, especially since we see the most unusual deformities every day. Liceti mentions a child with two legs but seven heads and seven arms. Bartholinus talks about one with three heads, each of which let out terrible screams before dying.
While these unfortunates were visited with several heads, instances have been known of heads that had attained a most enormous volume. In Tunis, there was a Moor of thirty years of age, whose head was so large, that crowds followed[Pg 450] him in the streets; and his mouth was of such a capacity, that he could devour a large melon as easily as an apple. This man was an idiot. At Lucca, Benvenuti saw a lad, otherwise well-proportioned, whose head at the age of seven began to increase so rapidly, that when he was twenty-seven it measured thirty-seven inches eight lines in circumference, and his face was fifteen inches long.
While these unfortunate individuals had multiple heads, there have been cases of heads that grew to an enormous size. In Tunis, there was a thirty-year-old Moor whose head was so large that crowds followed[Pg 450] him in the streets; his mouth was so big that he could eat a large melon as easily as an apple. This man was not very bright. In Lucca, Benvenuti saw a boy who was otherwise well-proportioned, but whose head started to grow rapidly at the age of seven. By the time he was twenty-seven, his head measured thirty-seven inches and eight lines in circumference, and his face was fifteen inches long.
Singular monstruosities have been seen, where heads and bodies seemed actually to be growing from or hanging to individuals. Winslow knew an Italian child, of eight years of age, who carried a little head under the third left rib, and peeping out as if the body of the one had been concealed in that of the other. Both heads had been christened; the one James, the other Matthew. When the ear of little Matthew was pinched, his host James forthwith began to roar. The Bengal child, whose case is related by Valentin and Horne, is equally singular. Here one head was placed above the other, the superior one nearly as well conformed as the lower; both adhered intimately. The upper face assumed somewhat of an oblique direction. Each head had its distinct brain: sometimes one head was fast asleep while his neighbour was wide awake, and one head would cry most piteously if you pulled the hair of the other; but, what was still more singular, when the one was fed, its companion expressed its gratification, and water flowed from its mouth. This monster lived four years, and probably would have lived much longer, but for the bite of a venomous reptile.
Unique monstrosities have been observed where heads and bodies seemed to grow from or hang off individuals. Winslow knew an Italian child, eight years old, who had a small head under the third left rib, peeking out as if one body were hidden within the other. Both heads were named; one was James and the other Matthew. When little Matthew's ear was pinched, his counterpart James would immediately start to cry. The case of the Bengal child, documented by Valentin and Horne, is similarly unusual. In this instance, one head was positioned above the other, with the upper one almost as well-formed as the lower; both were closely attached. The upper face was somewhat angled. Each head had its own brain: sometimes one head would be asleep while the other was fully awake, and one head would cry loudly if you pulled the hair of the other; even stranger, when one was fed, the other would show signs of satisfaction, and water would flow from its mouth. This monster lived for four years and likely would have lived much longer, but for the bite of a venomous reptile.
In a former article I alluded to encephalous and anencephalous cases, where there were either no heads or heads without brains. Of the first variety Béclard relates the following: A woman at Angers was delivered of twins, one of which not only was without a head, but only showed the inferior part of the body; without arms, a small stump-like excrescence growing from the upper part of the chest; the feet were turned inwards, and without toes. The creature was of the male sex. The body presented one cavity without any diaphragm; nor could any trace of liver, spleen, œsophagus, or stomach be detected: the intestinal tube commenced at the upper part of the body, but was impervious; the pancreas and kidneys were as usual; the umbilical vein arose from the cava, and the umbilical arteries from the hypogastric. There were ten ribs on each side, and the spinal marrow threw out its regular nerves.
In a previous article, I mentioned cases of encephalous and anencephalous individuals, where there were either no heads or heads without brains. Regarding the first type, Béclard shares this account: A woman in Angers gave birth to twins, one of which not only lacked a head but also showed only the lower part of the body; it had no arms, just a small stump-like growth on the upper chest; the feet were turned inward and had no toes. The creature was male. The body had one cavity with no diaphragm; there were no signs of liver, spleen, esophagus, or stomach detectable: the intestinal tube began at the top of the body but was blocked; the pancreas and kidneys were normal. The umbilical vein came from the vena cava, and the umbilical arteries arose from the hypogastric artery. There were ten ribs on each side, and the spinal cord gave off its regular nerves.
Brunel has recorded the case of a male infant born without[Pg 451] brains. The frontal bone was thrown back, and flattened on the sphenoid in such a manner that the eyes appeared above his head. The parietal and the squamous portion of the temporal were wanting, although the organ of hearing was well conformed. Not a vestige of brain could be discovered; yet the carotid and vertebral arteries crossed the basis of the cranium. The spinal marrow arose from the fourth cervical vertebra. The organs of sight were perfect. Saviard describes an infant in which all the bones of the cranium were wanting, and, instead of a brain, the skin merely covered a cyst, containing a red pulpy substance resembling brain, whence arose several nerves.
Brunel recorded the case of a baby boy born without[Pg 451] a brain. The frontal bone was pushed back and flattened against the sphenoid in such a way that his eyes seemed to be above his head. The parietal and squamous parts of the temporal bone were missing, although the hearing organ was well-formed. There was no trace of a brain; however, the carotid and vertebral arteries crossed the base of the skull. The spinal cord started from the fourth cervical vertebra. The eyes were normal. Saviard describes a baby where all the bones of the skull were absent, and instead of a brain, the skin just covered a cyst containing a red, pulpy substance that looked like brain tissue, from which several nerves emerged.
It is, no doubt, to these malconformations that we are to attribute the various stories of children with heads of monkeys, goats, pigs, &c., or of that child whose face represented the devil, and who was described as “Cacodæmonis picturæ quàm humanæ figuræ similius,” &c. The idle tales of Cyclopes are also to be sought in such accidental preternatural appearances, and several instances are recorded of children born with a single eye in the forehead. It would be useless to dwell longer on this painful subject. Those who wish for more information may gratify their curiosity by consulting the works of Haller, Sœmmering, and other writers, who have treated this matter ex professo.
It's clear that we can attribute the various stories of children with heads like monkeys, goats, pigs, etc., or of the child whose face looked like the devil, described as “more like a demon than a human,” to these malformations. The fanciful tales of Cyclopes also come from such random, unnatural appearances, and there are several accounts of children being born with a single eye in the middle of their forehead. There's no point in lingering on this distressing topic. Those interested in more details can satisfy their curiosity by consulting the works of Haller, Sœmmering, and other authors who have addressed this subject professionally.
In conclusion, it appears to me that monstruosities are purely accidental, subject to no laws of nature, but deviations from them. We leave to theologasters the question of their being visitations of divine wrath. The only theories that can admit of discussion are the following: 1st, The imagination of the mother; 2nd, Accidental causes; and 3rd, An original monstrous germ. Maternal marks arising from longings and terror, as I have already observed, seemed to warrant the first conclusion; yet it is not tenable. What has imagination to do with the vegetable kingdom, which also presents monstrous conformations? Are we to attribute the same power of imagination to the brute creation? and, although we may fully admit the sympathy that exists between the uterine system and external objects, yet we cannot refer headless and double and triple embryos to this influence. The last hypothesis is also fraught with objections. We have every reason to believe that all germs or seed are perfect in themselves. Were there monstrous germs, there would ensue monstrous races. That germs may be accidentally vitiated and impaired there can be no doubt; but such an adventitious occurrence[Pg 452] does not constitute an original monstruosity. Duverney and Winslow maintained that, in the case of a double monster, the monstruosity arose in the primitive germ. Lemery and other physiologists, on the contrary, insisted that double fœtuses arise, as I have already stated, from a junction or fusion between two separate bodies, or, in short, the union of twins or triple conceptions, &c. Anatomical investigations confirmed this opinion, since in double-headed fœtuses two distinct sets of organs are generally found.
In conclusion, it seems to me that monstrosities are purely accidental, not governed by any laws of nature, but rather deviations from them. We’ll leave it to theologians to debate whether they are punishments from above. The only theories worth discussing are: 1st, the imagination of the mother; 2nd, accidental causes; and 3rd, an original monstrous germ. Maternal marks from cravings and fears, as I’ve noted before, seem to support the first theory; however, it isn’t solid. What does imagination have to do with the plant kingdom, which also shows monstrous forms? Should we attribute the same imaginative power to animals? While we certainly acknowledge the connection between the mother’s body and external factors, we can’t explain headless or double or triple embryos through this influence. The last theory also has its issues. We have every reason to believe that all germs or seeds are perfect as they are. If there were monstrous germs, we would see monstrous species arise. While it’s undeniable that germs can be accidentally damaged or affected, such an occurrence[Pg 452] does not amount to an original monstrosity. Duverney and Winslow argued that in the case of a double monster, the monstrosity originated from the initial germ. Lemery and others maintained that double fetuses, as I’ve already mentioned, result from the joining or merging of two separate bodies, basically the union of twins or triplets, etc. Anatomical studies backed this view, as two distinct sets of organs are typically found in double-headed fetuses.
This subject has occupied the most ingenious philosophers for centuries; and the result of their experiments and debates seems to warrant the probability of these melancholy deviations from nature, foolishly denominated lusi naturæ, being purely accidental. The experiments of Jacobi seem to confirm this opinion, since he was able to produce preternatural fecundation in the eggs of fishes.
This topic has engaged some of the most brilliant philosophers for centuries, and the results of their experiments and discussions suggest that these sad departures from nature, foolishly called lusi naturæ, are purely accidental. Jacobi's experiments seem to support this view, as he was able to create unnatural fertilization in fish eggs.
This investigation may appear idle; yet, in a physiological point of view, it is fraught with interest as regarding the generation of animals and plants. Its study affords a lively illustration of those laws of attraction and repulsion that regulate the universe, and which seem to admit that every particle of matter should be endowed with a specific vitality, a specific individuality. This attraction is daily seen in the fecundation of the spawn of fish. Myriads of these eggs are accumulated in ponds and rivers; yet in this mass the fecundating principle solely selects and impregnates those that naturally claim its vivifying powers. Wonderful harmony, that man alone endeavours to destroy!—harmony so perfect, that Aristoxenus and Alcmæon maintained that it was an emanation of the diapason of celestial music between the planets, our globe, and our five senses, forming a diatonic series of seven tones; while Hippocrates justly denominated these organic laws the CONFLUXUS UNUS, CONSPIRATIO UNICA, CONSENTIENTIA OMNIA.
This investigation might seem pointless; however, from a physiological standpoint, it holds significant interest concerning the reproduction of animals and plants. Studying it provides a vivid illustration of the laws of attraction and repulsion that govern the universe, suggesting that every particle of matter possesses a unique vitality and individuality. This attraction is evident in the fertilization of fish eggs. Millions of these eggs gather in ponds and rivers; yet, within this mass, the fertilizing agent selectively chooses and fertilizes only those that naturally attract its life-giving abilities. Such harmony is what humans strive to disrupt!—a harmony so flawless that Aristoxenus and Alcmæon claimed it was a reflection of the celestial music between the planets, our Earth, and our five senses, creating a diatonic series of seven tones; while Hippocrates aptly referred to these organic laws as the CONFLUXUS UNUS, UNIQUE CONSPIRACY, Consensus on Everything.
LONGEVITY.
The greater the complexity of a piece of machinery, and the more labour it is called upon to perform, the more rapid will be its wear and tear. This applies to human life as well as to mechanism. The derangement of its component parts—its springs and wheels, will also be in the ratio of their complication. Thus do we find that the brute creation are less subject to those affections that abridge their days than mankind. Their life is natural, except when under the sway of domestication: ours is artificial; and high civilization tends to render it still more unnatural than it would most probably have been in a simple and patriarchal existence. Endowed with more acuteness of sensibility than animals, we are rendered more susceptible of the extremes of pleasure and of pain; and our voluptuous enjoyments are perhaps more prejudicial than our sufferings. Had not the Creator wisely granted us the faculty of reasoning, we should have been the most wretched of all organized beings.
The more complex a machine is and the more work it has to do, the faster it wears out. This is true for human life as well as for machines. The breakdown of its parts—its springs and gears—will also depend on how complicated they are. That's why we see that animals are less affected by the things that shorten their lives than humans are. Their lives are natural, unless they are domesticated; ours are artificial, and advanced civilization tends to make it even less natural than it would probably be in a simpler, more traditional life. With greater sensitivity than animals, we become more vulnerable to the extremes of pleasure and pain, and our indulgent pleasures might actually harm us more than our suffering does. If the Creator hadn’t wisely given us the ability to reason, we would be the most miserable of all living beings.
The tenure of life depends upon the sum of vitality originally deposited, and the extent of our drafts upon this capital, which we too frequently exhaust by untimely expenses. Experience has proved that under ordinary circumstances, man can live six or seven times longer than the years required to attain puberty. This epoch is placed at our fourteenth year. This calculation would therefore yield from 84 to 98 years of age. Our own imprudences, and the disorders resulting from them, are more hostile in abridging this period than nature, all-wise and all-bountiful. Indeed, when we reflect on all the excesses to which we expose our frail and complicated being, as if we were resolved to try by every possible experiment how far it possesses the power of resisting destructive agents, we can only marvel in beholding so many instances of longevity. In this wasteful existence how many valuable hours do we not lose? how many real enjoyments have we not deprived ourselves of? When compared to the immensity of time, life is but an idle span. Let us deduct even from old age the years of infancy, the years of caducity, and the years of sleep,—alas! what remaineth of our many and our energetic days? [Pg 454]Maupertuis calculated that in an ordinary life man could scarcely enjoy more than three years of happiness, mixed up with sixty or eighty years of misery or insipidity; and yet how miserable are we at the thought of quitting this short-leased tenement, though every wretchedness renders our abode a constant scene of uneasiness. It has been computed that out of about nine hundred millions of human beings that are scattered over the globe, it is more than probable that we could not find nine thousand individuals blessed with happiness, even taking happiness in its most limited sense—content. Were it not for the terrors of futurity, it is more than probable that our existence would lose much of its value. Socrates termed philosophy “the preparation for death;” the same may be said of our existence.
The length of life depends on the amount of vitality we start with and how much we take from that reserve, which we often deplete with premature expenses. Experience shows that under normal conditions, a person can live six or seven times longer than the years it takes to reach puberty, which is typically around age fourteen. This means we could potentially live to between 84 and 98 years old. Our own careless actions and the problems that come from them disrupt this timeline more than nature, which is wise and generous. In fact, when we think about all the excesses we subject our fragile and complex bodies to, as if we want to test how much they can endure against harmful forces, we can only be amazed by the many instances of people living long lives. In this wasteful existence, how many precious hours do we squander? How many true pleasures have we robbed ourselves of? When you consider the vastness of time, life is just a fleeting moment. If we subtract the years of childhood, the years of old age, and the years spent sleeping from even a long life— alas!—what do we have left of our vibrant days? [Pg 454]Maupertuis estimated that in an average life, a person can enjoy hardly more than three years of happiness, mixed with sixty to eighty years of misery or dullness; and yet we feel so miserable at the thought of leaving this short-lived existence, even though every hardship makes our life a constant source of discomfort. It has been estimated that out of about nine hundred million people around the world, we might find fewer than nine thousand individuals truly happy, even if we define happiness in the most minimal way—contentment. If it weren’t for the fears of what lies ahead, it’s likely that our lives would lose much of their significance. Socrates called philosophy "the preparation for death;" the same could be said about our existence.
Happily for man, life is a dream, all is illusion; sufferings alone are positive; Pandora’s box is its best illustration. Could we have slept away our existence in constant visions, we should have lived as long as in a waking state. When we contemplate the flocks of human beings scattered like cattle on the face of the universe, with scarcely more intellect than the beasts of the same field, we might ask for what were they created? doomed to all the horrors of sickness or of war, victims of their own follies or the ambitious projects of others! As far as regards this life, it is worse than idle to seek a solution of the problem. In these inquiries we too often seek to guess that which we can never know, and to know that which we can never guess! We all complain and murmur like the woodman in the fable, yet are loath to accept the relief we loudly call for.
Happily for humanity, life is a dream, everything is an illusion; only suffering is real. Pandora’s box is the best example of this. If we could have lived our lives in constant dreams, we would have lived just as long as we do when awake. When we look at crowds of people scattered like cattle across the universe, having barely more intelligence than the animals in the same fields, we might wonder why they were created. They are doomed to all the horrors of illness or war, victims of their own foolishness or the ambitious plans of others! As far as this life is concerned, it’s pointless to seek answers to the problem. In these searches, we often try to figure out what we can never understand and to know what we can never figure out! We all complain and grumble like the woodman in the fable, yet we are reluctant to accept the help we so loudly call for.
The longevity of the first races, and the patriarchs, are records foreign to the investigations of natural history; we must seek for more recent examples. Haller had collected the cases of many centenaries, amounting to sixty-two who had reached from 100 to 120; twenty-nine from 120 to 130; and fifteen from 130 to 140. Few instances are authenticated beyond this period: yet we find one Eccleston, who lived 143 years; John Effingham, who attained his 144th; a Norwegian, who counted a century and a half; and our Thomas Parr would most probably have passed his 152nd year but for an excess. Henry Jenkins lived to 169; and we have on record the case of a Negress, aged 175. The Hungarian family of John Rovin were remarkable for their longevity: the father lived to 172, the wife to 164; they had been married 142 years, and their youngest child was 115; and such was the influence of habit and filial affection, that this child was[Pg 455] treated with all the severity of paternal rigidity, and did not dare to act without his papa’s and mamma’s permission.
The long lives of the first races and patriarchs are records that don't fit into natural history studies; we need to look for more recent examples. Haller collected cases of many centenarians, with sixty-two people reaching ages between 100 and 120; twenty-nine between 120 and 130; and fifteen between 130 and 140. There are few verified cases beyond this age, but we do find one Eccleston, who lived to 143; John Effingham, who made it to 144; a Norwegian who lived to one and a half centuries; and our Thomas Parr would likely have passed his 152nd year but for an excess. Henry Jenkins lived to 169; and we have a record of a Black woman who was 175. The Hungarian family of John Rovin was notable for their longevity: the father lived to 172, the wife to 164; they had been married for 142 years, and their youngest child was 115; and the influence of habit and family affection was such that this child was[Pg 455] treated with all the strictness of parental authority and didn’t dare to do anything without his dad's and mom's permission.
By the calculations of Sussmilch, out of one thousand individuals, only one attained 97; and not more than one lived to the age of 100, out of one hundred and fourteen thousand. In the census of Italy, taken under Vespasian, there were found fifty-four of 100, fifty-seven of 110, two of 125, four of 130, and three of 140. In China, under Kien Long, in 1784, there were only four individuals who had attained their 100th year. According to Larrey, there were at Cairo thirty-five persons who had exceeded their century. In Russia, in 1814, out of eight hundred and ninety-one thousand six hundred and fifty deaths, were three thousand five hundred and thirty-one from 100 to 132. In a register of deaths in Paris, taken in 1817, there were found in twenty-one thousand three hundred and ninety-two, nine from 95 to 100, and the general proportion of centenaries in that city is one to three thousand.
By Sussmilch's calculations, out of one thousand people, only one lived to be 97, and not more than one out of one hundred and fourteen thousand lived to be 100. In the census of Italy, conducted under Vespasian, there were fifty-four people who were 100, fifty-seven who were 110, two who were 125, four who were 130, and three who were 140. In China, under Kien Long in 1784, there were only four individuals who reached their 100th year. According to Larrey, there were thirty-five people in Cairo who lived beyond a century. In Russia, in 1814, out of eight hundred and ninety-one thousand six hundred and fifty deaths, there were three thousand five hundred and thirty-one individuals aged from 100 to 132. In a death register from Paris taken in 1817, among twenty-one thousand three hundred and ninety-two deaths, there were nine people aged from 95 to 100, and the general ratio of centenarians in that city is one to three thousand.
What are the circumstances most favourable to longevity? This question is not easily answered; for we find in instances of advanced age that some individuals have led a most regular and abstemious life, while others have indulged in various excesses. These observations, however, are by no means calculated to form a conclusive opinion, as the constitutional vigour and peculiar idiosyncrasies of individuals differ widely. It is probable that a regular mode of living is the most likely to prolong our years, whatever may be that regularity in a comparative point of view. A sober man, who commits occasional excesses, is more likely to suffer than another man who gets drunk every night, provided that these excesses do not differ in regard to the quantity or quality of stimulus. In these melancholy instances the excitement is constant, and the indirect debility which it may produce has scarcely time to break down the system ere it is again wound up to its usual pitch, to use the vulgar expression, “by a hair of the same hound.” The principal attribute of life that renovates for a while its moral and its physical exhaustion is excitability, and a constant excitement is therefore indispensable, to serve as fuel to the consuming fire. This was to a certain degree the basis on which Brown founded his doctrine. He traced a scale of life like that of a thermometer,—health in the centre, death at each extremity: one scale ascending from health was graduated according to stimulating agency, the other to debilitating causes; and therefore the system was to be stimulated or lowered according to this gradation. It would be[Pg 456] foreign to this work to point out the absurdity of this theory, although we must admit its ingenuity, and to a certain extent its correctness. The chief practical objection to it was the diversity of constitutions and idiosyncrasies, and the different action of stimulating or depressing agents in health and in disease; the effects of alimentary and medicinal substances being totally different in these several conditions.
What circumstances are most favorable for longevity? This question isn’t easy to answer; we see cases of elderly individuals who have lived quite regular and disciplined lives, while others have indulged in various excesses. However, these observations can’t form a definitive conclusion, as people’s constitutional vigor and unique characteristics vary greatly. It’s likely that a regular lifestyle is most likely to extend our years, no matter what that regularity looks like in comparison. A sober person who occasionally indulges is more likely to suffer than someone who gets drunk every night, assuming these excesses don’t differ in quantity or quality of substance. In these unfortunate cases, the excitement is constant, and the indirect weakness it may cause has barely time to wear down the system before it’s excited again to its usual level, to use the common saying, “by a hair of the same dog.” The main aspect of life that rejuvenates its moral and physical exhaustion is excitability, so a constant excitement is essential to fuel the burning fire. This was partly the foundation upon which Brown based his theory. He outlined a scale of life similar to a thermometer—health in the center, death at both ends: one side rising from health was measured according to stimulating effects, while the other side measured debilitating factors. Therefore, the system needed to be stimulated or depressed according to this scale. It would be[Pg 456] inappropriate for this work to discuss the absurdity of this theory, although we must acknowledge its cleverness and, to some extent, its validity. The main practical issue with it was the diversity of individual constitutions and characteristics, and the differing impact of stimulating or depressing factors in both health and illness; the effects of food and medicine are completely different under these varying conditions.
According to habit, a certain sum of stimulus is requisite to keep up the necessary excitement; and this sum cannot be immediately and suddenly withdrawn in weak subjects without some risk; in health, perhaps, the experiment may be safely made at all times, and under any circumstances, although it might be wiser to operate the change by degrees; and it must moreover be recollected, that an habitual drunkard is in a morbid condition, and must be treated accordingly.
According to habit, a certain amount of stimulation is needed to maintain the necessary excitement; and this amount can't be abruptly and completely removed from vulnerable individuals without some risk. In healthy individuals, this adjustment can usually be made anytime and under any conditions, although it might be smarter to make the change gradually. Additionally, it's important to remember that a habitual drunkard is in a compromised state and must be treated accordingly.
Six causes chiefly exert their influence upon life:
Six main factors primarily impact life:
1. Climate and soil.
Climate and soil.
2. Difference of races.
Racial differences.
3. Complexion and stature.
Skin tone and height.
4. Period of development during gestation, and of subsequent growth.
4. Time of development during pregnancy, and of later growth.
5. Mode of living.
Lifestyle.
6. Moral emotions, occupations.
Moral feelings, jobs.
Climates that are moderately cold are more favourable to long life. This observation equally applies to the vegetable kingdom; and trees that have scarcely attained their full growth in northern regions are drooping in the south. There also we find beasts and birds resisting the inclemency of the weather by the thickness of their coats and plumage, or a layer of grease; while many animals burrow in the earth to seek a state of torpor and insensibility, until restored to active life by a more genial temperature. Dryness of soil is another source of health and life; and the hardy mountaineer’s existence is seldom abridged by the diseases that visit the inhabitants of damp and swampy regions. Steril plains are more salubrious than regions covered with a rank and exuberant vegetation, or highly cultivated grounds, from many obvious reasons. The humid earth is not turned up, and decayed vegetable substances are not acted upon in a deleterious manner by the solar heat. When we consider the various causes of disease that must abound in crowded and corrupt cities, we might imagine that mortality would be much greater than in the country; yet observation has not proved this difference to be as material as one might expect, at least as [Pg 457]regards disease, the sad effects of poverty and starvation not being taken into account. Various reasons may be assigned for this apparent anomaly. In cities a more regular state of excitement prevails, and man’s constant occupations scarcely give him time to attend to slight ailments, that, under other circumstances, might be aggravated. Moreover, intermittent fevers and visceral affections are more frequent in the country; and cottagers are exposed to more constant damp and severer revolutions in the atmospheric constitution than citizens. The mortality amongst men is greater in cities than in women; the latter do not enjoy so long a life in the country. March and April have been found the most fatal months. They are periods of atmospheric transition from cold to a higher temperature, and must therefore prove trying to the weak and the aged. The end of autumn is also deemed a sickly period; and the equinoxes have ever been considered critical, the solstices much less injurious. In Great Britain and the north-westerly regions of Europe, northerly and easterly winds are more prevalent in March, April, and May, owing, it is supposed, to the currents established to replace the warmer air, as it rises from the surface of the Atlantic and more southerly countries. These winds are generally dry and cold, followed by fogs, and give rise to catarrhs, bronchial and pulmonary affections. It is calculated that in our climes pulmonary affections carry off one-fifth of the population, or 191 in 1000.
Moderately cold climates are more favorable for longevity. This observation applies to plants as well; trees that hardly reach their full size in northern regions are wilting in the south. There, we also find animals and birds surviving harsh weather thanks to their thick fur and feathers, or a layer of fat; while many creatures burrow into the ground to enter a state of dormancy until a warmer temperature revives them. Dry soil is another source of health and life; and the resilient mountain dweller’s life is rarely cut short by the diseases that affect those living in damp and marshy areas. Barren plains are healthier than areas covered with dense vegetation or highly cultivated land, for many obvious reasons. The wet earth isn't disturbed, and decomposed plant matter isn't harmed by the sun's heat. When we consider the various causes of disease that must be present in overcrowded and polluted cities, we might think that mortality would be much higher than in the countryside; yet observations haven’t shown this difference to be as significant as one might expect, at least regarding disease, not counting the tragic effects of poverty and starvation. There are several reasons for this apparent contradiction. In cities, a more consistent level of activity exists, and people’s busy lives leave little time for them to pay attention to minor health issues that, in other situations, might worsen. Moreover, intermittent fevers and internal diseases are more common in rural areas; and villagers are often exposed to more persistent dampness and severe changes in the weather than city dwellers. Men's mortality rates are higher in cities than women's; the latter don’t live as long in the country. March and April have been identified as the most deadly months. They are times of atmospheric change from cold to warmer temperatures, making them particularly difficult for the weak and elderly. Late autumn is also considered a sickly time; the equinoxes have always been viewed as critical, while the solstices are seen as less harmful. In Great Britain and the northwestern parts of Europe, northerly and easterly winds are more common in March, April, and May, likely due to the air currents replacing the warm air that rises from the Atlantic and more southern regions. These winds are typically dry and cold, followed by fogs, leading to colds, bronchial issues, and lung problems. It’s estimated that in our regions, lung diseases account for one-fifth of the population, or 191 out of 1000.
In regard to the variety of races, it has been observed that those people who sooner attain pubescence are the shortest-lived. Precocious excitement must bring on premature old age. Negroes seldom attain an advanced period of life; and the progress of years is more rapidly descried in their features and their form than in Europeans who have migrated to their clime. The negroes of Congo, Mozambique, and Zanguebar, seldom reach their fiftieth year. In northern latitudes longevity is more frequent: this is observed in Sweden, Russia, Poland, Norway. Some writers have looked upon the established religion of a country as influencing the duration of life; and Toaldo asserted that Christians are shorter-lived than Jews. To this observation it may be remarked, that Jews are in general a very sober, industrious, and active race, circumstances that must materially tend to prolong their days. Moreover, by their legislation they are very careful in the choice of the meat they consume. In Catholic countries[Pg 458] fasting may be taken into calculation, not from the effects of abstemiousness, which would be more favourable to health than injurious, but the sudden return to feasting and gormandizing, by way of revenge, when the fast is over. Shrove Tuesday and Easter Sunday are noted in red letters in the gastronomic almanac; and the suppers that follow the midnight masses of Christmas generally require the apothecary’s aid on the following morning.[46]
Regarding the variety of races, it's been noted that those who reach puberty earlier tend to have shorter lifespans. Early excitement likely leads to premature aging. Black people rarely live to an old age, and their features and bodies show signs of aging more quickly than those of Europeans who have moved to their regions. The Black populations of Congo, Mozambique, and Zanzibar seldom live past fifty. In northern areas, longevity is more common; this is seen in Sweden, Russia, Poland, and Norway. Some authors have suggested that a country's established religion influences life expectancy; for instance, Toaldo claimed that Christians generally live shorter lives than Jews. It's worth noting that Jews tend to be a sober, hardworking, and active people, which likely contributes to their longer lives. Moreover, their dietary laws ensure they are careful about the meat they eat. In Catholic countries, fasting might be a factor, not necessarily because the fasting itself is harmful, but due to the unrestrained feasting that often follows, as a sort of revenge when the fast ends. Shrove Tuesday and Easter Sunday are highlighted in red in culinary calendars, and the feasts after the midnight masses on Christmas often require medical attention the next day.[Pg 458]
In regard to conformation, very tall and spare subjects are seldom long-lived; and the same observation applies to the stunted and diminutive. A well-set body, with a broad and deep chest, a neck not over-long, with well-formed and firm muscles, generally hold forth a fair prospect of old age.
In terms of body structure, very tall and thin people rarely live long, and the same goes for those who are short and tiny. A well-proportioned body, with a broad and deep chest, a neck that’s not too long, and strong, well-defined muscles, usually indicates a good chance of living into old age.
Children born before the regular period of gestation, those who have been weaned too early, or given to nurses whose milk was not of a proper quality, are seldom strong. Too rapid a growth will also shorten the space of existence.
Children born before the usual time, those who have been weaned too soon, or those fed by nurses with poor-quality milk, are rarely strong. Growing up too quickly can also shorten their lifespan.
Our avocations and pursuits materially affect health and the consequent duration of life; and the nature of the excitement man is submitted to produces a remarkable effect. It has been calculated in France that one hundred and fifty-two academicians, whose aggregate years were ten thousand five hundred and eleven, averaged sixty-nine years and two months. The following calculation of Madden will further illustrate this curious subject.
Our hobbies and activities have a significant impact on health and the length of life; and the type of excitement we experience has a noticeable effect. In France, it has been estimated that one hundred and fifty-two academicians, with a total of ten thousand five hundred and eleven years, averaged sixty-nine years and two months. The following calculation by Madden will further shed light on this interesting topic.
AGES OF GREAT MEN. | ||||||
Natural Philosophers. | ||||||
Bacon | 78 | Euler | 76 | |||
Buffon | 81 | Franklin | 85 | |||
Copernicus | 70 | Galileo | 78 | |||
Cuvier | 64 | Halley | 86 | |||
Davy | 51 | Herschel | 84 | |||
Kepler | 60 | Lalande | 75 | |||
Laplace | 77 | Lewenhoeck | 91 | |||
Leibnitz | 70 | Linnæus | 72 | |||
Newton | 84 | Tycho Brahe | 75 | |||
Whiston | 95 | Wollaston | 62 | |||
[Pg 459] | ||||||
Poets. | ||||||
Ariosto | 59 | Burns | 38 | |||
Byron | 37 | Camoens | 55 | |||
Collins | 56 | Cowley | 49 | |||
Cowper | 69 | Dante | 56 | |||
Dryden | 70 | Goldsmith | 44 | |||
Gray | 57 | Metastasio | 84 | |||
Milton | 66 | Petrarch | 68 | |||
Pope | 56 | Shenstone | 50 | |||
Spenser | 46 | Tasso | 52 | |||
Thomson | 48 | Young | 84 | |||
Moral Philosophers. | ||||||
Bacon | 65 | Bayle | 59 | |||
Berkeley | 79 | Condorcet | 51 | |||
Condillac | 65 | Descartes | 54 | |||
Diderot | 71 | Ferguson | 92 | |||
Fitche | 52 | Hartley | 52 | |||
Helvetius | 57 | Hobbes | 91 | |||
Hume | 65 | Kant | 80 | |||
Kaimes | 86 | Locke | 72 | |||
Malebranche | 77 | Reid | 86 | |||
Stewart | 75 | St. Lambert | 88 | |||
Dramatists. | ||||||
Alfieri | 55 | Corneille | 78 | |||
Goethe | 82 | Massinger | 55 | |||
Marlow | 32 | Otway | 34 | |||
Racine | 60 | Schiller | 46 | |||
Shakspeare | 52 | Voltaire | 84 | |||
Congreve | 59 | Colman | 61 | |||
Crebillon | 89 | Cumberland | 80 | |||
Farquhar | 30 | Goldoni | 85 | |||
B. Jonson | 63 | De Vega | 73 | |||
Molière | 53 | Murphy | 78 | |||
Authors on Law and Jurisprudence. | ||||||
Bentham | 85 | Blackstone | 57 | |||
Butler | 83 | Coke | 85 | |||
Erskine | 73 | Filangieri | 36 | |||
Gifford | 48 | Grotius | 63 | |||
Hale | 68 | Holt | 68 | |||
Littleton | 75 | Mansfield | 88 | |||
Montesquieu | 66 | Redesdale | 82 | |||
Romilly | 61 | Rolle | 68 | |||
Tenterden | 78 | Thurlow | 74 | |||
Vatel | 53 | Wilmot | 83 | |||
[Pg 460] | ||||||
Miscellaneous and Novel Writers. | ||||||
Cervantes | 70 | Le Sage | 80 | |||
Scott | 62 | Fielding | 47 | |||
Smollett | 51 | Rabelais | 70 | |||
Defoe | 70 | Ratcliffe | 60 | |||
Richardson | 72 | Sterne | 56 | |||
Johnson | 75 | Addison | 48 | |||
Warton | 78 | Steele | 59 | |||
Tickell | 54 | Montaigne | 60 | |||
Bathurst | 84 | Thornton | 44 | |||
Hawkesworth | 59 | Hazlitt | 58 | |||
Authors on Revealed Religion. | ||||||
Baxter | 76 | Bellarmine | 84 | |||
J. Butler | 60 | Bossuet | 77 | |||
Calvin | 56 | Chillingworth | 43 | |||
Doddridge | 54 | G. Fox | 67 | |||
J. Knox | 67 | Lowth | 77 | |||
Luther | 63 | Massillon | 79 | |||
Melancthon | 64 | Paley | 63 | |||
Porteus | 77 | Priestley | 71 | |||
Sherlock | 67 | Wesley | 88 | |||
Whitefield | 56 | Wycliffe | 61 | |||
Authors on Natural Religion. | ||||||
Annet | 55 | Bolingbroke | 79 | |||
Cardan | 75 | Chubb | 65 | |||
Sir W. Drummond | 68 | Dupuis | 67 | |||
N. Freret | 61 | Gibbon | 58 | |||
Lord Herbert | 68 | Spinosa | 45 | |||
St. Pierre | 77 | Shaftesbury | 42 | |||
Tindal | 75 | Toland | 53 | |||
Vannini | 34 | Volney | 66 | |||
Medical Authors. | ||||||
J. Brown | 54 | Corvisart | 66 | |||
Cullen | 78 | Darwin | 72 | |||
Fordyce | 67 | Fothergill | 69 | |||
Gall | 71 | J. Gregory | 48 | |||
Harvey | 81 | Heberden | 92 | |||
J. Hoffman | 83 | Hunter | 65 | |||
W. Hunter | 66 | Jenner | 75 | |||
M. Good | 64 | Paracelsus | 43 | |||
Pinel | 84 | Sydenham | 66 | |||
Tissot | 70 | T. Willis | 54 | |||
Philologists. | ||||||
Bentley | 81 | Parr | 80 | |||
Casaubon | 55 | Pighius | 84 | |||
Hartzheim | 70 | Raphelengius | 59 | |||
Heyne | 84 | J. J. Scaliger | 69 | |||
[Pg 461]H. Stephens | 71 | Pauw | 61 | |||
Vossius | 73 | Porson | 50 | |||
Burton | 64 | Salmatius | 66 | |||
Cheke | 44 | Sigonius | 60 | |||
J. Harman | 77 | Sylburgius | 51 | |||
Lipsius | 60 | Wolfius | 64 | |||
Artists. | ||||||
Bandinelle | 72 | Bernini | 82 | |||
Canova | 65 | Donatello | 83 | |||
Flaxman | 71 | Ghiberti | 64 | |||
Giotto | 60 | M. Angelo | 96 | |||
San Sovino | 91 | Verocchico | 56 | |||
A. Caracci | 49 | Claude | 82 | |||
David | 76 | Guido | 67 | |||
Raphael | 37 | Reynolds | 69 | |||
Salvator Rosa | 58 | Titian | 96 | |||
P. Veronese | 56 | West | 82 | |||
Musical Composers. | ||||||
Arne | 68 | Bach | 66 | |||
Beethoven | 57 | Burney | 88 | |||
Bull | 41 | Cimarosa | 41 | |||
Corelli | 60 | Gluck | 75 | |||
Greby | 72 | Handel | 75 | |||
Haydn | 77 | Kalkbrenner | 51 | |||
Kerser | 62 | Martini | 78 | |||
Mosart | 36 | Paesiello | 75 | |||
Piccini | 71 | Porpore | 78 | |||
Scarlatti | 78 | Weber | 40 |
To this list we may add the following instances of longevity from the late publication of Mr. Farren:
To this list, we can add the following examples of longevity from the recent publication by Mr. Farren:
Adling | 93 | Hempel | 86 | |||
Alcock | 91 | Hesse | 91 | |||
Bernabel | 89 | Leveridge | 90 | |||
Celdara | 90 | Lopez | 103 | |||
Canpra | 84 | Pittoni | 90 | |||
Casipini | 90 | Reike | 100 | |||
Cervetti | 101 | Sala | 99 | |||
Child | 90 | Schell | 87 | |||
Creighton | 97 | Schramm | 82 | |||
Eichole | 80 | Telleman | 86 | |||
Genimani | 96 | F. Turner | 99 | |||
Gibbons | 93 | W. Turner | 88 | |||
Hasse | 90 | Wagennell | 98 |
[Pg 462]In regard to the mortality of musicians, we give with much pleasure the following extract from the same work:
[Pg 462]When it comes to the mortality of musicians, we are happy to share the following excerpt from the same work:
“The ages of 468 persons at death, were all that could be obtained from a biography of musicians; of these, 109 born since the year 1740 are excluded, because some of their cotemporaries were yet living at the date of such biography, also 41 more are excluded as having died under 50 years of age. There remain then, the ages at death of 318 persons on which the present observation is made.
“The ages of 468 people at death were all that could be gathered from a biography of musicians; of these, 109 born since 1740 are excluded because some of their contemporaries were still alive at the time of this biography. Additionally, 41 more are excluded for having died under 50 years of age. Therefore, there are the ages at death of 318 individuals on which the current observation is based.”
“From the ages of 50 years to the end of life, the apparent rate of mortality among musicians, appears very nearly with the lowest known rate, or that which prevails in villages, and it is scarcely probable that such rate should so agree without being the true one. For a musician to belong to the last class of human life, is very credible, when it is considered that eminence can only be attained by close mental devotion to an exalted science, and unremitting application to its practical acquirement, which abstraction would interrupt and intemperance destroy.
“From the age of 50 until the end of life, the apparent rate of mortality among musicians is almost the lowest known rate, similar to that found in villages. It's unlikely that such a rate would match so closely without being accurate. It’s quite believable that a musician belongs to the final stage of life, especially considering that achieving greatness requires intense mental focus on a sophisticated art and constant dedication to mastering it, which can be disrupted by distraction and ruined by excess.”
“The mean age of musicians, born since 1690, is 67¾ years, or two years greater than those born before 1690, from which it might be conveniently concluded, that the moderns were longer lived than the ancients. The case is precisely the reverse, at least for ages above 50, to which alone the materials are applicable. The expectation of life at the age of 60 of the ancients were nearly 15 years, of the modern musicians 13½. The materials (limited as they are) from which these conclusions are drawn, support the doctrine, that the mortality of the moderns is less at middle, but greater at advanced age, than the mortality of the ancients.”
“The average age of musicians born after 1690 is 67¾ years, which is two years higher than those born before 1690. This might lead one to conclude that modern musicians lived longer than their ancient counterparts. However, the opposite is true, at least for those over the age of 50, which is the only relevant group for this data. The life expectancy at age 60 for ancient musicians was nearly 15 years, compared to 13½ years for modern musicians. These findings, despite being somewhat limited, support the idea that modern musicians have lower mortality rates in middle age but higher mortality rates in later years compared to ancient musicians.”
Dr. Caspar, of Berlin, in his late very interesting work on the duration of human life, has given the following conclusions:
Dr. Caspar from Berlin, in his recent and very interesting work on how long humans live, has presented the following conclusions:
Medium longevity. | ||
Clergymen | 65 | |
Merchants | 62 | |
Clerks | 61 | |
Farmers | 61 | |
Military men | 59 | |
Lawyers | 58 | |
Artists | 57 | |
Medical men | 56 |
The results of the other classes, with respect to their united ages, and the average of each, are—
The results of the other classes, regarding their combined ages, and the average for each, are—
Average. | ||||
Moral philosophers united ages | 1417 | 70 | ||
Sculptors and painters | 1412 | 70 | ||
Authors on law and jurisprudence | 1394 | 69 | ||
[Pg 463]Medical authors united ages | 1368 | 68 | ||
Authors on revealed religion | 1350 | 67 | ||
Philologists | 1323 | 66 | ||
Musical composers | 1284 | 64 | ||
Novelists and miscellaneous authors | 1257 | 62.5 | ||
Dramatists | 1249 | 62 | ||
Authors on natural religion | 1245 | 62 | ||
Poets | 1144 | 57 |
This calculation was made most probably in Prussia.
This calculation was likely done in Prussia.
Dr. Caspar’s view of longevity are not only highly interesting but, if correct, may lead to many important conclusions. He maintains that—
Dr. Caspar's views on longevity are not only very interesting but, if accurate, could lead to many important conclusions. He argues that—
1. The female sex enjoys, at every period or epoch of life, except at puberty, at which epoch the mortality is greater among young females—a greater longevity than the male sex.
1. Women tend to live longer than men at every stage of life, except during puberty, when young females experience higher mortality rates.
2. Pregnancy and labour occasion, indeed, a considerable loss of life, but this loss disappears or is lost in the general mass.
2. Pregnancy and labor do result in a significant loss of life, but this loss gets overshadowed by the overall numbers.
3. The so-called climacteric periods of life do not seem to have any influence on the longevity of either sex.
3. The so-called climacteric periods of life don’t seem to affect the lifespan of either gender.
4. The medium duration of life at this present time (1835), is in Russia, about 21 years; in Prussia, 29; in Switzerland, 34; in France, 35; in Belgium, 36; and in England, 38 years.
4. The average lifespan right now (1835) is about 21 years in Russia, 29 years in Prussia, 34 years in Switzerland, 35 years in France, 36 years in Belgium, and 38 years in England.
5. The medium duration of life has, in recent times, increased very greatly in most cities of Europe.
5. The average lifespan has significantly increased in most cities across Europe in recent times.
6. In reference to the influence of professional occupations in life, it seems that clergymen are on the whole, the longest, and medical men are the shortest livers. Military men are nearly between the two extremes, but yet, proportionably they more frequently than others reach very advanced years.
6. Regarding the impact of careers on lifespan, it appears that clergymen tend to live the longest, while those in the medical field generally have the shortest lives. Military personnel fall somewhere in between, but comparatively, they often live to a much older age than others.
7. The mortality is very generally greater in manufacturing than in agricultural districts.
7. The death rate is generally higher in industrial areas than in farming regions.
8. Marriage is decidedly favourable to longevity.
8. Marriage is definitely beneficial for a longer life.
9. The mortality among the poor is always greater than among the wealthier classes.
9. The death rate among the poor is always higher than that of the wealthier classes.
10. The mortality in a population appears to be always proportionate to its fecundity—as the number of births increases, so does the number of deaths at the same time.
10. The death rate in a population seems to always be related to its birth rate—when the number of births goes up, so does the number of deaths at the same time.
If this last assertion be correct, Malthus’s doctrine must have been idle.
If this last statement is true, Malthus’s theory must have been pointless.
It appears that in general more males are born than females—this difference has been attributed to the age of the parents; when the mother is older than the father the female offspring are more numerous—the same is observed when both parents have[Pg 464] attained an advanced age—but when the father’s age exceeds that of the mother’s, sons are chiefly the result of their union, it has been also observed that widowers are most frequently blessed with daughters.
It seems that, in general, more boys are born than girls. This difference has been linked to the parents' ages; when the mother is older than the father, there are typically more female children. The same pattern is noticed when both parents are older, but when the father is older than the mother, they mostly have sons. Additionally, it's been noted that widowers often have daughters.
Quetelet has very justly observed that the laws which preside over the development of man, and modify all his actions, are in general the result of his organization, of his years, his state of independence, the surrounding institutions, local influence, and an infinity of other causes, difficult to ascertain, and many of which, most probably, never can be known. Still if we admit the fact, our wellbeing, in a great measure, rests in our own hands, as the progress of our intellectual attainments may gradually enable us to improve our condition, in most of the points to which we have alluded; and Buffon has observed “that we know not to what extent man may perfect his nature, both in a moral and a physical point of view.”
Quetelet rightly pointed out that the laws governing human development and influencing all our actions are generally the result of our biological makeup, age, level of independence, surrounding institutions, local influences, and countless other factors that are hard to identify, many of which may never be fully understood. Yet, if we accept this fact, a large part of our well-being is in our own hands, as the advancement of our knowledge can gradually help us improve our situation in most of the areas we've mentioned. Buffon also noted, “we do not know how much man can perfect his nature, both morally and physically.”
Still the laws of our organization, and which regulate life, appear to be beyond human speculation; and it has been observed that, under ordinary circumstances, we are ruled by a harmonizing system tending to equalize society despite its institutions. Thus, births, marriages, and deaths, appear regulated on a certain scale in proportions singularly similar. This circumstance is rendered obvious by the following tables of nativity at Amsterdam.
Still, the laws of our organization, which govern life, seem to be beyond human understanding; and it's been noticed that, under normal circumstances, we are guided by a balancing system that aims to equalize society, despite its institutions. As a result, births, marriages, and deaths seem to be regulated on a certain scale in unusually similar proportions. This fact is made clear by the following tables of nativity at Amsterdam.
Years. | Still-born. | Born alive. | ||||
Boys. | Girls. | Total. | Boys. | Girls. | Total. | |
1821 | 288 | 246 | 534 | 3742 | 3600 | 7342 |
1822 | 280 | 222 | 502 | 3887 | 3713 | 7600 |
1823 | 268 | 198 | 466 | 3734 | 3448 | 7182 |
1824 | 266 | 216 | 482 | 4011 | 3849 | 7860 |
1825 | 207 | 173 | 404 | 3802 | 3559 | 7352 |
1826 | 231 | 173 | 404 | 3803 | 3635 | 7438 |
1827 | 3524 | 3366 | 6890 | |||
1828 | 3699 | 3529 | 7208 | |||
1829 | 3785 | 3618 | 7403 | |||
1830 | 241 | 169 | 410 | 3727 | 3579 | 7306 |
1831 | 208 | 168 | 376 | 3843 | 3499 | 7342 |
1832 | 210 | 151 | 361 | 3351 | 3101 | 6452 |
[Pg 465]A statistical result much similar, was made also in Paris in the Bureau des Longitudes, as appears by the following return:
[Pg 465]A similar statistical result was also generated in Paris at the Bureau des Longitudes, as shown by the following return:
Years. | Still-born. | Born alive. | ||||
Boys. | Girls. | Total. | Boys. | Girls. | Total. | |
1823 | 847 | 662 | 1509 | 13752 | 13318 | 27070 |
1824 | 810 | 677 | 1487 | 14647 | 14647 | 28812 |
1825 | 846 | 675 | 1521 | 14989 | 14264 | 29253 |
1826 | 810 | 737 | 1547 | 15187 | 14783 | 29970 |
1827 | 904 | 727 | 1631 | 15074 | 14732 | 29860 |
1828 | 883 | 743 | 1626 | 15117 | 14484 | 29601 |
1829 | 925 | 788 | 1713 | 14760 | 13961 | 28721 |
1830 | 943 | 784 | 1727 | 14488 | 14099 | 28587 |
1831 | 954 | 755 | 1709 | 15116 | 14414 | 29530 |
1832 | 994 | 726 | 1720 | 13494 | 12789 | 26283 |
In these statements, of which many to the same effect might be produced, it is singular that the number of still-born infants bears such a regular proportion with the nativity of living ones.
In these statements, of which many similar examples could be given, it's interesting that the number of stillborn infants consistently corresponds with the number of live births.
The proportion of deaths to births is also strangely regular, despite the difference of climate, and institutions, and the state of medical science in various countries, as will appear manifest by the following scales:
The ratio of deaths to births is surprisingly consistent, even with the variations in climate, institutions, and the level of medical science across different countries, as will be clearly demonstrated by the following scales:
Cities. | Proportion of inhabitants to one death. |
Proportion of inhabitants to one birth. | ||||||||
London | 46 | 0 | } | 46 | 4 | 40 | 8 | } | 35 | 2 |
Glasgow | 46 | 8 | 29 | 5 | ||||||
Madrid | 36 | 0 | ⎫ | 32 | 3 | 26 | 0 | ⎫ | 27 | 0 |
Leghorn | 35 | 0 | ⎪ | 25 | 5 | ⎪ | ||||
Lyons | 32 | 2 | ⎪ | 28 | 5 | ⎪ | ||||
Moscow | 33 | 0 | ⎪ | 27 | 5 | ⎪ | ||||
Palermo | 32 | 0 | ⎬ | 24 | 5 | ⎬ | ||||
Paris | 31 | 4 | ⎪ | 27 | 0 | ⎪ | ||||
Lisbon | 31 | 1 | ⎪ | 28 | 3 | ⎪ | ||||
Copenhagen | 30 | 3 | ⎪ | 30 | 0 | ⎪ | ||||
Hamburg | 30 | 0 | ⎭ | 25 | 5 | ⎭ | ||||
Barcelona | 29 | 5 | ⎫ | 26 | 6 | 27 | 0 | ⎫ | 24 | 2 |
Berlin | 29 | 0 | ⎪ | 21 | 0 | ⎪ | ||||
Bordeaux | 29 | 0 | ⎪ | 24 | 0 | ⎪ | ||||
Naples | 28 | 6 | ⎪ | 23 | 8 | ⎪ | ||||
Dresden | 27 | 7 | ⎬ | 23 | 0 | ⎪ | ||||
Amsterdam | 27 | 5 | ⎪ | 26 | 0 | ⎪ | ||||
Brussels | 25 | 8 | ⎪ | 21 | 0 | ⎬ | ||||
Stockholm | 24 | 6 | ⎪ | 27 | 0 | ⎪ | ||||
Prague | 24 | 5 | ⎪ | 23 | 3 | ⎪ | ||||
Rome | 24 | 4 | ⎭ | 30 | 6 | ⎪ | ||||
20 | 0 | ⎪ | ||||||||
26 | 5 | ⎪ | ||||||||
20 | 0 | ⎭ | ||||||||
Vienna | 22 | 5 | 20 | 0 | ||||||
Venice | 19 | 4 | } | 18 | 7 | 26 | 5 | } | 23 | 2 |
Bergamo | 18 | 0 | 20 | 0 |
[Pg 466]While such a regular proportion prevails in births and deaths, a still more singular law seems to regulate the commission of crimes, of which the following registers of the cases brought to trial in France is a proof.
[Pg 466]While there’s a consistent ratio of births to deaths, there appears to be an even more unique pattern that seems to control the occurrence of crimes, as evidenced by the following records of cases that have gone to trial in France.
1826 | 1827 | 1828 | 1829 | 1830 | 1831 | |
Murder in general | 241 | 234 | 227 | 231 | 205 | 266 |
With fire arms | 56 | 64 | 60 | 61 | 57 | 88 |
Swords, daggers, &c. | 15 | 7 | 8 | 7 | 12 | 30 |
Knives | 39 | 40 | 34 | 46 | 44 | 34 |
Sticks, bludgeons, &c. | 23 | 28 | 31 | 24 | 12 | 21 |
Stones, &c. | 20 | 20 | 21 | 21 | 11 | 9 |
Cutting and contusing instruments, tools, &c. | 35 | 40 | 42 | 45 | 46 | 49 |
Strangulation | 2 | 5 | 2 | 2 | 2 | 4 |
Drowning | 6 | 16 | 6 | 1 | 4 | 3 |
Kicks, and blows with the fist | 28 | 12 | 21 | 23 | 17 | 26 |
Fire | Please provide the short piece of text you’d like me to modernize. | 1 | Please provide the text you'd like me to modernize. | 1 | Please provide the text you would like me to modernize. | Please provide the text you would like me to modernize. |
Unknown means | 17 | 1 | 2 | Please provide the text you would like me to modernize. | 2 | 2 |
The criminal statistics of France have produced the following calculation: From 7000 to 7300 criminals are tried every year, out of which number 61 out of 100 are found guilty; 170,000 offenders are charged with minor offences and misdemeanors, of whom 85 in the 100 are condemned to various punishments, and the greatest annual calculation which Quetelet remarks in an annual budget, paid much more regularly than taxes, is as follows:
The crime statistics in France show the following estimate: Between 7,000 and 7,300 criminals are tried each year, with 61 out of 100 being found guilty; 170,000 offenders face charges for minor offenses and misdemeanors, of which 85 out of 100 receive various punishments. The most significant annual calculation that Quetelet notes in an annual budget, which is paid much more regularly than taxes, is as follows:
Condemned to capital punishment | 100 | to 150 | |
To hard labour for life | 280 | ||
Hard labour for a period | 1050 | ||
Imprisonment | 1220 |
The following curious table has been drawn of the causes that excited to the commission of murder and the means resorted to:
The following interesting table outlines the reasons that led to the commission of murder and the methods used:
Apparent motives, from 1826 to 1829. |
Poison. | Murder. | Assassination. | Incendiary. | Total. |
Cupidity | 20 | 39 | 237 | 66 | 362 |
Adultery | 48 | 9 | 76 | Please provide the text you would like me to modernize. | 133 |
Domestic broils | 48 | 120 | 131 | 84 | 333 |
Jealousy and debauchery | 10 | 58 | 115 | 37 | 220 |
Revenge, hatred, and other motives | 23 | 903 | 460 | 229 | 1615 |
Total | 149 | 1129 | 1019 | 366 | 2663__A_TAG_PLACEHOLDER_0__ |
[Pg 467]To what are we to attribute this apparent regularity in the scale of births, deaths, and the commission of crimes? Are we ruled by certain laws that are only changed in the manifestations of Providence, by peculiar visitations, such as war, famine, and pestilential maladies? What a vast and curious field of research and reflection! what an argument for the fatalist! Man no doubt possesses a moral power that to a certain extent subjugates the creation to his influence and his will. Plants and animals seem to obey certain natural laws, that are only disturbed by perturbative agents; and it is difficult to point out what are the human actions that arise from natural impulses, or from accidental circumstances, although experience would tend to show that they bear a singular proportion in the similarity of their results; and one must come although reluctantly to the conclusion, that this perturbative power exercises but a slender influence on the laws of nature, which seem to set at defiance the destructive efforts of man. Thus have we seen of late years, that the most fearful and long-protracted wars, which one might have imagined would have devastated the fairest parts of Europe, have not checked a surprising increase in its population, and the destructive effects of the most fatal pestilence have vanished with a promptness that seemed to keep pace with the preceding havoc. Bigotry and fanaticism are the only scourges which appear to dare the benevolent views of Providence, and when we traverse the desolate fields of most Roman Catholic countries, one would imagine that Heaven has abandoned their inhabitants to their own blind wills and evil ways. Spain at this period and at many epochs of her bloody history, seems to corroborate the fable of the Titans who sought refuge in that ill-fated land from the anger of the gods.[48]
[Pg 467]What should we attribute to this apparent consistency in the rates of births, deaths, and crimes? Are we governed by certain laws that only change due to the actions of Providence, like wars, famines, and deadly diseases? What a vast and intriguing area for research and thought! It's a strong argument for fatalism! No doubt, humans have a moral power that, to some extent, controls the world around them according to their will. Plants and animals seem to follow certain natural laws that are only disrupted by outside forces; it's hard to determine which human actions come from natural instincts or random circumstances. However, experience suggests that these actions often produce remarkably similar results. One may reluctantly conclude that this disruptive power has only a minimal impact on the laws of nature, which seem to withstand mankind’s destructive attempts. Recent years have shown us that the most devastating and prolonged wars, which could have ruined the most beautiful parts of Europe, have not prevented a surprising rise in its population, and the deadly effects of the worst pestilence have disappeared so quickly that it seems to match the devastation that came before. Bigotry and fanaticism are the only blights that appear to challenge the benevolent intentions of Providence, and when we walk through the desolate regions of many Roman Catholic countries, one might think that Heaven has left their people to their own reckless choices and wicked paths. Spain, at this time and throughout many bloody moments in its history, seems to validate the myth of the Titans who sought refuge in that cursed land from the wrath of the gods.[48]
To return: we find in the preceding resumés of longevity that poets are the shortest-lived; next to them, authors on natural religion, dramatists, and novelists. May not this circumstance be attributed to the fervour of their imagination and to their unequal mode of living? A species of madness is the attribute of genius. Many authors on natural religion may come under the denomination of monomaniacs. The jealous irritability of poets and dramatists,—and next to them in the scale of vanity we find musicians,—may also[Pg 468] contribute to wear them out, and bring on various chronic diseases, by digestive derangements; more especially as their habits of living are seldom regular, fits of sobriety alternating with bouts of merry-making. Moral philosophers, painters, and sculptors, whose average life appears the longest, follow more sedentary pursuits; and, although artists in general cannot boast of remarkable discretion in their mode of living, the nature of their profession requires much steadiness. It is moreover to be observed that, in the preceding calculation, historical painters have chiefly been noticed. Would the same calculation apply to the lighter branches of the art? It has been remarked that actors generally attain old age, notwithstanding the fatiguing and harassing nature of their profession. This may be attributed to the constant excitement of a similar nature to which they are subject, as well as to their continued exposure to the sudden transitions from heat to cold, which renders them less susceptible of the variations of temperature that affect those who can avoid these vicissitudes. Any person who would expose himself to the constant checked perspirations to which dancers are liable, would infallibly pay dear for the experiment; and those who have had occasion to witness the fatigues of their exercises, marvel at their not being constantly attacked with pulmonary inflammation, and the many maladies that result from similar exposures. On the very same principle, troops when engaged upon active service do not suffer from the inclemency of the weather, although saturated with wet by day, and sleeping under torrents of rain by night. So long as they are marching with an object in view, this excitement supports them, even against hunger; but the moment this excitement ceases, let them halt, in tranquil cantonments, or commence a retreat under unfavourable circumstances, that moment the invasion of disease is observed. The chief source of health and long life is an equilibrious state of the circulation. This condition a moderate mental excitement tends to maintain. Depression, on the contrary, will produce a languid flow of the vital stream, congestion, and chronic diseases.
To return: we find in the previous summaries of longevity that poets have the shortest lifespan; following them are writers on natural religion, playwrights, and novelists. Might this be due to the intensity of their imagination and their inconsistent lifestyles? A type of madness is often linked to genius. Many writers on natural religion might be seen as having a single-minded fixation. The jealous sensitivity of poets and playwrights—and next in the scale of vanity are musicians—may also[Pg 468] contribute to their decline and lead to various chronic illnesses caused by digestive issues, especially since their routines are rarely consistent, with periods of sobriety alternating with times of revelry. Moral philosophers, painters, and sculptors, who tend to live longer on average, engage in more sedentary activities; and while artists generally can’t claim to be particularly disciplined in their lifestyles, their work requires a lot of steadiness. It should also be noted that the previous calculation mainly considered historical painters. Would the same analysis apply to lighter forms of art? It has been observed that actors often live to an old age despite the exhausting and stressful nature of their profession. This might be due to the constant excitement that their work brings, as well as their ongoing exposure to abrupt changes in temperature, which makes them less affected by the temperature fluctuations that trouble those who can avoid such swings. Anyone who would subject themselves to the constant disruption of sweating that dancers often face would undoubtedly pay a high price for the experience; and those who have witnessed the demands of their performances are amazed that they aren’t constantly suffering from respiratory issues and other problems that come from similar exposures. Similarly, soldiers on active duty do not suffer from inclement weather, even when drenched during the day and sleeping under heavy rain at night. As long as they are moving toward a goal, this adrenaline keeps them going, even through hunger; but the moment this excitement fades, whether they stop in calm quarters or start a retreat under bad conditions, that’s when illness strikes. The main source of health and longevity is a balanced state of circulation. This balance is maintained by moderate mental excitement. Conversely, depression leads to a sluggish flow of vital energy, congestion, and chronic illnesses.
On the same principle, good temper and hilarity are also necessary to prolong life. Violent passions must tend to occasion dangerous determinations, while the inward gnawings of offended vanity and pride corrode every viscus, and lay the seeds of future mental and bodily sufferings. Apathy and insensibility are, unfortunately, the best sources of peace of mind, and as Fontenelle observed, a good stomach and a bad heart are essential to happiness. Perhaps the best maxim to prolong our days, and[Pg 469] render them as tolerable as possible, is the “Bene vivere et lætari.”
On the same note, having a good attitude and a sense of humor are also important for a long life. Intense emotions can lead to harmful decisions, while the constant anxiety from hurt pride and vanity can wear down every part of us, planting the seeds for future mental and physical pain. Sadly, being indifferent and unemotional tends to be the easiest way to find peace of mind, and as Fontenelle pointed out, having a good stomach and a cold heart are key to happiness. Maybe the best advice for extending our lives and making them as bearable as possible is the phrase “Bene vivere et lætari.”
I have just observed that conformation materially affects our existence; and this circumstance may in a great measure be referred to temper, and the wear and tear that it occasions in ill-conditioned individuals. Little people seldom attain the longevity of stronger individuals; and it is also a well-known fact that diminutive persons are generally spiteful and malicious. As Providence has bestowed destructive venoms on reptiles, so has it gifted these insignificant members of society with obnoxious qualities, to make amends for their want of physical power in the strategies of attack and defence. The same observation holds good with the deformed; but here we have a moral cause for this sourness of disposition. They too frequently are objects of ridicule, contempt, or pity, sentiments the most humiliating to mankind. In childhood they are not able to partake of the boisterous and active sports of their companions; they have not the power to resent an injury, and the more powerless we are, the greater is our thirst of revenge. Hence does tyranny degrade, and renders its victims cruel and vindictive. The deformed, moreover, find it necessary to improve their intellectual faculties, which in aftertimes fill their quivers with keen shafts of retaliation. In this study they also have more leisure, and they apply to their books while their comrades are at play. This very study adds to their sense of inferiority; they can never hope to share the warrior’s laurels, or, what is perhaps still more painful, the myrtle of successful love. Their only chance of success in either of these careers is by kindling wars by their intrigues, or winning a woman’s heart by intellectual superiority,—two very improbable events. Thus they gradually envy men who are looked upon by the world as their superiors, and hate women for the preference they show to those privileged individuals. In general we find these ill-shaped beings bitterly sarcastic whenever woman’s name is mentioned. Pope, perhaps from these very reasons, was inexhaustible in his abuse of the sex: and Boileau abhorred them, since he had been emasculated by a turkey-cock.
I just noticed that physical appearance plays a significant role in our lives; this can largely be traced back to temperament and the stress it causes in poorly adjusted individuals. Short people rarely live as long as stronger individuals; it’s also well-known that smaller people often display spiteful and malicious behavior. Just as nature has given poisonous traits to reptiles, it has also endowed these less significant members of society with negative qualities to compensate for their lack of physical strength in the games of attack and defense. The same is true for the deformed; however, there’s a moral reason for their sour demeanor. They often become targets of ridicule, contempt, or pity—feelings that are profoundly humiliating. As children, they can’t engage in the exuberant and active games of their peers; they lack the ability to retaliate, and the more powerless we are, the stronger our desire for revenge becomes. This tyranny diminishes individuals and makes them cruel and vindictive. Moreover, the deformed feel the need to sharpen their intellect, which later provides them with sharp arrows of retaliation. In their studies, they also have more time, as they hit the books while their peers are playing. This very study enhances their feelings of inferiority; they can never hope to achieve the glory of a warrior or, perhaps even more painfully, the affection of a successful romantic partner. Their only chances for success in either realm are by stirring up conflict through their schemes or winning a woman’s love through intellectual prowess—both of which are unlikely outcomes. Consequently, they slowly grow envious of those who society considers their superiors and resent women for their preference for those privileged individuals. Typically, we find these unattractive individuals to be sharply sarcastic whenever a woman’s name comes up. Pope, perhaps for these very reasons, was endlessly critical of women; and Boileau hated them, having been emasculated by a turkey.
The intellectual superiority of hunchbacks has also been attributed to their physical condition; and it is generally believed that with them the circulation of blood in the brain is more rapid than in well-conformed subjects, and this increased action is supposed to contribute materially to the vivacity of the imagination, and the quickness of apprehension. Another circumstance is said to increase their mental powers, and that is, their continence, [Pg 470]considered both by the ancients and the moderns as a source of intellectual energies. Minerva and the Muses were virgins; and in this and other fabulous traditions, we find the ancients illustrating in their mythologic allegories many physical facts and observations. Our Bacon had made the same remark; and Newton, and many other great men, considered the passion of love beneath the dignity of science. Continence and abstinence were deemed by Horace as indispensable privations in the cultivation of genius. In the deformed both are to a certain degree natural, or at least cannot be lost sight of without endangering life. The digestive powers of the deformed are generally weak; and this debility has ever been looked upon as a concomitant of superior intellects. Thus in Celsus, “Imbecilli stomacho penè omnes cupidi litterarum sunt;” while on the contrary, “Obesus venter non parit subtilem intellectum.”
The intellectual superiority of hunchbacks has also been linked to their physical condition; it's commonly believed that their blood circulation in the brain is faster than in those with typical bodies, and this heightened activity is thought to significantly enhance their imagination and quick understanding. Another factor said to boost their mental abilities is their self-restraint, [Pg 470] which both ancient and modern thinkers viewed as a source of intellectual energy. Minerva and the Muses were virgins; in this and other legendary stories, the ancients illustrated many physical facts and observations through their mythological allegories. Our own Bacon made a similar observation, and Newton, along with many other great minds, regarded the feeling of love as unworthy of scientific pursuit. Horace considered self-restraint and abstaining as essential sacrifices in the development of genius. For those who are deformed, both self-restraint and abstinence are to some extent natural, or at least can't be ignored without risking health. The digestive abilities of the deformed are usually weak; this weakness has always been seen as a sign of superior intellect. Thus, Celsus noted, “Imbecilli stomacho penè omnes cupidi litterarum sunt,” while on the other hand, “Obesus venter non parit subtilem intellectum.”
The common expression of a child being too clever to live, is unfortunately founded on observation. Scrofulous and sickly children are in general remarkable for the quickness of their intellects; and Rousseau maintained that a man who could meditate was a depraved animal. It is a fact that the perfection of one faculty can seldom be attained but at the expense of others. The more our faculties are generally called into action, the less perfect will they be individually;—“Pluribus intentus, minor est ad singula.” Thus, the singing of birds is improved by depriving them of sight.
The common saying that a child is too smart for their own good is unfortunately based on reality. Sickly and unhealthy children often stand out for their sharp intellects; Rousseau argued that a man capable of deep thought is a corrupted being. It's true that the perfection of one ability is usually achieved at the cost of others. The more we engage our various abilities, the less perfected they become individually;—“Pluribus intentus, minor est ad singula.” So, for example, birds sing better when they can't see.
The influence of the mind upon our health is as evident as the influence of our health in the duration of existence. This corollary explains the shortness of life of the diminutive and the deformed, unconnected with such physical defects of organization as might impede the due exercise of their organs.
The impact of our thoughts on our health is just as clear as the effect our health has on how long we live. This connection explains why shorter or disabled individuals often have shorter lifespans, unrelated to any physical issues that could affect how their organs function.
The fable of Prometheus is a strong illustration of the pernicious effects of intemperance; and by Darwin, and other physiologists, has been considered as comparing the celestial fire that he purloined, to the artificial inspirations of excitement that ultimately preys upon the liver and the other viscera like a voracious vulture. A much deeper philosophy is concealed in this theogenic allegory. Prometheus was the son of Japetus; brother to Atlas, Menœtius, and Epimetheus, who all surpassed mankind in fraud and in guilt. Prometheus himself scoffed the gods, and violated their shrine. Heaven and Earth had formed his father, who had united his destinies with Clymene, one of the Oceanides. Thus Prometheus and Epimetheus arose from the very cradle of the universe; and their very names, Προμανδάνειν and Επιμανδάνειν, signify foresight and [Pg 471]improvidence,—prædiscere et postea discere,—the prevalent characteristics of all mortals, that either tend to promote or retard the progress of human reason and human happiness. Prometheus strove impiously to possess himself of Divine knowledge, and created man with a base amalgam of earth and the bones of animals, vivified by the celestial fire he had obtained. Jupiter, indignant at his audacity, commanded Vulcan to create a beauteous tempter in the form of woman, on whom every attractive gift might be conferred; and Pandora was sent upon earth with the fatal present of the father of the gods, the box that contained all the evils and distempers that were destined for mankind. The foresight of Prometheus resisted her charms; his improvident brother opened the dreaded casket. Have we not here an illustration of the vanity of science, that aims even at Divine attributes, and whose votaries, like Prometheus, would endeavour, if possible, to deprive wisdom of her power, and break down the boundaries of human intellects? His punishment describes in energetic language the endless and consuming studies of the learned, whose very viscera are corroded in lucubrations too often fruitless, and not unfrequently injurious to themselves and others. Hercules alone could relieve him from his torments:—and does not Hercules in this allegory typify the power of reason, that enables us to release the mind from the trammels both of ignorance and vanity, separated from each other by a gossamer partition? Prometheus, who could resist the most powerful of temptations,—beauty and talent combined,—dared Olympus to seek for that wisdom which would have doomed him to everlasting sufferings, had not strength of mind and the powers of reflection destroyed his merciless tormentor. Can we be surprised that the ancients consecrated games to this beautiful allegory?—games that are still carried on in our days; but, alas! where every vain competitor pretends that he has reached the goal with an unextinguished torch!
The story of Prometheus is a powerful example of the harmful effects of excess; and according to Darwin and other scientists, it compares the divine fire he stole to the artificial thrills that eventually damage the liver and other organs like a ravenous vulture. A much deeper message lies in this mythological tale. Prometheus was the son of Japetus and the brother of Atlas, Menœtius, and Epimetheus, who all outdid humanity in deceit and wrongdoing. Prometheus himself mocked the gods and disrespected their sanctuary. Heaven and Earth had created his father, who joined his fate with Clymene, one of the Oceanides. Thus, Prometheus and Epimetheus emerged from the very beginning of the universe; their names, Προμανδάνειν and Επιμανδάνειν, mean foresight and [Pg 471]improvidence,—prædiscere et postea discere—the common traits of all humans that can either advance or hinder the progress of reason and happiness. Prometheus impiously sought to gain Divine knowledge, crafting man from a mix of earth and animal bones, animated by the celestial fire he had acquired. Jupiter, outraged by his boldness, commanded Vulcan to create a beautiful temptress in the form of a woman, endowed with every attractive trait; Pandora was sent to Earth with the cursed gift from the father of the gods, the box that held all the evils and ailments destined for mankind. Prometheus tried to resist her allure; his thoughtless brother opened the dreaded box. Isn't this a reflection of the futility of science that seeks godlike qualities, and whose followers, like Prometheus, would attempt to strip wisdom of her power, breaking down the limits of human intellect? His punishment vividly describes the endless and consuming efforts of scholars, whose own insides are worn down by often fruitless and frequently harmful studies. Only Hercules could free him from his torment:—and doesn't Hercules in this story symbolize the power of reason, which allows us to liberate the mind from the shackles of both ignorance and vanity, separated only by a fragile barrier? Prometheus, who could resist the most powerful temptations—beauty and talent combined—challenged Olympus to seek the wisdom that would have cursed him with eternal suffering had not his strength of mind and reflective abilities defeated his merciless tormentor. Can we really be surprised that the ancients held games to honor this beautiful allegory?—games that continue to this day; but, unfortunately, where every arrogant competitor claims to have reached the finish line with a torch that never goes out!
CRETINISM.
This singular disorder was first discovered and noticed by Plater, about the middle of the seventeenth century, among the poor inhabitants of Carinthia and the Valais, where, as in the valleys of the Lower Alps and the Pyrenees, it is also found to be an endemic affection. According to Sir George Staunton, it is also observed in Chinese Tartary. It has been erroneously confounded by some writers with bronchocele and rachitis, from both of which it is totally distinct.
This unique disorder was first identified by Plater around the middle of the seventeenth century among the impoverished residents of Carinthia and the Valais, where, similar to the valleys of the Lower Alps and the Pyrenees, it is also recognized as an endemic condition. According to Sir George Staunton, it's also seen in Chinese Tartary. Some writers have mistakenly confused it with bronchocele and rickets, but it is completely different from both.
Cretinism presents various modifications in kind, and every intermediate grade between that extreme degree of physical and mental debasement which is characterized by the utmost deformity, and entire absence of mental manifestation, the organic and vegetative functions only being performed. There are certain circumstances that distinguish cretins from idiots; and their infirmities appear to depend upon endemic or local causes, regarding which much diversity of opinion has prevailed both amongst medical men and travellers.
Cretinism has various forms, with every degree in between the extreme level of physical and mental decline, characterized by severe deformities and a complete lack of mental function, where only basic bodily functions are carried out. There are specific factors that set cretins apart from idiots, and their disabilities seem to be influenced by local or endemic causes, which has led to a lot of differing views among medical professionals and travelers.
The cretins were also called Cagots and Capots. In Navarre these unfortunates go by the name of Gaffos and Ganets; and in various valleys of the Pyrenees they are called Gézits or Gezitains. Near La Rochelle, some of them are also found, and there they are known by the appellation of Coliberts; and in Britanny Cacons and Cagneux. The derivation of these names shows the contempt and disgust that they excited,—Cagot, according to Scaliger, being derived from Canis Gottus, or Dog of a Goth; Colibert is traced to quasi libertus, or slave. The Spaniards call them Gavachos, a term of reproach, which they also applied to the French during the Peninsular struggle.
The cretins were also called Cagots and Capots. In Navarre, these unfortunate people are known as Gaffos and Ganets; in various valleys of the Pyrenees, they are called Gézits or Gezitains. Near La Rochelle, some of them are also found, where they are referred to as Coliberts; in Brittany, they are called Cacons and Cagneux. The origins of these names reflect the contempt and disgust that they inspired—Cagot, according to Scaliger, comes from Canis Gottus, or Dog of a Goth; Colibert is derived from quasi libertus, or slave. The Spaniards refer to them as Gavachos, a derogatory term that they also used for the French during the Peninsular War.
The body of these poor creatures is stunted, their height not exceeding four feet. There is a total want of due proportion between it and the other parts, the height of the head with reference to the body being from one-fourth to one-fifth, instead of one-eighth, the natural proportion; the neck is strong, and bent downwards; the upper limbs reach below the knees, and the arm is shorter than the fore-arm; the chest narrow, the abdomen hemispherical, and of a length not exceeding the height of the head; the thighs, with the haunches, of greater width[Pg 473] than the shoulders, and shorter than the legs, the calves of which are wanting; the feet and toes distorted. In the head, the masticating organs, the lower jaw, and the nose, preponderate considerably over the organs of sense and intelligence; the skull is depressed, and forms a lengthened and angular ellipsis; the receding forehead presents internally large frontal sinuses, to which the brain has yielded part of its place; the top of the head is flattened, instead of being vaulted; the occiput projects but slightly, and runs almost even with the nape of the neck, as in ruminating animals. The face is neither oval nor round, but spread out in width; the eyes are far apart, slightly diverging, small, and deep-seated in their orbits; the pupil contracted, and not very sensitive to light; the eyelids, except when morbidly swollen, are flaccid and pendent. Their look is an unmeaning stare, and turns with indifference from every thing that is not eatable. The elongated form of the lower jaw, the thick and puffed lips, give them a greater resemblance to ruminating creatures than to man. The tongue is rather cylindrical than flat, and the saliva is constantly running from the angles of their mouth. Enlargement of the thyroid glands generally prevails, sometimes to an enormous extent. Indeed, this appearance is commonly considered as a distinguishing sign of cretinism. The other glands of the throat are also obstructed. Many of these poor wretches are both deaf and dumb; yet do they appear unconscious of their miserable existence. Stretched out or gathered up under the solar rays, their head drooping in idiotic apathy, they are only roused from their torpor when food is presented to them.
The bodies of these unfortunate beings are stunted, with heights not exceeding four feet. There's a complete lack of proportion between their body and other parts; the height of the head compared to the body is about one-fourth to one-fifth instead of the normal one-eighth. The neck is strong and bends downwards; the upper limbs extend below the knees, and the arms are shorter than the forearms. The chest is narrow, the abdomen is rounded, and its length does not exceed the head's height. The thighs and hips are wider than the shoulders but shorter than the legs, which have no calves; the feet and toes are distorted. In the head, the chewing organs, lower jaw, and nose are considerably larger than the sensory and intelligence organs; the skull is flattened and shaped like an elongated, angular ellipse; the forehead recedes, displaying large frontal sinuses that have taken up part of the brain's space. The top of the head is flat instead of rounded; the back of the head sticks out slightly and aligns almost with the neck, similar to ruminating animals. The face is neither oval nor round but rather broad; the eyes are spaced far apart, slightly angled, small, and deeply set in their orbits. The pupils are constricted and not very sensitive to light; the eyelids, unless swollen due to illness, are droopy and relaxed. Their gaze is vacant and indifferent to anything that isn't food. The elongated lower jaw and thick, puffy lips make them look more like ruminating animals than humans. The tongue is more cylindrical than flat, and saliva constantly drips from the corners of their mouths. Enlargement of the thyroid glands is common, sometimes to a huge degree. This appearance is often seen as a hallmark of cretinism. Other throat glands are also blocked. Many of these unfortunate souls are both deaf and mute; yet they seem unaware of their tragic existence. Whether lying flat or curled up under the sun, their heads hanging in a state of dull apathy, they only snap out of their stupor when food is offered to them.
This endemic malady is supposed to arise from the use of snow-water, or of water impregnated with calcareous earth. Both of these opinions are without foundation. All the inhabitants of districts near the glaciers, drink snow and ice waters without being subject to the disorder; and the common waters of Switzerland, strongly impregnated with calcareous substances, are most salubrious. At Berne, the waters are extremely pure, yet Haller observed that swellings of the throat are not uncommon. De Saussure has assigned another cause, and refers the disorder to the physical features of the mountainous districts in which it prevails. The valleys, he tells us, are surrounded with very high mountains, sheltered from currents of fresh air, and exposed to the direct, and what is worse, the reflected rays of the sun. They are marshy, and hence the atmosphere is humid, close, and oppressive. When to these chorographical causes, he further says, we add the domestic ones, which are[Pg 474] also well known to prevail among the poor of these regions,—such as innutritious food, indolence, and uncleanliness, with a predisposition to the disease from an hereditary taint of many generations,—we can sufficiently account for the prevalence of cretinism in such places, and for the most humiliating characters it is ever found to assume.
This local illness is thought to come from drinking snowmelt or water that has a lot of calcium in it. Both of these ideas are unfounded. People living near glaciers drink snow and ice water without experiencing this illness, and the common water in Switzerland, which is high in calcium, is actually very healthy. In Berne, the water is very pure, yet Haller noted that throat swellings are still quite common. De Saussure has proposed another cause, linking the illness to the physical characteristics of the mountain areas where it occurs. He explains that the valleys are surrounded by tall mountains that block fresh air and expose them to direct and, even worse, reflected sunlight. These valleys are marshy, leading to a humid and stifling atmosphere. When we also consider the local factors, which are[Pg 474] well known to affect the poorer populations in these areas—like poor nutrition, lack of activity, and unclean living conditions, along with a hereditary predisposition to the disease that has lasted through many generations—we can clearly understand why cretinism is so common in these regions and the unfortunate forms it often takes.
This specious reasoning, however, is overthrown by observation. In the first instance, this character of the country does not affect its other inhabitants; and secondly, the goître is found in warm latitudes, and Mungo Park observed it amongst the Africans of Bambara, on the banks of the Niger. Marsden has also seen it at Sumatra. Moreover, this affection is scarcely ever seen in the mountains, but principally prevails in the valleys.
This misleading reasoning, however, is disproven by observation. First, the character of the land does not impact its other inhabitants; and secondly, the goître is found in warmer regions, and Mungo Park noted it among the Africans of Bambara, along the banks of the Niger. Marsden also observed it in Sumatra. Furthermore, this condition is rarely seen in the mountains but mainly occurs in the valleys.
It is more than probable that these ill-favoured creatures belong to a particular race; for we must take care not to confound goître with cretinism, since goître is common where cretinism is prevalent. It has been remarked that the offspring of the natives of the Valais who intermarry with persons from the Italian side of the Alps, are more subject to goîtres than those born of native parents; and that females who have husbands from the higher Alps, seldom have children affected with this infirmity. It is pretty clear that in these observations, goître and cretinism are confounded.
It’s likely that these unattractive creatures belong to a specific group; we need to be careful not to confuse goiter with cretinism, since goiter is common in areas where cretinism is widespread. It has been noted that the children of natives from Valais who marry people from the Italian side of the Alps are more likely to develop goiters than those born to native parents; and that women with husbands from the higher Alps rarely have kids who are affected by this condition. It’s pretty clear that these observations mix up goiter and cretinism.
That these miserable cagots belong to a particular race of men, most probably accidentally degraded in their transmission from our primitive stock, appears most likely. We have sought the derivation of the several terms of contempt and disgust attached to them in different countries, to which migration may have led their parents. Some writers have traced their descent to the Goths and Vandals, thus chastised for their devastations. Gébelin, Belleforêt, and Ramont consider them as descendants of the Visigoths; while Marca, bishop of Cousérans, denounces them at once as Jews and Saracens; and other clerical writers have maintained that they are the miserable relicts of the heretic Albigenses who had escaped the holy massacres of 1215; although there did exist cagots in the year 1000, in the abbey of St. Luc, as they are described in a for of Navarre, bearing date 1074, and issued by Ramirez.
It seems that these unfortunate cagots belong to a specific race of people, likely degraded over time from our primitive ancestors, which seems very probable. We’ve looked into the origins of the various terms of contempt and disgust associated with them in different countries to which their parents may have migrated. Some writers have traced their ancestry back to the Goths and Vandals, suggesting they were punished for their ravaging. Gébelin, Belleforêt, and Ramont view them as descendants of the Visigoths, while Marca, the bishop of Cousérans, outright labels them as Jews and Saracens; other clerical writers argue that they are the pitiful remnants of the heretical Albigenses who survived the holy massacres of 1215. However, there were cagots mentioned as early as the year 1000 in the abbey of St. Luc, as noted in a record from Navarre dated 1074 and issued by Ramirez.
These helpless beings have also been considered as the offspring of Bohemians and gipsies. Bishop, or rather Senator Gregoire, maintained that they sprung from the hordes of northern barbarians who overran the south of Europe in the third and fourth centuries. Whatever might have been the[Pg 475] origin of these poor creatures, they seem to share that ignominious destiny that has marked various races in different countries. The Agotos of Navarre, the Maragotos of Leon, the Batuecos of Castile, the Wendes of Silesia, are all held in as much contempt as the Parias and the Vaddahs of India. Even in Otaheite a degraded caste was found, from which victims were selected to appease Divine wrath, or propitiate their gods.
These vulnerable individuals have also been seen as the descendants of Bohemians and gypsies. Bishop, or rather Senator Gregoire, believed they originated from the groups of northern barbarians who invaded southern Europe in the third and fourth centuries. Regardless of the[Pg 475] origins of these unfortunate people, they seem to share that shameful fate that has affected various races in different countries. The Agotos of Navarre, the Maragotos of Leon, the Batuecos of Castile, and the Wendes of Silesia are all looked down upon just as much as the Parias and the Vaddahs of India. Even in Otaheite, there was a marginalized caste from which victims were chosen to placate Divine anger or to appease their gods.
The traditional contempt in which certain races are held, a contempt that seems to have affected their physical appearance, may perhaps be traced to the degradation of slavery, that seems to deprive man of all his proud attributes, both in a moral and physical point of view. The effects of tyranny, and the distinctions that oppression has created in the several castes and ranks of mankind, are every where evident. What a difference exists in Scotland between the chieftains and the humbler individuals of their clans!—between the naïres of India and their vassals! In France, said Buffon, you may distinguish by their aspect, not only the nobility from the peasantry, but the superior order of nobility from the inferior, these from the citizens, and citizens from the peasants. “The field-slaves in America,” observes the enlightened Dr. Smith, “are badly clothed, fed, and lodged, live in small huts in the plantations, remote from the example and society of their superiors. Living by themselves they retain many of the customs and the manners of their ancestors. The domestic servants, on the other hand, who are kept near the persons or employed in the families of their masters, are treated with great lenity, their service is light, they are well fed and clothed. The field-slaves, in consequence of their condition, are slow in changing the aspect and figure of Africa; while the domestic servants have advanced far before them in acquiring the agreeable and regular features, and the expressive countenance, of civilized society. The former are frequently ill-shaped; they preserve in a great degree the African lips, and nose, and hair; their genius is dull, and their countenances sleepy and stupid. The latter are straight and well proportioned; their hair extends to three or four, sometimes even to six or eight inches; the size of their mouth is handsome, their features regular, their capacity good, and their looks animated.” Dr. Prichard has also stated that similar changes become visible in the third and fourth generations in the West India islands; and I have seen several negresses in those colonies perfectly beautiful. In the Bahama islands I knew a female slave of the name of Leah, belonging to my late friend Mr. Commissary Brookes, as black as jet, and descended in the third generation[Pg 476] from African parents, whose features would have vied in symmetry with the fairest specimen of the Caucasian race.
The traditional disdain directed toward certain races, a disdain that seems to have impacted their physical appearance, may be linked to the degradation caused by slavery, which strips individuals of all their proud attributes, both morally and physically. The effects of tyranny and the divisions that oppression has created among different classes and ranks of humanity are evident everywhere. Look at the stark differences in Scotland between the chieftains and the lower-ranked members of their clans!—between the nobles of India and their subjects! In France, as Buffon noted, you can tell apart not just the nobility from the peasantry, but also the higher nobility from the lower nobility, and distinguish citizens from peasants. “Field slaves in America,” points out the insightful Dr. Smith, “are poorly clothed, fed, and housed; they live in small huts on plantations, away from the company and example of their superiors. Living on their own, they maintain many customs and manners passed down from their ancestors. In contrast, domestic servants, who are kept close to their masters or employed in their households, are treated much more leniently; their work is light, and they are well fed and dressed. Due to their circumstances, field slaves are slow to change in appearance from their African roots, while domestic servants have advanced significantly in acquiring the pleasing and orderly features and expressive faces of civilized society. The former often have poor physical shapes; they largely retain the African lips, nose, and hair; their intelligence appears dull, and their expressions seem sleepy and vacant. The latter, however, are generally well-shaped and proportioned; their hair grows three to four, sometimes even six or eight inches long; their mouths are attractive, their features are symmetrical, their intelligence is evident, and their faces express vitality.” Dr. Prichard has also noted that similar changes are observable in the third and fourth generations in the West Indies; I have seen several beautiful women of African descent in those colonies. In the Bahamas, I knew a female slave named Leah, owned by my late friend Mr. Commissary Brookes, who was as black as jet and a third-generation descendant from African parents, with features that could match the symmetry of the most beautiful Caucasian individuals.
Let us not, therefore, seek in snow-water or calcareous impregnations for the causes of deformity and degradation in any unfortunate castes of mankind. Their misery may more probably be traced to the iron rod of despotism, or the oppression of bigotry,—influences that mark out races as abject slaves, or objects of Divine wrath, that ought to be scorned by the wealthy and the powerful, and spurned and persecuted by the faithful and the elect; although, when it has served its purposes, priestcraft has held up the cagot, and the leper, and the idiot, as objects of veneration. When the tourist, in his Alpine and Pyrenean excursions, meets a wretched cagot, let him pause and contemplate the offspring of slavery, and reflect on what man is, and on what man might be,—nay, on what man will be.
Let's not look for the causes of deformity and degradation in unfortunate groups of people in snow-water or mineral deposits. Their suffering is more likely linked to the harsh rule of tyrants or the oppression of intolerance—forces that label certain races as miserable slaves or as objects of divine punishment, which the wealthy and powerful should disdain and the faithful should reject and persecute; although, once it has fulfilled its aims, religious authority has sometimes elevated the cagot, the leper, and the disabled as figures of reverence. When a traveler, during their trips in the Alps and the Pyrenees, encounters a suffering cagot, they should pause to think about the legacy of slavery and reflect on what humanity is and what it could become—indeed, what humanity will become.
TEMPERAMENTS.
The different prevalent propensities in various individuals, the development of which appeared to be under the influence of a certain and constitutional organization, have received the name of temperaments; or, rather, this term applies to this peculiar organization of the constitution or idiosyncrasy. The Greek physiologists were the first to classify these peculiarities, or temperamenta,—the naturæ of Hippocrates, the mixturæ of Galen. They considered organized bodies as an assemblage of elements endowed with different properties, but combined in such manner that their union should constitute a whole, in which none of them should predominate in a healthy condition; but, on the contrary, they were to modify and temper each other, their simultaneous action being directed and controlled by the spirit of life, spiritus. It was the due combination of these elements that constituted a perfect temperament; their aberrancy produced disease of body or of mind.
The different tendencies in various people, which seem to be influenced by a specific and inherent organization, are referred to as temperaments. This term specifically relates to this unique organization of the constitution or idiosyncrasy. Greek physiologists were the first to classify these traits, known as temperamenta—the naturæ of Hippocrates, the mixturæ of Galen. They viewed organized bodies as a collection of elements with different properties, brought together in such a way that their union would create a whole, where none of the elements should dominate in a healthy state; instead, they were supposed to modify and temper each other, with their combined action being guided and controlled by the life force, spiritus. The proper combination of these elements made up a perfect temperament, while their imbalance led to physical or mental illness.
The ancients divided these elements into cold and hot, dry and moist; from the combination of these principles they classified the fluids of the body. The blood was hot and moist, the bile hot and dry, the phlegm cold and damp, and the [Pg 477]melancholy cold and dry. This division led to a further classification; and temperaments, according to the predominance of these elements, were divided into the sanguineous, the bilious, the phlegmatic, and the melancholic.
The ancients categorized these elements as cold and hot, dry and moist; from combining these principles, they sorted the body’s fluids. Blood was considered hot and moist, bile hot and dry, phlegm cold and wet, and the [Pg 477]melancholy cold and dry. This classification led to another sorting; temperaments were divided based on the dominance of these elements into the sanguine, bilious, phlegmatic, and melancholic.
These supposed radical fluids, influencing the whole animal frame, were dependent upon certain organs for their specific production. The blood was furnished by the heart, the phlegm by the head, the yellow bile by the gall-duct, and the black bile or atrabile,—the principle of melancholy,—by the spleen. Notwithstanding the many revolutions in the doctrine of physiology that have shaken the schools since the days of Hippocrates, this classification of his has remained to a certain degree to the present day, and has laid the foundation of all the systems of temperaments, constitutions, and natural characters, that have at various periods been advanced by philosophers; the only novel introduction in this ancient classification being the nervous temperament, which, after all, is only a modification of the four other categories.
These so-called radical fluids that affect the entire body relied on specific organs for their production. The heart provided the blood, the head produced phlegm, the gallbladder was responsible for yellow bile, and the spleen generated black bile or atrabile, which is linked to melancholy. Despite the many changes in physiological theories since Hippocrates' time, this classification has persisted to some extent and has formed the basis for all the systems of temperaments, constitutions, and natural characters proposed by philosophers throughout history; the only new addition to this ancient classification is the nervous temperament, which is essentially just a variation of the other four categories.
To illustrate the operations of these temperaments, it became necessary to adopt terms expressive of their combination, and temper and humour were adopted. Both are Latin terms; the first, in its original sense, imports mingling, modifying, tempering the four radical fluids, and producing that equilibrious condition of the frame, termed constitution. Humour was derived from the Greek χυμὸς, chumos; and its radical sense imported moisture, or fluid of any kind. Hence humid and humidity. This doctrine of fluidity is still applied to many functions that we cannot otherwise describe, and we talk, although in a figurative manner, of the nervous fluid, the vital fluid; and a good humour, a bad humour, a vein of humour, or a humorous vein, are illustrations of peculiar tempers and temperaments,—for temperaments are still distinguished by the same terms applied to them by the ancients, and we describe one man as choleric, or bilious, for choler (χολὴ) means bile; another as being melancholic; a third of a sanguine disposition; and a fourth of a phlegmatic habit. The sanguine, that imports a predominance of the blood, indicated a warm and ardent exuberance of spirits; whereas the phlegmatic, denoting a thin and cold watery fluid, referred to a frigid and spiritless indolence.
To explain how these temperaments work, we needed to use terms that express their combinations, so we used temper and humour. Both terms come from Latin; the first originally meant mixing, modifying, balancing the four basic fluids, and creating that balanced state of the body known as constitution. Humour comes from the Greek word χυμὸς, chumos; its original meaning referred to moisture or any kind of fluid. This is why we have words like humid and humidity. This idea of fluidity is still used to describe various functions that we can't explain in other ways, and we often talk, if figuratively, about the nervous fluid, the vital fluid; having a good sense of humour, a bad mood, a funny vein, or a humorous side are examples of specific temperaments—because we still use the same terms the ancients did to describe them. We may refer to someone as choleric or bilious, since choler (χολὴ) means bile; another person might be described as melancholic; a third as having a sanguine disposition; and a fourth as having a phlegmatic habit. The sanguine temperament indicates an abundance of blood, suggesting a warm and lively spirit, whereas the phlegmatic temperament, which denotes a thin and cold watery fluid, suggests a dull and lackluster indifference.
We thus see that modern physiology has scarcely advanced this branch of science, for the nervous temperament may be considered as merely a modification of the other ones; and it is more than probable that the old classification will long prevail, notwithstanding the ingenuity of modern hypotheses.[Pg 478] Husson divided the temperaments into those that referred to the vascular system, to the nervous system, and to the muscular system, with subdivisions applied to regions and to organs; all these temperaments being either natural and primitive, or acquired. Dr. Thomas, of Paris, has founded his arrangement according to the predominance of the head, chest, or abdomen,—or the mental, circulatory, or digestive organs,—and according to the relative bulk and predominance of these three regions will be the relative energy of the mental, muscular, or abdominal functions. Notwithstanding the ingenuity of these systems, the old arrangement, as I have already observed, is likely to prevail; and as Blumenbach observes, that although this division was founded on an imaginary depravation of the elements of the blood, if made to stand alone it will prove both natural and intelligible.
We can see that modern physiology has hardly advanced this field of science, as the nervous temperament is just a variation of the others; it's likely that the old classification will continue to dominate, despite the cleverness of modern theories.[Pg 478] Husson categorized temperaments based on the vascular system, the nervous system, and the muscular system, with further divisions for specific regions and organs; all these temperaments being either natural and primitive or acquired. Dr. Thomas from Paris has organized his classification based on the dominance of the head, chest, or abdomen—or the mental, circulatory, or digestive systems—and the relative size and dominance of these three areas will indicate the relative strength of mental, muscular, or abdominal functions. Despite the cleverness of these systems, as I've mentioned, the old arrangement is likely to prevail; and as Blumenbach points out, even though this division was based on a fictional distortion of blood elements, if considered on its own, it will still be both natural and understandable.
This division I shall therefore endeavour to illustrate. In the sanguineous temperament the heart and arteries possess a predominant energy; the pulse is strong, frequent and regular; the veins blue, full, and large; the complexion florid, the countenance animated, the stature erect, the muscular forms marked and firm; the hair of a yellow, auburn, or chestnut colour; the nervous impressions acute, the perception quick, the memory retentive, the imagination lively and luxuriant, the disposition passionate but not vindictive, and passion is easily appeased; amorous, and fond of conviviality and good cheer.
This division I will therefore strive to illustrate. In the sanguine temperament, the heart and arteries have a dominant energy; the pulse is strong, frequent, and regular; the veins are blue, full, and large; the complexion is rosy, the expression is lively, the posture is upright, the muscles are well-defined and firm; the hair is yellow, auburn, or chestnut; the nervous responses are sharp, the perception is quick, the memory is strong, the imagination is vivid and rich, the disposition is passionate but not vengeful, and feelings are easily calmed; loving, and enjoying social events and good times.
In this temperament we find athletic strength and fortitude of mind in resisting the power of external agency, with mental tranquillity in the midst of danger; a calmness arising from a consciousness of power, and from less acuteness of external impressions and mental perceptions. Such a man, when roused to action, will endeavour to surmount every physical difficulty; but he will rarely attain pre-eminence in sciences and the fine arts, which require exquisite sensibility and mobility,—qualities seldom met with in such forms as those described by the poets in Hercules and Ajax.
In this temperament, we see physical strength and mental resilience when facing external challenges, along with a sense of calm in the face of danger; this calm comes from a strong sense of power and a lesser sensitivity to outside influences and mental perceptions. When motivated to take action, such a person will strive to overcome any physical hurdle; however, they will seldom reach the highest levels in fields like science and the fine arts, which demand exceptional sensitivity and adaptability—traits that are rarely found in the types of individuals depicted in the tales of Hercules and Ajax.
In the choleric or bilious temperament the liver and biliary organs are as redundant in their power as the sanguineous vessels, and, for the most part, at the expense of the excernent or cellulous and lymphatic system. The pulse is strong and hard, but more frequent than in the sanguineous; the veins superficial and projecting; the sensibility extremely acute and easily excited, with a capacity of pondering for a long time on the same object. The skin is sallow, with a tendency to a yellow tinge; the hair black or dark brown; the body moderately[Pg 479] fleshy, the muscles firm and well marked, the figure expressive; the temper of the mind abrupt, impetuous, and violent,—bold in the conception of a project, inflexible in its pursuit, persevering and dauntless in its execution. These are the temperaments that have urged men both to noble and to execrable deeds. Such were Alexander, Brutus, Mahomet, Cromwell, Charles the Twelfth, Robespierre, Napoleon. All these celebrated characters evinced from their earliest youth the ambitious nature of their dispositions; and though circumstances might have checked the development of their predominant passions, it was also to adventitious circumstances that they owed their elevation, and the opportunities of displaying their good or evil qualities. Most of these men were irascible, vindictive, and cruel, and equally susceptible of ardent love and mortal hate. In these temperaments we find a mixed exuberance of blood and bile in a constant struggle for predominance.
In the choleric or bilious temperament, the liver and bile-producing organs are just as powerful as the blood vessels, but usually at the cost of the excretory, cellular, and lymphatic systems. The pulse is strong and hard, but beats faster than in the sanguine temperament; the veins are superficial and prominent; sensitivity is extremely heightened and easily triggered, with the ability to contemplate the same subject for a long time. The skin is yellowish, with a tendency to a yellow tinge; the hair is black or dark brown; the body is moderately[Pg 479] fleshy, the muscles are firm and well-defined, and the figure is expressive. The mind's temperament is abrupt, impulsive, and intense—bold in the conception of a project, unyielding in its pursuit, determined and fearless in its execution. These are the temperaments that have driven individuals to both noble and horrific acts. Such were Alexander, Brutus, Mahomet, Cromwell, Charles the Twelfth, Robespierre, and Napoleon. All these renowned figures showed their ambitious nature from a young age; while circumstances may have hindered the development of their dominant passions, they also owed their rise and the chance to showcase their good or bad qualities to external circumstances. Most of these individuals were quick-tempered, vengeful, and cruel, yet equally capable of intense love and deep hatred. In these temperaments, we see a chaotic mix of blood and bile in a constant struggle for dominance.
The melancholy or atrabilious temperament is of a different character. Here the biliary organs are brought into a constant and a morbid action, while the sanguineous system is weak and irregular. In these gloomy subjects the skin assumes a sallow, unearthly tinge, the pulse is hard and contracted, the digestive functions torpid and irregular, the imagination is gloomy and full of suspicion, and a dark gloom is shed on all around the morbid sufferer, for such he may be called, since the condition under which he labours may be considered one of disease. These subjects are prone to various monomanias; uncertain, fickle, and oftentimes capriciously cruel. Tiberius and Louis the Eleventh are quoted as examples of this temperament. Many melancholic individuals have displayed great genius, and at the same time great depth of thought. Richerand considers Tasso, Pascal, Zimmermann, and Rousseau as illustrating this unhappy disposition.
The melancholy or gloomy temperament is quite different. Here, the bile-producing organs are in a constant, unhealthy state, while the blood system is weak and irregular. In these somber individuals, the skin takes on a pale, ghostly color, the pulse is hard and constricted, the digestive functions are sluggish and inconsistent, the imagination is dark and filled with suspicion, and a shadow hangs over everyone around the troubled person, who may rightly be seen as ill, since their condition can be viewed as a form of disease. These individuals tend to have various obsessive ideas; they are uncertain, changeable, and often unpredictably cruel. Tiberius and Louis the Eleventh are cited as examples of this temperament. Many melancholic people have shown immense talent, alongside profound thinking. Richerand points to Tasso, Pascal, Zimmermann, and Rousseau as examples of this unfortunate disposition.
The fourth temperament is the phlegmatic, lymphatic, pituitous, or watery, for all these terms used by different physiologists are synonymous. Here the proportion of fluids is too considerable for that of the solids; hence the body attains a considerable, unwholesome bulk. The muscles are soft and flaccid, the skin fair and transparent, the hair flaxen or sandy, the pulse weak and slow, all the vital actions are languid, the memory little tenacious, and the attention wavering; an insurmountable indolence prevails; and, averse to mental and corporeal exercise, the far niente is their greatest enjoyment, and a nightcap is preferable to a diadem. These subjects are generally good, easy persons; susceptible of kindly feelings, but of a transient[Pg 480] nature. Their mind is generally depraved by effeminacy, and their love is purely animal. They are not courageous; yet they show great tranquillity of mind in moments of danger, and would rather quietly sink than struggle with the waves. If their dwelling was on fire, they would calmly walk out of it, but not exert themselves to put down the conflagration; and, when hereditary power places them at the helm of a state, a wreck of the vessel may be speedily expected, unless the sceptre is wrested from their feeble hands by the choleric or the atrabilious enthusiast.
The fourth temperament is the phlegmatic, lymphatic, pituitous, or watery, as all these terms used by different physiologists mean the same thing. Here, the amount of fluids is too significant compared to that of the solids; as a result, the body gains a large, unhealthy bulk. The muscles are soft and slack, the skin is pale and clear, the hair is light or sandy, the pulse is weak and slow, all vital functions are sluggish, memory is not very strong, and attention is inconsistent; overwhelming laziness takes over; and, disliking mental and physical effort, the far niente is their greatest pleasure, with a nightcap being more appealing than a crown. These individuals are typically good-natured and easygoing; open to kindness but with fleeting feelings. Their minds are usually weakened by softness, and their love is purely physical. They aren't very brave; however, they display a calmness in dangerous situations and would rather simply give in than fight against the tide. If their home were on fire, they would calmly walk out but would not try to put out the flames; and when born into power in a state, a disaster is likely to follow, unless the sceptre is snatched from their weak hands by a passionate or temperamental leader.
The fifth, or nervous temperament, as I have already stated, may be considered of a complex nature, as it influences the sanguineous as well as the choleric, the melancholy, and the phlegmatic. In this constitution the sentient system predominates, and there exists a great susceptibility to all external impressions. This temperament is generally acquired, and proceeds from a sedentary life, too great an enjoyment of sensual pleasures, and fanciful ideas brought on by romantic readings and romantic thoughts indulged in hours of idleness. The determination of such individuals is prompt, but uncertain; their affections warm for a while, are selfish and fickle; their sensations are vivid, but leave no impressions. Women, especially when educated in boarding-schools, essentially belong to this class, and are subject to hysterical and convulsive affections that render them a plague to others and a nuisance to themselves. In man the muscles are small, flabby, and wasted. The nervous may possess much vivacity of conception, but no depth of judgment; and, in general, their productions are as morbid as their mind. This condition frequently attends the melancholy temperament, “that wings the soul, and points her to the skies.”
The fifth, or nervous temperament, as I’ve mentioned before, is quite complex because it affects the sanguine, choleric, melancholy, and phlegmatic temperaments. In this type, the sensory system is dominant, making individuals highly sensitive to external influences. This temperament usually develops from a sedentary lifestyle, excessive indulgence in physical pleasures, and fanciful thoughts fueled by romantic literature and daydreams during idle hours. People with this temperament often make quick but unreliable decisions; their feelings are intense but selfish and changeable; they experience strong sensations that fail to leave lasting impressions. Women, particularly those raised in boarding schools, often fall into this category and can suffer from hysterical and convulsive conditions that make them burdensome to others and a hassle to themselves. In men, the muscles tend to be small, weak, and wasted. Nervous individuals might have a lot of imaginative energy, but they lack depth in judgment, and overall, their creations reflect the unhealthy state of their minds. This condition often accompanies the melancholy temperament, “that wings the soul, and points her to the skies.”
Nervous excitability seldom prevails in the sanguineous constitution, where muscular masses are pronounced in athletic forms. Hence the sanguineous are not easily brought into action; but, when once roused, their energies are irresistible. This power is beautifully described by Virgil in the conflict between Entellus and Dares; still are these exertions governed by nervous influence, and the result of the excitability and contractibility of the muscular fibre, termed by Chaussier its myotility.
Nervous energy rarely exists in people with a sanguine temperament, where muscular strength is evident in athletic physiques. So, those with a sanguine nature don’t act quickly; however, once motivated, their energy is unstoppable. This ability is wonderfully illustrated by Virgil in the fight between Entellus and Dares; still, these efforts are controlled by the nervous system and are the result of the sensitivity and responsiveness of the muscle fibers, which Chaussier calls its myotility.
Mason Good has very justly observed that these temperaments, or generic constitutions, are perpetually running into each other, and consequently that not one of them, perhaps, is to be found in a state of full perfection in any individual; he[Pg 481] further aids this remark by the following illustration: “Strictly speaking, Mr. Pitt and Mr. Fox belonged equally, in the main, to the second temperament; there was the same ardour, genius and comprehensive judgment in both, with a considerable tendency to the sanguineous, and hence with more irritability, but more self-confidence, audacity, and sanguine expectation: the latter, while possessing the same general or bilious temperament, was at the same time more strongly inclined to the lymphatic, and hence his increased corporeal bulk, and with less bold and ardent expectation he possessed one of the sweetest and most benevolent dispositions to be met with in the history of the world. The first was formed to be revered, the second to be beloved; both to be admired and immortalized.”
Mason Good has rightly pointed out that these temperaments, or general constitutions, continuously overlap, meaning that none of them is likely to exist in a state of complete perfection in any individual; he[Pg 481] further supports this observation with the following example: “Technically speaking, Mr. Pitt and Mr. Fox largely shared the second temperament; both exhibited the same enthusiasm, talent, and broad judgment, along with a notable tendency toward the sanguine, leading to increased irritability but also more self-confidence, boldness, and hopeful outlook: the latter, while sharing the same general or bilious temperament, was also more inclined toward the lymphatic, which explained his greater physical size, and with less daring and passionate expectation, he had one of the kindest and most generous dispositions found in history. The first was meant to be respected, the second to be cherished; both were to be admired and remembered.”
I apprehend that a profound study of human temperaments and propensities may afford a more desirable guide in the education of youth, and the selection of men in the different concerns of life, than that of either physiognomy or phrenology; although the temperament must materially affect the general character of the countenance. Yet, from the apparent prevalence of any temperament we are not to form a rash and hasty judgment in regard to the future capacities or propensities of youth. As one temperament runs into another, and assumes a complex form, so can education regulate the one that naturally predominates, and modify it by a fusion with another. Thus, the restlessness of the bilious and choleric may be attuned to a phlegmatic state by the power of reason, and the brute courage and audacity of the sanguineous checked by inspiring sentiments of true valour. That every temperament, excepting perhaps the phlegmatic, is capable of displaying bravery, has been well described by Joanna Baillie in the following lines:
I believe that a deep understanding of human temperaments and tendencies can provide a better guide for shaping young people and choosing individuals for various roles in life than either physiognomy or phrenology; although, temperament does significantly influence the overall expression of the face. However, we shouldn't jump to conclusions about a young person's future abilities or inclinations based solely on the apparent dominance of any one temperament. Just as one temperament can blend into another and take on a more complex form, education can shape the one that naturally stands out and mix it with another. For example, the restlessness of someone with a bilious or choleric temperament can be balanced by reasoning, and the raw courage and boldness of a sanguine individual can be tempered by instilling true feelings of bravery. It's well noted by Joanna Baillie in the following lines that every temperament, except perhaps for the phlegmatic, has the potential to show courage:
The brave man is not he who feels no fear,
For that were stupid and irrational;
But he whose noble soul its fear subdues,
And bravely dares the danger nature shrinks from.
As for your youth, whom blood and blows delight,
Away with them!—there is not in their crew
One valiant spirit.
The brave person isn’t someone who feels no fear,
Because that would be foolish and unreasonable;
But someone whose noble heart overcomes fear,
And boldly faces the dangers others shy away from.
As for your young one, who thrives on violence and chaos,
Forget them!—there’s not a single courageous soul in their group.
SOLAR INFLUENCE.
While both ancient and modern physiologists were of opinion that the various phenomena of organized bodies were influenced by lunar phases, the power of the solar rays was not less active in regulating our functions both in health and in disease. The name of Phœbus signified the torch of life, and Apollo was the father of medicine and the fine arts. The sun was considered as a deity in most countries, the Supreme Being,—the father of light, Diespiter,—Jupiter, Jehovah, the creator of all living matter,—the residence of the Most High—In sole posuit tabernaculum suum, said the Psalmist;—and in Egypt three hundred and sixty-five priests were ordained to watch its heavenly movements during the year, while many philosophers attributed the propagation of the human race to the union of man with the orb of day. The disciples of Plato and Pythagoras considered it as possessing a soul; and Origenus, in his Periarchon, maintained that it displayed both virtues and vices,—an heretical doctrine very properly condemned by the second Synod of Constantinople; and, although St. Augustin was of that opinion, it was warmly combated by St. Basil and St. Ambrose, and many other beatified divines. Anaxagoras, on the contrary, considered this luminary to be a burning stone; Plato called it a compact fire; Aristotle maintained that it was formed of one-fifth of the elements that constitute the planets; Epicurus, a mass of lava, or ignited pumice-stone; Xenophon asserted that it was fed by exhalations, and Zeno by watery vapours; Empedocles considered it a translucent body; Philolaus, a concave mirror, concentrating the rays of light from every part of the universe to reflect it upon nature. Kepler was of a similar opinion, and further insisted that the sun was composed of a limpid fluid upon which a luminous æther was reflected, whence its centre was blue, while the limbs were yellow. A modern philosopher, Woodward, attempts to show that the sun and fixed stars are masses of electric fluid, requiring no alimentation, yielding no smoke, and the light that emanates from them offers the bluish brilliancy of the electric spark. It has been justly observed, that if, like Eudoxus, we endeavoured to approach this luminary, the better to study and[Pg 483] describe its nature, we should still remain in impenetrable darkness,—in which I must leave the matter, to confine myself to those influences which experience seems to show that the sun actually exercises on the animal economy.
While both ancient and modern physiologists believed that the various phenomena of living organisms were influenced by the phases of the moon, the power of the sun's rays was equally active in regulating our functions, whether in health or in illness. The name Phœbus meant the torch of life, and Apollo was regarded as the father of medicine and the fine arts. The sun was considered a deity in most cultures, the Supreme Being— the father of light, Diespiter—Jupiter, Jehovah, the creator of all living matter— the residence of the Most High—In sole posuit tabernaculum suum, the Psalmist said; in Egypt, three hundred and sixty-five priests were appointed to observe its heavenly movements throughout the year, and many philosophers believed that the continuation of the human race was due to the union of man with the sun. The followers of Plato and Pythagoras thought it had a soul; Origen, in his Periarchon, argued that it displayed both virtues and vices— a heretical idea that was appropriately condemned by the second Synod of Constantinople; although St. Augustine shared this view, it was strongly opposed by St. Basil, St. Ambrose, and many other revered theologians. In contrast, Anaxagoras regarded this light as a burning stone; Plato referred to it as a compact fire; Aristotle claimed it was made up of one-fifth of the elements that make up the planets; Epicurus described it as a mass of lava or ignited pumice; Xenophon asserted it was fueled by exhalations, and Zeno by water vapors; Empedocles thought of it as a translucent body; Philolaus likened it to a concave mirror that concentrates rays of light from all over the universe to reflect back onto nature. Kepler held a similar belief, further arguing that the sun was made of a clear fluid that reflected luminous ether, making its center appear blue while its edges appeared yellow. A modern philosopher, Woodward, tries to show that the sun and fixed stars are made of electric fluid, needing no nourishment, producing no smoke, and the light they emit showcases the bluish brilliance of an electric spark. It has been rightly pointed out that if, like Eudoxus, we tried to get closer to this luminary to better study and describe its nature, we would still remain in impenetrable darkness— which is where I will leave this discussion, to focus on the influences that experience seems to indicate the sun actually has on the animal economy.
The genial and invigorating glow that moderate solar heat produces has ever been considered as tending to prolong our life. Hippocrates observed, that old men are double their age in winter, and younger in summer. To enjoy this reviving influence, the ancients had terraces on their house-tops called solaria, in which, to use their own expression, they took a solar air-bath. Pliny the younger, in speaking of his uncle, tells us, Post cibum, æstate, si quid otii, jacebat in sole. The ancients fancied that when the sun rose diseases declined, and Levato sole levatur morbus became a medical axiom. Aristotle records the case of an innkeeper of Tarentum, who, although able to attend to his business by day, became insane so soon as the sun had set. The moderns relate many similar instances of derangement brought on by the absence of solar influence. Bouillon mentions a woman who lost her senses at sunset, but who recovered them at break of day. Other cases are recorded of a different nature, when maladies were aggravated by this influence. Sauvage tells us of a woman who became maniacal whenever the sun was at its zenith; an influence that could not be prevented even by various stratagems, such as keeping her in a dark room, and deceiving her in regard to the hour. Humboldt knew a Spanish lady in Madrid who lost her voice the moment the sun dipped in the horizon, but the paralysis of the nerves of the tongue ceased the following morning. A removal to Naples cured this singular affection. Parham relates the cases of several individuals who were deprived of vision when the sun had set. In a former paper I have alluded to the effects of a vivid flood of light upon the Italian peasantry, as observed by Ramazzini. Daily practice shows us that the paroxysms of fever and various maladies are under a similar influence; and the evening gun in our garrisons is often the signal of severe exacerbation in certain febrile cases, while the reveillée develops acute aggravation in others. Sydenham and Floyer had observed that the gout and asthma were usually ushered in after our first sleep; and I have noticed that, during the prevalence of the cholera, the invasion of this fatal disorder generally occurred towards daybreak. The ancients divided their elementary predominance according to the diurnal cycle: thus, morning regulated the blood, noon the bile, evening the atrabile, and night the cold phlegmatic influence. Nor[Pg 484] was this arrangement unnatural; we more or less observe it in a state of health, when man awakes refreshed and active at morn; towards noon his train of thoughts becomes more serious and busy; in the evening his mind is more gloomy and susceptible of unpleasant impressions; until night either sheds its poppies o’er his couch, or agitates his frame with its fearful dreams. The repose of night is ever more refreshing than that of day, however we may have changed the natural applications of our hours, and find, as Seneca said of Roman civilization, that antipodes habemus in urbe. The influence of night and day is equally observable in animals. Towards evening myriads of insects, who had shunned the solar heat, hum around us; while night calls forth its choristers; and as they cease to sing other creatures proclaim the dawn. Some animals, such as the simia beelzebud, and the simia seniculus, salute both the setting and the rising sun with fearful howls; and it may be considered as a law of nature, that we cannot turn night into day with impunity.
The warm and energizing glow that moderate sunlight provides has always been thought to help extend our lives. Hippocrates noted that older people feel twice their age in winter but younger in summer. To enjoy this revitalizing effect, the ancients built terraces on their rooftops called solaria, where, as they put it, they took a solar air-bath. Pliny the Younger mentioned that after meals in summer, his uncle would lie in the sun if he had some free time. The ancients believed that when the sun rose, diseases lessened, and the saying Levato sole levatur morbus became a medical principle. Aristotle recorded the case of an innkeeper in Tarentum who could manage his business by day but went insane as soon as the sun set. In modern times, many similar cases of mental disturbances due to lack of sunlight have been reported. Bouillon talked about a woman who lost her sanity at sunset but regained it at dawn. There are also different cases where illnesses were worsened by sunlight. Sauvage described a woman who became manic when the sun was at its highest point—a condition that couldn’t be avoided even by keeping her in a dark room or tricking her about the time. Humboldt knew a Spanish woman in Madrid who lost her voice as soon as the sun set, but the paralysis of her tongue would lift the next morning. Moving to Naples cured this unusual condition. Parham reported cases of people who couldn’t see once the sun went down. In an earlier paper, I mentioned the effects of bright light on the Italian peasantry, as noted by Ramazzini. Daily experience shows that fever attacks and various illnesses are similarly influenced; for instance, the evening gunfire in military camps often signals intense flare-ups of certain fevers, while the reveillée triggers acute worsening in others. Sydenham and Floyer observed that gout and asthma usually appeared after our first sleep, and I noticed that during the cholera outbreak, this deadly condition often struck at dawn. The ancients categorized their elemental dominance according to the daily cycle: morning was linked to blood, noon to bile, evening to black bile, and night to cold phlegm. Nor[Pg 484] was this classification unnatural; we still somewhat experience it in a healthy state, waking refreshed and energetic in the morning; becoming more serious and busy in thought by noon; feeling gloomier and more affected by negative emotions in the evening; until night either sends us to sleep or disturbs us with nightmarish dreams. Nighttime rest is always more restorative than daytime rest, no matter how we may have rearranged our hours, and as Seneca remarked about Roman society, antipodes habemus in urbe. The effects of night and day are also evident in animals. In the evening, countless insects that avoided the sun swarm around us, while night brings out its singing creatures, and as they quiet down, other animals announce the dawn. Some animals, like the simia beelzebud and the simia seniculus, howl at both the setting and rising sun; it can be considered a natural law that we cannot switch night for day without consequences.
Dr. Balfour’s opinion on the influence of the heavenly bodies is of great weight: he conceives that the influence of the sun and moon when in a state of conjunction, which he names solar-lunar influence, produces paroxysms or exacerbations in continued fever, in all cases at least where paroxysms are observable. As this influence declines in consequence of the gradual separation of these luminaries from each other, and their getting into a state of opposition, a way is left open for a critical and beneficial change; in other words, that paroxysms and exacerbations in fever may be expected to take place at spring-tides, and crises at neap-tides.
Dr. Balfour’s opinion on the influence of celestial bodies is highly regarded: he believes that the influence of the sun and moon when they are in conjunction, which he calls solar-lunar influence, causes paroxysms or flare-ups in continuous fever, at least in cases where paroxysms can be observed. As this influence decreases due to the gradual separation of these bodies from each other and their shift into opposition, an opportunity arises for a critical and beneficial change; in other words, paroxysms and flare-ups in fever can be expected during spring tides, and breakthroughs during neap tides.
It has been observed in intermitting fevers, that paroxysms of the quotidian recur in the morning, the tertian at noon, and the quartan in the afternoon; in no instance do they take place at night.
It has been observed in intermittent fevers that episodes of the daily type occur in the morning, the every-other-day type at noon, and the every-third-day type in the afternoon; in no case do they happen at night.
There can be no doubt that lunation, more especially in tropical climes, influences diseases; but the effects of insolation are every where observable. One of the most serious accidents resulting from this exposure is the ictus solis, the coup de soleil of the French, and the σιρίασις of the Greeks, from the star Sirius, to whose influence they attributed the scorching heat of the dog-days. This attack is in general sudden, and the patient falls down as if struck with a blow on the head. Troops on a march, and labourers in the field, frequently are the victims of this solar power, which usually kills them on the spot. It has been known to destroy great numbers. In Pekin, from the[Pg 485] 14th of July to the 25th, in the year 1743, it is related that eleven thousand persons were struck dead. On a hot day’s march in Portugal, I lost six men in a brigade under my charge. They first reeled as if under the influence of liquor, and then fell dead with a slight convulsive struggle. One of them, the bâtman of the paymaster of the 3rd foot, or Buffs, was struck dead while speaking to me. A great number of greyhounds perished on the same march; but no other species of dog seemed to suffer, although we had many pointers and spaniels with us. Horses, mules, and cattle were also exempt from the attack, though it proved fatal to some weak donkeys who were following the troops. The shakos worn by our army are well calculated to preserve the soldier from these accidents, to which troops are constantly exposed during summer operations.
There’s no doubt that the lunar cycle, especially in tropical areas, affects diseases; but the effects of sun exposure are noticeable everywhere. One of the most serious consequences of this exposure is the ictus solis, known as coup de soleil in French, and the σιρίασις of the Greeks, named after the star Sirius, which they blamed for the intense heat of the dog days. This condition usually strikes suddenly, causing the person to collapse as if they’ve been hit on the head. Soldiers on the march and workers in the fields often fall victim to this solar phenomenon, which can kill them instantly. It has been known to cause significant casualties. In Beijing, from the[Pg 485] 14th to the 25th of July in 1743, it’s reported that eleven thousand people were killed by this condition. During a hot day’s march in Portugal, I lost six men from my brigade. They initially stumbled as if they were drunk, then dropped dead after a brief convulsive struggle. One of them, the batman of the paymaster of the 3rd foot, or Buffs, collapsed while talking to me. Many greyhounds died during the same march; however, no other type of dog seemed affected, even though we had plenty of pointers and spaniels with us. Horses, mules, and cattle were also spared from the attack, although some weak donkeys that were trailing the troops did fall victim. The shakos worn by our army are effective in protecting soldiers from these incidents that troops frequently face during summer campaigns.
SWEATING FEVER.
This disastrous pestilence, which proved, if possible, more fatal and terrific than the cholera, made its first appearance in London, in 1480 or 1483, first showing itself in the army of Henry VII. on his landing at Milford Haven. In London it only broke out a year or two after, and visited that capital occasionally for upwards of forty years. It then spread to Holland, Germany, Belgium, Flanders, France, Denmark, and Norway, where it continued its ravages from 1525 to 1530; it then returned to England, and was observed for the last time in 1551.
This devastating plague, which turned out to be even more deadly and terrifying than cholera, first appeared in London in either 1480 or 1483, initially showing up in the army of Henry VII when he landed at Milford Haven. In London, it broke out a year or two later and affected the city sporadically for over forty years. It then spread to Holland, Germany, Belgium, Flanders, France, Denmark, and Norway, where it caused destruction from 1525 to 1530; it returned to England and was last recorded in 1551.
Dr. Caius calls it a pestilential fever of one day; and it prevailed, he says, with a mighty slaughter, and the description of it was as tremendous as that of the plague of Athens. Dr. Willis states that its malignity was so extreme, that as soon as it entered a city it made a daily attack on five or six hundred persons, of whom scarcely one in a hundred recovered. This malignant fever ran its course in a single paroxysm; and the cold fit and hot fit were equally fatal. If the patient was fortunate enough to reach the sweating stage, he was in general saved. It commenced its attack with a pain in the muscles of the neck, shoulders, legs, and arms, through which a warm aura seemed to creep; after these symptoms a profuse perspiration broke forth. The internal organs grew gradually hot and burning, the pungent heat extending to the extremities; with an [Pg 486]intolerable thirst, sickness soon followed by jactitation, coma, and delirium. At Shrewsbury it raged for seven months, and carried off upwards of one thousand patients. The invasion of this terrific disorder was generally preceded by a thick noisome fog, especially in Shropshire. A dark cloud usually took the lead, and the distemper followed its course. It is somewhat singular, but most fatal contagions have been ushered in, both in ancient and modern times, by noxious fogs or mists, with clouds of various insects, either bending their course in innumerable bodies, covering vegetation, or falling in dead heaps upon the ground. The disease was generally supposed to arise from inclement seasons and injured grain; particularly wheat infested with the mildew or smut, or rye attacked with the spur. It was observed by Dr. Willan, that the contemporary inhabitants of Scotland and Wales, who fed on barley and oats, were not affected.
Dr. Caius refers to it as a deadly fever that lasts just one day; he claims it caused a significant number of deaths, and the description of it was as horrifying as that of the plague in Athens. Dr. Willis notes that its severity was so intense that as soon as it hit a city, it attacked five or six hundred people a day, with hardly one in a hundred surviving. This severe fever went through its course in a single episode; both the chill and the fever phases could be equally deadly. If the patient was lucky enough to reach the sweating stage, they usually survived. It started with pain in the muscles of the neck, shoulders, legs, and arms, accompanied by a warm sensation creeping in; after these symptoms, a heavy sweating began. The internal organs gradually heated up and burned, with the intense heat spreading to the extremities; alongside an unbearable thirst, nausea soon followed, leading to restlessness, unconsciousness, and delirium. In Shrewsbury, it persisted for seven months and killed over a thousand patients. The onset of this terrifying illness was typically preceded by a thick, unpleasant fog, especially in Shropshire. A dark cloud usually led the way, and the disease spread in its wake. Interestingly, most deadly outbreaks have historically been introduced by toxic fogs or mists, accompanied by swarms of insects either moving in massive groups, covering plants, or falling dead to the ground. The disease was commonly believed to stem from harsh weather and spoiled crops; particularly wheat plagued by mildew or smut, or rye infected with ergot. Dr. Willan noted that the people in Scotland and Wales, who subsisted on barley and oats, were not affected.
One of the most singular features of this malady was its only attacking the English. Foreigners, and even the Scotch and Irish, in England, seemed to be exempted from this scourge, which attacked the monarch himself, and two Dukes of Suffolk, who sunk under its virulence. In Westminster the number of daily deaths averaged one hundred and twenty. It may be easily imagined that this special liability of Englishmen to contract the disease was attributed to Divine wrath for their manifold offences; and we find the following lines in Phemtophius:
One of the most unique aspects of this illness was that it only affected the English. Foreigners, including the Scots and Irish in England, appeared to be spared from this plague, which struck down the monarch himself and two Dukes of Suffolk, who succumbed to its severity. In Westminster, the average daily death toll was around one hundred and twenty. It's easy to see why this particular vulnerability of the English to the disease was seen as a sign of Divine anger for their many wrongdoings; we find the following lines in Phemtophius:
Cœlestia numina nobis
Nil sunt quàm nugæ, fabula, verba, jocus:
Indè fames nobis, pestes, Mars; denique fontem
Hinc etiam inclemens ιδοωνρετος habet,
Sævum, horrendum, atrox genus immedicabile morbi,
Nostræ perfidiæ debitum.
Cosmic powers to us
Are nothing but nonsense, tales, words, jokes:
From this comes hunger for us, plagues, war; ultimately a source
Here too the merciless, the dreadful, the atrocious kind of incurable disease,
A debt of our treachery.
Dr. Armstrong has also recorded this peculiar visitation in the following:
Dr. Armstrong has also documented this strange occurrence in the following:
Some, sad at home, and, in the desert, some,
Abjur’d the fatal commerce of mankind.
In vain: where’er they fled, the Fates pursued.
Others, with hopes more specious, cross’d the main,
To seek protection in far distant skies;
But none they found. It seemed, the general air
From pole to pole, from Atlas to the East,
Was then at enmity with English blood;
For, but the race of England, all were safe
In foreign climes; nor did this Fury taste
The foreign blood which England then contained.
Some, feeling sad at home, and some, in the desert,
Rejected the deadly dealings of humanity.
It was pointless: wherever they ran, fate followed.
Others, with seemingly better hopes, crossed the sea,
To find safety under distant skies;
But none were found. It seemed that the general atmosphere
From pole to pole, from Atlas to the East,
Was against English blood;
For, except for the people of England, everyone else was safe
In foreign lands; nor did this Fury affect
The foreign blood that England had at that time.
[Pg 487]That the atmosphere was saturated by this disease was obvious from the circumstance of vast numbers of birds falling dead, when, upon examination, pestilential swellings were found under their wings. Schiller attributed the disease to sideral influence. England, however, was not the only country where the wrath of Heaven was considered as having fulminated this scourge! and at Marburg it had such an effect, that it actually put an end to the violent disputes between Luther and Zuingle concerning the Eucharist, and which were on the eve of kindling a religious war.
[Pg 487]It was clear that the atmosphere was filled with this disease, as evidenced by the many birds falling dead, which upon examination showed pestilent swellings under their wings. Schiller thought the disease was caused by celestial influences. However, England wasn’t the only country where people believed that divine wrath had unleashed this plague! In Marburg, it had such an impact that it actually halted the fierce arguments between Luther and Zwingli over the Eucharist, which were on the verge of sparking a religious war.
A disease somewhat similar manifested itself in Picardy in 1773, having first appeared at Hardivilliers, five leagues from Beauvais; but, instead of terminating in a single day, it ran on to the third, fifth, and seventh: a fever of the same description was also observed in Gascony.
A similar disease appeared in Picardy in 1773, initially breaking out in Hardivilliers, five leagues from Beauvais; however, instead of lasting just one day, it extended to the third, fifth, and seventh day. A fever of the same type was also noticed in Gascony.
But of all the maladies that affect cutaneous transpiration, diapedesis, or sweating of blood, is the most singular; so much so, indeed, that its existence has been doubted, although several well authenticated cases are on record, both in the ancient and modern annals of medicine. It is mentioned by Theophrastus and Aristotle, while Lucan thus describes it:
But out of all the conditions that impact skin perspiration, diapedesis, or sweating blood, is the most unusual; so much so that its existence has been questioned, even though several well-documented cases exist in both ancient and modern medical records. Theophrastus and Aristotle mention it, while Lucan describes it as follows:
Sic omnia membra
Emisere simul rutilum pro sanguine virus.
Sanguis erant lacrymæ; quacumque foramina novit
Humor, ab his largus manat cruor: ora redundant,
Et patulæ nares; sudor rubet; omnia plenis
Membra fluunt venis: totum est pro vulnere corpus.
So all limbs
Released together a red poison instead of blood.
Blood was like tears; wherever the openings knew
Moisture, from these a large flow of blood pours out: the mouths overflow,
And the wide nostrils; sweat turns red; all the full
Limbs flow with veins: the whole body is a wound.
The detestable Charles IX. of France sunk under this disorder, thus described by Mezeray: “La nature fit d’étranges efforts pendant les deux dernières semaines de la vie de ce Roi. Il s’agitait et se remuait sans cesse; le sang lui rejalliait par les pores et par tous les conduits de son corps. Après avoir longtems souffert, il tomba dans une extrème faiblesse et rendit l’ame.” The same historian relates the case of a governor of a town taken by storm, who was condemned to die, but was seized with a profuse sweating of blood the moment he beheld the scaffold. Lombard mentions a general who was affected in a similar manner on losing a battle. The same writer tells us of a nun who was so terrified when falling into the hands of a ruthless banditti, that blood oozed from every pore. Henry ab Heer records the case of a man who not only laboured under diapedesis, but small worms accompanied the bloody secretion.
The detestable Charles IX of France succumbed to this disorder, as Mezeray describes: “Nature made strange efforts during the last two weeks of this King’s life. He was restless and agitated without pause; blood seeped from his pores and all the conduits of his body. After suffering for a long time, he fell into extreme weakness and passed away.” The same historian tells of a governor of a town captured during a siege, who was sentenced to death but was struck with a heavy sweating of blood the instant he saw the scaffold. Lombard mentions a general who experienced a similar reaction after losing a battle. The same writer reports on a nun who was so terrified when falling into the hands of ruthless bandits that blood oozed from every pore. Henry ab Heer records the case of a man who not only suffered from diapedesis, but also had small worms accompanying the bloody discharge.
[Pg 488]In the Memoirs of the Society of Arts of Haarlem, we read of the case of a sailor, who, falling down during a storm, was raised from the deck streaming with blood. At first it was supposed that he had been wounded, but, on close examination, the blood was found to flow from the surface of the body. Fabricius de Hilden mentions a case that came under the observation of his friend Sporlinus, a physician of Bâle; the patient was a child of twelve years of age, who never drank any thing but water: having gone out into the fields to bring home his father’s flocks, he stopped upon the road, and contrary to habit, drank freely of white wine. He shortly after was seized with fever. His gums first began to bleed, and soon after an hæmorrhage broke out from every part of the integuments, and from the nose. On the eighth day of the malady he was in a state of extreme debility, and the body was covered with livid and purple spots, while every part from whence the blood had exuded was stopped with clots. A case is also related of a widow of forty-five years of age, who had lost her only son. She one day fancied that she beheld his apparition beseeching her to relieve him from purgatory by her prayers, and by fasting every Friday. The following Friday, in the month of August, a perspiration tinged with blood broke out. For five successive Fridays the same phenomenon appeared, when a confirmed diapedesis appeared. The blood escaped from the upper part of the body, the back of the head, the temples, the eyes, nose, the breast, and the tips of the fingers. The disorder disappeared spontaneously on Friday the 8th of March of the following year. This affection was evidently occasioned by superstitious fears; and this appears the more probable from the periodicity of the attacks. The first invasion of the disease might have been purely accidental; but the regularity of its subsequent appearance on the stated day of the vision may be attributed to the influence of apprehension. Bartholinus mentions cases of bloody sweat taking place during vehement terror and the agonies of torture.
[Pg 488]In the Memoirs of the Society of Arts of Haarlem, there's a case of a sailor who, during a storm, fell and was found on the deck covered in blood. Initially, it was thought he had been injured, but upon closer inspection, it was discovered that the blood was coming from the surface of his skin. Fabricius de Hilden describes a situation observed by his friend Sporlinus, a physician from Bâle; the patient was a twelve-year-old boy who only drank water. One day, while out in the fields bringing home his father's livestock, he unexpectedly stopped and drank a lot of white wine. Soon after, he developed a fever. His gums started bleeding first, and shortly after, bleeding began from everywhere on his body and from his nose. By the eighth day of the illness, he was extremely weak, and his body was covered in bluish and purple spots, while all the areas where blood had leaked out were filled with clots. There's also a story about a 45-year-old widow who had lost her only son. One day, she thought she saw his ghost asking her to help him out of purgatory through her prayers and by fasting every Friday. The following Friday in August, she started sweating blood. This happened for five consecutive Fridays, after which a serious condition of diapedesis developed. Blood flowed from the top of her body, the back of her head, her temples, eyes, nose, chest, and fingertips. The issue resolved on its own on Friday, March 8th of the next year. This condition was clearly caused by her superstitious fears; this seems even more likely given the regularity of the episodes. The first occurrence of the disease might have been purely coincidental, but the consistent reappearance on the day of the vision can be linked to her anxiety. Bartholinus reports cases of bloody sweat occurring during intense fear and the pains of torture.
The case of Catherine Merlin, of Chamberg, is well authenticated, and worthy of being recorded. She was a woman of forty-six years of age, strong and hale. She received a kick from a bullock in the epigastric region, that was followed by vomiting of blood: this discharge having been suddenly stopped by her medical attendants, the blood made its way through the pores of various parts of her body, every limb being affected in turn. The sanguineous discharge was invariably preceded by a prickly and itching sensation; frequently this itching [Pg 489]exudation proceeded from the scalp. The discharge usually occurred twice in the twenty-four hours; and on pressing the skin, the flow of blood could be accelerated and increased.
The case of Catherine Merlin from Chamberg is well-documented and deserves to be noted. She was a 46-year-old woman, strong and healthy. She got kicked in the stomach by a bullock, which caused her to vomit blood. After her medical team suddenly stopped the bleeding, the blood started seeping out through the pores of various parts of her body, affecting each limb in turn. The bleeding was always preceded by a prickly and itchy sensation; often, this itchy exudation came from her scalp. The discharge usually happened twice within a 24-hour period, and pressing on her skin could speed up and increase the flow of blood.
Dr. Fournier relates the case of a magistrate who was attacked with diapedesis after any excitement, whether of a pleasurable or a painful nature.
Dr. Fournier discusses the case of a magistrate who experienced diapedesis after any kind of excitement, whether it was pleasurable or painful.
A singular idiosyncrasy was transmitted to her male children by an American Female named Smith, occasioning a severe hæmorrhage wherever the skin was slightly pricked or scratched. This loss of blood would sometimes continue for several days. Several of her sons sunk under the affection, which was found at last to yield to the sulphate of soda. What is most singular, all her daughters were exempted from this fearful predisposition.
A unique quirk was passed down to her male children by an American woman named Smith, causing severe bleeding whenever the skin was slightly pricked or scratched. This blood loss could sometimes last for several days. Several of her sons succumbed to the condition, which was eventually found to respond to sodium sulfate. Interestingly, all her daughters were free from this alarming tendency.
It is probable that this strange disorder arises from a violent commotion of the nervous system, turning the streams of blood out of their natural course, and forcing the red particles into the cutaneous excretories. A mere relaxation of the fibres could not produce so powerful a revulsion. It may also arise in cases of extreme debility in connexion with a thinner condition of the blood.
It’s likely that this unusual disorder comes from a sudden disruption of the nervous system, redirecting blood flow from its natural path and pushing red particles into the skin's excretory glands. A simple loosening of the tissues wouldn’t cause such a strong reaction. It can also occur in cases of severe weakness along with a thinner blood condition.
Curious cases are recorded of a sandy sweat, in which the perspiration becomes crystallized on the surface of the skin. Bartholinus, Schunig, and Mollenbroek have related several cases of the kind. It is probable, as Mason Good observes, that this morbid secretion may arise from an excess of uric acid, translated from the kidneys to the skin; this sand is generally of the same red colour as that of the renal secretions deposited in a lateritious sediment.
Curious cases have been recorded of a sandy sweat, where the perspiration crystallizes on the surface of the skin. Bartholinus, Schunig, and Mollenbroek have documented several such cases. Mason Good suggests that this unusual secretion may come from an excess of uric acid being transferred from the kidneys to the skin; this "sand" is usually the same red color as the renal secretions found in a brick-colored sediment.
Scented perspiration is another singular peculiarity. This odour, frequently unpleasant, has also been known to shed an agreeable aroma, compared to the perfume of violets, roses, and musk. This quality is common in various animals; in the Simia jacchus, hedgehogs, hares, serpents, and crocodiles. The Viverra zibetha and V. civetta yield this odour abundantly; and it has been observed in a faint degree in our domestic cat. Many insects exhale an agreeable odour; especially the Cerambix moschatus, the Apis fragrans, the Tipula mochifera. The Cerambix suaveolens emits a delicious smell of roses, and the Petiolated sphex a highly fragrant balsamic ether. In the Memoirs of the Queen of Navarre, we read that Catherine de Medicis was a perfect nosegay; and Cujacius and Lord Herbert of Cherbury were equally distinguished by the suavity of their transpiration.
Scented sweat is another unique feature. This smell, often unpleasant, can also have a pleasant aroma, reminiscent of violets, roses, and musk. This trait is found in various animals, including the Simia jacchus, hedgehogs, hares, snakes, and crocodiles. The Viverra zibetha and V. civetta produce this scent in abundance, and it has been noticed to a slight extent in our domestic cats. Many insects also emit a pleasant smell, especially the Cerambix moschatus, Apis fragrans, and Tipula mochifera. The Cerambix suaveolens gives off a delightful rose scent, and the Petiolated sphex releases a highly fragrant balsamic ether. In the Memoirs of the Queen of Navarre, it's noted that Catherine de Medicis was like a perfect bouquet; and Cujacius and Lord Herbert of Cherbury were similarly recognized for the sweetness of their scent.
[Pg 490]The general perspiration of every man seems to be of a peculiar nature. Savages can distinguish their friends and foes by the scent. The boy born deaf and dumb, whose history is related by Dugald Stewart, distinguished persons by their odour; and the dealers in hair can ascertain by the smell the nation to which the hair belongs.
[Pg 490]Every person seems to have a unique smell. Savages can tell their friends from their enemies by scent. The boy who was born deaf and mute, as mentioned by Dugald Stewart, recognized people by their smell; and hair dealers can identify the nationality of hair just by its odor.
The quantity of perspiration secreted by a well-grown adult weighing about one hundred and forty-six pounds, is at the rate of twenty-eight ounces in the twenty-four hours, sixteen ounces during the period usually allotted to waking, and twelve ounces during sleep.[49] It is not so much increased by moderate elevation of temperature as might be imagined; it appears increased after meals and during sleep. While the skin thus secretes so considerable a quantity of watery fluid, its powers of absorption are wonderful, and are frequently resorted to for medicinal purposes. This absorption evidently tends to assist in repairing the strength. A boy at Newcastle who had been greatly reduced for a race, gained thirty ounces in weight in the course of an hour, during which time he had only taken a glass of wine. Dr. Home, after going to bed much fatigued and supperless, gained two ounces before the morning. Keill says that one night he gained eighteen ounces in his sleep. Immersion in water and damp air materially increases this power. Frogs, toads, even lizards, increase in weight although only partially dipped in water; and remarkably so if previously deprived of part of their moisture by exposure to air. The power of absorbing medicinal substances when immersed in their solution has been demonstrated by Dr. Massy, an American physician, who found that if the body was immersed in a decoction of madder,[50] this substance immediately tinged the renal secretion. Dr. Rousseau made a similar experiment with rhubarb. It is now clearly demonstrated that friction is not necessary to produce absorption.
A well-grown adult weighing about one hundred forty-six pounds sweats around twenty-eight ounces in twenty-four hours—sixteen ounces while awake and twelve ounces during sleep.[49] The amount doesn't increase as much with moderate temperature rises as you might think; it actually tends to increase after meals and during sleep. While the skin secretes a significant amount of watery fluid, its ability to absorb is impressive and is often used for medicinal purposes. This absorption seems to help restore strength. A boy in Newcastle who was depleted before a race gained thirty ounces in weight within an hour after only drinking a glass of wine. Dr. Home, who went to bed tired and without dinner, gained two ounces by morning. Keill reported that one night he gained eighteen ounces while sleeping. Being immersed in water or in humid air greatly enhances this absorption. Frogs, toads, and even lizards gain weight even if only partially submerged in water, especially if they've lost moisture from being exposed to the air. Dr. Massy, an American physician, demonstrated that when the body is immersed in a madder decoction,[50] the substance quickly colors the urine. Dr. Rousseau conducted a similar test with rhubarb. It's now clearly shown that friction isn't necessary for absorption to occur.
The keenness of the deaf and dumb boy in ascertaining the effluvium of various individuals, to which I have alluded, induces me to give a short sketch of this curious individual. His name was James Mitchell; and having no other source by which he could discover or keep up a connexion with surrounding objects than those of smell, taste, and touch, he depended chiefly upon the first, like a domestic dog, in distinguishing[Pg 491] persons and things. By this sense he identified his friends and relations; and conceived a sudden attachment or dislike to strangers. It was difficult, however, to ascertain at what distance he could thus exercise this faculty; but, from Mr. Wardrop’s observations, it appears that he possessed it at a considerable distance. This was particularly striking when a person entered the room, as he seemed to be aware of this before he could derive any information from any sense than that of smell. When a stranger approached him, he eagerly began to touch some part of the body, commonly taking hold of his arm, which he held near his nose; and, after two or three strong inspirations through the nostrils, he appeared to form a decided opinion concerning him. If it were favourable, he showed a disposition to become more intimate, examined more minutely his dress, and expressed in his countenance more or less satisfaction; but if it happened to be unfavourable, he suddenly went off to a distance, with expressions of carelessness or disgust.
The curiosity of the deaf and mute boy in figuring out the scents of different people, which I mentioned earlier, leads me to provide a brief overview of this interesting individual. His name was James Mitchell; and since he had no other way to discover or maintain a connection with his surroundings besides smell, taste, and touch, he mainly relied on smell, much like a pet dog, to identify[Pg 491] people and objects. With this sense, he recognized his friends and family and formed quick attachments or aversions to strangers. However, it was hard to determine just how far away he could use this ability; but according to Mr. Wardrop’s observations, it seems he could do so from quite a distance. This was especially noticeable when someone entered the room, as he seemed to sense their presence before he could gather any information from any other sense apart from smell. When a stranger came near him, he eagerly began to touch some part of their body, usually grabbing their arm and holding it close to his nose; after taking a few deep breaths through his nostrils, he appeared to form a clear opinion about them. If his impression was positive, he showed a willingness to get closer, examined their clothing more carefully, and expressed varying degrees of satisfaction on his face; but if his impression was negative, he quickly moved away, displaying signs of indifference or disgust.
SMALLPOX.
The first description we have of this dreadful disease is to be found in the writings of Almansor of Rhazes, published about the end of the ninth or the beginning of the tenth century. He, however, quotes an Alexandrian physician of the name of Aaron, who had treated the same subject so early as the year 622. There is no substantial ground to warrant a belief that it was known to the Greeks or Romans. The opinion of Hahn, who considered it to have been their anthrax, is absurd. Had this pestilence prevailed amongst the ancients, and left the traces of its ravages,—which have marked most fearfully so many individuals,—it is probable that these impressions would have been attached to their names, as they were in the habit of designating many of their illustrious personages by their physical peculiarities, either natural or accidental. Hence we find Ovidius Naso, Tullius Cicero, Horatius Cocles, Scipio Nasica, Curius Dentatus.
The first description we have of this terrible disease can be found in the writings of Almansor of Rhazes, published around the end of the ninth century or the start of the tenth. He, however, references an Alexandrian doctor named Aaron, who treated the same subject as early as the year 622. There is no solid evidence to suggest that it was known to the Greeks or Romans. The view of Hahn, who thought it was equivalent to their anthrax, is ridiculous. If this plague had affected the ancients and left noticeable scars, which it has done among many individuals, it's likely that these signs would have been linked to their names, as they typically named many of their notable figures based on their physical traits, whether natural or accidental. Thus, we see names like Ovidius Naso, Tullius Cicero, Horatius Cocles, Scipio Nasica, and Curius Dentatus.
The term variolæ, which this disease bears, was first applied to a malady presenting the same symptoms, by Marius, bishop of Avanches, and appears to be derived from varius, spotted.[Pg 492] Howbeit, to whatever region we may be indebted for this scourge, it appears that it existed in Asia, and especially in China, long before its introduction into Europe. About the middle of the sixth century, it was supposed to have been carried from India to Arabia by trading vessels, where no doubt the Arabian and Saracenic armies introduced it into the Levant, Spain, and Sicily. In 640, under the caliphate of Omar, the Saracens spread the contagion over Syria, Chaldæa, Mesopotamia, Egypt, and Persia. Its appearance in Europe may be referred to the eighth century. In the ninth century, as I have stated, we find it described by the Arabian physicians. In the tenth century we find it described by other Arabian writers, chiefly Avicenna and Hali Abbas. In 962, Count Baudouin of Flanders, died from its attack. It appears certain that it prevailed in Gaul long before; we find in the works of Marius, already mentioned, the following passage: “Hoc anno (570) morbus validus, cum profluvio ventris et variolis, Italiam Galliamque valdè afflixit.” About the same period we find Dagobert and Clodobert, sons of Chilperic, falling victims to the disorder; and Austregilda, wife of Gontran King of Burgundy, died of it in 580, at the age of thirty-two, so enraged with her physicians, Nicholas and Donet, that she insisted that they should accompany her to the other world, to reward them for causing her untimely end. Her affectionate and disconsolate husband Gontran of course had both their throats cut upon her tomb.
The term variolæ, which we use for this disease, was first used to describe an illness with the same symptoms by Marius, the bishop of Avanches, and seems to come from varius, which means spotted.[Pg 492] Regardless of where we may trace this scourge back to, it's clear that it existed in Asia, particularly in China, long before it made its way to Europe. Around the middle of the sixth century, it was believed to have been brought from India to Arabia by trading ships, and it's likely that the Arabian and Saracenic armies then spread it to the Levant, Spain, and Sicily. In 640, during the caliphate of Omar, the Saracens carried the infection through Syria, Chaldæa, Mesopotamia, Egypt, and Persia. Its arrival in Europe can be traced back to the eighth century. In the ninth century, as I mentioned earlier, it was described by Arabian doctors. In the tenth century, we see references to it by other Arabian authors, mainly Avicenna and Hali Abbas. In 962, Count Baudouin of Flanders died from it. It's quite certain that it was prevalent in Gaul much earlier; we find this noted by Marius in the following passage: “Hoc anno (570) morbus validus, cum profluvio ventris et variolis, Italiam Galliamque valdè afflixit.” Around the same time, Dagobert and Clodobert, sons of Chilperic, also fell victim to the disease; and Austregilda, the wife of Gontran, King of Burgundy, died from it in 580 at the age of thirty-two, so furious with her doctors, Nicholas and Donet, that she demanded they accompany her to the afterlife as punishment for her premature death. Her grieving and heartbroken husband Gontran, of course, had both of their throats cut at her grave.
In the eleventh and twelfth centuries we find the smallpox in all the southern parts of Europe. The north was for a long time tolerably exempted from the scourge, until the Holy War introduced it into those regions; and it appears to have been the only trophy that the English and Germans brought home to commemorate their exploits in the Crusades.
In the 11th and 12th centuries, smallpox was present in all the southern parts of Europe. The north was largely spared from the disease for a long time until the Holy War brought it to those areas. It seems to have been the only trophy that the English and Germans brought back home to commemorate their achievements in the Crusades.
In the thirteenth century the Muscovites, Laplanders, and Norwegians were free from the disorder, the progress of which seemed to have been delayed by the cold; although at the same time, according to the relation of Gordon, it was most destructive all over France. Most physicians at this period partook of the opinion of the Arabians, who considered the disease as being in the blood, thrown by it into a state of ebullition, particularly in childhood and youth. According to the Arabian Auaron, or Ahron, it sometimes affected the same individual twice. This doctrine of the boiling up and bubbling forth of the blood to throw out its peccant qualities, tended not a little to increase the mortality and exasperate the disease; as the physicians, to encourage this concoction, were in the habit of[Pg 493] wrapping up their patients in warm clothing, and keeping their apartments as hot as possible;—a fatal practice that subsequent experience has rejected as destructive.
In the thirteenth century, the people of Moscow, Lapland, and Norway were untouched by the chaos that seemed to be held back by the cold. Meanwhile, according to Gordon’s accounts, it was highly destructive throughout France. Most doctors at this time shared the belief of the Arabians, who viewed the illness as something affecting the blood, causing it to boil, especially in children and young people. The Arabian Auaron, or Ahron, noted that it could sometimes strike the same person twice. This idea of the blood boiling and bubbling to expel its harmful qualities contributed to higher death rates and made the disease worse. To promote this process, doctors often kept their patients bundled up in warm clothing and heated their rooms as much as possible—a deadly practice that later experience proved to be harmful.
In 1517 the Spaniards carried it to St. Domingo, nearly depopulating the country. South America soon received this additional visitation, said to have been carried amongst them by a negro. So terrific were the ravages of this pestilence, that the Americans considered its invasion as one of the data of their melancholy chronicles. The brother of the noble Montezuma was one of its earliest victims; worthy attendant on the Spanish banners, it accompanied their detested hordes in all their conquests.
In 1517, the Spaniards brought it to St. Domingo, almost wiping out the population. South America soon faced this additional outbreak, reportedly brought by an enslaved person. The devastation caused by this disease was so severe that the people of the Americas regarded its arrival as one of the tragic events in their history. The brother of the noble Montezuma was one of its first victims; a loyal companion to the Spanish armies, it followed their hated forces in all their conquests.
The northern districts of America were free from the contagion, when the English carried it with their commercial productions amongst the natives of Boston in 1649, and subsequently to Virginia and Carolina, and the remaining provinces. The Spaniards infected Nootka Sound, and the Russians desolated Kamtschatka about the same period.
The northern parts of America were free from the disease when the English brought it with their trade goods to the natives of Boston in 1649, and later to Virginia, Carolina, and the other colonies. The Spaniards infected Nootka Sound, and the Russians devastated Kamchatka around the same time.
Inoculation appears nearly as ancient as the disease, if we can credit the missionaries, who were sent into China by the Church of Rome, and who, from their address and insinuation, gained access to the historical records: they have transmitted detailed accounts of the history of the Chinese, and of their knowledge in various branches of science. There is a memoir written on the smallpox by the missionaries at Pekin, the substance of which is extracted from Chinese medical books, and especially from a work published by the Imperial College of Medicine, for the instruction of the physicians of the empire. This book is entitled Teou-tchin-fa, or a treatise from the heart to the smallpox; which states that the disease was unknown in the very early ages, and did not appear until the dynasty of Tcheou, which was about 1122 years before Christ. The Chinese name for the malady is a singular one, Tai-tou, or venom from the mother’s breast; and a description is given of the fever, the eruption of the pustules, their increase, flattening, and crusting. In the same Chinese book there is also an account of a species of inoculation discovered seven centuries previously; but, according to a tradition, it had been revealed in the dynasty of Long, that is, about 590 years before Christ. Father d’Entrecolles, the Jesuit, in his correspondence from China, gives some information respecting the smallpox, which confirms the material part of the above information; for he notices having read some Chinese work which mentions the smallpox as a disease of the earliest ages. He also describes a method of communicating[Pg 494] the disease, which was called sowing the smallpox; this was generally performed by planting some of the crusts upon the nose,—an operation which was approved of by some but disapproved by others.
Inoculation seems almost as old as the disease itself, if we can trust the missionaries sent to China by the Church of Rome. They managed to access historical records through their connections and insights and provided detailed accounts of Chinese history and their knowledge in various sciences. One such account is about smallpox, written by the missionaries in Beijing, which is based on Chinese medical books, especially a work released by the Imperial College of Medicine for training the empire's physicians. The book is called Teou-tchin-fa, or a treatise from the heart to the smallpox. It claims that the disease was unknown in the earliest ages and only emerged during the Tcheou dynasty, roughly 1122 years before Christ. The Chinese name for the illness is unique—Tai-tou, which means venom from the mother’s breast. The book describes symptoms like fever, the eruption of pustules, their growth, flattening, and crusting. Additionally, this Chinese book records a form of inoculation discovered seven centuries earlier; according to tradition, it was revealed during the Long dynasty, around 590 years before Christ. Father d’Entrecolles, the Jesuit, in his letters from China, provides some insights about smallpox that back up the major points above. He mentions reading a Chinese work that refers to smallpox as a disease from ancient times. He also describes a method for spreading[Pg 494] the disease, known as sowing the smallpox; this was typically done by placing some of the crusts on the nose—an operation that some supported while others opposed.
Although the tradition of the smallpox being a disease originally transmitted to man by camels may be fanciful, yet the existence of the vaccine in cows might give some probability to its having been the case. Moore thus expresses himself on the subject: “This notion probably took its rise from the circumstance that land commerce from Egypt to India was only practicable by means of this animal. But such kind of traffic was tedious and difficult, and it is conjectured that no person known to have the smallpox would ever have been suffered to join himself to a caravan.” Now this observation would rather confirm the fact than invalidate it; since, if no individual affected with the malady could have carried the contagion, the disease might have been spread by their camels.
Although the idea that smallpox was originally transmitted to humans by camels might seem far-fetched, the presence of the vaccine in cows could lend some credibility to this theory. Moore shares his thoughts on the topic: “This idea likely originated from the fact that land trade between Egypt and India was only feasible with this animal. But that type of trade was slow and challenging, and it’s believed that no one known to have smallpox would have been allowed to join a caravan.” This observation tends to support the fact rather than dismiss it; since if no individual with the disease could have spread the contagion, the illness might have been transmitted through their camels.
In regard to the antiquity of the practice of inoculation amongst the Chinese, I cannot do better than give Mr. Moore’s own words on so very interesting a subject. “No account is handed down of the origin of this custom; but the reverence in which agriculture is held by the Chinese may have suggested the name (sowing of the smallpox) and the usual manner of performing the operation: for they took a few full dried smallpox crusts, as if they were seeds, and planted them in the nose; a bit of musk was added in order to correct the virulence of the poison, and the whole was wrapped up in a bit of cotton to prevent it dropping from the nostrils. The crusts employed were always taken from a healthy person who had had the smallpox favourably; and, with the vain hope of mitigating their acrimony, they were sometimes kept in close jars for years, and at other times fumigated with salutary plants. Some physicians beat these crusts into powder, and advised their patients to take a pinch of this snuff; and when they could not prevail upon them, they mixed it with water into a paste, and applied it in that form. In Hindostan, if tradition may be relied upon, inoculation has been practised from remote antiquity. The practice was in the hands of a particular tribe of Brahmins, who were delegated from various religious colleges, and who travelled through the provinces for this purpose. The natives were strictly enjoined to abstain during a preparatory month from milk and butter; and, when the Arabians and Portuguese appeared in that country, they were prohibited from taking animal food also. These were commonly inoculated on the arm; but[Pg 495] the girls, not liking to have their arms disfigured, chose that it should be done low on the shoulder: and whatever part was fixed upon was well rubbed with a piece of cloth, which afterwards became a perquisite of the Brahmin. He then made a few slight scratches on the skin with a sharp instrument, and took a bit of cotton, which had been soaked the preceding year in variolous matter, moistened it with a drop or two of the holy water of the Ganges, and bound it upon the punctures. During the whole of this ceremony, the Brahmin always preserved a solemn countenance, and recited the prayers appointed in the Attharna Veda, to propitiate the goddess who superintended the smallpox. The Brahmin then gave his instructions, which were regularly observed. In six hours the bandage was to be taken off, and the pledget allowed to drop spontaneously. Early next morning, cold water was to be poured upon the patient’s head and shoulders, and this was to be repeated until the fever came on. The ablution was then to be omitted; but, as soon as the eruption appeared, it was to be resumed and persevered in every morning and evening till the crusts should fall off. Confinement to the house was absolutely forbidden; the inoculated were to be freely exposed to every air that blew; but when the fever was upon them, they were sometimes permitted to lie on a mat at the door. Their regimen was to consist of the most refrigerating productions of the climate; as plantains, water-melons, thin gruel made of rice or poppy-seeds, cold water, and rice.”
In terms of the ancient practice of inoculation among the Chinese, I think it's best to share Mr. Moore's own words on this fascinating topic. “There’s no record of the origin of this custom; however, the great respect the Chinese have for agriculture may have inspired the term (sowing of smallpox) and the typical way the procedure is done: they took a few dried smallpox scabs, treating them like seeds, and placed them in the nose; a bit of musk was added to lessen the potency of the poison, and everything was wrapped in a piece of cotton to keep it from falling out of the nostrils. The scabs used were always from a healthy person who had a mild case of smallpox; in a futile attempt to reduce their harshness, they were sometimes stored in sealed jars for years, or occasionally fumigated with beneficial plants. Some doctors would grind these scabs into powder, advising patients to take a pinch of the snuff; if that didn’t work, they mixed it with water to create a paste and applied it that way. In Hindostan, if tradition is to be believed, inoculation has been practiced for a very long time. The ritual was performed by a specific group of Brahmins, who were sent from various religious schools and traveled through the regions for this purpose. The locals were strictly instructed to avoid milk and butter for a month in preparation; when the Arabs and Portuguese arrived, they were also forbidden from eating animal products. Mostly, inoculation was done on the arm; but the girls, wanting to avoid scars on their arms, preferred it to be done lower on the shoulder. Whichever spot was chosen was thoroughly rubbed with a cloth, which then became a privilege of the Brahmin. He would then make a few minor scratches on the skin with a sharp tool, take a piece of cotton that had been soaked the previous year in variolous material, moisten it with a drop or two of holy water from the Ganges, and place it over the punctures. Throughout this entire ceremony, the Brahmin maintained a serious expression and chanted the prayers set out in the Attharna Veda to please the goddess in charge of smallpox. He would then give his instructions, which were always followed. The bandage was to be removed after six hours, allowing the cotton to fall off on its own. The next morning, cold water was to be poured over the patient's head and shoulders, which was to continue until a fever developed. The washing was then to stop; however, once the rash appeared, it was to be resumed and continued every morning and evening until the scabs fell off. Staying indoors was strictly prohibited; those who were inoculated were to be exposed to whatever air was around them; but when they had a fever, they were sometimes allowed to lie on a mat at the door. Their diet was to consist of the most cooling foods available, like plantains, watermelons, thin rice or poppy seed gruel, cold water, and rice.”
While sowing the disease was thus prevalent in some countries, selling and buying it was adopted in others, when children bartered fruit in exchange for the infection. It does not appear that the faculty took any notice of inoculation until the year 1703, when Dr. Emmanuel Timoni Alpeck wrote an account of his observations in Constantinople, in a letter to Woodward: a Venetian physician, of the name of Pylamus, about the same time noticed the success of the practice in Turkey. Lady Mary Wortley Montagu pursued the inquiry in her voyage to that country, by causing her son Edward to be inoculated by Maitland, surgeon to the embassy, and, on her return to England in 1722, had the operation tried with successful results on her daughter. Still, although two of the princesses of the royal family had also been inoculated with equal benefit, inoculation was furiously opposed by the profession, and even from the pulpit; and so successful was this opposition, that it succeeded in bringing it into disuse both in[Pg 496] England and throughout Europe, many cases of smallpox of a confluent character having made their appearance after inoculation, and in 1740 the practice had nearly fallen into disuse. In this virulent controversy, a singular circumstance was observed: while regular practitioners stated the practice to be unsuccessful, whenever it was adopted by quacks, monks, and old women, the result was invariably favourable; and the report that reached Europe of a Carmelite friar having inoculated thousands of Indians, an old woman being equally fortunate in Greece, while at the same time a planter in St. Christopher’s inoculated three hundred persons without the loss of a single patient, the practice was again resumed, chiefly in our seaports, and gradually extended over the country. Mead materially assisted its progress by stating that the Circassian ladies chiefly owed their beauty to this salutary preservative. In the year 1763, Daniel Sutton, son of a surgeon in Suffolk, recommended the practice, modified, however, in the treatment of the malady, and brought inoculation into general repute.
While the disease was widespread in some countries, others adopted the practice of selling and buying it, with children trading fruit for the infection. It seems that the medical community didn’t pay much attention to inoculation until 1703, when Dr. Emmanuel Timoni Alpeck wrote about his observations in Constantinople in a letter to Woodward. Around the same time, a Venetian physician named Pylamus also noted the success of the practice in Turkey. Lady Mary Wortley Montagu further explored this during her trip to that country, having her son Edward inoculated by Maitland, the surgeon to the embassy, and when she returned to England in 1722, she had the procedure successfully performed on her daughter. However, even though two princesses in the royal family were also inoculated with successful outcomes, the practice faced fierce opposition from the medical profession and even from religious leaders. This strong opposition led to inoculation falling out of favor in both England and across Europe, especially as many cases of severe smallpox emerged after inoculations, and by 1740, the practice was nearly obsolete. In this heated debate, an interesting thing was noticed: while established doctors claimed the practice didn’t work, when it was performed by quacks, monks, and elderly women, the results were consistently positive. Reports even reached Europe about a Carmelite friar who inoculated thousands of Indians successfully, and an old woman who had equal success in Greece, while a planter in St. Christopher’s successfully inoculated three hundred people without losing a single patient. As a result, the practice was resumed, mainly in coastal areas, and gradually spread throughout the country. Mead significantly contributed to its acceptance by stating that the beauty of Circassian women was largely due to this helpful preventative. In 1763, Daniel Sutton, the son of a surgeon from Suffolk, endorsed the practice, suggesting modifications in treating the disease, which helped inoculation gain widespread recognition.
It appears, however, that inoculation was by no means a novel introduction even in England, as it had been long practised in Pembrokeshire and several parts of Wales. On the Continent it had been tried at Cleves. Bartholinus mentions it as adopted in Denmark; and traces of its adoption were evident in Auvergne and Perigord.
It seems, however, that inoculation was not a new practice even in England, as it had been used for a long time in Pembrokeshire and various areas of Wales. On the mainland, it had been tested in Cleves. Bartholinus notes that it was used in Denmark, and there were indications of its use in Auvergne and Perigord.
Various modes of performing this operation were adopted. The Arabians inserted the virus with a pointed instrument between the thumb and the index; the Georgians on the fore-arm; and the Armenians on the thigh. The traveller Motraye mentions a Circassian old woman who used to inoculate with three pins tied together. It appears that this practice was generally prevalent in Turkey in 1673. Trinoni and Pilarini observed that the natural smallpox was generally fatal in Constantinople, while the disease produced artificially was most benign. Bruce relates that from time immemorial inoculation was practised in Nubia by old Negresses or Arabs.
Various ways of doing this procedure were used. The Arabs injected the virus with a sharp tool between the thumb and the index finger; the Georgians used the forearm; and the Armenians placed it on the thigh. The traveler Motraye talks about an elderly Circassian woman who used to inoculate with three pins tied together. It seems that this practice was common in Turkey in 1673. Trinoni and Pilarini noted that natural smallpox was usually deadly in Constantinople, while the artificially induced disease was much milder. Bruce mentions that inoculation has been practiced in Nubia for a long time by older Black women or Arabs.
Strange to say, it was only in 1727 that inoculation became general in France; and its adoption was materially forwarded by Voltaire, who also took special care to acquaint the fair sex that it was to this practice that the Circassian and Georgian odalisks owed their beauty.
Strangely enough, it was only in 1727 that inoculation became common in France, and its widespread acceptance was largely boosted by Voltaire, who also made sure to inform women that it was this practice that contributed to the beauty of the Circassian and Georgian odalisks.
The terrific mortality that attended this disease was much increased by the injudicious treatment to which patients were submitted. Instead of adopting the natural plan resorted to[Pg 497] by eastern nations, and allowing the patients a free current of air, with a refrigerant diet, cordials and a hot regimen were enforced, under which the disorder soon assumed a destructive malignity. Cold affusion, which has also been extolled by modern physicians as a recent improvement in medical practice, we have seen, was also employed centuries ago. Sutton, who is generally, but erroneously, considered as being the introducer of inoculation, did nothing more, as I have already observed, than modify the treatment of the disorder. Thus do we daily see impudence and quackery receiving rewards for supposed discoveries, and the keepers of the public purse on such occasions seem much less careful of it than of their own. In our days, for instance, chain-cables have been decreed a discovery, and their inventor entitled to a national recompence, whereas we read the following passage in Cæsar’s Commentaries, when speaking of the shipping of the Gauls,—“Anchoræ, pro funibus, ferreis catenis revinctæ:” any schoolboy could have given this information to our sapient legislators.
The terrible death rate from this disease was greatly worsened by the poor treatment patients received. Instead of following the natural methods used by eastern nations, which allowed patients to have fresh air and a cool diet, they enforced a regimen of cordials and heat, causing the illness to take on a more deadly nature. Cold baths, which modern doctors praise as a recent advance in medicine, were also used centuries ago. Sutton, who is often mistakenly credited with introducing inoculation, only modified how the disease was treated, as I mentioned earlier. Every day, we see arrogance and quackery being rewarded for supposed breakthroughs, while those managing public funds seem less concerned about it than their own interests. Nowadays, for example, chain-cables have been declared an invention, and their creator is set to receive national compensation, while we can read the following passage in Caesar’s Commentaries regarding the ships of the Gauls: “Anchors, bound with iron chains instead of ropes.” Any school kid could have shared this information with our wise legislators.
The reappearance or supposed increased prevalence of the smallpox after vaccination, for the last few years, may call for some observation. Ever since the year 1804 a belief was entertained by many persons that the cowpox only afforded a temporary security. This doubt, however, never did rest upon any solid foundation. Dr. Jenner maintained in the most strenuous manner, that to render the cowpox efficient, it was absolutely necessary to attend most carefully to the character of the pustule, and the time and quality of the lymph taken from it; on the very same principle inoculation of the smallpox also failed. For it must be clearly understood, that Jenner considered the smallpox and the cowpox as identic maladies, and by no means dissimilar in their nature: on this important subject I feel much gratification in quoting a passage from a late valuable publication,[51] to which I refer the reader. “It was then clearly ascertained, that there were deviations from the usual course of smallpox, which were quite as common and infinitely more disastrous than those which took place in vaccination. These deviations regarded two apparently different states of the constitution. In the one the susceptibility of smallpox, was not taken away by previous infection, while, on the other hand some constitutions seem to be unsusceptible of smallpox infection altogether. It was found, that similar occurrences[Pg 498] took place in the practice of vaccination, but as the security which the latter afforded was never more likely to be interfered with by slight causes than the former, it became absolutely necessary that great care should be shown in watching the progress and character of the pustule. Dr. Jenner had from the beginning felt the propriety of this watchfulness; and had distinctly announced that it was possible to propagate an infection by inoculation conveying different degrees of security, according as that affection approached to or receded from the full and perfect standard. He also clearly stated that the cause of the vaccine pustule might be so modified as to deprive it of its efficacy. That inoculation from such a source might communicate an inefficient protection, and that all those who were thus vaccinated were more or less liable to the subsequent smallpox.”
The recent resurgence or perceived increase of smallpox after vaccination over the past few years may warrant some attention. Since 1804, many have believed that cowpox only provided temporary protection. However, this doubt was never based on solid evidence. Dr. Jenner strongly argued that to make cowpox effective, it was crucial to pay close attention to the nature of the pustule, as well as the timing and quality of the lymph taken from it; the same principle applied to why smallpox inoculation sometimes failed. It's important to understand that Jenner viewed smallpox and cowpox as identical diseases, not fundamentally different. On this significant topic, I’m pleased to quote a passage from a recent valuable publication, [51], which I encourage readers to check out. “It was clearly established that there were deviations from the typical course of smallpox that were just as common and far more catastrophic than those seen during vaccination. These deviations involved two seemingly different constitutional states. In one, susceptibility to smallpox wasn’t eliminated by previous infection, while in the other, some people appeared completely immune to smallpox infection. Similar occurrences were noted during vaccination practice, but since the security that vaccination provided was just as likely to be affected by minor factors as in the case of smallpox, it became essential to carefully monitor the progress and characteristics of the pustule. Dr. Jenner had always recognized the importance of this vigilance and made it clear that it was possible to transmit an infection through inoculation that offered varying degrees of protection, depending on how closely it aligned with the full and perfect standard. He also indicated that the cause of the vaccine pustule could be altered in such a way as to diminish its effectiveness. Inoculation from such a source could lead to inadequate protection, leaving those who were vaccinated more or less vulnerable to subsequent smallpox.”
Dr. Bacon is of opinion that the cowpox is now what it was at the beginning. There are instances, in which it has passed from one human subject to another for more than thirty years, consequently through fifteen or sixteen hundred individuals, but yet in which no degeneration has taken place. He nevertheless admits that recent lymph from the cow should be preferred, when it can be procured; he is further of opinion that the occurrence of smallpox after inoculation does not exceed in number the cases of smallpox after smallpox. My own experience confirms these views. I was in practice in Bordeaux during the prevalence of what is called smallpox in vaccinated cases,—the cases were rare, doubtful, and very seldom fatal.
Dr. Bacon believes that cowpox is just as it was originally. There have been cases where it has passed from one person to another for over thirty years, affecting about fifteen or sixteen hundred people, yet there has been no degeneration. He still agrees that recent lymph from the cow should be preferred when available; he also thinks that the incidence of smallpox after inoculation is no greater than the cases of smallpox following previous smallpox infections. My own experience supports these views. I practiced in Bordeaux during the outbreak of what is called smallpox in vaccinated individuals—these cases were rare, questionable, and very seldom fatal.
There is little doubt that the smallpox would sweep away thousands of our dense population but for the protecting power of vaccination, the failure of which, ought more frequently to be attributed to the vaccinator, or the constitution of the patient, than to Jenner’s immortal discovery. Dr. Severn has just published an essay on this most important subject, and it appears by his statistical tables, that such has been the decrease of mortality since the introduction of vaccination, that the number of patients admitted into the smallpox hospital from 1775 to 1800,—were 7017—the deaths 2277—whereas from the year 1800 to the year 1825, the number admitted was 3943, and the deaths 1118—not half the number, although the population of London had doubled during that period. Dr. Severn further calculates that the proportion of failures is 6 in 3000.
There’s no doubt that smallpox would wipe out thousands of our densely packed population if it weren’t for the protective power of vaccination, and when failures occur, it should be more often blamed on the vaccinator or the patient's condition rather than on Jenner’s groundbreaking discovery. Dr. Severn has just published an essay on this critical subject, and his statistical tables show that since vaccination was introduced, mortality rates have dropped significantly. From 1775 to 1800, there were 7,017 patients admitted to the smallpox hospital and 2,277 deaths. In contrast, from 1800 to 1825, only 3,943 were admitted, with 1,118 deaths—not even half the number, even though London’s population had doubled during that time. Dr. Severn further estimates that the failure rate is 6 in 3,000.
We read with feelings of deep regret in his late bibliography,[Pg 499] that the man at whose intercession the magic of his name obtained the liberation of Napoleon’s prisoners, could not obtain an appointment for the members of his own family from the British Government; nay, the College of Physicians despite the exertions of Dr. Baillie, refused to admit him to a fellowship in their learned body. It was when reflecting on such national ingratitude, that he wrote to a friend, “Never aim, my friend at being a public character, if you love domestic peace.” And not long before he terminated his invaluable career he made this remarkable expression: “I am not surprised that men are not thankful to me; but I wonder that they are not grateful to God for the good which he has made me the instrument of conveying to my fellow-creatures.”
We read with deep regret in his later bibliography,[Pg 499] that the man who used his influence to secure the release of Napoleon’s prisoners was unable to secure a position for his own family from the British Government; in fact, the College of Physicians, despite Dr. Baillie's efforts, turned him down for fellowship in their esteemed organization. While reflecting on such national ingratitude, he wrote to a friend, “Never aim, my friend, to be a public figure if you value your home life.” Shortly before he ended his invaluable career, he made this notable statement: “I’m not surprised that people aren’t thankful to me; but I do wonder why they aren’t grateful to God for the good that He has allowed me to share with my fellow beings.”
It is in vain that France with her usual jactance pretends that the first idea of vaccination arose in that country, they have no more claim to the discovery than their Marshals to Wellington’s immortal glory.
It is pointless for France, with its usual bravado, to claim that the first idea of vaccination came from that country; they have no more right to the discovery than their Marshals do to Wellington’s lasting fame.
GENERATIVE ANIMALCULES.
Microscopic experiments daily demonstrate the existence of myriads of animalcules in every substance. They have recently been discovered in the progress of certain crystallizations; and some philosophers maintain that most inorganic bodies are formed of the remains of organic substances. The existence of animalcules in the generative secretion was first noticed by Lewis Hamme, a young German student, and shown by him to Leeuwenhoeck, who published an account of them. Hartzoeken wrote upon the subject the following year, and asserted that he had seen these animalcules three years before they had been observed by Hamme. This curious subject soon attracted the notice, not only of physiologists, but of priests, artists, and even courtiers, for we find our Charles II. making curious inquiries on this investigation. Although many opticians could not discover these creatures, the eyes of courtiers were more keen than theirs, and to gratify their royal master’s depravity, described them most minutely. Their length was 3⁄100000 of an inch, their bulk such as to admit the existence of 216,000 in a sphere whose diameter was the breadth of a hair, and their rate of travelling[Pg 500] nine inches in the hour. They saw them in the seminal secretion of every animal; and, what was still more remarkable, they were of a similar size whatever might have been that of the animal: they saw them in the sprat and in the whale; they could distinguish the male from the female; and they all moved along in gregarious harmony like a flock of sheep: nay, more; Dalenpatius actually saw one of them, more impatient than his companions, burst from his ignoble shackles, and actually assume the human form. At other times they were discovered swimming in shoals to given points, turning back, separating, meeting again, and frisking about like golden fish in a pond. Kauw, Boerhaave, Maupertius, Lieuland, Ledermuller, Monro, Nicholas, Haller, and indeed most of the philosophers of Europe, were convinced of their existence.
Microscopic experiments show every day that there are countless tiny organisms in every material. They've recently been found during some crystallization processes, and some thinkers argue that many inorganic materials are actually made up of the remnants of organic substances. The first observation of these tiny organisms in reproductive fluids was made by Lewis Hamme, a young German student, who shared his findings with Leeuwenhoek, who then published about them. The next year, Hartzoeken wrote on the topic, claiming he had seen these organisms three years before Hamme. This intriguing subject quickly grabbed the attention of not just physiologists but also priests, artists, and even courtiers, as we find Charles II asking curious questions about this research. Although many opticians couldn't detect these creatures, the eyes of the courtiers were sharper, and to satisfy their royal master’s curiosity, they described them in detail. Their length was 3⁄100,000 of an inch, and their size allowed for 216,000 to fit in a sphere the size of a hair's width, traveling at a speed of[Pg 500] nine inches per hour. They observed these organisms in the seminal fluids of every animal; notably, they were the same size regardless of the size of the animal: they saw them in both sprats and whales, distinguishing between males and females, all moving in unison like a flock of sheep. Furthermore, Dalenpatius claimed to have seen one of them, more restless than the others, break free from its humble surroundings and even take on a human form. At times, they were found swimming in schools to specific spots, turning back, separating, reuniting, and darting around like goldfish in a pond. Kauw, Boerhaave, Maupertius, Lieuland, Ledermuller, Monro, Nicholas, Haller, and indeed most philosophers in Europe were convinced of their existence.
Buffon, however, and other naturalists, contended that these were not animalcules, but organic particles; and Linnæus imagined them to be inert molecules, thrown into agitation by the warmth of the fluid. Finally, to determine the question, Spallanzani began an assiduous course of observations and experiments. He found these animalcules in the human species to be of an oval form, with a tail tapering to a point. This appendage, by moving from side to side, propelled them forward. They were in constant motion in every direction. In about twenty-three minutes their movements became more languid, and in two or three hours they generally died. The duration of their life, however seemed to depend, in a great measure, on the temperature of the medium: at 2° (Reaumur) they died in three quarters of an hour; while at 7° they lived two hours, and at 12½° three hours and three quarters. If the cold was not too intense, they recovered upon the temperature being raised; when only 3° or 4°, they recovered after a lethargy of fourteen hours; and according to the less intensity of the cold, they might be made to pass from the torpid to the active state more frequently. They were destroyed by river, ice, snow, and rain water; by sulphur, tobacco, camphor, and electricity; even the air was injurious to them: in close vessels their life was prolonged to some days, and their movements were not constant and hurried. They were of various sizes, and perfectly distinct from all species of animalcules found in vegetable infusions, &c. In short, Spallanzani completely confirmed the principal observations of Leeuwenhoeck, and [Pg 501]satisfactorily explained the sources of the inaccuracies of other inquirers. Prevost and Dumas have recently confirmed the observations of the Italian physiologist.
Buffon and other naturalists, however, argued that these were not tiny animals, but organic particles; and Linnæus thought they were inert molecules stirred up by the warmth of the fluid. To settle the matter, Spallanzani began a thorough series of observations and experiments. He discovered that these tiny creatures in humans were oval-shaped, with a tail that tapered to a point. This tail moved from side to side to propel them forward. They were constantly on the move in all directions. After about twenty-three minutes, their movements slowed down, and they typically died within two to three hours. However, their lifespan appeared to depend largely on the temperature of their environment: at 2° (Reaumur), they died in about forty-five minutes; at 7° they survived for two hours, and at 12½° they lived for three hours and forty-five minutes. If the cold wasn't too severe, they could recover when the temperature increased; at just 3° or 4°, they revived after being lethargic for fourteen hours, and depending on how intense the cold was, they could shift from a dormant to an active state more often. They were harmed by river water, ice, snow, and rain; by substances like sulfur, tobacco, camphor, and electricity; even the air was detrimental to them: in sealed containers, their lifespan extended to a few days, and their movements were less constant and frantic. They varied in size and were clearly different from all types of tiny organisms found in plant infusions, and so on. In summary, Spallanzani fully confirmed Leeuwenhoek's key observations and [Pg 501] effectively explained the inaccuracies of other researchers. Prevost and Dumas have recently supported the findings of the Italian physiologist.
This doctrine of life being perpetuated by the transmission of animated particles, or animalcules, is by no means of modern date. We find this theory advanced by Hippocrates, and Aristotle, and Plato. Democritus described worms that assumed, in the progress of their development, the human form; and Lactantius thus refuted his ideas: “Erravit ergo Democritus, qui vermiculorum modo putavit homines effusos esse de terrâ, nullo auctore, nullâque ratione.” Hippocrates plainly says, that the seminal secretion was full of animalcules, whose several parts were developed, and grew afresh; that nothing did exist that had not pre-existed; and that what we term birth was nothing more than that transition of these hitherto imperceptible animalcules from darkness to light.
This idea that life continues through the transfer of tiny living particles, or microorganisms, isn't a new concept. We see this theory proposed by Hippocrates, Aristotle, and Plato. Democritus talked about worms that, during their development, took on a human form; and Lactantius challenged his views by stating: “Therefore, Democritus was wrong to think that humans were scattered from the earth like worms, without any author or reason.” Hippocrates clearly stated that seminal fluid was full of microorganisms, whose various parts developed and grew anew; that nothing existed that hadn’t already existed; and that what we call birth was simply the transition of these previously invisible microorganisms from darkness into light.
Gesner has endeavoured to prove that the word ψυχή, so frequently found in the writings of Hippocrates, and translated anima, was synonymous with insectum, animalculum, papilio. Plato, when expressing himself on this curious subject, compares the matrix to a fertile field, in which animalcules are gradually developed, at first of such a small size that they are imperceptible, but, by taking the food prepared for them, grow in strength until they are brought to light in a state of perfect generation; and St. Augustine thus follows: “Hunc perfectionis modum sic habent omnes ut cum illo concipiantur atque nascuntur; sed habent in ratione, non in mole, sicut ipsa jam membra omnia sunt latenter in semine; cùm etiam natis nonnulla desint, sicut dentes, ac si quid ejusmodi.” In the works of Seneca we also find the same notions: “In semine omnis futuri hominis ratio comprehensa est, et legem barbæ et canorum nondum natus infans habet; totius enim corporis, et sequentis ætatis, in parvo occultoque lineamenta sunt.”
Gesner has tried to prove that the word ψυχή, which appears often in the writings of Hippocrates and is translated as anima, is synonymous with insectum, animalculum, and papilio. Plato, discussing this interesting topic, compares the womb to a fertile field where tiny organisms are gradually formed—so small at first that they can’t be seen. However, by consuming the food prepared for them, they grow stronger until they emerge in a fully developed state. St. Augustine adds: “All beings are conceived and born with this level of perfection; they exist in potential, not in size, just as all body parts are latent in the seed; indeed, even when creatures are born, some things may be missing, like teeth or anything similar.” We also find similar ideas in the works of Seneca: “In the seed, the essence of the future human is contained, along with the patterns of beard and hair that the unborn infant carries; for the entire body and the features of the coming age are present in a small and hidden form.”
It may be said that these opinions were similar to those of the Ovarians, who, as we have observed already, believed that every thing arose from the egg. Such were Aristotle, Empedocles, and other philosophers: “For the egg is the conception,” said the first of these great men, “and after the same manner the animal is created;” but there was a manifest difference in their systems. Harvey, Haller, De Graef, were amongst the most warm advocates of this doctrine, which indeed prevails to the present day, as it would be difficult[Pg 502] to find organized beings that did not spring from an original germ.
It can be said that these views were similar to those of the Ovarians, who, as we have already noted, believed that everything originated from the egg. This included thinkers like Aristotle, Empedocles, and other philosophers: “For the egg is the beginning,” said Aristotle, “and in the same way, the animal is created;” however, there were clear differences in their theories. Harvey, Haller, and De Graef were some of the strongest supporters of this idea, which still holds true today, as it would be hard[Pg 502] to find living beings that did not come from an original source.
It thus appears that, notwithstanding the absurd doctrines of generation being founded upon the existence of these animalcules, they clearly do exist. Modern microscopic experiments daily confirm the fact; not only in the generative secretion, but in the other fluids of the body: creatures of an inch to an inch and a quarter in length have been found to inhabit the mesenteric arteries of asses and horses. Mr. Hodgson found them in seven asses out of nine. They have also been found in the blood of female frogs, salamanders, and tadpoles. What wonders are perhaps in store for the microscopic observer and the physiologist! All living matter seems to be animated by particles, by atoms, equally possessed of life. Does the vitality of these constituent molecules hold any influence over our existence? Is their life necessary to the preservation of ours? Is any agency destructive to them injurious or destructive to us? In a former paper I have recorded recent observations, where animalcules of a peculiar description were found in the purulent secretion attending various affections. A morbid condition seems thus to produce a new series of animated beings, or this new series of living atoms perhaps have produced a morbid state. Many eruptive maladies are either caused by the presence of insects, or insects are subsequently developed in their pustules. Wichmann, and many other physicians, have maintained that the itch was produced by an insect of the genus acarus, or tick.
It seems that, despite the ridiculous theories about generation being based on the existence of these tiny organisms, they definitely exist. Modern microscope experiments confirm this every day; not only in reproductive fluids, but also in other body fluids. Creatures an inch to an inch and a quarter long have been found living in the mesenteric arteries of donkeys and horses. Mr. Hodgson discovered them in seven out of nine donkeys. They've also been found in the blood of female frogs, salamanders, and tadpoles. What amazing discoveries might await the microscopic researcher and the physiologist! All living matter appears to be filled with particles, with atoms that seem to have life of their own. Do these living molecules affect our existence? Is their life essential for our survival? Does anything harmful to them pose a threat to us? In a previous paper, I noted recent findings where peculiar tiny organisms were found in the pus of various medical conditions. A diseased state seems to generate a new set of living beings, or perhaps this new group of living atoms has triggered a disease state. Many eruptive diseases are caused either by the presence of insects, or insects are later found in their pustules. Wichmann and many other doctors have argued that scabies is caused by an insect of the genus acarus, or "tick."
Latreille has given a minute description of this creature in his Genera crustaceorum et insectorum, and calls this offensive species the sarcoptes scabiei. Linnæus classed it among the aptera, and termed it the acarus scabiei. This insect is nearly round, with eight legs; the four fore-legs terminated with a small head, the hind ones with a silky filament. The Arabian Avenzoar had long since observed them, and it was from his writings that Mouffet was induced to pursue the inquiry. Redi, an Italian physician, was the first propagator of this doctrine in modern times, and published, in 1685, a paper of Cestoni of Leghorn, who had frequently observed mendicants and galley-slaves extracting these insects from the pustules of itch with the point of a pin, in the same manner as chigoes are extracted from their cyst in the West Indies.
Latreille has provided a detailed description of this creature in his Genera crustaceorum et insectorum, and refers to this troublesome species as the sarcoptes scabiei. Linnæus categorized it among the aptera, naming it the acarus scabiei. This insect is nearly round and has eight legs; the front four legs end with a small head, while the back ones have a silky filament. The Arabian Avenzoar had observed them long before, and it was from his writings that Mouffet was encouraged to explore this further. Redi, an Italian physician, was the first to spread this idea in modern times, publishing a paper in 1685 by Cestoni of Leghorn, who had often seen beggars and galley slaves using a pin to extract these insects from the pustules caused by itch, similar to how chigoes are removed from their cyst in the West Indies.
It was this communication of Cestoni that led to a further and more minute investigation. Curiosity was every where[Pg 503] excited, and the most learned and intelligent naturalists and physicians, amongst whom we find the illustrious names of Borelli, Etmuller, Mead, Pringle, Pallas, Bonani, Linnæus, Morgagni, strove with incessant diligence to ascertain this important fact, which certainly was likely to shed a new light on our pathological speculations. The existence of the acarus was established.
It was Cestoni's communication that prompted a deeper and more thorough investigation. Curiosity was everywhere[Pg 503] sparked, and the most knowledgeable and skilled naturalists and doctors, including the notable names of Borelli, Etmuller, Mead, Pringle, Pallas, Bonani, Linnæus, and Morgagni, worked tirelessly to confirm this important fact, which was likely to provide new insights into our understanding of diseases. The existence of the acarus was confirmed.
The most conclusive experiments on the subject were those of Galès, in 1812. The following is the account of them: “I placed under a microscope a watch-glass with a drop of distilled water, after having carefully ascertained that it did not contain any visible animalcules. I then extracted from an itch pustule a small portion of the virus, which I diluted in the water with the point of a lancet. I watched most attentively for upwards of ten minutes, without having been able to notice any animation. Two similar experiments were equally ineffectual. Disappointed in my expectations, I was about giving up the task, when an idea struck me of submitting the liquid of the first experiment to another trial. I had left it in the watch-glass, exposed to solar heat. I then was not a little surprised when I discovered a perfect insect struggling with its legs to extricate itself from the viscid fluid that confined it. Having succeeded in reaching a more limpid part of the liquor, its form was so distinct that Mr. Patrix, who was with me, was enabled to take an exact drawing of its configuration.”
The most definitive experiments on this topic were conducted by Galès in 1812. Here’s the account of them: “I placed a watch glass with a drop of distilled water under a microscope, ensuring there were no visible microorganisms. I then took a small sample of the virus from an itch pustule and mixed it into the water using the point of a lancet. I observed closely for over ten minutes but didn’t see any movement. Two similar experiments yielded no results as well. Disappointed and ready to give up, an idea hit me to test the liquid from the first experiment again. I had left it in the watch glass exposed to sunlight. I was quite surprised when I found a fully formed insect struggling to free itself from the thick fluid that trapped it. Once it managed to reach a clearer part of the liquid, its shape was so distinct that Mr. Patrix, who was with me, was able to draw an accurate representation of its form.”
This curious result naturally induced Galès to pursue his inquiries, and he discovered that this insect chiefly occupies the pustules that are filled with a thin serum, and avoids those that contain a thicker secretion. Hence the watery pimples in itch are invariably those that produce the most intolerable prurience.
This curious finding naturally led Galès to continue his research, and he found that this insect primarily resides in the blisters filled with a thin fluid, while steering clear of those with a thicker secretion. Therefore, the watery bumps in itch are always the ones that cause the most unbearable itching.
The next important question was to decide whether this insect was the cause of the disgusting disorder. For this purpose Galès placed several of them on the back of his hand. He then covered the part with a small watch-glass, kept in place with a bandage. Three hours after he awoke, experiencing a sensation of itching on the part. The following morning three itch pustules were evident, and convinced him that he had succeeded in inoculating himself with the loathsome complaint. This fact he communicated to Olivier, Duméril, Latreille, and Richerand. Experiments in the hospital were immediately directed to be made, and all produced a similar result; affording a convincing proof that[Pg 504] these insects could produce the affection, which they had merely been thought to have complicated.
The next important question was to decide if this insect was the cause of the disgusting disorder. To find out, Galès put several of them on the back of his hand. He then covered the area with a small watch glass, secured with a bandage. Three hours later, he woke up feeling itchy in that spot. The next morning, three itchy pustules were visible, confirming that he had managed to inoculate himself with the nasty condition. He shared this information with Olivier, Duméril, Latreille, and Richerand. Experiments at the hospital were quickly organized, and all showed similar results, providing convincing proof that[Pg 504] these insects could actually cause the condition, which had only been thought to complicate it.
Many writers, who, like Mason Good, had decided that “whenever these insects appear, they are not a cause but a consequence of the disease,” opposed and contradicted the statement of Galès, and the numerous practitioners who had procured and witnessed facts, which are never “stubborn things” to speculative minds. These writers maintained that whenever any organ was weakened, or in a morbid condition, it was apt to become a nidus for some insects or worms to burrow in. Hence the numerous varieties of invermination in debility of the digestive organs. But it is needless to observe that their objections cannot stand against the imbodied evidence brought forward in proof of their error. Bosc, Huzard, Latreille, Duméril, and many other naturalists, subsequently found these acari in the eruptive diseases of many animals.
Many writers, like Mason Good, believed that “whenever these insects appear, they are not a cause but a consequence of the disease,” and they challenged Galès’s claims, as well as the views of many practitioners who gathered and observed facts, which are never “stubborn things” to speculative minds. These writers argued that whenever any organ was weakened or in a unhealthy state, it was likely to become a breeding ground for insects or worms to infest. This explains the various types of infestation seen with digestive organ weakness. However, it's clear that their objections cannot withstand the concrete evidence presented that proves their mistakes. Bosc, Huzard, Latreille, Duméril, and many other naturalists later discovered these acari in the eruptive diseases of various animals.
I repeat it, this subject is replete with interest; and microscopic experiments may some time or other throw a material light on the practice of medicine. Those substances that are known to destroy the insect that produces the itch, cure the malady. May not this analogy lead to singular results?
I’ll say it again, this topic is really fascinating, and microscopic experiments might eventually shed some valuable light on medical practices. The substances that are known to eliminate the bug that causes itching also cure the condition. Could this comparison lead to groundbreaking discoveries?
CIRCULATION OF THE BLOOD.
The circulation of the blood was first taught by the unfortunate Servetus in 1553, who was burnt to death as a heretic; and, a century afterwards, demonstrated by our Harvey, who is justly considered as having discovered the wonderful mechanism of the motion of the vital fluid.
The circulation of the blood was first explained by the unfortunate Servetus in 1553, who was burned at the stake as a heretic; and a century later, it was demonstrated by our Harvey, who is rightly regarded as having discovered the amazing mechanism of the motion of the vital fluid.
There is no doubt, however, that the ancients had formed, if not a correct, at least an ingenious, idea of it. Hippocrates tells us “that all the veins communicate with each other, and flow from one vessel into others; and that all the veins that are spread over the body carry a flux and movement originating in a single vessel.” He avows that he is ignorant of the principle whence it arises, or of its termination, it [Pg 505]appearing to be a circle without beginning or end. He further states, that the heart is the source of the arteries, through which blood is carried over the body, communicating life and heat; and he adds, that they are so many rivulets that irrigate the system, and carry vitality into every part: the heart and veins are in constant motion; and he compares the circulation of blood to the course of rivers, that return to their source by extraordinary deviations. He therefore directs blood-letting to restore a free current of the blood and other spirits in apoplexies and other diseases of a similar nature, which he attributed to obstruction in the vessels intercepting the flow of their contents. He also observes, that when bile enters the blood, it deranges its consistence, and disturbs its ordinary course towards another point: and he compares the circulation to balls of thread, the threads of which return to each other in a circuitous manner, terminating at the point whence their motion arose.
There’s no doubt that the ancients had developed, if not a completely accurate, at least a clever, understanding of it. Hippocrates tells us that “all the veins connect with each other and flow from one vessel to another; and that all the veins spread throughout the body carry a flow and movement coming from a single vessel.” He admits that he doesn’t understand the principle from which it comes or where it ends, as it appears to be a circle without a beginning or end. He further states that the heart is the source of the arteries, through which blood is carried throughout the body, providing life and warmth; and he adds that they are like many channels that nourish the system, delivering vitality to every part: the heart and veins are constantly moving; he compares blood circulation to the path of rivers, which return to their source through extraordinary detours. He therefore recommends bloodletting to restore a free flow of blood and other vital spirits in cases of apoplexy and similar diseases, which he believed were caused by blockages in the vessels interrupting the flow of their contents. He also notes that when bile enters the blood, it affects its consistency and disrupts its normal path towards another point: he compares circulation to balls of thread, the threads of which come back to each other in a winding way, ending at the point where their motion started.
Plato thought that the heart was the source of the veins, and of the blood, that was rapidly borne to every part of the body. Aristotle tells us that the heart is the principle and source of the veins and of the blood. He considered that there were two veins proceeding from this organ, one from the left side, the other from the right; the first he termed aorta: and he further maintained that the arteries communicated with the veins, with which they were intimately connected.
Plato believed that the heart was the source of the veins and the blood that quickly circulated throughout the body. Aristotle explained that the heart is the main source of the veins and blood as well. He noted that two veins branch out from the heart, one from the left side and the other from the right; he called the first aorta. He also argued that arteries were connected to the veins, closely linked to each other.
Julius Pollux taught, in his Gnomasticon, that the arteries are the channels through which the spirits circulate as the veins propel the blood; and he describes the heart as having two cavities, one communicating with the arteries, and the other with the veins. Apuleius tells his disciples that the heart propels the blood through the lungs, to be afterwards distributed over the system.
Julius Pollux explained in his Gnomasticon that arteries are the pathways for spirits to flow, just as veins carry blood. He described the heart as having two chambers, one connected to the arteries and the other to the veins. Apuleius informs his students that the heart pumps blood through the lungs before it's distributed throughout the body.
In the writings of Nemesius, bishop of Emissa, we read that the movement observed in the pulse originates in the heart, chiefly from the artery of the left ventricle of the viscus. This artery is dilated, and then contracted, by a constant and powerful harmonious action. When dilated the vessel draws towards it the most subtile portions of the neighbouring blood, and the vapour or exhalation of this fluid, that feeds the animal spirits; but when it contracts, it exhales, through various channels of the body, all the vapours that it contains.
In the writings of Nemesius, bishop of Emissa, we learn that the movement we see in the pulse comes from the heart, mainly from the artery of the left ventricle. This artery expands and then contracts through a constant and strong coordinated action. When it expands, the vessel pulls in the finest parts of the nearby blood, along with the vapor or exhalation of this fluid, which nourishes the animal spirits; but when it contracts, it expels, through various channels of the body, all the vapors it contains.
Strange as it may appear, doubts were once entertained as to the actual situation of the heart, whether it was lodged in the[Pg 506] right or the left side of the body. The question was finally settled by a professor of Heidelberg, who for the purpose killed a pig in the presence of the Margrave of Baden, Durlach, who then laboured under a supposed disease of that organ, which it was then clearly shown occupied the left side. The result of this experiment, however proved somewhat detrimental to his Highness’s physician, who was dismissed, although he maintained with all becoming courtesy and respect, that the heart of his princely master could not possibly be in the same position as that of a hog.
As odd as it sounds, people once questioned whether the heart was actually located on the[Pg 506] right or left side of the body. This debate was ultimately resolved by a professor from Heidelberg, who killed a pig in front of the Margrave of Baden, Durlach, who was believed to be suffering from a heart condition. It was clearly demonstrated that the heart was on the left side. However, this experiment had negative consequences for the Margrave’s physician, who was let go despite politely insisting that the heart of his royal master could not possibly be in the same place as that of a pig.
Michael Servetus, in his work, De Christianismi restitutione, also in the 7th book, De Trinitate Divinâ, for which he was sentenced to the stake a very short time after its publication, gives us the following description of this important function: The blood, which is a vital spirit, is diffused all over the body by anastomoses, or inosculation of two vessels through their extremities. The air in the lungs contributes to the elaboration of the blood, which it draws for that purpose from the right ventricle of the heart through the pulmonary artery. This blood is prepared in the lungs by a movement of the air that agitates it, subtilizes it, and, finally, mingles it with that vital spirit which is afterwards retransmitted to the heart by the movement of the diastole, as a vital fluid proper to maintain life. This communication and preparation of the blood, he further states, is rendered evident by the union of the arteries and veins in this organ; and he concludes by affirming that the heart, having thus received the blood prepared by the lungs, transmits it through the artery of the left ventricle, or the aorta, to every part of the body.
Michael Servetus, in his work, De Christianismi restitutione, also in the 7th book, De Trinitate Divinâ, for which he was sentenced to the stake shortly after it was published, provides the following description of this important function: The blood, which is a vital spirit, spreads throughout the body via anastomoses, or the joining of two vessels at their ends. The air in the lungs helps to create the blood, drawing it from the right ventricle of the heart through the pulmonary artery for that purpose. This blood is processed in the lungs by the movement of air that stirs it, refines it, and ultimately mixes it with the vital spirit, which is then sent back to the heart during the diastole movement, as a vital fluid necessary for life. He further explains that this connection and preparation of the blood is made clear by the joining of arteries and veins in the lungs; he concludes by stating that the heart, after receiving the blood processed by the lungs, sends it through the artery from the left ventricle, or the aorta, to every part of the body.
Great care was of course taken to destroy this abominable heretical publication, which was burnt by the common hangman in Geneva, Frankfort, and several provinces of France. The work thence became so scarce, that it is said only three or four copies of it are in existence. One of them was in the library of the Landgrave of Hesse-Cassel.
Great care was definitely taken to destroy this terrible heretical publication, which was burned by the common executioner in Geneva, Frankfurt, and several regions of France. As a result, the work became so rare that it's said only three or four copies still exist. One of them was in the library of the Landgrave of Hesse-Cassel.
John Leonicenus relates that the celebrated Paul Sarpi otherwise named Fra Paolo, had also discovered this circulation, and demonstrated the valves of the veins, which open to afford a free passage to the blood, and close to prevent its return. This discovery, it is pretended, was made known to Fabricius ab Aquapendente, professor of medicine in Padua in the sixteenth century, and successor of Fallopius, and who communicated the fact to Harvey, then a student in that university.
John Leonicenus reports that the famous Paul Sarpi, also known as Fra Paolo, had also discovered this circulation and demonstrated the valves in the veins, which open to allow blood to flow through and close to stop its backflow. This discovery is said to have been shared with Fabricius ab Aquapendente, a professor of medicine in Padua in the sixteenth century and a successor to Fallopius, who then passed the information on to Harvey, who was a student at the university at the time.
Some time before Harvey’s discovery, Cesalpinus had [Pg 507]described with great precision the pulmonary circulation; and, on finding that veins swelled under a ligature, he attributed this enlargement to the warmth of the blood. This warmth, he says, proceeds from a spirit residing in the blood. The left ventricle is filled with blood of a spirituous nature; and one can trace the movement of the blood towards the superior parts, and its return (retrocessus) to the internal ones,—that is to say, a return by which it comes back from the extremities to the heart, when awake or sleeping, from every part of the body; for if you tie the vessels, or if they are obstructed, the current of the blood is stopped, and then their smaller ramifications tumefy towards their origin. The following are his words: “Sic non obscurus est ejusmodi motus in quâcumque corporis parte, si vinculum adhibeatur, aut aliâ ratione occludantur venæ: cùm enim tollitur permeatio, intumescunt rivuli quâ parte fluere solent.” From these expressions it is clear that Cesalpinus suspected the great circulation, and had a fair idea of its nature; yet there is no doubt but that it was to our Harvey that the first demonstration of this wondrous function was reserved.
Some time before Harvey's discovery, Cesalpinus had [Pg 507] described the pulmonary circulation with great accuracy; and when he noticed that veins swelled under a ligature, he thought this swelling was due to the warmth of the blood. He suggested that this warmth comes from a spirit residing in the blood. The left ventricle is filled with blood that has a spirit-like quality; and you can see how the blood moves upward and returns (retrocessus) to the inner parts—meaning it goes back from the extremities to the heart, whether we are awake or asleep, from all parts of the body. If you tie the vessels, or if they get blocked, the flow of blood is stopped, and then their smaller branches swell back toward their origin. He wrote: “Sic non obscurus est ejusmodi motus in quâcumque corporis parte, si vinculum adhibeatur, aut aliâ ratione occludantur venæ: cùm enim tollitur permeatio, intumescunt rivuli quâ parte fluere solent.” From these statements, it’s clear that Cesalpinus had some idea of the great circulation and understood its nature pretty well; however, it was undoubtedly Harvey who first demonstrated this remarkable function.
DRUNKENNESS.
At all periods this degrading vice appears to have been more or less prevalent. We find it frequently mentioned in the early history of the Jews. Tacitus informs us that it was common amongst the ancient Germans; and in Greece and Rome it was not only common, but frequently extolled as beneficial—as medicinal:
At all times, this degrading vice seems to have been more or less widespread. We often see it referenced in the early history of the Jews. Tacitus tells us that it was common among the ancient Germans; and in Greece and Rome, it was not only common but often praised as beneficial—as medicinal:
Si nocturna tibi noceat potatio vini,
Horâ matutinâ rebibas, et erit medicina.
Si nox te afecta a beber vino,
Al amanecer lo volverás a probar, y será medicina.
Socrates considered the indulgence in wine pardonable. Thus, C. Gallus:
Socrates thought that enjoying wine was acceptable. So did C. Gallus:
Hoc quoque virtutem quondam certamine, magnum
Socratem palmam promeruisse ferunt.
Hoc quoque virtutem quondam certamine, magnum
Socratem palmam promeruisse ferunt.
According to Horace, Cato the Censor had often recourse to its exhilarating virtues:
According to Horace, Cato the Censor often turned to its uplifting qualities:
Narratur et prisci Catonis
Sæpe mero incaluisse virtus.
Narratur et prisci Catonis
Sæpe mero incaluisse virtus.
[Pg 508]Seneca informs us that even the Roman ladies frequently indulged in these potations. The drunkenness of the ancients bore all the disgusting character of the present day, and was thus admirably described by Lucretius:
[Pg 508]Seneca tells us that even the Roman women often enjoyed these drinks. The drunkenness of ancient times had all the nasty traits of today, and Lucretius described it perfectly:
Cum vini penetravit—
Consequitur gravitas membrorum, præpediuntur
Crura vacillanti, tardescit lingua, madet mens,
Nant oculi; clamor, singultus, jurgia gliscunt.
When the wine is pouring—
It weighs down the limbs, the
Legs become unsteady, the tongue slows down, the mind gets muddled,
The eyes swim; shouting, gasping, quarrels intensify.
However, from the language of the ancients, we cannot come to the conclusion that Socrates, and other great men who were accused of inebriety, were habitual drunkards, or even that, under the influence of their potations, they were occasionally deprived of their reason. On the contrary, there is every reason to believe that the ancients both ate and drank a great deal during their repasts; and thus mingling their wine and their food, like most of the continental nations, they were less subject to the inconveniences that arose from their indulgence in liquor. Indeed, the term sobriety applies to a proper regulation of our ingesta, according to our constitution and our state of health. Extreme abstinence on some occasions may prove as prejudicial as intemperance; and there are peculiar idiosyncrasies where a certain quantity of stimulus is absolutely requisite to keep up the animal spirits, and at the same time assist assimilations which become languid under mental depression. No doubt, this necessity has arisen from habit,—most probably a very bad habit; still, when it does exist, physicians should be cautious in suddenly forbidding customary indulgences: we must also consider on such occasions the pursuits of different individuals. The laborious classes, who require more frequent refection, from the constant exhaustion to which their avocations expose them, can bear with impunity a moderate use of strong liquors. Such a practice would destroy the sedentary and the studious. Temperance is essentially requisite to perfect not only our intellectual faculties, but many of our physical functions. The senses both of man and the brute creation are rendered much more keen by abstinence. The scent of the dog, the vision of the hawk, are less acute after feeding; and this is one of the chief causes of the greater perspicuity in our ideas when fasting in the morning. The ancients had an axiom founded upon observation, “if you wish to become robust, eat and labour; if you wish to become wise, fast and meditate.” The Greeks called sobriety, σωφροσυνη; or, according to Aristotle, as though they said, σωζουσαν την φρονησιν, it assisted our [Pg 509] intellectuals. Plato tells us that Socrates termed this quality σωτηριαν της ψρονησεως, or the health of the mind. Xenophon maintained that it prevented men from spitting or blowing their noses, as we were not in need of superfluities when we decreased the consumption of what was necessary. The ancients looked upon sobriety as a bent bow, that required occasional relaxation.
However, from the language of the ancients, we can't conclude that Socrates and other great figures accused of drunkenness were habitual alcoholics or that they occasionally lost their reason due to drinking. On the contrary, there's plenty of evidence to believe that the ancients ate and drank a lot during their meals; by mixing their wine and food like most continental nations, they were less affected by the downsides of excessive drinking. In fact, the term sobriety refers to properly managing what we consume based on our body and health. Extreme abstinence at times can be just as harmful as overindulgence, and there are unique individual differences where a certain amount of stimulation is necessary to maintain energy and help digestion, which can lag during mental low points. Surely, this necessity comes from habit—likely a bad habit; still, when it exists, doctors should be careful about suddenly cutting off usual indulgences: we must also take into account the different lifestyles of various individuals. The labor-intensive classes, who need to refuel more often due to the constant strain their work puts on them, can handle moderate consumption of strong drinks without issues. Such habits would be detrimental to the sedentary and scholarly. Temperance is crucial not just for sharpening our intellectual skills but also for many of our physical functions. Both human and animal senses become much more acute through abstinence. A dog's sense of smell and a hawk's vision are less sharp after feeding, and this explains why our thoughts often feel clearer when fasting in the morning. The ancients had a saying based on observation: “if you want to be strong, eat and work; if you want to be wise, fast and reflect.” The Greeks referred to sobriety as σωφροσυνη; or, according to Aristotle, as though saying, σωζουσαν την φρονησιν, it supported our [Pg 509] intellect. Plato told us that Socrates called this trait σωτηριαν της ψρονησεως, meaning the health of the mind. Xenophon argued that it kept people from unnecessary actions like spitting or blowing their noses, as we don’t need excess when we reduce the consumption of what's essential. The ancients saw sobriety as a bent bow that needed to be loosened now and then.
It is said, but I know not on what authority, that Hippocrates recommended an indulgence in potations once a month. Celsus recommends persons in perfect health not to be too rigorous in their diet; sometimes to fast, and at others to live more freely. In more modern times this supposed precept of Hippocrates has been advocated, and we find two theses on the subject, entitled “Non ergo singulis mensibus repetita ebrietas salubris,” and “Non ergo unquam ebrietas salubris,” by Hammet and Langlois. Zacchias, in his medical questions, asks if a physician can recommend such a departure from the laws of temperance without committing a sin. This query has been also debated by divines. Frederick Hoffmann maintained that poets required this indulgence, and attributes in a great measure the falling off of genius amongst the modern Greeks to the destruction of their vineyards by the Turks. In ancient Iconography we oftentimes find Bacchus placed near Minerva. The allusions of Heathen mythology to drunkenness, its effects, and the means of tempering its influence, are curious. Silenus, the preceptor of Bacchus, although represented as always intoxicated, was a philosopher, who accompanied his pupil in his Indian expedition, and aided him by the soundness of his judgment. Virgil makes him deliver the principles of the epicurean doctrines on the formation of the world, and the nature of things. Ælian gives us his conversation with Midas regarding the unknown world of Plato and other philosophers. He was also considered an able warrior and a wit. Ælian derives his name from Sillainein. The nymphs who follow his train were considered as typical of the water necessary to dilute his potations, and the influence of love in checking intemperance.
It is said, though I'm not sure where that comes from, that Hippocrates suggested indulging in drinks once a month. Celsus advises that people in perfect health should not be too strict with their diets; at times, they should fast, and at other times, they should enjoy themselves more. In modern times, this supposed advice from Hippocrates has been supported, and we see two theses on the topic titled “Non ergo singulis mensibus repetita ebrietas salubris” and “Non ergo unquam ebrietas salubris,” by Hammet and Langlois. Zacchias, in his medical questions, asks whether a doctor can recommend such a break from the rules of moderation without being sinful. This question has also been debated by theologians. Frederick Hoffmann argued that poets need this indulgence, attributing much of the decline in creativity among modern Greeks to the destruction of their vineyards by the Turks. In ancient iconography, we often see Bacchus placed near Minerva. The references in pagan mythology to drunkenness, its effects, and ways to mitigate its influence are fascinating. Silenus, Bacchus's teacher, though depicted as always drunk, was a philosopher who joined his pupil on the Indian expedition and supported him with his wise judgment. Virgil has him expressing the principles of Epicurean beliefs regarding the creation of the world and the nature of things. Ælian recounts his conversation with Midas about Plato's unknown world and other philosophers. He was also seen as a capable warrior and a clever person. Ælian traces his name back to Sillainein. The nymphs who follow him are thought to represent the water needed to dilute his drinks and the power of love in curbing excess.
Montaigne informs us that the celebrated Sylvius recommended an occasional debauch; and the late Dr. Gregory was of opinion than an occasional excess is, upon the whole, less injurious to the constitution than the practice of daily taking a moderate quantity of any fermented liquor or spirit. Experience, however, does not uphold the doctor’s opinion; and, as I have observed in a preceding article, occasional excesses are far more injurious than habitual indulgences, under which, in[Pg 510] the most unfavourable climates, men attain advanced years. An occasional excess actually brings on a state of sickness, which, in persons habitually sober, may not only last for several days, incapacitating them from any pursuit, but be frequently followed by serious accidents. Of course I am not alluding to a constant state of intoxication, which will often bring on delirium, tremor, apoplexy, and other destructive accidents.
Montaigne tells us that the famous Sylvius suggested having a blowout every now and then; and the late Dr. Gregory believed that an occasional binge is, overall, less harmful to the body than having a moderate amount of any fermented drink or spirit every day. However, experience doesn’t support the doctor’s view; as I mentioned in a previous article, occasional binges are much more harmful than regular indulgences, under which, even in the most challenging climates, people can live long lives. An occasional binge can actually lead to a form of illness that, for those who are usually sober, can last several days, preventing them from doing anything productive, and may often be followed by serious health issues. Of course, I'm not referring to a constant state of drunkenness, which can often lead to delirium, tremors, strokes, and other life-threatening complications.
The appearances after death in drunkards exhibit great derangement in organic structure. The brain is generally firmer than usual. Serum is not unfrequently found effused in its cavities; and, what is singular, this watery fluid is often impregnated with the odour of the deceased’s potations, such as rum, gin, or brandy. Schrader relates several instances of the kind. Æther has also been detected after the medicine had been freely exhibited. Dr. Ogston states that above four ounces of fluid were found in the ventricles of a drunkard’s brain, that had all the physical qualities of alcohol. He thinks that this effusion takes place previously to the coma of intoxication, as he found it in considerable quantities in two cases of drowning in the stage of violent excitement from spirituous liquors. The mucous coats of the stomachs of drunkards, instead of being “worn out,” according to the vulgar expression, are thickened, and sometimes softened; but in most cases they are found hardened. This condition is not likely to accelerate death; on the contrary, the stomach is less susceptible of the action of stimulating articles of diet, or excess in eating or drinking, than when in a healthy state of excitability. When drunkenness proves fatal, it appears that a portion of the spirituous part of the liquor is actually absorbed and carried into the circulation and the brain. Dr. Copeland has given the following very luminous and correct view of the pathology of drunkenness. “During the general nervous and vascular excitement consequent on the stimulus, increased determination to the head takes place, attended by excited vascular action, which soon terminates in congestion as the excitement becomes exhausted, and gives rise to drowsiness, sopor, and coma. With this state of the disorder effusion of serum takes place in the ventricles and between the membranes, heightening the sopor and coma. When the congestion or effusion amounts so high as to impede the functions of the organs at the basis of the encephalon and of the respiratory nerves, respiration becomes unfrequent and laborious, and consequently the changes produced by it on the blood insufficiently performed. In proportion as the blood is less perfectly changed in the lungs, the circulation through them is[Pg 511] retarded, and the phenomena of asphyxy,—congestion of the lungs, right side of the head, brain, and liver; the circulation of unarterialized blood; the imperfect evolution of animal heat, and sedative effects upon the brain and nervous system generally,—follow in a more or less marked degree, according to the quantity of the intoxicating fluid that has been taken, and either gradually disappear after some time, or increase until life is extinguished. These phenomena are heightened by cold, which depresses the vital action in the extremities and surface to which it is applied, and increases the congestion in the above organs. The fatal consequences of intoxication are often averted by the occurrence of vomiting, the stomach thereby being relieved from a great part of the poison.”
The signs after death in alcoholics show significant disruption in their body structure. The brain is usually firmer than normal. Fluid is often found pooling in its cavities; interestingly, this watery liquid frequently carries the scent of the deceased’s drinks, like rum, gin, or brandy. Schrader reports several cases like this. Ether has also been detected after the drug was given in ample amounts. Dr. Ogston mentions that over four ounces of fluid were found in the ventricles of an alcoholic's brain, which had all the physical characteristics of alcohol. He believes this fluid build-up happens before the person falls into a state of intoxicated stupor, as he found it in large amounts in two drowning cases where the person was in a state of extreme excitement from consuming alcohol. The mucous membranes in the stomachs of alcoholics, instead of being "worn out," as commonly said, are thickened, and sometimes softened; however, in most cases, they are found to be hardened. This condition is unlikely to speed up death; on the contrary, the stomach is less reactive to stimulating foods or overeating and drinking than when it is in a healthy, responsive state. When drunkenness is fatal, it seems that some of the alcoholic content of the drink is actually absorbed and enters the bloodstream and the brain. Dr. Copeland provides this clear and accurate perspective on the pathology of drunkenness: “During the overall nervous and blood vessel excitement following the stimulus, there is an increased blood flow to the head, accompanied by heightened vascular activity, which soon leads to congestion as the excitement wears off, resulting in drowsiness, deep sleep, and stupor. With this state of disorder, fluid accumulates in the ventricles and between the membranes, intensifying the deep sleep and stupor. When the congestion or fluid accumulation becomes so severe that it hinders the functions of the organs at the base of the brain and the respiratory nerves, breathing becomes infrequent and difficult, and as a result, the changes made to the blood are inadequate. As the blood is less effectively modified in the lungs, blood flow through them is[Pg 511] slowed, leading to symptoms of asphyxiation—congestion in the lungs, the right side of the head, brain, and liver; circulation of deoxygenated blood; inadequate production of body heat; and sedative effects on the brain and nervous system overall—varying in severity depending on the amount of alcohol consumed, and either gradually fade away over time or intensify until life is lost. These symptoms are worsened by cold, which diminishes vital functions in the extremities and surface areas it affects, increasing congestion in the previously mentioned organs. The deadly outcomes of intoxication are often prevented by vomiting, which helps clear a substantial portion of the poison from the stomach.”
Besides wine and spirituous liquors various other substances have been employed to bring on this supposed pleasurable state. The Syrian rue (Peganum Harmala), was constantly used by Sultan Solyman. The Hibiscus Saldarissa of the Indians, which furnishes their bangne, is supposed to be the Nepenthes of the ancients. The Penang or Indian beetle, the Hyosciamus Niger. The Belladonna, the Cocculus Indicus, are drugs that have been resorted to by various nations. The last ingredient has made the fortune of many of our wealthy brewers, at the expense of public sobriety and health.
Besides wine and alcoholic drinks, various other substances have been used to induce this supposedly pleasurable state. The Syrian rue (Peganum Harmala) was regularly used by Sultan Solyman. The Hibiscus Saldarissa from India, which produces their bangne, is thought to be the Nepenthes of ancient times. The Penang or Indian beetle, the Hyosciamus Niger, along with Belladonna and Cocculus Indicus, are drugs that have been used by various cultures. The last ingredient has made many of our wealthy brewers rich, often at the cost of public sobriety and health.
In the accidents that follow intoxication, bleeding has frequently been resorted to. Nothing can be more hazardous than this practice, justly condemned by Darwin, Trotter, and most physicians, who have had frequent opportunities of witnessing the distressing train of symptoms that inebriety brings on. Coffee and green tea will be found the most efficacious antidotes, when no sickness prevails. Nausea is counteracted by effervescent and aromatic draughts, such as soda-water, (so highly appreciated by Byron, when accompanied by a sermon, after a night’s conviviality,) spruce-beer, Seidlitz powders, &c. The ancients had recourse to various means to counteract the effects of wine, and amongst others we find olives and olive oil, wormwood, and saffron. The Greeks used a solution of salt, a common remedy among seafaring men to the present day; and the Romans surrounded their heads with wreaths of various refreshing plants. When Aristotle tells us that Dionysius of Syracuse remained in a state of intoxication for eighty days, we must suppose that he got drunk every morning.
In the accidents that follow alcohol consumption, bleeding has often been used. Nothing can be more dangerous than this practice, rightly condemned by Darwin, Trotter, and most doctors, who have frequently seen the distressing symptoms that come with drunkenness. Coffee and green tea are the most effective remedies, provided there is no nausea. Nausea can be eased with fizzy and aromatic drinks, like soda water (which Byron highly valued, especially with a sermon, after a night of partying), spruce beer, Seidlitz powders, etc. The ancients used various methods to counteract the effects of wine, including olives and olive oil, wormwood, and saffron. The Greeks preferred a salt solution, a common remedy among sailors even today; while the Romans wore wreaths of various refreshing plants around their heads. When Aristotle mentions that Dionysius of Syracuse stayed intoxicated for eighty days, we must assume he got drunk every morning.
That the ancients were in the habit of diluting their wine with water, there cannot be a doubt. The Lacedæmonians accused those who drank it pure of acting like Scythians,—an[Pg 512] expression introduced ever since Cleomenes the Spartan had learned to drink freely amongst them. The Thracians were also accused of this practice, which clearly proves that it was not general. Philochorus reports that Amphictyon, king of Athens, learned to mix wine and water from Bacchus himself, on which account he dedicated an altar to the god. According to Athenæus, this dilution was of various strength; sometimes in the proportion of one to two, at others of one to five. The Lacedæmonians used to boil their wine till the fifth part was consumed, under the impression that they thus deprived it of its spirituous qualities. Sometimes this boiled wine was laid by for four years.
There's no doubt that the ancients often mixed their wine with water. The Lacedæmonians claimed that those who drank it straight acted like Scythians—an idea that started when Cleomenes the Spartan learned to drink freely among them. The Thracians were also said to do this, which clearly indicates it wasn't common practice. Philochorus notes that Amphictyon, king of Athens, learned to mix wine with water from Bacchus himself, which is why he dedicated an altar to the god. According to Athenæus, the dilution varied; sometimes it was one part wine to two parts water, and other times one part to five. The Lacedæmonians would boil their wine down until only one-fifth remained, believing this removed its intoxicating qualities. Sometimes, this boiled wine was stored away for four years.
To add to the intoxicating power of wine various means were resorted to, and a mixture of myrrha was supposed to produce this effect. Such was the murrhina of the Romans, mentioned in St. Mark’s gospel, and which was given to malefactors before their execution.
To enhance the intoxicating effects of wine, several methods were used, and a mix that included myrrh was believed to create this effect. This was the murrhina of the Romans, referenced in St. Mark’s gospel, and it was given to criminals before their execution.
Notwithstanding the sobriety of the ancients, my fair readers may perhaps be glad to know that the ladies were allowed to indulge in an occasional stoup; and the Greek matrons and virgins were by no means restricted in a moderate use of the grape’s delicious juice, as illustrated by Homer in Nausica and her companions. In the ancient entertainments the first libation was offered up to Vesta, as being, according to Cicero, rerum custos intimarum, or keeper of things most concealed; or, according to Aristocritus, for the services rendered by this goddess to Jupiter in his war against the Giants. However, without any erudite comments, it is very probable that even the poor Vestals were sometimes delighted when they could take a drop of wine to beguile their solitude.
Despite the seriousness of ancient times, my dear readers might be happy to know that women were sometimes allowed to enjoy a drink. Greek wives and young women were not really restricted from having a moderate amount of the delightful flavor of wine, as shown by Homer in the story of Nausicaa and her friends. During ancient celebrations, the first drink was poured out as a tribute to Vesta, who, according to Cicero, was the "guardian of things most hidden," or, as Aristocritus suggests, for the help she provided to Jupiter in his battle against the Giants. However, without getting too scholarly, it’s quite likely that even the poor Vestal Virgins occasionally found joy in sipping some wine to ease their solitude.
The phenomena of drunkenness have been so ably described by Macnish, that I most gladly transcribe the following passage from that author’s excellent work, called the “Anatomy of Drunkenness.”
The phenomenon of drunkenness has been so well described by Macnish that I am happy to share the following passage from his excellent work, “Anatomy of Drunkenness.”
“First an unusual serenity prevails over the mind, and the soul of the votary is filled with a placid satisfaction. By degrees he is sensible of a soft and not unmusical humming in the ears, at every pause of the conversation. He seems, to himself, to wear his head lighter than usual upon his shoulders. Then a species of obscurity, thinner than the finest mist, passes before his eyes, and makes him see objects rather indistinctly. The lights begin to dance and appear double, a gaiety and warmth are felt at the same time about the heart. The imagination is expanded, and filled with a thousand delightful images.[Pg 513] He becomes loquacious, and pours forth, in enthusiastic language, the thoughts, which are born, as it were, within him.
“First, an unusual calm settles over the mind, and the soul of the devotee is filled with peaceful satisfaction. Gradually, he notices a soft and somewhat melodic humming in his ears during each pause in the conversation. He feels, to himself, that his head rests lighter than usual on his shoulders. Then, a kind of haze, thinner than the finest mist, passes before his eyes, causing him to see objects somewhat indistinctly. The lights begin to dance and appear double, and a sense of joy and warmth fills his heart. His imagination expands, brimming with a thousand delightful images.[Pg 513] He becomes talkative, expressing, in enthusiastic language, the thoughts that seem to be born within him.”
“Now comes a spirit of universal contentment with himself and all the world. He thinks no more of misery: it is dissolved in the bliss of the moment. This is the acme of the fit—the ecstasy is now perfect. As yet the sensorium is in tolerable order, it is only shaken, but the capability of thinking with accuracy still remains. About this time the drunkard pours out all the secrets of his soul. His qualities, good or bad, come forth without reserve; and now, if at any time, the human heart may be seen into. In a short period, he is seized with a most inordinate propensity to talk nonsense, though he is perfectly conscious of doing so. He also commits many foolish things, knowing them to be foolish. The power of volition, that faculty which keeps the will subordinate to the judgment, seems totally weakened. The most delightful time seems to be that immediately before becoming very talkative. When this takes place a man turns ridiculous, and his mirth, though more boisterous, is not so exquisite. At first the intoxication partakes of sentiment, but, latterly, it becomes merely animal.
“Now there's this feeling of complete contentment with himself and the whole world. He no longer thinks about misery; it's dissolved in the joy of the moment. This is the peak of the experience—the ecstasy is now perfect. For now, his senses are still in decent shape; they're just shaken up, but he can still think clearly. At this point, the drunkard spills all the secrets of his soul. His qualities, whether good or bad, come out without hesitation; and now, if ever, we can really see into the human heart. Soon enough, he feels a strong urge to talk nonsense, even though he's fully aware he's doing it. He also does many silly things, knowing they're silly. The ability to choose, that part of him that keeps the will in check with reason, seems completely weakened. The best times seem to be just before he gets very talkative. When that happens, a man becomes ridiculous, and his laughter, though louder, isn’t as refined. At first, the intoxication has a sentimental quality, but eventually, it becomes just base instinct.”
“After this the scene thickens. The drunkard’s imagination gets disordered with the most grotesque conceptions. Instead of moderating his drink, he pours it down more rapidly than ever, glass follows glass with reckless energy. His head becomes perfectly giddy. The candles burn blue, or green, or yellow, and when there are perhaps only three on the table, he sees a dozen. According to his temperament, he is amorous, or musical, or quarrelsome. Many possess a most extraordinary wit, and a great flow of spirits is generally attendant. In the latter stages, the speech is thick and the use of the tongue in a great measure lost. His mouth is half open, and idiotic in the expression; while his eyes are glazed, wavering and watery. He is apt to fancy that he has offended some one of the company, and is ridiculously profuse in his apologies. Frequently he mistakes one person for another, and imagines that some of those before him are individuals who are in reality absent or even dead. The muscular powers are all along much affected; this indeed happens before any great change takes place in the mind and goes on progressively increasing. He can no longer walk with steadiness, but totters from side to side. His limbs become powerless and inadequate to sustain his weight. He is, however, not always sensible of any deficiency in this respect, and while exciting mirth by his eccentric motions, imagines that[Pg 514] he walks with the most perfect steadiness. In attempting to run, he conceives that he passes the ground with astonishing rapidity. In his distorted eyes all men and even inanimate nature itself, seem to be drunken, while he alone is sober. Houses reel from side to side, as if they had lost their balance; trees and steeples nod like tipsy bacchanals; and the very earth seems to slip under his feet and leave him walking and floundering in the air.
“After this, the scene gets more intense. The drunkard’s imagination becomes chaotic, filled with the most bizarre ideas. Instead of slowing down his drinking, he downs it more quickly than ever, shot after shot with reckless abandon. His head spins completely. The candles burn blue, green, or yellow, and even when there are only three on the table, he sees a dozen. Depending on his mood, he’s either loving, musical, or argumentative. Many display an extraordinary wit, and there’s usually a lot of energy around. In the later stages, his speech slurs, and he struggles to use his tongue properly. His mouth hangs open, looking foolish, while his eyes are glazed, twitchy, and watery. He often thinks he has upset someone in the group and apologizes excessively. He frequently confuses one person for another, believing some of those around him are people who are actually absent or even dead. His physical strength is noticeably affected; this happens even before his mind starts to change, and it progressively worsens. He can no longer walk steadily, swaying from side to side. His limbs become weak and unable to support his weight. However, he doesn’t always realize there’s a problem in this regard, and while he entertains others with his strange movements, he thinks that[Pg 514] he walks with perfect balance. In trying to run, he imagines he’s moving incredibly fast. In his distorted view, everyone and even the inanimate world seems drunk, while he believes he’s the only one sober. Houses sway back and forth as if they’ve lost their balance; trees and steeples nod like tipsy revelers; and the ground seems to slip away under him, leaving him stumbling as if he’s walking in mid-air.”
“The last stage of drunkenness is total insensibility. The man tumbles, perhaps, beneath the table, and is carried off in a state of stupor to his couch dead drunk.
“The final stage of drunkenness is complete unconsciousness. The person may fall under the table and is taken to their bed in a state of oblivion, totally drunk.
“No sooner is his head laid upon the pillow, than it is seized with the strongest throbbing. His heart beats quick and hard against his ribs. A noise like the distant fall of a cascade, or rushing of a river is heard in his ears—rough—rough—rough—goes the sound. His senses now become more drowned and stupified. A dim recollection of his carousals, like a shadowy and indistinct dream, passes before the mind. He still hears, as in echo, the cries and laughter of his companions. Wild fantastic fancies accumulate thickly around the brain. His giddiness is greater than ever; and he feels as if in a ship tossed upon a heaving sea. At last he drops insensibly into a profound slumber.
“No sooner does his head hit the pillow than he feels a strong throbbing. His heart pounds hard against his ribs. A noise like a distant waterfall or rushing river echoes in his ears—rough—rough—rough—goes the sound. His senses become more dulled and numbed. A faint memory of his partying, like a shadowy and unclear dream, flits through his mind. He can still hear, like an echo, the shouts and laughter of his friends. Wild, imaginative thoughts crowd his mind. His dizziness is worse than ever; he feels like he's on a ship being tossed on a turbulent sea. Finally, he drifts off into a deep sleep.
“In the morning he awakes in a high fever. The whole body is parched; the palms of the hands, in particular, are like leather. His head is often violently painful. He feels excessive thirst; while his tongue is white, dry, and stiff. The whole inside of the mouth is likewise hot and constricted, and the throat often sore. Then look at his eyes—how sickly, dull and languid! The fire which first lighted them up the evening before is all gone. A stupor like that of the last stage of drunkenness still clings about them, and they are disagreeably affected by the light. The complexion sustains as great a change: it is no longer flushed with gaiety and excitation, but pale and wayworn, indicating a profound mental and bodily exhaustion. There is probably sickness, and the appetite is totally gone.
“In the morning, he wakes up with a high fever. His whole body feels dry; the palms of his hands, in particular, feel like leather. He often has intense headaches. He experiences extreme thirst, and his tongue is white, dry, and stiff. The inside of his mouth is also hot and tight, and his throat is often sore. Then look at his eyes—how sickly, dull, and sluggish they are! The brightness they had the night before is completely gone. A daze like the last stage of drunkenness still hangs over them, and they are uncomfortably sensitive to light. His complexion has changed dramatically: it’s no longer flushed with excitement but pale and worn out, showing deep mental and physical fatigue. He is likely ill, and he has completely lost his appetite.”
“Even yet the delirium of intoxication has not left him, for his head still rings, his heart still throbs violently, and if he attempt to get up, he stumbles with giddiness. The mind also is sadly depressed, and the proceedings of the previous night are painfully remembered. He is sorry for his conduct, promises solemnly never again so to commit himself, and calls impatiently for something to quench his thirst.
“Even now, the haze of intoxication hasn’t faded, because his head still rings, his heart still beats wildly, and if he tries to get up, he stumbles with dizziness. His mind is also deeply weighed down, and he painfully recalls the events of the previous night. He regrets his behavior, solemnly vows never to put himself in that position again, and impatiently calls for something to drink to quench his thirst.”
[Pg 515]“Persons of tender and compassionate minds are particularly subject, during intoxication, to be affected to tears at the sight of any distressing object, or even on hearing an affecting tale. Drunkenness, in most characters, may be said to melt the heart and open the fountain of sorrow. Their sympathy is often ridiculous, and aroused by the most trifling causes. Those who have a lively imagination, combined with this tenderness of heart, sometimes conceive fictitious cases of distress, and weep bitterly at the woes of their own creating.
[Pg 515]“People with sensitive and compassionate hearts are especially prone, when drinking, to be moved to tears by any distressing scene or even by hearing a touching story. Intoxication tends to soften most people's hearts and unlock the flow of sadness. Their sympathy can often be laughable and triggered by the smallest things. Those with a vivid imagination, along with this softness of heart, sometimes invent imaginary scenarios of suffering and cry deeply over the troubles they've made up themselves.
“There are also some persons on whom drunkenness calls forth a spirit of piety, or rather of religious hypocrisy, which is both ludicrous and disgusting. They become sentimental over their cups, and while in a state of debasement most offensive to God and man, they will weep at the wickedness of the human heart, entreat you to eschew swearing and profane company, and have a greater regard for the welfare of your immortal soul. These sanctimonious drunkards seem to consider ebriety as the most venial of offences!”
“There are also some people who, when drunk, become strangely pious, or rather, religiously hypocritical, which is both laughable and repulsive. They get sentimental over drinks, and while in a state that’s shameful to both God and humanity, they will cry about the wickedness of the human heart, urge you to avoid swearing and bad company, and care more about the well-being of your soul. These self-righteous drunks seem to think that being drunk is one of the least serious offenses!”
Inebriety has sometimes a curious effect upon the memory. Actions committed during intoxication may be forgotten on a recovery from that state.
Inebriety sometimes has a strange effect on memory. Actions taken while intoxicated may be forgotten once a person sobers up.
Drunkenness differs materially according to the nature of the intoxicating potation. Wine in general may be considered as less injurious, and its effects more transient than spirituous liquors, that produce great excitement, followed by indirect debility and visceral obstruction. The inebriety produced by alcoholic preparations, moreover, is attended with a delirious state, furious and uncontrollable, or followed by congestion and torpor. Malt liquors render their victims heavy, stupid, and more obstinate than violent, and a long continuance in their use produces a state of imbecility, observed so early as Aristotle.
Drunkenness varies significantly depending on the type of drink consumed. Generally, wine is viewed as less harmful, with effects that are more short-lived compared to distilled spirits, which can cause intense excitement followed by weakness and internal blockages. The intoxication from alcoholic beverages can also lead to a delirious state that is wild and uncontrollable, or it may result in sluggishness and numbness. Malt beverages tend to make people feel heavy, dull, and more stubborn than aggressive, and prolonged use can lead to a state of mental weakness, a condition noted as early as Aristotle.
Similar differences are observable in the effects of different liquors on the imagination. Wine most undoubtedly produces a greater vivacity of ideas and a more brilliant scintillation of wit and fancy. Hoffmann, indeed, considered the juice of the grape as indispensable to poetic inspiration, and it is very doubtful whether Pegasus was ever benefited by a draught of beer. But, alas! of what avail are the considerations regarding the effects of the pernicious habit of drinking? When once accustomed to the cheering stimulus of liquor, it matters not what the drunkard takes, and if Champagne or Burgundy are not at hand, gin or rum will prove a substitute, perhaps less grateful, but still not unwelcome. Drinking becomes the only refuge[Pg 516] from those cares which owe their very origin to excesses, and they must be drowned in any bowl that can be filled to drive away the blue devils.
Similar differences can be seen in how various alcoholic drinks affect the imagination. Wine definitely sparks a livelier flow of ideas and results in a brighter flash of wit and creativity. Hoffmann even thought that grape juice was essential for poetic inspiration, and it’s doubtful that Pegasus was ever helped by a pint of beer. But, sadly, what good is it to consider the effects of the harmful habit of drinking? Once someone gets used to the uplifting kick of alcohol, it doesn’t matter what they choose to drink, and if Champagne or Burgundy isn't available, gin or rum will serve as a substitute—perhaps less pleasant, but still welcome. Drinking becomes the only escape[Pg 516] from those worries that are caused by excesses, and they must be drowned in whatever drink can be poured to chase away the blues.
Vina parant animos, faciuntque caloribus aptos,
Cura fugit, multo diluiturque mero:
Tunc veniunt risus, tunc pauper cornua sumit;
Tunc dolor et curæ, rugaque frontis abit,
Tunc aperit mentis ævo, rarissima nostro
Simplicitas, artes excutiente Deo.
Vineyards lift spirits, and the heat makes us feel alive,
Worries fade away, drowned in fine wine:
That's when laughter comes, that's when the poor start to enjoy life;
That's when pain and worries disappear, along with the wrinkles on our foreheads,
That's when the rare simplicity of our minds awakens,
As God shakes off the distractions.
DECAPITATION.
As I have observed in a preceding article, much doubt exists whether decapitation puts an end to our sufferings, as it has not and most probably will never be ascertained, whether the body or the head are first deprived of sensation or vitality. Galvanic experiments had been resorted to, but were warmly opposed by Professor Ferry on the plea of humanity, as he maintained that unless we were certain that sensation had ceased, we had no right to submit the unfortunate culprits who had been decapitated to this trial. Guillotin (whose name was given to the terrific machine so closely connected in our recollection with the horrors of the French Revolution, which he introduced from the East and Germany) maintained that the moment the head was severed from the body all sensation ceased. Cabanis and Petit were of a similar opinion. Sue, Aldini, Mojon, Weicard, Liveling, Castel, and other physiologists, founded their belief in a contrary doctrine, upon numerous experiments on various animals. Sue grounded his arguments upon two chief points: first, the sudden effect produced by decapitation upon the two most powerful regulators of the functions of life, the brain and the heart; and secondly, on the consideration that the section of the neck was often uneven and jagged, splinters of bones irritating the bruised nerves, vessels, and spinal marrow.
As I mentioned in a previous article, there's a lot of uncertainty about whether decapitation really ends our suffering, since it's unclear if the body or the head loses sensation or vitality first. Galvanic experiments were used, but Professor Ferry strongly opposed them on humane grounds, arguing that unless we knew for sure that sensation had stopped, we had no right to subject the unfortunate people who were decapitated to this test. Guillotin (whose name is linked to the horrifying machine associated with the French Revolution, which he brought from the East and Germany) claimed that the moment the head was cut off, all sensation ended. Cabanis and Petit shared a similar view. In contrast, Sue, Aldini, Mojon, Weicard, Liveling, Castel, and other physiologists based their beliefs on numerous experiments conducted on different animals. Sue’s arguments rested on two main points: first, the immediate effect of decapitation on the two main regulators of life functions, the brain and the heart; and second, the fact that the cut in the neck was often uneven and jagged, with bone fragments irritating the damaged nerves, blood vessels, and spinal cord.
According to this view of the matter, existence was not immediately destroyed by decollation. Castel thought that this principle was extinguished in the head sooner than the body. Sue and Julia de Fontenelle were of a different opinion. [Pg 517]Dubois of Amiens endeavoured to prove the non-existence of pain after decapitation, by showing that convulsive movements, epileptic and hysteric attacks, were not accompanied by any painful sensations. In decapitation, he thinks that the suddenness and violence of the blow must produce insensibility, for we cannot imagine that the section of the spinal marrow thus violently performed can occasion pain; and if any sensations were experienced in that awful moment, it is more than probable that the violent perturbation would render them obtuse. As to any feelings of the separated head, he does not think that any muscular convulsions observed in it can indicate the existence of pain.
According to this perspective, existence wasn’t immediately ended by decapitation. Castel believed that this principle disappeared in the head before it did in the body. Sue and Julia de Fontenelle disagreed. [Pg 517]Dubois of Amiens tried to show that pain does not exist after decapitation, arguing that convulsive movements, as well as epileptic and hysterical attacks, occur without any painful sensations. He contends that the sudden and violent nature of the blow causes insensitivity, as it’s hard to believe that such a traumatic severing of the spinal cord could cause pain; and if any sensations were felt at that horrifying moment, it’s likely that the intense disruption would dull those feelings. Regarding any sensations from the detached head, he doesn't believe that the muscular convulsions seen in it can indicate the presence of pain.
To these arguments of the Amiens physiologist, Julia de Fontenelle replied that it was never maintained that convulsive movements were expressive of pain, although it was not impossible that epileptic and hysterical patients may have experienced painful sensations during their attacks that might be forgotten upon their recovery, as somnambulists bear no recollection of what passed during their disturbed slumbers. The convulsive affections alluded to by Dubois were frequently expressive both of pleasure and of pain, or marked with a character of stupor or of indifference, whereas the convulsive movement observed in the features of the decapitated invariably expressed anguish; in support of his firm belief in the existence of the power of sensation after execution, he refers to the observations of Sœmmering, Mojou, and Sue, who had remarked that when the head was turned towards the solar rays, the eyes instantly closed,—a phenomenon that could not take place if the eyes were dead. Dr. Montault jocosely observes that it is to be regretted that, to decide this controversy, recourse cannot be had to the experiments, recorded by Bacon, of an inquisitive person who hanged himself for the purpose of ascertaining if strangulation was a painful operation. One of his friends very fortunately cut him down ere it was too late, when the curious experimentalist was quite satisfied that hanging was by no means painful or unpleasant, and that the moment strangulation took place, he had been struck with a flickering light, that was instantly followed by utter darkness.
To these points made by the Amiens physiologist, Julia de Fontenelle responded that it was never claimed that convulsive movements were indicators of pain, although it was possible that epileptic and hysterical patients might have felt painful sensations during their episodes that could be forgotten upon recovering, similar to how sleepwalkers have no memory of what occurred during their disturbed sleep. The convulsive conditions mentioned by Dubois often indicated both pleasure and pain, or showed signs of stupor or indifference, while the convulsive movements seen in the faces of the decapitated consistently showed anguish; to support his strong belief in the capacity for sensation after execution, he points to the observations of Sœmmering, Mojou, and Sue, who noted that when the head was turned toward sunlight, the eyes would quickly close—a phenomenon that wouldn’t happen if the eyes were lifeless. Dr. Montault humorously notes that it’s unfortunate that, to settle this debate, we can't use the experiments recorded by Bacon, involving a curious individual who hanged himself to find out if strangulation was a painful experience. Luckily, one of his friends cut him down before it was too late, and the curious experimenter concluded that hanging was not at all painful or unpleasant, and that the moment strangulation occurred, he was hit by a flickering light, which was immediately followed by total darkness.
Various cases are recorded of individuals thus cut down, when hanged by accident, or executed. In most instances they stated that they had experienced a pleasurable sensation as strangulation took place. I have already alluded to the curious fate of the well-known composer of the “Battle of the Prague.”
Various cases are documented of individuals who were accidentally hanged or executed. In most cases, they reported feeling a pleasurable sensation during strangulation. I have already mentioned the unusual fate of the famous composer of the “Battle of the Prague.”
MUMMIES.
Much doubt exists regarding the derivation of the word mummy. Bochard, Menage, Vossius, attributed it to the Arabic noun mum, meaning wax. Salmasius derives it from mumia, a body embalmed and aromatized. The Persian word múmiyà, means bitumen or mineral pitch. Abd-Allatif, an Arabian physician, describes mummy as a substance flowing from the tops of the mountains, and which mixing with the water that streamed down, coagulates like mineral pitch.
Much uncertainty surrounds the origin of the word mummy. Bochard, Menage, and Vossius attribute it to the Arabic word mum, which means wax. Salmasius traces it back to mumia, referring to a body that has been embalmed and treated with aromatic substances. The Persian word múmiyà translates to bitumen or mineral pitch. Abd-Allatif, an Arabian physician, describes mummy as a substance that flows from the tops of mountains and, when mixed with the water that runs down, coagulates like mineral pitch.
Many are the opinions relating to the custom of embalming men and various animals in ancient Egypt. By some it has been considered a superstitious practice, by others the result of affection. To keep the remains of those we loved upon earth free from the destructive power of death, and preserving in some degree those forms that once flitted before us and around us in all the enjoyments of life, is a natural, one might almost say an instinctive, sentiment;—preserving those fond remains upon earth, exempted from the painful sight of beholding them committed to the earth—earth to earth—for ever! How different must have been the feelings of the relatives of the departed, when leaving the body reposing in the tomb, still preserving the form of its mortal coil—still in the world—where all we loved might be visited and spoken to in the language of affection and regret—how different must have been these feelings when compared to those that compress the respiration and check our utterance, after seeing that body separated from us, and leaving a chasm around us deeper still than the grave. We are, however, to seek in this practice other motives. The wisdom of the theocratic government of ancient Egypt was most admirable, and not founded upon mortal affections and dislikes. The sovereign priesthood had to attend to concerns of greater magnitude. The first inhabitants of Egypt, migrating most probably from the upper regions of Ethiopia, had to colonize an unhealthy region, to struggle with swamps and marshes, and destroy myriads of animals, whose decomposition added to the dangers they had to encounter when settling in such an unhealthy land. Pestilence, no doubt, as in after times, frequently desolated the infant kingdom. Their priests, in whose temples were recorded in mystic legends all the science of the age, must have applied[Pg 519] their experience and their judgment to meet the evil, and surmount it, were it possible. The ideas of corruption are closely connected with those of putrescency; and putrescency has ever been considered the chief source and focus of pestilential maladies. To avoid corruption and putrescence, then, became one of the most important Hygienic studies; and, like Moses, who had received his early education in Egypt, its priesthood enforced salutary laws as the injunction of the Creator; nor was the task as difficult as it might have proved in a more extensive and more diversified region. The population resided in a land of no very great extent; their climate did not vary according to prominent topographical circumstances; and the produce of the soil, as regarded alimentary substances, admitted of little variety. Thus it became easy to establish salutary institutions to regulate the mode of living of the obedient people, who looked upon the commands of their sainted legislators as dictates from the eternal throne.
Many opinions exist regarding the custom of embalming people and various animals in ancient Egypt. Some view it as a superstitious practice, while others see it as an expression of love. Wanting to keep the remains of those we cared about on earth, free from the destructive force of death, and preserving in some way the forms that once brought us joy in life is a natural, almost instinctive feeling. Keeping those cherished remains on earth, away from the painful sight of burying them forever—earth to earth—can’t compare to the emotions of relatives leaving the body resting in the tomb, still maintaining its human shape—still part of the world—where we could visit and speak to those we loved with affection and regret. These feelings are vastly different from the ones that choke us and silence our words after seeing that body separated from us, leaving an emptiness around us deeper than the grave. However, we must explore other motivations behind this practice. The wisdom of ancient Egypt's theocratic government was remarkable and not based on human emotions or conflicts. The ruling priests had to focus on more significant issues. The first inhabitants of Egypt, likely migrating from the higher regions of Ethiopia, had to settle in an unhealthy area, fighting against swamps and marshes, and eliminating countless animals whose decay contributed to the dangers they faced in such a hostile environment. Disease often ravaged the young kingdom, just as it did in later times. The priests, who recorded all the knowledge of the time in their temples through mystical legends, must have drawn upon their experience and judgment to address and try to overcome these threats. The concepts of decay are closely linked to rotting, which has always been seen as the primary source of infectious diseases. Therefore, avoiding decay became a crucial focus of public health efforts, and like Moses, who was educated in Egypt, the priests implemented beneficial laws as if they were directives from the Creator. This task was not as challenging as it could have been in a larger or more diverse region. The population lived in a relatively small land, their climate didn't change much due to significant topographical features, and the food produced from the soil offered little variety. As a result, it became easier to establish health-regulating institutions for the obedient populace, who viewed the commands of their revered lawmakers as rules from the eternal authority.
Impressed with the conviction of the immortality of the soul, the Egyptian priesthood imagined, or, at any rate, endeavoured to persuade the multitude that the immortal part of our being was retained within its earthly house so long as the corporal form could be preserved entire, and if (which is most probable) they believed in the resurrection of the soul either in its human form or that of some other animal, this doctrine may be easily accounted for as founded upon reason, and grateful to the sensitive feelings. A belief in the transmigration of souls naturally led to the desire of retaining them as long as it was possible in their former abodes; and the lines of Virgil—
Impressed by the belief in the immortality of the soul, the Egyptian priesthood either created or tried to convince the people that the eternal part of our existence stayed trapped in its physical body as long as that body could be kept intact. And if they (which is likely) believed in the resurrection of the soul, whether in its human form or that of another animal, this idea can easily be understood as based on logic and appealing to people's emotions. The belief in the rebirth of souls naturally led to the wish to keep them in their previous homes for as long as possible; and the lines of Virgil—
Animamque sepulchro,
Condimus,
We bury the soul,
In a grave,
would seem to warrant this belief amongst the ancients. St. Augustine clearly tells us that the Egyptians did believe in a resurrection.
would seem to support this belief among the ancients. St. Augustine clearly states that the Egyptians believed in a resurrection.
Amongst other prophylactic means to resist epidemic diseases the embalming of the dead must naturally have occurred to the sacred college as one of the most effectual means of checking or preventing contagion. Not only was man submitted to this process, but every animal, domestic or obnoxious, was equally preserved. It may be said, if destruction was rendered a prudent step, why were not these bodies consumed by fire? The reason appears to me obvious. It was necessary to check the consumption of animal food; therefore were various animals considered sacred, and not allowed to be immolated for the use[Pg 520] of the multitude; other animals were considered noxious, and as such their use was forbidden. Religion thus stamped them with the irrevocable dye of holiness or corruption. Mystic characters were traced upon their remains. The sanctity of these animals sometimes varied in different districts, and the ibis was venerated where the serpent was disregarded. When we contemplate the thousands of crocodiles in the caverns of Samoun, the myriads of the ibis in the desert of Hermopolis, Antinoë, Memphis,—when we behold even the eggs that were destined to perpetuate their race thus preserved,—had not these animals been thus respected, they would have become the food of the inhabitants, and, both from their abundance and their unwholesome qualities, have added to the frequent scourges that desolated the land.
Among other preventive measures to combat epidemic diseases, the sacred college likely considered embalming the dead as one of the most effective ways to stop or prevent contagion. Not only were humans subjected to this process, but every animal, whether domestic or harmful, was equally preserved. One might wonder, if destruction was a sensible choice, why weren't these bodies burned? The answer seems clear. It was important to limit the consumption of animal food; therefore, certain animals were deemed sacred and not allowed to be sacrificed for the common good[Pg 520]. Other animals were seen as harmful, and their use was banned. Religion thus marked them with the undeniable labels of holiness or corruption. Mystic symbols were traced on their remains. The sanctity of these animals sometimes changed in different regions, with the ibis being revered where the serpent was overlooked. When we think about the thousands of crocodiles in the caves of Samoun, the countless ibises in the deserts of Hermopolis, Antinoë, Memphis,—when we even see the eggs meant to continue their species preserved—had these animals not been respected in this way, they would have become food for the locals and, due to both their abundance and their unhealthy characteristics, contributed to the frequent plagues that devastated the land.
Here again we find that this anomaly was unavoidable: those myriads of animals, from the nature of the climate and the soil would have increased to such numbers as to overrun the land. What was to be done? Had they been considered edible, most unquestionably they would have been devoured as food; it therefore became necessary to destroy and embalm them: this destruction was no doubt inculcated as a religious duty; otherwise, how should we find even to the present day, such numbers of these creatures, preserved through the lapse of ages, with their very eggs,—another proof that even their incubation was checked. Placed between the desolate desert and the sea, numerous must have been the races of animals who sought refuge in this wondrous region; and, as Lagasquie observes, in the Necropolis of Alexandria and Memphis, at Arsinoë, Charaounah, Achmin, Beni-Hacan, Samoun, Hermopolis, Thebes, and in innumerable hypogean monuments, we find the remains of thousands—nay of millions—of ibises, crocodiles, cats, rats, dogs, jackals, wolves, monkeys, serpents, nay, fishes of various kinds. Passalacqua found at Thebes numbers of birds, rats, mice, toads, adders, beetles and flies, all embalmed together. Nay, Herodotus informs us that the animals considered sacred in one city, were held in abhorrence in others, a difference of opinion that not unfrequently occasioned bitter hostilities. Thus the Ombites fought with the Tentyrites on account of the sparrowhawks, and the Cynopolitans waged war with the Oxyrhynchites from disputes about dogs and pikes. These schisms no doubt arose from priestly ambition, each temple claiming its especial shrine of adoration, for whatever might have been the original motive that led to those theological practices, there is no doubt but all these animals were to a certain degree typical of the good and evil[Pg 521] propensities of the various deities, as manifested in their several habits, whence they were selected in the symbols and attributes of the sovereign powers. Abbé Banier endeavours to prove that the bull was the symbol of Osiris and Isis, and that these divinities were themselves symbolic of the sun and moon. Thus the worship of the bull, Mnévis and Apis. The inhabitants of Mendes adored the god Pan, and worshipped him under the figure of a goat, and Mercury is represented with the head of a dog, the most intelligent of animals. Thus in time people lost sight of the origin of the worship, and transferred their adoration to the symbols, as many Roman Catholics transfer their worship of the saints to their wooden images.
Here again, we see that this odd situation was unavoidable: those countless animals, due to the climate and the soil, would have multiplied to such an extent that they would have overrun the land. What could be done? If they had been considered suitable for eating, they would definitely have been consumed as food; thus, it became necessary to destroy and preserve them. This destruction was likely seen as a religious duty; otherwise, how could we still find so many of these creatures, preserved over the ages, along with their very eggs?—another sign that even their incubation was interrupted. Caught between the barren desert and the sea, many animal species must have sought refuge in this extraordinary region; and as Lagasquie notes, in the tombs of Alexandria and Memphis, at Arsinoë, Charaounah, Achmin, Beni-Hacan, Samoun, Hermopolis, Thebes, and countless underground monuments, we find the remains of thousands—actually millions—of ibises, crocodiles, cats, rats, dogs, jackals, wolves, monkeys, snakes, and various kinds of fish. Passalacqua discovered at Thebes many birds, rats, mice, toads, adders, beetles, and flies, all embalmed together. Moreover, Herodotus tells us that the animals considered sacred in one city were despised in others, a difference of opinion that often led to fierce conflicts. Thus, the Ombites clashed with the Tentyrites over sparrowhawks, and the Cynopolitans fought the Oxyrhynchites over disagreements about dogs and pikes. These divisions likely stemmed from priestly ambition, with each temple claiming its special objects of worship. Regardless of the original reasons that led to those religious practices, it’s clear that all of these animals represented, to some extent, the good and evil tendencies of various deities as shown through their different behaviors, which is why they were chosen as symbols and attributes of the divine powers. Abbé Banier attempts to demonstrate that the bull symbolized Osiris and Isis, who themselves represented the sun and moon. Thus, the worship of the bull, Mnévis, and Apis. The people of Mendes revered the god Pan and worshipped him in the form of a goat, while Mercury is depicted with the head of a dog, the most intelligent of animals. Over time, people lost sight of the original reasons for the worship and transferred their devotion to the symbols, similar to how many Roman Catholics direct their worship of saints toward wooden images.
The priesthood of Egypt sought not their power in terror, but in affection and gratitude. They strove to convince the people that they were their true friends and real benefactors; their sole study was their welfare, their greatest pride the nation’s prosperity. Gratitude appears to be the sentiment they most sought to inculcate. The serpent was held in veneration, because it destroyed noxious vermin; the ibis was respected from the same motive; the crocodile for the protection it afforded their navigable waters; yet, by one of those strange anomalies that we find in most mythological reveries, animals were held sacred, although they constantly destroyed other sacred creatures; and while the crocodile was worshipped, the ichneumons that destroyed its eggs were also entitled to respect. Such was the value of the remains of departed relatives and friends, that their embalmed bodies were often pledged for large sums. The more readily advanced, since their redemption was considered a sacred duty. Thus do we find worldly regulations, bearing the sanctity of a theologic seal. Then again how mighty must have been the hierarchy from whose doctrines emanated the Pharaonic splendour of their stupendous monuments—works of art, that attracted the notice and the admiration of all the civilized part of the globe, whose travellers while they flocked to view their magnificence, were taught to cultivate the sciences and arts, which the priesthood professed, smatterings of which those visiters proudly carried back as a precious gift to their country. Moreover what occupation must have been afforded to the people and to their numerous captives, whom they continually dreaded, from the apprehension that in their constant wars, their prisoners might join their enemies—a circumstance fully proved in Holy Writ, where we find, in Exodus i. 10, that the Hebrews were oppressed, “lest when there falleth out any war, they join also unto our enemies and fight against us.”
The priesthood of Egypt didn’t seek power through fear, but through love and gratitude. They worked to convince the people that they were their true friends and genuine benefactors; their main focus was on the people's well-being, and their greatest pride was the nation’s success. Gratitude seems to be the feeling they aimed to instill the most. The serpent was revered because it eliminated harmful pests; the ibis was respected for the same reason; the crocodile was honored for protecting their waterways. Yet, in one of those odd contradictions often found in mythological tales, animals were considered sacred even though they frequently harmed other sacred beings; while the crocodile was worshipped, the ichneumon that preyed on its eggs was also respected. The remains of deceased relatives and friends were so valued that their embalmed bodies were often used as collateral for significant amounts of money. They were readily advanced, as redeeming them was seen as a sacred duty. Thus, we see worldly regulations carrying the weight of a religious endorsement. Additionally, how powerful must have been the hierarchy whose teachings inspired the Pharaonic grandeur of their remarkable monuments—works of art that drew the attention and admiration of the entire civilized world, where travelers flocked to admire their splendor and were encouraged to embrace the sciences and arts promoted by the priesthood, bits of which those visitors proudly took home as a treasured gift to their countries. Furthermore, consider the work opportunities provided to the people and their many captives, whom they constantly feared would join their enemies during ongoing wars—this concern is clearly illustrated in the Holy Scriptures, where it states in Exodus 1:10 that the Hebrews were oppressed, “lest when there falleth out any war, they join also unto our enemies and fight against us.”
This overwhelming power, most fortunately wise and humane,[Pg 522] was maintained by every artifice that ingenuity could devise. Egypt has justly been denominated the Alma Mater of superstition, since we have every reason to suppose, that with much less wisdom and learning, every successive hierarchy has sought by similar means to retain an equal sway. In Egypt this influence must have been amazing, they held the first rank after the sovereign, whom they assisted in the performance of all his public duties, were present in all his councils, and directed his judgment from the lessons which were laid down for his conduct in the sacred records. All the judges and principal officers of state were also selected in the priesthood; their number must also have been very considerable, since we find them classed as chief priests or pontiffs, and inferior priests of various grades belonging to the sacred deities, prophets, judges, hierophants, magistrates, hierogrammats, or sacred scribes; Basilico grammats, or royal scribes; Sphragistæ, whose office it was to examine the victims, and to put a seal of approbation on them before the sacrifice. Hierostoli, who had access to the Adytum, to clothe the statues of the gods; doctors, embalmers; hierophori, or the bearers of sacred emblems; pterophori, or bearers of the fans carried before the gods; præcones, or pastophori, bearers of the holy images, and keepers of the sacred animals; hierolaotomi, or masons of the priestly order, besides innumerable painters, sculptors, sprinklers of holy water, and flappers to drive away the flies.
This powerful force, fortunately wise and compassionate,[Pg 522] was upheld by every trick that human creativity could invent. Egypt is rightly called the Alma Mater of superstition, as we have every reason to believe that with much less wisdom and knowledge, each succeeding hierarchy tried similar methods to maintain their influence. In Egypt, this power must have been incredible; they held the next highest position after the ruler, assisted him in all his public duties, participated in all his councils, and shaped his decisions based on the guidelines found in the sacred texts. All judges and key government officials were also chosen from the priesthood; their numbers must have been substantial, as we see them categorized into chief priests or pontiffs, as well as lower-ranking priests of different levels who served various deities, including prophets, judges, hierophants, magistrates, hierogrammats, or sacred scribes; Basilico grammats, or royal scribes; Sphragistæ, whose job it was to inspect the sacrificial animals and approve them before the sacrifice. Hierostoli had access to the inner sanctum and would dress the statues of the gods; there were doctors, embalmers; hierophori, or bearers of sacred symbols; pterophori, or bearers of fans carried before the gods; præcones, or pastophori, carriers of holy images and tenders of sacred animals; hierolaotomi, or masons of the priestly order, along with countless painters, sculptors, holy water sprinklers, and those who waved away the flies.
Kings were chiefly selected from the priestly order, and when they had been members of the military class, they were obliged to enter a sacerdotal college before they could ascend the throne; even then, they were only allowed to be attended by the children of families belonging to the priesthood.
Kings were mainly chosen from the priestly class, and if they had a military background, they had to join a priestly college before they could become king; even then, they could only be accompanied by the children of priestly families.
If such was the influence of priests, that of the priestesses were not the less powerful. The Pellices, or Pallacides of Amun, filled offices of the highest importance, and not unfrequently queens and princesses prided themselves in performing their duties. The subdivision of the female attendants of the temples was also sanctified, and they were chiefly selected in the families of priests. If we are to believe the Grecian accounts, these holy women were not remarkable for their chastity; their indiscretions, however, were confined to their own circle. These assertions, have been by no means general, nor is it probable that a class of men who affected so much purity, and observed such a rigid abstinence to obtain the character of sanctity to which their power was due, would have exposed themselves to the results of such an improvident mode of living.
If the priests had that much influence, the priestesses were just as powerful. The Pellices, or Pallacides of Amun, held positions of great importance, and it was not uncommon for queens and princesses to take pride in serving. The female attendants of the temples were also organized into subdivisions, and they were mainly chosen from the families of priests. According to Greek accounts, these holy women weren't exactly known for their chastity; however, their indiscretions were mostly limited to their own circles. These claims have not been universally accepted, and it's unlikely that a group of men who presented themselves with such purity and practiced strict abstinence to gain the sacred reputation that contributed to their power would have been reckless enough to live in such a way.
[Pg 523]My view of the origin of embalming both men and animals is borne out by another striking circumstance. The moment the practice of embalming the bodies of men and animals ceased in Egypt, pestilence appeared. At the period when Christianity was introduced into Egypt, the new religion had to encounter many obstacles in overcoming the obstinate prejudices of the ancient creed. During the four first centuries of its propagation, the ancient customs were persevered in; at last the cross triumphed and was enthroned, and the practice of embalming was abolished. In 356, St. Anthony, upon his death-bed, anathematised it as sacrilegious; his last injunction according to St. Athanasius, his historian, had such an effect, that an injudicious zeal prevailed in Rome, in Constantinople, and other large cities, and led to the practice of inhuming bodies in churches and cemeteries, notwithstanding the prohibition of the magistracy. While the dead were interred in towns, or their vicinity, in dwelling houses and gardens, the remains of animals were scattered abroad to become part of the soil, and thus this most dangerous innovation hurried on the development of the most dangerous of diseases. In 1542, under Justinian, Egypt was avoided as the focus of pestilence. It would be difficult to point out the exact period when the custom of embalming fell into disuse; but it had ceased to be practised at the time when pestilence burst forth over the land in all its irresistible horrors. The coincidence was too remarkable not to have been noticed.
[Pg 523]My understanding of why embalming both humans and animals began is supported by another striking fact. The moment the practice of embalming bodies in Egypt stopped, disease outbreaks started. When Christianity came to Egypt, it faced many challenges in overcoming the deep-seated beliefs of the old religion. For the first four centuries of its spread, the old customs continued; eventually, the cross prevailed and became the central symbol, leading to the end of embalming. In 356, St. Anthony condemned it as sacrilegious on his deathbed; his last directive, according to St. Athanasius, had such a profound impact that it sparked an unwise enthusiasm in Rome, Constantinople, and other major cities, resulting in the burial of bodies within churches and cemeteries, despite the authorities' bans. While bodies were buried in towns or near them, in homes and gardens, the remains of animals were left to decompose back into the earth, and this dangerous shift hastened the rise of severe diseases. In 1542, under Justinian's rule, Egypt was shunned as a hotspot for disease. It's hard to pinpoint exactly when embalming fell out of favor, but it had ended by the time deadly epidemics ravaged the land with their relentless terror. The timing was too striking to ignore.
It is certainly true that the plague had visited Egypt at former periods, recorded in holy writ, when we know not to what extent the preparation of mummies might have been carried, although we find that Jacob was embalmed by physicians; but when we consider the topography of Egypt presenting a vast plain exposed to a yearly inundation, its soil preserved for centuries from the admixture of animal substances, but of a sudden changed into a mass of corrupted bodies of men and animals, acted upon by heat and moisture,—when the inhumation of man was neglected, and the offals of beasts and reptiles accumulated in pestilential heaps,—we may easily imagine what a luxuriant field was submitted to the scythe of death.
It’s definitely true that the plague had hit Egypt in earlier times, as noted in religious texts, though we don't know how far along the mummification process had gone, even though it's recorded that Jacob was embalmed by doctors. But when we think about Egypt’s landscape—a vast plain prone to yearly flooding, with soil kept free from animal matter for centuries—that suddenly became filled with decaying bodies of humans and animals, affected by heat and moisture—when the burial of the dead was overlooked and the remains of animals and reptiles piled up in toxic heaps—we can easily picture what a ripe breeding ground it became for death.
The Egyptians had, no doubt, introduced the practice of embalming the dead from Ethiopia, a country abounding in various gums, which served them to preserve the remains of their relatives. The transparency of these substances had induced some travellers to assert that the bodies were imbedded in glass, like insects found in amber. De Pau, and many other[Pg 524] writers, have exposed the absurdity of such a report, since it is more than probable that glass was scarcely, if at all, known amongst them. The Persians enveloped their dead in wax; and the Scythians sewed them up in skins.
The Egyptians likely learned the practice of embalming from Ethiopia, a region rich in various gums that helped preserve the remains of their loved ones. The transparency of these substances led some travelers to claim that the bodies were encased in glass, similar to insects found in amber. De Pau and many other[Pg 524] writers have pointed out how ridiculous this idea is, as it's highly unlikely that glass was known to them at all. The Persians wrapped their dead in wax, while the Scythians sewed them up in animal skins.
While the foresight and wisdom of the Egyptian sacerdocy was thus distinguished by Hygienic institutions, their interests were not neglected; and the art of embalming, which they monopolized with every other branch of learning, tended not a little to add to their emoluments. Every dead body was their property. Herodotus tells us, that if the corpse of an Egyptian, or a stranger, was found in the Nile, or cast upon its banks, the priests alone had the power to touch it, and afford it a sepulture. This interesting, although not very veracious author, gives the following account of the process. There are in Egypt a particular class of people whose sole business consists in embalming bodies. When a corpse is shown them, they exhibit models of mummies depicted upon wood. These models are of three kinds, and vary in prices. The bargain being concluded, the embalmers commence their labours. The brains are first extracted through the nose with a crooked iron instrument; an incision is then made in the side of the body with a sharpened Ethiopian stone, through which the viscera are drawn. These are cleansed out, washed in palm wine, and then strewed with pulverized aromatic substances. The abdomen is stuffed with powdered myrrha, cinnamon, and other perfumes, but without incense. After these manipulations, the body is sewn up, and salted with natrum for seventy days. This period elapsed, the corpse is again washed, and swaddled up with rollers of linen, covered with gum, which the Egyptians commonly use instead of glue. The relations, after this operation, carry home the body, and place it in a wooden case resembling the human form; afterwards locking it up in chambers destined for the purpose, and placing it upright against the wall. This is the most expensive process. The next is more economical. Syringes are filled with an unctuous fluid, extracted from the cedar; this liquor is thrown into the body through an incision performed in the side, and is of such a nature that it gradually corrodes and destroys the viscera: after the body has been duly salted, nothing then remains but the bones and skin, which this substance does not affect.
While the insight and knowledge of the Egyptian priests were marked by health-centered practices, they still looked after their own interests. The art of embalming, which they controlled along with other fields of study, significantly boosted their income. Every dead body belonged to them. Herodotus tells us that if a body of an Egyptian or a foreigner was found in the Nile or washed ashore, only the priests had the authority to handle it and give it a proper burial. This intriguing, though not entirely accurate, author describes the process as follows. In Egypt, there is a specific group of people whose only job is to embalm bodies. When a corpse is presented to them, they show models of mummies carved on wood. These models come in three types and vary in price. Once a deal is made, the embalmers begin their work. First, they remove the brains through the nose with a curved metal tool; then, they make an incision in the side of the body with a sharpened Ethiopian stone to extract the internal organs. These organs are cleaned and washed in palm wine, then sprinkled with powdered aromatic substances. The abdomen is filled with powdered myrrh, cinnamon, and other fragrances, but no incense. After these steps, the body is sewn up and covered with natron for seventy days. Once this period is over, the corpse is washed again and wrapped in linen strips, coated with gum, which the Egyptians typically use in place of glue. After this process, the family takes the body home and places it in a wooden case shaped like a human figure, locking it in designated chambers and standing it upright against the wall. This is the most expensive method. The next is more budget-friendly. Syringes filled with an oily fluid from cedar are injected into the body through an incision in the side. This liquid gradually breaks down and destroys the internal organs; once the body is properly salted, only the bones and skin remain, which this substance does not harm.
Diodorus Siculus gives an account somewhat similar, but adds some curious particulars. The first class of funerals cost a silver talent; the second twenty minæ; and the third scarcely any thing. The embalmers divide their labours into various[Pg 525] offices. The first, or the scrivener, points out the part of the body on the left side where the incision is to be made. The next operator is the incisor, who uses for the purpose a sharp Ethiopian pebble; the viscera are then drawn out, with the exception of the heart and kidneys; and the body is then washed with palm wine and aromatics. The corpse is afterwards inuncted with the gum of cedar, and strewed with myrrha, cinnamon, and various spices. It is ultimately returned to the family of the deceased, in such preservation that the eyebrows and eyelids are uninjured, and the countenance preserves the character that distinguished it during life.
Diodorus Siculus provides a similar account but adds some interesting details. The first type of funeral costs a silver talent; the second costs twenty minæ; and the third costs almost nothing. The embalmers split their work into different[Pg 525] roles. The first, the scribe, indicates where to make the incision on the left side of the body. The next person, the incisor, uses a sharp Ethiopian stone for this. The internal organs are removed, except for the heart and kidneys; then the body is washed with palm wine and aromatic substances. The corpse is then anointed with cedar gum and covered with myrrh, cinnamon, and various spices. In the end, it is returned to the family of the deceased in such good condition that the eyebrows and eyelids remain undamaged, and the face retains the characteristics it had in life.
Porphyrius informs us that the embalmers, after having extracted the intestines, exposed them to the sun, putting up a prayer to that luminary, and declaring that if the deceased had ever been guilty of any act of gluttony, the intestines alone were guilty, and they were therefore cast into the Nile. Plutarch alludes to a similar ceremony. The incisor appears to have been considered a degraded being, for Diodorus tells us, that, after the operation, he was pursued by the relations of the defunct, and pelted with stones, as having polluted the remains of the dead.
Porphyrius tells us that the embalmers, after removing the intestines, would expose them to the sun, offering a prayer to that bright light, and stating that if the deceased had ever committed any acts of gluttony, only the intestines were at fault, which is why they were thrown into the Nile. Plutarch mentions a similar ceremony. The incisor seems to have been seen as a disgraceful figure, as Diodorus reports that after the procedure, he was chased by the deceased’s relatives, who threw stones at him for having contaminated the remains of the dead.
These accounts of the ancients have been warmly impugned by modern antiquaries, who maintained that the various substances stated to have been made use of in the process of embalming, did not possess the qualities attributed to them,—especially the liquor called cedria, drawn from the cedar-tree. Rouyer, a member of the Egyptian commission of sciences and arts, corroborates in a great measure the accounts of ancient historians; and, in a very interesting paper on the subject, we find that the bones of the nose are destroyed in some mummies, but left intact in others,—a circumstance that would lead us to think that on such occasions the brain was left in the cranium. The opening in the side did not appear to have been sewn up, but the lips of the incision merely brought into apposition. He divides mummies into those in which tanno-balsamic substances had been introduced, and those that had merely been salted. The first species were found stuffed either with aromatic resinous substances, or asphaltum and pure bitumen. These resinous substances emitted no odour, but, when cast into the fire, a thick smoke arose, and a strong aroma became evident. The mummies thus preserved were light, dry, and fragile; preserved their teeth, their hair, and eyebrows. Some of them had been gilded all over; in others, the gold had only been applied to the face, the hands, and the feet, and other parts. This practice of[Pg 526] gilding was so general, that it does not warrant the belief that it was only the remains of the illustrious and wealthy that were thus ornamented. These mummies, so long as they were kept in a dry place, were unaltered; but were soon decomposed, and emitted an unpleasant effluvium, when exposed to atmospheric moisture. The mummies thus prepared were of an olive colour, while those preserved with bituminous substances were of a reddish tinge; the integuments hard and shining, as if varnished. The features were not altered, and the cavities were filled with a black, hard, and inodorous resinous substance. The ingredients thus employed were similar to the bitumen of Judea; most of them were gilded.
These accounts from ancient times have been criticized by modern researchers, who argue that the various substances said to be used in embalming did not have the properties attributed to them—especially the liquid called cedria, derived from the cedar tree. Rouyer, a member of the Egyptian commission of sciences and arts, largely supports the accounts of ancient historians; and in a very interesting paper on the topic, we learn that some mummies have their nasal bones destroyed while in others they remain intact—suggesting that in such cases, the brain was left in the skull. The opening in the side doesn’t seem to have been stitched up, but rather the edges of the incision were simply brought together. He categorizes mummies into those where tanno-balsamic substances were used and those that were just salted. The first category contained either aromatic resinous substances or asphaltum and pure bitumen. These resinous substances had no odor, but when burned, they produced thick smoke and a strong aroma. The mummies preserved this way were light, dry, and fragile; they retained their teeth, hair, and eyebrows. Some were fully gilded, while in others, gold was only applied to the face, hands, feet, and other areas. This practice of[Pg 526] gilding was so common that it suggests it was not just the remains of the famous and wealthy that were decorated. These mummies remained unchanged as long as they were kept in a dry environment but quickly decomposed and gave off an unpleasant smell when exposed to moisture. The mummies prepared in this way had an olive color, while those preserved with bituminous substances had a reddish hue; their surfaces were hard and shiny, almost like varnished. Their features remained unchanged, and the cavities were filled with a black, hard, and odorless resinous substance. The materials used were similar to the bitumen from Judea, and most of them were gilded.
Other mummies were found without any lateral incision, when, most probably, the intestines were drawn out through the rectum. These cavities were filled with the substance termed by historians Pissasphaltos. In the mummies merely cured with salt, when this ingredient is abundant, the features are obliterated, the surface of the body having been smeared with bitumen. These mummies which of course are the remains of the poorer classes, are the most common. They are heavy, hard, and black, and shed an unpleasant odour. They boast of no gilding; only the palms of the hands, the soles of the feet, and the nails, had frequently been decorated with a red tinge; most probably by the application of the henne. These were the mummies which were sold by the Arabs in former times for medicinal purposes. For a further description of the mode of enveloping the bodies and the history of embalming, I must refer to the valuable labours of Mr. Pettigrew.[52] The process of embalming appears to have consisted simply in extracting the viscera, or destroying them by some corrosive injection; dissolving the mucous and fatty matter by the long application of natrum; and, finally, in desiccating the corpse by exposure to air or stoving.
Other mummies were found without any side incision, suggesting that the intestines were removed through the rectum. These cavities were filled with a substance that historians call Pissasphaltos. In mummies that were simply preserved with salt, where this ingredient is abundant, the features are obscured, and the body’s surface has been coated with bitumen. These mummies, which are obviously from the poorer classes, are the most common. They are heavy, hard, and black, giving off an unpleasant odor. They lack any gilding; only the palms of the hands, soles of the feet, and nails often had a reddish tint, likely from applying henne. These mummies were sold by the Arabs in the past for medicinal purposes. For a more detailed description of how the bodies were wrapped and the history of embalming, I must refer to the valuable work of Mr. Pettigrew.[52] The embalming process seems to have involved simply removing the internal organs or destroying them with some corrosive injection; dissolving the mucous and fatty matter using natrum over a long period; and finally drying out the body by exposing it to air or heating.
Mummies have been also found in the Canary islands, where they were named by the Guanchi xaxos. They were light, dry, of a yellow colour, shedding a slight aroma, and carefully enclosed in goat-skins. The operation was also performed with a sharpened Ethiopian stone, called tabona. Humboldt found numerous mummies in Mexico, where desiccated bodies have not unfrequently been seen in the open air.
Mummies have also been found in the Canary Islands, where the Guanchi called them xaxos. They were light, dry, yellowish, giving off a slight aroma, and carefully wrapped in goat skins. The process was also done using a sharpened Ethiopian stone, known as tabona. Humboldt discovered many mummies in Mexico, where dried bodies have often been seen out in the open.
Certain soils appear to possess a preservative quality, without any apparent preparation having been made use of. In the catacombs of Bordeaux and Toulouse, these dried bodies may[Pg 527] be seen, the hair and eyebrows still intact; but they are dark and shrivelled, and it does not appear that the contents of the cavities had been extracted or heeded, the process of desiccation being general. The miraculous conservation of bodies recorded by Calmet in his History of Vampires was nothing more than instances of a similar preservation.
Certain soils seem to have a preservative quality, with no apparent preparation involved. In the catacombs of Bordeaux and Toulouse, these dried bodies may[Pg 527] be seen, with their hair and eyebrows still intact; however, they are dark and shriveled, and it doesn’t look like the contents of their cavities were removed or considered, as the drying process affects everything. The miraculous preservation of bodies noted by Calmet in his History of Vampires was simply examples of this type of preservation.
Various experiments have proved that the progress of chemistry has been so great, that we might equal the Egyptians in the preparation of mummies, if ever such an absurd practice were introduced.
Various experiments have shown that chemistry has advanced so much that we could match the Egyptians in making mummies, if such a ridiculous practice were ever revived.
In the sixteenth and seventeenth centuries mummies formed one of the ordinary drugs found in Apothecaries shops, and as considerable sums were expended in its purchase as had been laid out upon the besoards of various rare animals. It became a lucrative branch of trade to the Jews. The demand not being easily supplied from the vigilance of the Egyptian Government, various frauds were introduced. So powerful were the supposed qualities of mummies, that Francis I. always carried a small parcel of it about him mixed with rhubarb. Lord Bacon tells us that mummy has great force in stanching of blood. Boyle assures us that it is one of the useful medicines commended and given for falls and bruises. The Arabs to this day make use of mummy powder mixed up with bitters. This preparation is called mantey, and is esteemed a sovereign remedy for bruises.
In the 16th and 17th centuries, mummies were a common drug found in apothecaries' shops, and a significant amount of money was spent on it, comparable to what was spent on the besoards of various rare animals. It became a profitable trade for the Jews. Since the demand was hard to meet due to the Egyptian government's vigilance, various frauds emerged. The supposed qualities of mummies were so compelling that Francis I always carried a small packet of it mixed with rhubarb. Lord Bacon noted that mummy had strong properties for stopping bleeding. Boyle confirmed it was one of the useful medicines recommended for injuries like falls and bruises. Even today, Arabs use mummy powder mixed with bitters, a preparation known as mantey, which is considered a powerful remedy for bruises.
HYDROPHOBIA.
This term has been erroneously applied to the disease arising from the bite of a rabid animal, since many instances are recorded of mad dogs not only drinking freely of water and other fluids, but actually swimming across rivers; while, on the other hand, the horror of water has attended maladies totally unconnected with rabid injuries: Sauvages plainly expresses himself on this subject. “Apud Gallo-provincales, experientiâ, canes lubosque rabidos bibisse, munducasse, flumen transnasse, ut olim Maralogis et bis Forolivii observatum, adeoque nec potum aversari.” Dr. James relates the case of a[Pg 528] mad dog that drank both milk and water, and swam through a pond. Similar cases are recorded of mankind.
This term has been wrongly used to describe the disease caused by the bite of a rabid animal. There are many cases recorded of rabid dogs not only drinking plenty of water and other fluids but also swimming across rivers. Conversely, the aversion to water has been associated with illnesses that have nothing to do with rabid bites. Sauvages makes this clear, stating, “In Gallo-provincales, from experience, rabid dogs have been known to drink, eat, and swim across rivers, as was observed in Maralogis and Forolivii, so they do not actually avoid drinking.” Dr. James recounts the case of a[Pg 528] rabid dog that drank both milk and water and swam through a pond. Similar cases have been noted in people.
This disease was known to the ancients, and the Greek term for rabies was lyssa, referred to several times by Homer, when Hector is compared to a mad dog by Teucer and Ulysses. It was also known by the name of cynolisson, phobodipson, and hygrophobia. According to Plutarch, the disease was first observed in the time of Asclepiades. Cœlius Aurelianus is the most correct of the ancient writers on the subject. This disease, although it may appear in every climate, is far less common in hot regions than in those of a moderate temperature. In the West Indies it is unknown; nor has it been observed in South America. In Egypt and Syria it has never been seen. Mr. Barrow informs us that at the Cape of Good Hope, and amongst the Caffres, their dogs are exempt from the malady, although constantly fed upon putrid meat.
This disease was recognized by the ancients, and the Greek term for rabies was lyssa, mentioned several times by Homer, when Teucer and Ulysses compare Hector to a rabid dog. It was also known by names like cynolisson, phobodipson, and hygrophobia. According to Plutarch, the disease was first seen during the time of Asclepiades. Cœlius Aurelianus is the most accurate of the ancient writers on this topic. This disease, while it can occur in any climate, is much less common in hot areas compared to those with moderate temperatures. In the West Indies, it is nonexistent; nor has it been reported in South America. In Egypt and Syria, it has never been observed. Mr. Barrow tells us that at the Cape of Good Hope, among the Caffres, their dogs are free from the disease, even though they are regularly fed putrid meat.
Water-dread has been observed in various rheumatic and inflammatory affections, and frequently arises in a spontaneous manner; while many cases are recorded of the alarming symptoms being witnessed when no rabid bite has been inflicted. Violent passions, both in men and animals, seem to impart a peculiar acrimony to the saliva. Meekren, Wolff, Zacutus Lusitanus, mention fatal cases after the bite of a man in a passionate fit. Le Cat gives a case of death produced by the bite of an enraged duck. Thiermayer gives us two fatal cases of the bite of a hen and a goose, and Camararius has an instance of epilepsy produced by the bite of a horse.
Water-dread has been seen in different rheumatic and inflammatory conditions, often appearing on its own. Many cases report alarming symptoms even when no rabid bite has occurred. Intense emotions, in both humans and animals, seem to add a unique bitterness to the saliva. Meekren, Wolff, and Zacutus Lusitanus mention deadly cases following the bite from a person in a fit of rage. Le Cat describes a death caused by the bite of an angry duck. Thiermayer presents two fatal incidents resulting from the bite of a hen and a goose, while Camararius shares an example of epilepsy triggered by the bite of a horse.
Of the cause of this disease we are utterly ignorant: thirst, without the means of quenching it,—the use of putrid food,—sultry weather, have been considered as producing the fearful disorder; but no one instance is recorded that can justify the opinion. The streets of Lisbon are crowded with dogs, feeding upon disgusting offal, under a burning sky, yet rabies is scarcely ever observed among them. It is more probable that certain mental emotions, such as anger and fear, have a peculiar influence on the animal. All the aggregate symptoms of the disease show that the nervous system is disturbed; and the singular effect of confidence in the treatment of persons bitten by a rabid animal, confirms the fact. This is further proved by many cases of hydrophobia unconnected with rabid bites. Marcel Donat relates the case of a woman who complained of pains in the neck and right arm, with constant trembling. In three days the pain ceased, but the tremor continued; a sense of suffocation followed, which was attended with a horror of[Pg 529] water and every liquid, although the throat was burning. In five days she died in excruciating agonies, but preserving her senses until the last. Kœhler saw a young soldier, who, having fallen asleep against a stove, was suddenly awakened with a sensation of intense thirst, which he quenched with a draught of cold water. Hydrophobia immediately ensued, and the next day terminated his existence. Selig relates the case of a man at Neukirchen, who was attacked with all the alarming symptoms of this malady after having laboured in the fields on a very hot day, and bathed in the river. The following day he was affected with violent rheumatic pains, which shortly ushered in an intolerance of fluids, and inability of swallowing. In the course of twenty-four hours he expired. It appeared upon inquiry that a year before he had purchased from the hangman of the town some dog’s grease, to rub himself to relieve some troublesome affection; and it was stated that the dog had been killed by a gamekeeper, who suspected him of being mad.
We have no idea what causes this disease: thirst, without a way to quench it, spoiled food, and hot weather have all been thought to lead to this terrifying disorder, but there’s no recorded case that supports this view. The streets of Lisbon are filled with dogs eating disgusting scraps under a scorching sun, yet rabies is hardly ever seen among them. It’s more likely that certain emotions, like anger and fear, actually affect the animals in a specific way. All the symptoms of the disease indicate that the nervous system is disrupted; and the strange effect of trusting the treatment for people bitten by a rabid animal backs this up. This is further demonstrated by many cases of hydrophobia not related to rabid bites. Marcel Donat recounts the story of a woman who experienced pain in her neck and right arm along with constant shaking. Her pain stopped after three days, but the trembling persisted; she then felt suffocated and developed a fear of water and anything liquid, even though her throat was on fire. Five days later, she died in terrible agony, but she remained aware until the end. Kœhler saw a young soldier who, after falling asleep next to a stove, woke up suddenly feeling extremely thirsty, which he quenched with a drink of cold water. He immediately developed hydrophobia, and the next day he died. Selig tells of a man in Neukirchen who showed all the alarming symptoms of this illness after working in the fields on a very hot day and swimming in the river. The next day, he experienced severe rheumatic pain, which quickly led to an aversion to fluids and difficulty swallowing. Within twenty-four hours, he died. Upon investigation, it was revealed that a year earlier, he had bought dog fat from the town’s executioner to rub on himself for some bothersome condition; it was noted that the dog had been killed by a gamekeeper who thought it was mad.
Cases of plague have been attended with water-dread. Lalius Diversus saw a woman labouring under the epidemic, who was thrown into agonies when she even saw other persons drinking. Sarcotius, in his history of the epidemic diseases of Naples, informs us that the fever was invariably attended with hydrophobic symptoms. The fever that prevailed at Breslau in 1719, presented the same peculiarity.
Cases of the plague have been accompanied by a fear of water. Lalius Diversus witnessed a woman suffering from the epidemic who went into panic just from seeing others drink. Sarcotius, in his account of the epidemic diseases in Naples, tells us that the fever was consistently linked to symptoms of hydrophobia. The fever that spread in Breslau in 1719 showed the same characteristic.
Various venene substances have also been known to give rise to this disease. Professor Brera, of Pavia, witnessed it after the use of stramonium. Rancid oils have caused similar accidents. In regard to the causes that produced madness in dogs, numerous experiments have been made, particularly in the Veterinary School of Alfort: one dog was fed with salted meat, and totally restrained from drinking; another was allowed nothing but water; and the third was not allowed food or drink of any kind. The first died on the forty-first day; the second on the thirty-third; and the third on the twenty-fifth; not one of them evincing any symptoms of rabies.
Various poisonous substances have been known to cause this disease. Professor Brera from Pavia observed it after using stramonium. Rancid oils have led to similar incidents. Regarding the causes of madness in dogs, numerous experiments have been conducted, especially at the Veterinary School of Alfort: one dog was fed salted meat and completely denied water; another had only water to drink; and the third was given no food or drink at all. The first dog died on the forty-first day; the second on the thirty-third; and the third on the twenty-fifth; none of them showed any symptoms of rabies.
It appears that a peculiar predisposition renders some individuals more subject to the accidents that follow the bite of rabid animals than others. Mr. Hunter gives an instance in which, out of twenty persons who were bitten by the same dog, only one received the disease. It appears, however, that this virus is less volatile than most others, and is capable of remaining in a dormant state for a very long period; and if we are to give credence to many reports on the subject, it may[Pg 530] linger in the system for several years. At other times, its destructive nature has proved immediately injurious. Heisler has given a case where a man was affected by merely putting into his mouth the cord by which the mad dog had been confined. Palmarius relates the case of a peasant, who, in the last stage of the disease, communicated it to his children by kissing them. It has, however, been clearly demonstrated, that inoculation of rabid saliva does not propagate the distemper. Experiments were made both by Magendie and Breschet in 1813. In 1800, when a dresser in the Hôtel Dieu of Paris, I witnessed several experiments of the kind, and with similar results. At the same period, I had occasion to observe the effect of imagination in many cases. Several persons had been bitten by a rabid dog in the Faubourg St. Antoine, and three of them had died in our wards; a report, however, was prevalent that we kept a mixture that would effectually prevent these accidents; no less than six applicants were served with a draught of coloured water, and in no one instance did any accident ensue.
It seems that some people have a unique vulnerability that makes them more likely to suffer from the aftermath of rabid animal bites than others. Mr. Hunter shares an example where, out of twenty people bitten by the same dog, only one got the disease. However, this virus appears to be less volatile than many others and can stay dormant for a long time; if we can believe several reports on the matter, it might[Pg 530] remain in the body for years. In other situations, its harmful effects have been immediate. Heisler described a case where a man was infected just by putting the cord that had restrained the rabid dog into his mouth. Palmarius recounts a story of a peasant who, in the final stage of the disease, passed it to his children by kissing them. Nonetheless, it has been clearly shown that inoculating with rabid saliva does not spread the disease. Experiments were conducted by Magendie and Breschet in 1813. In 1800, while working as a dresser in the Hôtel Dieu of Paris, I observed several similar experiments, which yielded the same results. During that time, I also noticed how the power of suggestion affected many cases. Several people had been bitten by a rabid dog in Faubourg St. Antoine, and three of them died in our wards; however, there was a rumor going around that we had a mixture that could effectively prevent these incidents; six people ended up being given a drink of colored water, and none of them experienced any problems.
The period of the development of the accidents after the bite in animals is various. According to Meynall, the disease appears amongst dogs from ten days to eight months after the injury. In the hounds of Earl Fitzwilliam, who were bitten in June 1791, the intervals varied from six weeks to six months. Dr. James made a similar observation in Mr. Floyer’s pack.
The time it takes for symptoms to show up in animals after a bite varies. According to Meynall, the disease can show up in dogs anywhere from ten days to eight months after the bite. In the hounds belonging to Earl Fitzwilliam, who were bitten in June 1791, the time spans ranged from six weeks to six months. Dr. James noticed the same thing in Mr. Floyer’s pack.
No malady has been submitted to more curious and fearful modes of treatment than hydrophobia; and in many cases such has been the dread of the disease, that patients have been smothered or drowned. Dioscorides seared the wound with irons heated to whiteness; other practitioners first excised the wounded part, and then applied fire or caustic. While fire was resorted to by some practitioners, water was recommended by others, and submersion in a river or a pond has frequently been urged as an effectual remedy. In the time of Celsus, the miserable sufferer was thrown without any warning into a fishpond, alternately plunging his head under water and raising it: when the poor wretch could swim, he was forcibly kept immersed until filled with water. After this experiment, which Celsus terms the unicum remedium, for fear that the patient might be attacked with convulsions, he was taken out of the pond, and soused in warm oil. Van Helmont recommended that the poor devil should be kept under water while the psalm Miserere was sung, and most probably the terrified choristers were not expeditious in their performance. Morin relates the[Pg 531] case of a young woman, twenty years old, who was plunged in a tub of water, with a bushel of salt dissolved in it, and dipped repeatedly, until she became insensible; however, much to the surprise of the bystanders, who thought her dead, she recovered, and could not only look upon water, but was able to drink it. Bleeding nearly to death, mercury, cantharides, and various medicines, have been also called into aid; but none have appeared to prove effectual in curing this dreadful disorder. One of the most singular modes of treatment was the introduction of rabid blood into the system of the patient,—in fact, a homœopathic plan of Dr. Rithmeister of Powlowsk, in Finland, who has recorded several cases to prove that the blood of a rabid animal, when drunk, is a specific against canine hydrophobia. The doctor communicates a letter from Dr. Stockmann, a Russian physician, stating this practice to be both common and effectual in White Russia.
No illness has faced more unusual and terrifying treatments than rabies; in many cases, the fear of the disease was so intense that patients were suffocated or drowned. Dioscorides cauterized the wound with irons heated to white hot; other practitioners first removed the injured area and then applied fire or caustic substances. While some turned to fire, others recommended water, with submersion in a river or pond often suggested as an effective remedy. In Celsus's time, the unfortunate victim was abruptly thrown into a fishpond, repeatedly dunking their head underwater and bringing it back up. If the poor soul could swim, they were forcibly held underwater until filled with water. After this ordeal, which Celsus calls the unicum remedium, and out of fear of the patient having convulsions, they were pulled from the pond and soaked in warm oil. Van Helmont advised that the unfortunate person should remain underwater while the psalm Miserere was sung, and it’s likely the scared singers weren’t quick about it. Morin recounts the case of a 20-year-old woman who was submerged in a tub of water with a bushel of salt dissolved in it and dipped repeatedly until she lost consciousness; to everyone’s surprise, who thought she was dead, she recovered and was able to not only look at water but also drink it. Bleeding nearly to death, mercury, cantharides, and various other treatments were also tried, but none seemed effective in curing this terrible disease. One of the most peculiar treatments involved introducing rabid blood into the patient’s system—a sort of homeopathic approach by Dr. Rithmeister of Powlowsk, Finland, who documented several cases supporting the idea that drinking the blood of a rabid animal could effectively combat canine rabies. The doctor shares a letter from Dr. Stockmann, a Russian physician, claiming this practice is common and effective in White Russia.
With a view of producing a fresh poisonous action that might neutralize the former one, it has also been proposed that a venomous serpent should be made to inflict a wound under the bite of the mad dog. I do not believe that this experiment has ever been tried; and, as Good observes, the claim of ingenuity is, most probably, the only one it will ever have to receive. This fatal disease is enveloped in so much darkness, both as regards its causes and its treatment, that it may well be considered one of the opprobriums of the profession. The experiments of my late friend Sir David Barry are, however, of great importance; and in many cases of poisonous wounds, the application of cupping-glasses has been followed by evident favourable results.
In an effort to create a new toxic reaction that could counteract the previous one, it has been suggested that a venomous snake should be used to deliver a bite after the bite of a rabid dog. I don't think this experiment has ever been conducted, and as Good notes, the only merit it will likely ever have is its cleverness. This lethal disease is shrouded in so much uncertainty regarding its causes and treatments that it can rightly be seen as a disgrace in the medical field. However, the experiments of my late friend Sir David Barry are highly significant, and in numerous cases of poisonous bites, using cupping glasses has led to clearly positive outcomes.
To ascertain the existence of rabies in animals, more especially in dogs, is a matter of great importance, as being frequently the source of moral depression or of sanguine hope, that may tend to increase or diminish the severity of the accidents. One may apprehend madness in a dog when we see the animal dull, and seeking solitude and darkness, his sleep disturbed, and when awakened refusing food or drink. Its head droops, the tail hangs between the legs. The animal soon quits the abode of his master, the mouth secreting a viscid foam, the tongue pendulous and dry, the eyes bright and sparkling. His gait soon becomes uncertain; now precipitate, then slow and undecided. Impatient, and parched with a burning thirst, he cannot rest; and the sight of any fluid occasions an instinctive shudder. The rabid symptoms now become more violent; the animal will attack and bite other dogs, although much superior in strength.[Pg 532] It is asserted that dogs avoid him with terror. On these occasions the fury of the animal is not to be controlled; all ties of attachment are dissolved; and his master is but too frequently the first victim of his indiscriminate rage. Hence the absurd popular notion that mad dogs inflict their first bite on those to whom they are attached,—a circumstance that simply can be attributed to the natural endeavours of a master to check the violence of a domestic creature whom he generally can control. Mad dogs seldom bark, but express their angry uneasiness with a growl, which gradually becomes weaker, until the animal staggers, droops, and dies. Yet as there may exist many maladies amongst animals in which these symptoms are observed, to destroy them, as is usually the case, is a most absurd practice, since the individuals whom they may have bitten will sink into a fatal despondency; whereas, by allowing them to live, if they recover, it is evident that the patient will be easily persuaded that the dog was not in a rabid state.
To determine if animals, especially dogs, have rabies is really important because it often influences people's feelings, either causing worry or providing hope, which can change how serious the situation seems. You might suspect a dog has rabies if it appears lethargic, seeks isolation, is sleeping poorly, and when roused, refuses to eat or drink. Its head may hang low, and the tail will be tucked between its legs. The dog soon leaves its owner's space, foaming at the mouth, with a drooping, dry tongue and bright, alert eyes. Its movements become unstable; sometimes it rushes forward, then moves slowly and hesitantly. Restless and extremely thirsty, it can't find peace, and just seeing water makes it flinch. The signs of rabies grow increasingly intense; the dog may attack and bite other, stronger dogs. [Pg 532] It’s said that other dogs fear it. In these moments, the animal's rage is uncontrollable; any bonds of loyalty vanish, and often the owner is the first target of its unpredictable aggression. This feeds into the incorrect belief that rabid dogs first attack those they care about—this is simply because the owner, trying to prevent a domestic animal from becoming violent, often ends up being bitten. Rabid dogs usually don’t bark; instead, they show their frustration through growls that gradually weaken until they stagger, slump, and die. However, many other illnesses in animals can cause similar symptoms, so killing them, as is often done, is a foolish practice. This not only leads to despair in those they may have bitten but also, if these animals are allowed to live and recover, it will be clear to the affected that the dog wasn’t rabid.
The following cases, recorded by Dr. Perceval, are curious instances of the dormant state of this fearful virus, the effects of which are accidentally developed.
The following cases, recorded by Dr. Perceval, are interesting examples of the dormant state of this dangerous virus, the effects of which are accidentally revealed.
A wine-porter was labouring under a low fever; after a time appeared some symptoms of hydrophobia, and much inquiry elicited the recollection of his having been slightly bitten by a dog six weeks before. In the interval he was convicted of some fraudulent practice in the cellar of his master, to whom he owed great obligation, and was dismissed with disgrace. Anxiety on this event seemed to produce the fever, which terminated in rabies.
A wine-porter was suffering from a mild fever; after a while, some signs of hydrophobia showed up, and further questioning revealed that he had been slightly bitten by a dog six weeks earlier. During this time, he was caught engaging in some dishonest behavior in his master's cellar, to whom he owed a lot. He was dismissed in disgrace. The stress from this incident seemed to cause the fever, which eventually led to rabies.
Lately an officer was bitten by a dog, whose madness being recognised, the bitten part was excised immediately: after an undisturbed interval of two months, he was advised to go to England to dissipate the recollection of the accident. There he exercised himself violently in hewing wood, felt pain in the hand which had been bitten, embarked for Ireland, had symptoms of hydrophobia on board the packet, and died soon after his arrival. From the varying period of attack, we might infer that the influence of occasional causes is very considerable. In the last patient, hydrophobia supervened exactly five weeks from the time of the bite: he lost one hundred and twenty ounces of blood in twelve hours, which sunk him much; violent perspiration, and at length delirium, attended the water-dread; during the last twenty-four hours he swallowed, and recovered his senses; and died slightly convulsed, whilst [Pg 533]cutting an egg. These cases seem to point out agitation of mind and feverish excitation as powerful occasional causes.
Recently, an officer was bitten by a dog. Once the dog’s rabies was recognized, the bitten area was immediately removed. After a quiet two months, he was advised to go to England to forget the incident. There, he worked hard chopping wood, felt pain in his bitten hand, and then traveled to Ireland. On the ship, he showed symptoms of rabies and died shortly after arriving. The varied timing of his symptoms suggests that random factors can have a significant effect. In the last patient, rabies developed exactly five weeks after the bite; he lost one hundred and twenty ounces of blood in twelve hours, which drained him significantly. He experienced severe sweating and eventually delirium associated with fear of water; in the final twenty-four hours, he was able to swallow and regained his senses before dying with slight convulsions while [Pg 533] cutting an egg. These cases seem to suggest that mental distress and feverish excitement act as strong triggering factors.
Herman Strahl has recently related the following case of rabies in which the dog that had bitten the patient was not mad. In the month of January, 1833, an innkeeper was taken ill. The doctor found him dressed, and stretched upon his bed. He did not complain of any particular ailment, but loathed all food. He at last admitted that he experienced some difficulty in swallowing; and his mother having offered him a cup of tea, he refused it with a sense of horror, and his countenance immediately assumed a character of ferocity that terrified the bystanders. An apple having been given to him, he ate it without repugnance. It was now discovered that, five weeks before, he had been bitten by a dog he was training; and the wound was slow in healing. The dog was sought, and did not show the slightest sign of disease,—barking, playing, and drinking freely. In the evening the patient’s case was aggravated; and it was with the utmost difficulty that he was made to swallow a spoonful of ptisan. The next day he was seized with a violent attack of rabies: seeing one of his sisters drinking, he fell into a furious rage, dashed a looking-glass to pieces, and entreated his relatives to withdraw, as he otherwise would inevitably bite them. This outrageous paroxysm lasted half an hour; at its expiration he fell into a tranquil sleep. But at night he was seized with another attack; and he began to howl and imitate the barking of a dog, and commenced breaking every thing in the room of a shining appearance. His sisters fled in dismay; but he seized his mother, a woman of sixty-five years of age, cast her on the ground, and bit her in the cheek. After this desperate act, he seemed to be struck with a conviction of what he had done, and became more tranquil; but, half an hour after, on entering his chamber, he was found dead, his head under the bedclothes. His mother did not experience any accidents from the injury.
Herman Strahl recently reported a case of rabies in which the dog that bit the patient was not rabid. In January 1833, an innkeeper became ill. The doctor found him dressed and lying on his bed. He didn’t complain of any specific illness, but he couldn’t stand the thought of food. Eventually, he admitted that he had some trouble swallowing; when his mother offered him a cup of tea, he refused it in horror, and his face suddenly looked ferocious, scaring everyone around him. He was given an apple, which he ate without any issues. It was then discovered that he had been bitten by a dog he was training five weeks prior, and the wound was healing slowly. They searched for the dog, which showed no signs of illness—barking, playing, and drinking normally. In the evening, the patient’s condition worsened, and he struggled to swallow a spoonful of herbal tea. The next day, he suffered a severe rabies attack: seeing one of his sisters drinking, he became furious, smashed a mirror, and begged his family to leave him alone, saying he would definitely bite them. This outburst lasted for half an hour, after which he fell into a calm sleep. But that night, he experienced another episode; he started howling and mimicking a dog’s bark, breaking everything shiny in the room. His sisters ran away in fear, but he grabbed his mother, a 65-year-old woman, threw her to the ground, and bit her on the cheek. After this desperate act, he seemed to realize what he had done and became calmer; however, half an hour later, when they entered his room, he was found dead, his head under the bedclothes. His mother did not suffer any consequences from the bite.
It is singular that, in this miserable condition, the patients will frequently show singular partialities; and, although repulsing any fluid offered to them by some individuals, will take it from others, and attempt, however vainly, to drink. In the Hôtel Dieu of Paris, a young girl, affected with hydrophobia, would only take a cup of ptisan from me; but with looks of inexpressible anxiety returned it to me, after having struggled to moisten her burning lips. At Boulogne, a postilion, bitten by a mad dog, was violent with every one but one of my nephews: from him he also accepted drink, although unable[Pg 534] to swallow it; before dying in excruciating agonies, he repeatedly asked for him, and begged that he might be sent for. He would not allow, even in his last moments, any other person to come near him;—another striking instance of that unknown power of sympathy to which I have frequently alluded in the preceding pages.
It’s interesting that, in this terrible state, patients often show strange preferences; even though they reject any liquid offered by some people, they'll accept it from others and try, though unsuccessfully, to drink. At the Hôtel Dieu in Paris, a young girl suffering from hydrophobia would only take a cup of herbal tea from me; but with a look of deep anxiety, she returned it after struggling to wet her parched lips. In Boulogne, a coachman bitten by a rabid dog reacted violently to everyone except one of my nephews: he accepted a drink from him too, even though he couldn’t swallow it. Before dying in excruciating pain, he repeatedly asked for my nephew and begged that he be sent for. He wouldn’t let anyone else approach him, even in his final moments—another striking example of that mysterious power of sympathy I've mentioned several times in the previous sections.
ON THE RISE AND PROGRESS OF THE SCIENCE OF MEDICINE.
In a former paper I have given a sketch of the progress of the Chirurgical profession, relating the many difficulties its members had to encounter in their endeavours to attain that degree of perfection to which surgery has risen; a perfection which we have every reason to believe will still continue to be improved by the daily discoveries of the Physiologist, whose labours may be considered the theoretical guide of the practitioner. The history of medicine is equally fraught with much interest, since its being a science more or less conjectural, it has opened a vast career to the speculative mind, and a wide field for the ambitious. Having been long considered a divine inspiration, priesthood in every age considered this science an attribute of their vocation, adding to their spiritual and temporal power.
In a previous paper, I provided an overview of the progress in the surgical profession, discussing the many challenges its members faced in their efforts to achieve the level of excellence that surgery has reached; an excellence that we have every reason to believe will continue to improve through the daily discoveries of physiologists, whose work can be seen as the theoretical foundation for practitioners. The history of medicine is equally compelling, as it is a science that is somewhat speculative, opening up a vast opportunity for those with a curious mind and a broad field for the ambitious. For a long time, it was viewed as a divine inspiration, and the priesthood in every era has regarded this science as part of their role, enhancing both their spiritual and worldly power.
In a rude state of society it is more than probable that the art of curing diseases, as well as that of healing injuries, did not constitute a special profession, but was practised indiscriminately by all persons whose experience and position in the midst of their uncivilized kinsfolks, gave some weight and importance to their advice. Warriors attended their wounded companions in arms. Parents sought to relieve their offspring, and children endeavoured to alleviate the sufferings of their aged and infirm sires. Thus, I may say, was the art of healing instinctively taught, and not unfrequently the brute creation guided the efforts of humanity; when man contemplated the means animals resorted to when labouring under disease. Plutarch affirms that it is to these instinctive efforts of animals that we are indebted for the knowledge of the various properties of plants. The wild goats of Crete pointed out the use of the Dictamus and vulnerary herbs—dogs when indisposed sought[Pg 535] the Triticum repens, and the same animal taught to the Egyptians the use of purgatives constituting the treatment called Syrmaïsm. The hippopotamus introduced the practice of bleeding, and it is affirmed that the employment of enemata was shown by the ibis. Sheep with worms in their liver were seen seeking saline substances, and cattle affected with dropsy anxiously looked for chalybeate waters. This study might therefore have been called an instinctive school.
In a rough society, it's very likely that the art of curing diseases and healing injuries wasn't a specialized profession, but was instead practiced by anyone whose experience and status among their uncivilized relatives gave their advice some weight and importance. Warriors treated their injured comrades. Parents tried to help their children, and kids tried to ease the suffering of their elderly and sick parents. So, the art of healing was learned through intuition, and often, animals inspired human efforts when people observed how they dealt with illnesses. Plutarch claims that we owe our understanding of various plant properties to these instinctive actions of animals. The wild goats of Crete showed the use of the Dictamus and healing herbs—dogs, when unwell, searched for the Triticum repens, and this same animal taught the Egyptians to use purgatives in a treatment called Syrmaïsm. The hippopotamus introduced the practice of bloodletting, and it's said that the ibis showed how to use enemas. Sheep with liver worms were seen looking for salty substances, and cattle suffering from dropsy eagerly sought out iron-rich waters. This study could thus be considered an instinctive school.
Herodotus tells us that the Babylonians and Chaldeans had no physicians, and in cases of sickness the patient was carried out and exposed on the highway, that any persons passing by who had been affected in a similar manner, might give some information regarding the means that had afforded them relief. Shortly, these observations of cures were suspended in the temples of the gods, and we find that in Egypt the walls of their sanctuaries were covered with records of this description. The priests of these shrines soon considered these treasures as their property, and turned their possession to a good account. Amongst the Hebrews we find that the Levites were considered as the only persons who could cure leprosy, and the practice of medicine became their province.
Herodotus tells us that the Babylonians and Chaldeans had no doctors, and when someone got sick, they were taken out and placed by the roadside so that anyone passing by who had experienced something similar could share what had helped them recover. Soon, these observations about cures were recorded in the temples of the gods, and in Egypt, the walls of their sacred spaces were filled with these accounts. The priests of these temples quickly regarded these records as their own and took advantage of them. Among the Hebrews, the Levites were seen as the only ones who could heal leprosy, and the practice of medicine became their responsibility.
The priests of Greece adopted the same practice, and some of the tablets suspended in their temples are of a curious character which will illustrate the custom. The following votive memorials are given by Gurter: “Some days back, a certain Caius, who was blind, learned from an oracle, that he should repair to the temple, put up his fervent prayers, cross the sanctuary from right to left, place five fingers on the altar, then raise his hand and cover his eyes. He obeyed, and instantly his sight was restored amidst the loud acclamations of the multitude. These signs of the omnipotence of the gods were shown in the reign of Antoninus.”
The priests of Greece followed the same practice, and some of the tablets displayed in their temples have intriguing details that illustrate the custom. The following votive memorials are provided by Gurter: “A few days ago, a man named Caius, who was blind, received a message from an oracle that he should go to the temple, offer his earnest prayers, cross the sanctuary from right to left, place his five fingers on the altar, then raise his hand and cover his eyes. He did this, and immediately his sight was restored amid the loud cheers of the crowd. These signs of the gods' power were evident during the reign of Antoninus.”
“A blind soldier named Valerius Apes, having consulted the oracle, was informed that he should mix the blood of a white cock with honey, to make up an ointment to be applied to his eyes, for three consecutive days: he received his sight and returned public thanks to the gods.”
“A blind soldier named Valerius Apes consulted the oracle and was told to mix the blood of a white rooster with honey to create an ointment to apply to his eyes for three consecutive days. He regained his sight and publicly thanked the gods.”
“Julian appeared lost beyond all hope, from a spitting of blood. The god ordered him to take from the altar some seeds of the pine, and to mix them with honey, of which mixture he was to eat for three days. He was saved, and came to thank the gods in presence of the people.”
“Julian seemed completely hopeless, bleeding from his mouth. The god instructed him to take some pine seeds from the altar and mix them with honey. He was to eat this mixture for three days. He was saved and came to thank the gods in front of the people.”
The Ex volos of modern times suspended at the altars of saints in Catholic churches, are similar testimonials of [Pg 536]superstitious credulity, and priestly fraud, and constitute a lucrative branch of business, more particularly to waxchandlers, who fabricate simulacra of every organ or member of the body that may be diseased.
The Ex volos of today, displayed at the altars of saints in Catholic churches, are similar testimonials of [Pg 536]superstitious belief and priestly deception, and represent a profitable line of business, especially for candle makers, who create replicas of every organ or body part that may be unhealthy.
Such was the study and practice of medicine, until the days of Hippocrates, justly named the father of medicine. But even this great man in his study of the problematic science, attributed to divine influence all that could not be comprehended and explained, giving the appellation of sacred, to that which appeared prodigious and inexplicable. This divine influence which was considered as invincible, setting at nought all human speculation and mortal efforts, he denominated the τὸ θεῖον the Divinum quid, he also fancied that the principle of fire was the source of all animation; for the which opinion, more modern writers pronounced him an atheist, amongst other bigots, who thus accused him, we find Gundling and Drelincourt, and even Mosheim; while on the other hand, Will Schmidt, Fabricius, and Bellunensi have sought to reconcile his doctrine with the scriptures; and so far from this accusation being founded, it is well known that Hippocrates had such an implicit belief in the power of the gods, that he got himself initiated in the Eleusinian mysteries at Athens. We find in his Prænotum the following singular passage: “Nevertheless, there does exist in all diseases something of a divine nature, and the physician who is able to foresee their results, must be admired for his judgment.”
This was the study and practice of medicine until the time of Hippocrates, rightly called the father of medicine. However, even this remarkable figure, in his exploration of the challenging science, attributed everything that couldn't be understood or explained to divine influence, labeling what seemed extraordinary and mysterious as sacred. This divine influence, seen as unstoppable and disregarding all human theories and efforts, he referred to as τὸ θεῖον the Divinum quid. He also believed that the principle of fire was the source of all life; because of this belief, more modern writers have labeled him an atheist, alongside other critics like Gundling and Drelincourt, and even Mosheim. On the other hand, Will Schmidt, Fabricius, and Bellunensi have tried to align his teachings with the scriptures. Far from the accusation being justified, it's well known that Hippocrates had such strong faith in the power of the gods that he was initiated into the Eleusinian mysteries in Athens. In his Prænotum, there's a notable passage: “Nevertheless, there exists in all diseases something of a divine nature, and the physician who can predict their outcomes deserves admiration for his judgement.”
This divine something, has been the subject of much research and angry disputation. Galen considered it to reside in the atmosphere. Fernel considered it the principle of putrefaction and disorganization. Mercuriali placed it in sideral influence, while Professor Martianus maintained that Hippocrates had a firm belief in demons and malevolent spirits. It would be endless to recount all the idle disquisitions on this matter, which have too frequently converted universities into Pandemoniums.
This divine something has sparked a lot of research and heated debates. Galen thought it was in the atmosphere. Fernel believed it was the principle of decay and disorder. Mercuriali attributed it to celestial influences, while Professor Martianus insisted that Hippocrates firmly believed in demons and evil spirits. It would take forever to list all the pointless discussions on this topic, which have often turned universities into chaotic battlegrounds.
The earliest teachers of medicine were the philosophers, amongst whom we must remark Pythagoras, who founded the school of Crotona, where assuming the sanctity of the priesthood he obtained such an authority over his disciples, that it gave rise to the common expression of jurare in verba magistri. This truly wonderful man had learnt in Egypt the secret symbolic mode of writing of the priests, and he certainly did apply his extensive acquirements to the welfare of his country and the benefit of mankind; according at least to his views of the subject, which we have every reason to believe were conscientious. From his youth, when he bore away the prize in the Olympic[Pg 537] games, his lofty ambition, which scarcely knew any bounds, constantly urged him on in a career of perfection in every branch of learning, which ultimately placed him on the highest ground that ever philosopher attained.
The earliest teachers of medicine were philosophers, among whom we should note Pythagoras, who established the school in Crotona. By taking on the sacred role of a priest, he gained such authority over his students that it led to the saying jurare in verba magistri. This truly remarkable man learned the secret symbolic writing of the priests in Egypt, and he certainly used his extensive knowledge for the benefit of his country and humanity, at least according to his perspective on the matter, which we have every reason to believe was sincere. From his youth, when he won a prize at the Olympic[Pg 537] games, his boundless ambition constantly pushed him toward perfection in every area of study, ultimately placing him on the highest pedestal ever reached by a philosopher.
After Pythagoras, we find medicine taught by Anaxagoras, Democritus, Heraclitus; but Hippocrates was justly considered the father of medicine, and deserved the name of great—every line of his immortal works breathes a deep knowledge of the phenomena of nature, and an ardent desire to release the most important of all human sciences from the degrading trammels of ignorance and imposture. Nothing can afford a more convincing proof of the purity of his motives, and the integrity of his principles than the formula of the oath which he exacted from his disciples, and which runs as follows:
After Pythagoras, we see medicine taught by Anaxagoras, Democritus, and Heraclitus; however, Hippocrates is rightly regarded as the father of medicine and truly deserves the title of great—every line of his timeless works reflects a profound understanding of nature's phenomena and a passionate commitment to freeing this vital human science from the degrading constraints of ignorance and deceit. Nothing offers clearer evidence of his pure intentions and the honesty of his principles than the oath he required from his students, which goes as follows:
“I swear by Apollo, by Esculapius, by Hygeia, and all the gods, to fulfil religiously the solemn promise which I now do make.
“I promise by Apollo, by Esculapius, by Hygeia, and all the gods, to faithfully keep the serious vow I am making now.
“I will honour as my father, the master who shall teach me the art of healing, and convince him of my gratitude, by endeavouring to minister to all his necessities. I will consider his children as my own, and will gratuitously teach them my profession should they express a desire to follow it.
“I will honor as my father the master who teaches me the art of healing, and I will show him my gratitude by working to meet all his needs. I will treat his children as my own and will gladly teach them my profession if they want to pursue it.”
“I shall act in a similar manner to all my brethren who are bound by a similar engagement, but shall not admit any other to my lessons, my discourses, or the exercises of my profession.
“I will behave in the same way as all my peers who are committed to a similar agreement, but I will not allow anyone else to attend my lessons, my talks, or the practices of my profession.
“I shall prescribe to my patients, such a course of regimen as I may consider best suited to their condition, according to the best of my judgment and capacity, seeking to preserve them from any thing that might prove injurious.
“I will prescribe to my patients a course of treatment that I think is best for their condition, based on my best judgment and ability, aiming to protect them from anything that could be harmful.
“No inducement shall ever lead me to administer poison, nor shall I ever give a criminal advice, or contribute to an abortion.
“No incentive will ever make me administer poison, nor will I ever give criminal advice or assist in an abortion.
“My sole end shall be to relieve and cure my patients, to render myself worthy of their confidence, and not to expose myself, even to the suspicion of having abused this influence, more especially when a woman is in the case.
“My only goal will be to help and heal my patients, to earn their trust, and not to put myself in a position where I might be suspected of having misused this influence, especially when a woman is involved.”
“I shall seek to maintain religiously both the integrity of my conduct, and the honour of my art.
I will strive to uphold both the integrity of my actions and the honor of my craft.
“I will not operate for the stone, but leave that operation to those who cultivate it.
“I won’t perform the surgery for the stone; I’ll leave that procedure to those who specialize in it.
“To whatever dwelling I may be called, I shall cross its threshold with the sole view of succouring the sick, abstaining from all injurious views and corruption, especially from any immodest action.
“To whatever place I may be called, I will enter with the only intention of helping the sick, avoiding all harmful thoughts and corruption, especially any inappropriate actions.
[Pg 538]“If during my attendance, or even after a recovery, I happen to become acquainted with any circumstances of the patient’s life which should not be revealed, I shall consider this knowledge a profound secret, and observe on the subject a religious silence.
[Pg 538]“If while I'm present, or even after someone gets better, I happen to learn any details about the patient's life that shouldn't be shared, I will treat this information as a serious secret and will keep quiet about it.”
“May I as a rigid observer of this my oath, reap the fruit of my labours, enjoy a happy life, and obtain general esteem—should I become a perjurer, may the reverse be my lot.”
“May I, as a strict observer of this oath, reap the rewards of my hard work, enjoy a happy life, and gain the respect of others—if I become a liar, may the opposite be my fate.”
At this period the physician who founded a school taught every branch of the science, and after examining his disciples, gave them a permission to practise the profession when properly qualified. Hippocrates was succeeded by his sons Thessalus and Draco.
At this time, the physician who started a school taught every part of the science, and after assessing his students, allowed them to practice the profession when they were properly qualified. Hippocrates was succeeded by his sons Thessalus and Draco.
The school of Hippocrates was followed by that of Plato who founded the dogmatic sect, but his speculative views were succeeded by the more sound doctrines of Aristotle, who was one of the first philosophers who applied himself to practical anatomy in the frequent dissections of various animals, and he struck out the important path which his successor Herophilus was fortunate enough to follow for the welfare of mankind, by submitting human bodies to the scrutinizing scalpel under the protection of Ptolemy Lagus, a protection which became the more necessary as he had been actually accused of having dissected living subjects. Tertullian affirms that he had thus sacrificed six hundred victims; but what faith can we place in such an absurd charge, which very probably arose from envy or prejudice; although his successor Erasistratus, was accused of a similar offence, and in more modern times Mondini, who was the first to reintroduce human dissections was exposed to a like charge. It was Herophilus who founded the celebrated school of Alexandria, where under the auspices of Ptolemy Philadelphus, Erasistratus succeeded him, followed by Strabo of Berytus, Strabo of Lampsacus, Lycon of Troas, Apollonius of Memphis, and many other distinguished philosophers.
The school of Hippocrates was succeeded by Plato, who established the dogmatic sect, but his theoretical ideas were later replaced by the more solid doctrines of Aristotle. He was one of the first philosophers to focus on practical anatomy through frequent dissections of various animals, paving the way for his successor Herophilus to contribute significantly to human welfare by dissecting human bodies under the protection of Ptolemy Lagus. This protection was particularly important since he had been accused of dissecting living subjects. Tertullian claims he sacrificed six hundred victims, but how much trust can we place in such an outrageous claim, likely stemming from envy or bias? Herophilus’s successor, Erasistratus, faced similar accusations, and in more recent times, Mondini, who was the first to revive human dissections, encountered the same allegations. Herophilus founded the renowned school of Alexandria, where, under Ptolemy Philadelphus, Erasistratus took over, followed by Strabo of Berytus, Strabo of Lampsacus, Lycon of Troas, Apollonius of Memphis, and many other distinguished philosophers.
It was at this period that physicians began to practise surgery, which was first taught with great repute in the Alexandrian school, and where Ammonicus and Sostrates, surnamed the lythotomists, first distinguished themselves by this important operation.
It was during this time that doctors started performing surgery, which was first taught with great respect at the Alexandrian school, where Ammonicus and Sostrates, nicknamed the lithotomists, first made a name for themselves with this significant procedure.
While the science of medicine thus flourished in Greece and Egypt it was scarcely known in Rome, where the first physician who ventured to practise was Archagathus from Peloponnesus. At first the bold adventurer was favourably received, but his operations having shocked a people who constantly glutted their eyes in scenes of horror, and who beheld the blood of[Pg 539] gladiators flowing in their arena or streaming under the lictors axe! the imprudent practitioner was stoned to death by the populace, and a hundred and fifty years elapsed ere another physician could be induced to visit the ungrateful country, nor was it until the time of Pompey and of Cæsar that any medical men dared to visit the “eternal city.”
While the field of medicine thrived in Greece and Egypt, it was barely recognized in Rome, where the first doctor to try his skill was Archagathus from Peloponnesus. Initially, this daring individual was welcomed, but his surgical procedures horrified a populace that was used to witnessing gruesome spectacles, whether it was the blood of[Pg 539] gladiators spilling in the arena or streaming from the axes of lictors. The reckless practitioner was stoned to death by the crowd, and it took another one hundred and fifty years before another physician would be persuaded to come to that ungrateful land. It wasn't until the era of Pompey and Caesar that any medical practitioners dared to enter the “eternal city.”
The first of these was Asclepiades, who commenced by giving lessons of rhetoric, which were succeeded by lectures on physic, in the first school of medicine which he founded in Rome. It was on these benches that Aufidius and Nico, Artonius and Niceratus were initiated in the art of healing, while Asclepiades formed his celebrated disciple Themison founder of the sect of the Methodists or Solidists. To this school are we also indebted for the learned Celsus justly called the Cicero of medicine. Under Trajan and Adrian the medical profession had attained great celebrity and splendour, and under M. Antoninus, and Marcus Aurelius the world became indebted to the glorious labours of Galen—but the bright days of the healing art were sinking with the star of Rome in the dark horizon of barbarism, and the works of these illustrious masters were sacrificed at the shrine of astrology, magic, and Eastern theosophy.
The first of these was Asclepiades, who started by teaching rhetoric, followed by lectures on physics, in the first medical school he established in Rome. It was in these classrooms that Aufidius, Nico, Artonius, and Niceratus were introduced to the art of healing, while Asclepiades trained his famous student Themison, who founded the Methodists or Solidists sect. We also owe the learned Celsus to this school, who was rightly called the Cicero of medicine. Under Trajan and Hadrian, the medical profession gained great fame and prestige, and during the reign of M. Antoninus and Marcus Aurelius, the world benefited from the remarkable work of Galen—but the golden days of the healing arts were fading along with the decline of Rome into the dark era of barbarism, and the works of these distinguished masters were sacrificed to astrology, magic, and Eastern theosophy.
From this period we find Eastern superstitions mingled with the early practices and creed of Christianity, when, to use the words of Sprengel, “An allegorical explanation of words and even of the scriptures, was carried so far by the Jews that it was considered the utmost perfection of human learning. The essence of every science, and the only method of obtaining, without laborious studies, and in a state of idle contemplation, a degree of wisdom beyond the reach of all other mortals. It is thus that during the first century of our era the science of Cabala arose, a tissue of all the chimeras of Zoroaster, Pythagoras, and the Jews, and which in time, to the shame of human intellect, invaded the domain of learning, and became closely connected with medicine.”
From this period, we see Eastern superstitions mixed with the early practices and beliefs of Christianity. As Sprengel stated, “An allegorical interpretation of words and even of the scriptures was taken so far by the Jews that it was viewed as the highest form of human knowledge. It was seen as the essence of every science and the only way to gain a level of wisdom that was beyond the reach of other people, all without hard work or deep study, and in a state of relaxed contemplation. Thus, during the first century of our era, the science of Cabala emerged, woven from the fantasies of Zoroaster, Pythagoras, and the Jews, which eventually, to the discredit of human intellect, penetrated the field of learning and became closely linked with medicine.”
In the commencement of the second century of the church, Acibba published a work called Jezirach, and Cimeon-Ben-Ischai wrote his book entitled Sohan, in which their cabalistic labours sought to prove, that there existed a supreme being from whom emanated ten angels, who formed the first world, in which resided three personified abstractions—knowledge, intelligence, and wisdom.—Besides this first or primitive world, there existed three others moving in concentric circles—the world created, the world formed, and the world constructed! So united, so constructed, that whatever might happen in the last[Pg 540] of these worlds had already existed in imagination in the first. From this theory it was maintained that the practice of physic was to call into action all the powers of the superior worlds; a problem that could only be solved by a cabalistic physician, who by his piety and contemplation had succeeded in rendering himself worthy of a communication with celestial agency.
At the start of the second century of the church, Acibba released a work called Jezirach, and Cimeon-Ben-Ischai wrote his book titled Sohan, where their mystical studies aimed to demonstrate that there was a supreme being from whom ten angels came forth, forming the first world. This world contained three personified concepts—knowledge, intelligence, and wisdom. In addition to this initial or original world, there were three others moving in concentric circles—the created world, the formed world, and the constructed world! These worlds were so intertwined that anything happening in the last[Pg 540] of them had already existed in thought in the first. From this theory, it was believed that the practice of medicine involved activating all the powers of the higher worlds; a challenge that could only be addressed by a mystical physician, who through his devotion and contemplation had made himself worthy of communication with celestial forces.
Facts and observations recorded by long experience were now considered useless and contemptible data, and all terrestrial knowledge despised. Anatomy was deemed worse than useless, and the established doctrines of various schools a dead letter. Chaldean, Phœnician, Hebrew words with mystic significations were introduced as symbolic illustrations of science: no language that could be understood, was deemed intelligible, and any system that could bear the test of reason was denounced as impious.
Facts and observations gathered from years of experience were now seen as worthless and disdainful data, and all earthly knowledge was looked down upon. Anatomy was considered worse than useless, and the accepted teachings of different schools were irrelevant. Chaldean, Phoenician, and Hebrew terms with mysterious meanings were used as symbolic examples of science: no language that could be understood was regarded as meaningful, and any system that could be logically supported was condemned as blasphemous.
Thus was the career opened to the craft of priests boundless. It had been believed that the apostles were gifted with the power of healing by the mere apposition of their hands, and their self-named descendants pretended to possess the same divine attributes—and not only beatified monks cured with various oils and ointments; but their very mortal remains, became precious in the hands of their monastic successors. When their mouldering bones had been sold wholesale and retail as precious relics, their very sepulchres and their shadows brought hosts of pilgrims to herd round their shrines.
Thus began the limitless career of the priesthood. It was believed that the apostles had the power to heal simply by laying on hands, and their self-proclaimed successors claimed to share the same divine gifts. Not only did beatified monks heal using various oils and ointments, but even their mortal remains became treasures in the hands of their monastic successors. When their decayed bones were sold in bulk and individually as precious relics, their very tombs and shadows drew crowds of pilgrims to gather around their shrines.
The study of medicine destroyed with the glories of Rome, was revived in Egypt, where Zeno of Cyprus delivered courses of lectures at Alexandria, a school which soon after dwindled into decay, sinking into obscurity with the once famed academies of Greece.
The study of medicine, which had faded along with the glories of Rome, was revived in Egypt, where Zeno of Cyprus gave lectures in Alexandria. However, that school soon fell into decline, disappearing into obscurity along with the once-renowned academies of Greece.
The Roman empire dismembered, Persia became an asylum for fugitive philosophy, and the Nestorians founded a medical school at Edessa in Mesopotamia, while other sectarians equally oppressed by ostensible orthodoxy, sought a refuge in the city of Dschondi-Sabour, where numbers of Persian and Arabian students flocked to learn their doctrines, and thus we have the origin of the celebrated school of Bagdad under the protection of their caliphs.
The Roman Empire fell apart, and Persia became a safe haven for escaping philosophers. The Nestorians established a medical school in Edessa, Mesopotamia, while other groups that were similarly oppressed by mainstream beliefs found refuge in the city of Dschondi-Sabour. Many Persian and Arabian students came there to learn their teachings, leading to the founding of the renowned school in Baghdad under the protection of their caliphs.
This regeneration of science was soon communicated to the shores of Europe, and the Caliph Alhakam founded a school at Cordova possessing upwards of 300,000 volumes, and Seville, Toledo, Saragossa, and Coimbra followed the bright example. Thus was a science, banished from Europe by bigoted and [Pg 541]misguided Christians, restored to its former seat by Mohammedans.
This revival of science quickly reached the shores of Europe, and Caliph Alhakam established a school in Cordova with over 300,000 volumes. Seville, Toledo, Saragossa, and Coimbra followed this inspiring example. In this way, a branch of science, pushed out of Europe by narrow-minded and [Pg 541]misguided Christians, was brought back to its rightful place by Muslims.
The progress of the science of medicine under the Moorish government was so rapid in Spain, that we find one hundred and fifty medical writers in the schools of Cordova, and sixty-two in Murcia. While the Moors thus encouraged these important studies, the priests in the western states kept the nations under their control in a state of dense ignorance, and the practice of medicine such as it was, was confined within the cloisters of monasteries and nunneries. There does still exist a treatise of medicine written by Hildegarde, Abbess of a convent at Rupertsberg. Monks opened medical schools in several cathedrals, and we find Gregory I. sending one of these medical propagators to Canterbury, where Theodore, one of its archbishops, practised the healing art.
The progress of medicine under Moorish rule in Spain was so rapid that there were one hundred and fifty medical writers in the schools of Cordova and sixty-two in Murcia. While the Moors promoted these vital studies, the priests in the western states kept the people under their influence in a state of severe ignorance, and whatever practice of medicine existed was limited to the confines of monasteries and nunneries. There is still a medical treatise written by Hildegarde, Abbess of a convent at Rupertsberg. Monks established medical schools in several cathedrals, and we see Gregory I. sending one of these medical educators to Canterbury, where Theodore, one of its archbishops, practiced medicine.
While the study of medicine had become a privilege of ignorant friars, it was destined to assume a semblance of learning in Italy, where some intelligent Benedictines founded a school at Salerno. Here the works of the Greeks, and Romans, and Arabian physicians were once more brought to light, and in the eighth century we find Salerno crowded with students, pilgrims, and invalids. In the eleventh century, this school had obtained a pre-eminence over every other medical institution, and at the period of the crusades its fame was universal—not that the ignorant and barbarous crusaders were capable of shedding any light on the improvement of their several countries from what they might have learned in Holy Land, but many of them who had happily returned to Europe, and been landed in the kingdom of Naples, were cured of their wounds and infirmities by these Benedictine doctors, who themselves owed much of their erudition to an African of the name of Constantine, who had studied at the school of Bagdad, and translated for the monks, who had offered him an asylum, Greek, Latin, and Arabian works, which to them were sealed volumes. Amongst the celebrated adventurers of rank who had escaped from the holy wars, was Robert, son of William the Conqueror, who was cured at Salerno of a supposed incurable wound in the arm. In this manner was the fame of the Salernian school spread far and nigh, and soon Ferdinand II. founded universities at Naples and Messina.
While studying medicine had become a privilege of uneducated monks, it was destined to develop into a true scholarly pursuit in Italy, where some insightful Benedictines established a school at Salerno. There, the works of Greek, Roman, and Arabian physicians were rediscovered, and by the eighth century, Salerno was filled with students, pilgrims, and patients. By the eleventh century, this school had become the leading medical institution. During the time of the crusades, its reputation was widespread—not that the uneducated and brutal crusaders could improve their home countries with what they might have learned in the Holy Land, but many who successfully returned to Europe and landed in the kingdom of Naples were treated for their wounds and ailments by these Benedictine doctors. They owed much of their knowledge to an African named Constantine, who had studied at the school of Bagdad and translated Greek, Latin, and Arabian works for the monks who had given him refuge, texts that were like foreign languages to them. Among the notable noble adventurers who survived the holy wars was Robert, son of William the Conqueror, who was healed at Salerno of a supposedly incurable arm wound. This is how the reputation of the Salernian school spread far and wide, leading Ferdinand II to establish universities in Naples and Messina.
The course of studies in the school of Salerno was three years of logic, and five years of medicine and surgery. At the expiration of these sessions, the student was admitted to examination, and after having passed, was still obliged to practise for[Pg 542] another year under the immediate eye of an experienced physician. It was only upon his certificate as to his professional capacities, that a licence to practise was granted, upon his engaging himself by oaths, to observe the laws of the college, to attend the poor gratuitously, and to report to the magistracy all apothecaries that adulterated their drugs or neglected the proper preparation of medicines prescribed.
The curriculum at the school of Salerno included three years of logic and five years of medicine and surgery. After completing these years, students were allowed to take an exam, and once they passed, they still had to train for[Pg 542] another year under the close supervision of an experienced doctor. Only after receiving a certificate confirming their professional skills could they obtain a license to practice, provided they pledged to follow the college's rules, provide free care to the poor, and inform the authorities about any apothecaries who tampered with their drugs or failed to properly prepare prescribed medications.
The custom of granting academic dignities may be traced to the Nestorians and the Jewish professors in the East, where it was carried into the Moorish possessions in Spain. The school of Salerno was the first collegiate body that adopted it in the western Christian institutions. The degree they conferred was that of Magister. Previous to the granting of this distinction seven years study were required, and the candidate was to be upwards of one-and-twenty years of age. He had to explain in a public meeting the Articella of Galen—a passage of the Aphorisms of Hippocrates, and of the first book of Avicenna, after which he was examined in the works of Aristotle, he then received the degree of Magister Artium et Physices. It was only the professors who bore the title of Doctors.
The custom of awarding academic degrees can be traced back to the Nestorians and Jewish scholars in the East, which was later brought into the Moorish territories in Spain. The school of Salerno was the first college to adopt this practice in Western Christian institutions. The degree they offered was called Magister. Before being awarded this distinction, a student needed to complete seven years of study and be over twenty-one years old. They had to publicly explain the Articella of Galen—a passage from the Aphorisms of Hippocrates, and a section from Avicenna’s first book. Then they were examined on the works of Aristotle and, upon passing, received the degree of Magister Artium et Physices. Only the professors held the title of Doctors.
In this manner did the science of medicine struggle for several centuries with obstacles that appeared insurmountable—in turn practised and persecuted—anathematized by the clergy, and soon after becoming a lucrative privilege of the church—prejudice, superstition, and ignorance had closed anatomical theatres, and from the days when flourished the school of Herophilus until the fourteenth century, the dissection of animals was alone permitted, and it was only by stealth that the student sought some knowledge of the human structure, from mouldering bones purloined from the cemetery. A brighter era arose in the year 1315, when Mondini de Luzzi, Professor of Anatomy at Bologna, ventured to dissect human bodies—a bold attempt, as seventeen centuries had elapsed since this investigation of the book of nature, the only record where errors can be detected and truth sought for, had been prohibited. The example of Mondini, who had written a practical anatomical manual was followed in various other schools, but a barber was the person charged with the opening of the subjects, and with no other instrument then his razor he endeavoured to demonstrate the parts which Mondini’s work described.
In this way, the field of medicine struggled for several centuries with challenges that seemed impossible to overcome—sometimes practiced and at other times persecuted—cursed by the church, only to become a profitable privilege of it. Prejudice, superstition, and ignorance had shut down anatomical theaters, and from the time the school of Herophilus was thriving until the fourteenth century, only animal dissection was allowed. Students could only sneak around to gain knowledge of human anatomy from decaying bones stolen from cemeteries. A brighter period began in 1315 when Mondini de Luzzi, an Anatomy Professor at Bologna, took the bold step of dissecting human bodies—an audacious move since it had been banned for seventeen centuries. Mondini's example, as he had written a practical anatomical manual, inspired various other schools, but it was a barber who was tasked with opening the bodies. Armed only with his razor, he tried to show the parts described in Mondini’s work.
From this period we may date the revival of medicine, although in the following century it made but little progress, still clogged by astrological absurdities and Arabic errors—and a Florentine physician, Marcillo Ficin, obtained a high repute[Pg 543] by promulgating the doctrine that the vital spirits of man were similar to the ether which filled space and directed the planets; concluding that if man could obtain this ethereal principle he might prolong his days beyond human conception, he recommended the use of preparations of gold to obtain longevity and even advised the aged to drink youthful blood to prolong their precarious life. These absurdities were refuted by Chancellor Gerson, and the faculty of Paris condemned the Florentine’s visions as diabolical and perilous—but what could have been the facilities offered at that time for the study of anatomy when we find Professor Montagnana, of Padua, boasting of having examined fourteen subjects.
From this period, we can mark the beginning of the revival of medicine, although in the following century, it made very little progress, still hindered by astrological nonsense and Arabic errors. A Florentine physician, Marcillo Ficin, gained a lot of fame[Pg 543] by promoting the idea that the vital spirits of humans were like the ether that filled the universe and influenced the planets. He concluded that if people could tap into this ethereal principle, they might extend their lives beyond what is normally possible, so he recommended using gold preparations for longevity and even suggested that older people should drink the blood of the young to prolong their fragile lives. These ridiculous claims were challenged by Chancellor Gerson, and the faculty of Paris condemned the Florentine’s ideas as wicked and dangerous—but what were the opportunities for studying anatomy at that time when we see Professor Montagnana from Padua bragging about examining fourteen bodies?
However the fifteenth century was destined to witness a remarkable event in the annals of medical learning, Emmanuel Chrysolore, embassador of Emmanuel Paleologus, arrived in Italy, to solicit means from the Christian powers against the inroads of the Turks. Chrysolore, during a protracted residence at Venice, employed the leisure which his diplomatic occupations left him to deliver lectures on various branches of science, and not only did he encourage the study of the Greek language, but corrected the many errors that teamed in the Arabic translation of classic works. It was to this learned man that the succeeding century were indebted for their knowledge of the works of Hippocrates, and we find that his doctrine formed the groundwork of medical studies over Europe.
However, the fifteenth century was set to witness a remarkable event in the history of medical education. Emmanuel Chrysolore, ambassador of Emmanuel Paleologus, arrived in Italy to seek support from the Christian powers against the advances of the Turks. During his extended stay in Venice, Chrysolore used the time his diplomatic duties allowed him to give lectures on various fields of science. Not only did he promote the study of the Greek language, but he also corrected many errors that were common in the Arabic translations of classic works. It was to this learned man that the next century owed its knowledge of Hippocrates’ works, and we find that his teachings laid the foundation for medical studies across Europe.
But the study of the phenomena of nature founded on experience and observation was not sufficiently visionary and mystic, and soon we see cabalistic calculation and judicial astrology again subverting all doctrines that might lead to sound conclusions. Cornelius Agrippa of Cologne traversed the fairest cities of Europe, to expound the philosophy of Zamolxis and Abaris; maintaining that every Hebrew character had a natural signification, the Hebrew being, according to his ideas, not only the most ancient but a sacred language. He asserted that the language of demons was the Hebraic, and that all Hebrew letters being either favourable or hostile to these evil spirits, they might be conjured by a proper knowledge of their powers.
But studying natural phenomena based on experience and observation wasn't imaginative or mystical enough, and soon we see mystical calculations and astrology once again undermining any teachings that could lead to solid conclusions. Cornelius Agrippa of Cologne traveled through the most beautiful cities in Europe to explain the philosophy of Zamolxis and Abaris; he argued that every Hebrew character had a natural meaning, with Hebrew being, in his view, not just the oldest but a sacred language. He claimed that the language of demons was Hebrew and that all Hebrew letters were either friendly or hostile to these evil spirits, which could be summoned with proper knowledge of their powers.
This visionary not only fancied that letters possessed this influence, but that it was shared by numbers. Thus to cure a tertian fever he directs the use of Verbena, to be cut at the third articulation of the plant; but in the treatment of a quartern, the disease would only yield to the fourth joints. He added that every man was under the influence of three demons—a[Pg 544] sacred demon (a divine gift)—an innate demon—and a professional demon, sent us by the constellations and the celestial intelligences.
This visionary believed not only that letters had this power but that numbers did too. To treat a tertian fever, he recommended using Verbena, specifically cutting it at the third joint of the plant; however, for a quarten fever, the treatment would only work at the fourth joints. He also claimed that every person was influenced by three demons—a[Pg 544] sacred demon (a divine gift)—an innate demon—and a professional demon, sent to us by the stars and celestial beings.
These reveries, however, were interrupted by the still greater absurdities of Paracelsus, a man whose ignorance could only be equalled by his vanity, since he maintained that as the genius of Greece had produced Hippocrates, the genius of Germany had created him for the salvation of mankind. He further assured his disciples that all the universities in the world had less knowledge than his beard, and that every hair of his head was more learned than all their writers.
These daydreams, however, were interrupted by the even more ridiculous claims of Paracelsus, a man whose ignorance was only matched by his arrogance, as he insisted that just as the genius of Greece produced Hippocrates, the genius of Germany had created him for the salvation of humankind. He further assured his followers that all the universities in the world had less knowledge than his beard, and that every hair on his head was more knowledgeable than all their scholars.
Paracelsus was perhaps one of the most singular enthusiasts that ever swayed the schools of medicine, or assumed a despotic stand in science. To superstition, credulity, and disreputable living, he certainly did add a certain degree of genius, but more particularly a tact which established such a reputation, that, without much presumption, he might have claimed the title which he assumed, of “Prince of Medicine,” to which he added the pompous appellation of Aureolus, Philippus, Paracelsus Theophrastus Bombastus ab Hoppenheim.
Paracelsus was probably one of the most unique enthusiasts to ever influence medical schools or take a dominating position in science. While he certainly combined superstition, gullibility, and questionable living with a certain level of genius, more importantly, he had a knack that built such a reputation that, without much arrogance, he could have claimed the title he adopted, “Prince of Medicine,” to which he added the grand title of Aureolus, Philippus, Paracelsus Theophrastus Bombastus ab Hoppenheim.
This strange personage was born in 1493, at Einsidlen, a village near Zurich; he studied under Fugger Schwartz, a celebrated professor of what was then called the Spagyristic school, or Hermetic Medicine, founded on a visionary doctrine that I shall shortly notice. He subsequently travelled over the greater part of Europe, chiefly courting a motley society of physicians, philosophers, old women, and barbers, culling all that he could from pretended science or unblushing ignorance. After having visited the German mines, where he became tainted with the superstition of the credulous workmen, he repaired to Russia, when he was made prisoner by a party of Tartars, who conducted him to their Cham. Taken into favour by their chief, he accompanied his son to Constantinople, where he pretended to have discovered the philosopher’s stone. On his return to his native country, the magistrates of Bale appointed him to the chair of medicine; and in 1527 we find him delivering a course of lectures in the German tongue, being but an indifferent scholar. This sedentary life did not suit his roving habits; and being, moreover, likely to bring his ignorance into its proper light, he set out for Alsace with another enthusiast of the name of Oporinus, with whom however he shortly quarrelled. He continued to wander from town to town, scarcely ever sleeping, or changing his linen, clad in the most slovenly [Pg 545]manner, and generally in a state of intoxication, until at Saltzburg in 1541 he was taken ill at a miserable inn and died in the 48th year of his busy life.
This strange individual was born in 1493 in Einsidlen, a village near Zurich. He studied under Fugger Schwartz, a well-known professor from what was then called the Spagyristic school or Hermetic Medicine, which was based on a far-out doctrine that I will mention shortly. He then traveled across much of Europe, mainly mingling with a bizarre mix of doctors, philosophers, old women, and barbers, gathering whatever he could from fake science or outright ignorance. After exploring the German mines and getting influenced by the superstitions of the gullible miners, he went to Russia, where he was captured by a group of Tartars who took him to their Chieftain. Gaining favor with their leader, he traveled with his son to Constantinople, claiming to have discovered the philosopher’s stone. Upon returning to his home country, the magistrates of Basel appointed him to a chair in medicine; in 1527, he was giving lectures in German, despite being a mediocre scholar. This settled life didn’t align with his restless nature, and worried it might expose his ignorance, he set off for Alsace with another enthusiast named Oporinus, though they soon fell out. He kept wandering from town to town, hardly ever sleeping or changing his clothes, dressed in the most unkempt [Pg 545] way, and typically inebriated, until in 1541 he fell ill at a shabby inn in Salzburg and died at the age of 48 after a busy life.
He no doubt had obtained during his adventurous career much experience, having for a long time followed armies and attended at sieges, and during epidemic maladies; but he sought to disguise his want of a proper education by the assumption of a supernatural influence. One of his wildest flights of fancy was, perhaps, his receipt to make a man without conjunction.
He had definitely gained a lot of experience during his adventurous career, having spent a long time following armies and being present at sieges and during epidemics. However, he tried to cover up his lack of formal education by claiming to have a supernatural influence. One of his most outrageous ideas was, perhaps, his recipe for making a man without any sexual connection.
His doctrines were founded upon Judicial Astrology, Alchymy, Cabal, and Chemistry. Grossly ignorant in the last science, he pretended that all our diseases depended upon its combinations,—the combustion of sulphur, the effervescence of saline particles, and the coagulation and stagnation of mercury in our humours: all under the influence of the Ens Astrorum, the Ens Deale, the Ens Spirituale, the Ens Veneni, and the Ens Naturale. Mercury was evacuated through the pores of the skin; sulphur emanated from the nostrils; deliquescent sulphur was discharged by the intestines; a watery solution of sulphur arose from the eyes, while arsenic oozed out of the ears. When these evacuations did not take place, the humour became putrid, and putrescency was Localiter or Emunctor labiter—as the humours were either retained or excreted.
His theories were based on Judicial Astrology, Alchemy, Kabbalah, and Chemistry. He was seriously lacking in knowledge about the last science, yet he claimed that all our illnesses stemmed from its combinations—the burning of sulfur, the fizzing of salty particles, and the thickening and stagnation of mercury in our bodies: all influenced by the Ens Astrorum, the Ens Deale, the Ens Spirituale, the Ens Veneni, and the Ens Naturale. Mercury was released through the skin; sulfur came out of the nostrils; deliquescent sulfur was expelled by the intestines; a watery solution of sulfur dripped from the eyes, while arsenic leaked from the ears. When these releases did not happen, the humor turned rotten, and putrefaction was Localiter or Emunctor labiter—as the humors were either held in or expelled.
This humoral doctrine of Paracelsus, strange to say, obtained for upwards of a century, and many were the learned men who distracted their brains and that of their disciples to multiply his errors, since we find Sanctorius calculates 90,000 morbid alterations in these peccant humours.
This humoral theory of Paracelsus, oddly enough, lasted for over a century, and many educated people puzzled over it and led their students to expand on his mistakes, as evidenced by Sanctorius calculating 90,000 unhealthy changes in these problematic humors.
In another part of this work, I have related the absurdities of Van Helmont, another visionary of the seventeenth century. Endless would be the task of recording the many systems and doctrines that have in turn ruled the schools of medicine, and been supported both by professors and disciples with a degree of virulent hostility as implacable as religious controversies; and still, while we read with contempt the absurd doctrines of our forefathers, and smile at the folly of their visions, we ourselves are advocating systems which, after a lapse of some few years, will appear just as ridiculous and preposterous to our successors in the doubtful career.
In another part of this work, I've talked about the ridiculous ideas of Van Helmont, another dreamer from the seventeenth century. It would be an endless task to list all the various theories and beliefs that have dominated medical schools, backed by both professors and students with a level of hostility as fierce as religious debates; and yet, as we look down on the nonsensical beliefs of our predecessors and chuckle at the foolishness of their ideas, we are promoting systems that, after just a few years, will seem just as silly and absurd to those who come after us in this uncertain journey.
One question naturally arises from all this controversial discrepance—has society benefited by the successive revolutions which have overthrown schools and doctrines, chairs and professors? have the advocates of Sangradian phlebotomy, and[Pg 546] those who considered that the lancet has committed greater havoc than the sword—have the employers of antimony, and those who would have sent to the scaffold opponents who gave an antimonial preparation—have either of these enthusiasts diminished, in any sensible manner, the scale of mortality, or have they influenced the prevalence of disease? This is a most important question, and, however ungracious may be the task, I shall endeavour to consider it.
One question naturally arises from all this controversial disagreement—has society actually benefited from the repeated revolutions that have toppled schools and beliefs, chairs and professors? Have the supporters of Sangradian bloodletting and those who believe that the lancet has caused more destruction than the sword—have the users of antimony and those who would have executed opponents who offered an antimonial treatment—have either of these advocates reduced mortality rates in any significant way, or have they influenced the occurrence of disease? This is a very important question, and, no matter how unpleasant the task may be, I will try to address it.
It is but too true, that, with the exception of the introduction of inoculation and the cowpox, the bills of mortality do not appear, at any period, to have been influenced by the prevalence of any one medical system. This circumstance, however, cannot be admitted as invalidating the claims of medical men to a due consideration of their respective merits. I have endeavoured to show, in a preceding article, that the laws of nature appear to have regulated the equilibrium of life and death and the progress of disease with such harmony, indeed, that we might say that our existence was regulated with arithmetical accuracy. If this is admitted, it might be alleged, that if such be our fated tenure of life, recourse to medical aid becomes useless, and the efforts of physicians must prove effete. Such a deduction would be fatalism in its most absurd form; for, admitting that our days are thus numbered, the human frame may be assailed by many ailments, that may not prove fatal, but admit of relief, if they cannot be cured. It is, therefore, obvious, that the services of a physician are of great value, if he merely can alleviate our sufferings, and render a painful existence tolerable. Daily facts corroborate this assertion, and the most cruel pangs are constantly relieved by professional aid, although it is not equally evident that the same skill can prolong the patient’s life, if “his hour is come;” but, as we know not when that fatal moment may strike, we must clearly seek to wind up the marvellous machinery, and keep it “going” as long as we can. We constantly behold individuals whose existence is most precarious, and yet who linger on for years, frequently to the disappointment of expectant heirs; for there is much truth in the old saying concerning those invalids who are considered to “have one foot in the grave,” they find that foot so very uncomfortable, that they hesitate for a long time ere they thrust in its fellow.
It’s sadly true that, apart from the introduction of inoculation and cowpox, mortality rates don’t seem to have been affected by any specific medical approach at any time. However, this doesn’t mean we should disregard the value of medical professionals and their contributions. In a previous article, I tried to explain that the laws of nature seem to control the balance of life and death, as well as the progression of illness, with such precision that we might say our existence is accurately measured. If this is accepted, one might argue that if our lifespan is predetermined, seeking medical help would be pointless, and the efforts of doctors must be pointless too. This conclusion would be fatalism at its silliest; even if our days are numbered, the human body can suffer from various issues that might not be fatal but can be relieved, if not cured. Therefore, it’s clear that a physician’s help is incredibly valuable, especially if they can ease our pain and make a distressing life more bearable. Everyday experiences confirm this claim, and professional assistance regularly alleviates severe suffering, even if it’s not always clear that the same expertise can extend the patient’s life if “their time has come;” but since we don’t know when that moment will be, we need to ensure that the incredible mechanism of life is maintained and kept “running” for as long as possible. We often see people whose lives are extremely fragile, yet they continue on for years, often frustrating their expectant heirs; there’s a lot of truth in the old saying about those patients who are thought to “have one foot in the grave,” as they find that foot so uncomfortable that they hesitate for a long time before putting in the other one.
There is little doubt but that much mischief has been done by ignorant men, yet, perhaps, if the truth were known, more vital injury has been inflicted on mankind by enthusiastic science—ignorance gropes its way, so long, at least, as modesty allows to doubt; but, so soon as presumption leads the way,[Pg 547] then ignorance assumes dogmatic assurance, and places the hardy practitioner on the same line as presumptive science—or, at least, what is considered such. It is then that enthusiasm, combined with interested motives, seeks to maintain an acquired influence by experimental proofs of supremacy; and, as it has been truly said, “There is no writ of error in the grave,” mother earth shrouds the fallacies, and every disease that the eminent practitioner cannot cure is deemed incurable.
There's no doubt that a lot of harm has been caused by ignorant people, but maybe, if we really think about it, more serious damage has been done to humanity by overly enthusiastic science. Ignorance usually takes its time, at least as long as humility allows for doubt. But as soon as arrogance steps in,[Pg 547] ignorance then adopts a confident attitude and puts the bold practitioner on the same level as what is assumed to be scientific— or at least what is seen that way. That's when enthusiasm, mixed with personal interests, tries to maintain its influence through so-called experimental evidence of superiority. And as it's been rightly expressed, “There's no appeal after death;” mother earth conceals the falsehoods, and any disease that the renowned practitioner can't fix is considered untreatable.
On the other hand, the Creator has gifted mankind with an innate and latent power of resisting noxious influence—a power called by the schools the vis medicatrix naturæ, and which is generally sufficient to throw off morbid attacks, when this principle is not exhausted, and the functions not impeded by organic derangement which involves the healthy equilibrium of life; then it is, that the prudent and experienced physician will carefully watch this precious faculty, and instead of counteracting the efforts of nature, assist her bounteous labours. This watchful practice, which may, however, be sometimes too inert, has been called expectant medicine—a slow and tardy process for the energetic practitioner, who, assuming the reins of life in his bold hands endeavours to goad and drive on nature in spite of herself; this practice has obtained the name of active medicine, of which our British practitioners are accused, by the expectant continental physicians, who, to use a French expression, “voient venir,” and the French themselves are so well aware of the imprudence of this hesitation in assisting nature, that they say “Your physicians kill their patients, whereas ours let them die.” There is more truth in this remark than we perhaps are willing to believe.
On the other hand, the Creator has given humanity an inherent and hidden ability to resist harmful influences—an ability referred to in schools as the vis medicatrix naturæ, which is usually enough to overcome illness, as long as this principle isn’t depleted and the body’s functions aren’t disrupted by organic issues that disturb the healthy balance of life. In these situations, a careful and experienced physician will closely monitor this valuable ability and instead of working against nature, support her beneficial efforts. This attentive approach, which can sometimes be overly passive, is known as expectant medicine—a slow and gradual method for the energetic practitioner who, taking control of life, tries to push and force nature despite herself; this approach has been termed active medicine, for which our British practitioners are critiqued by the expectant physicians on the continent, who, to use a French phrase, “voient venir.” The French themselves are well aware of the folly in hesitating to support nature, once saying, “Your physicians kill their patients, whereas ours let them die.” There’s more truth in this statement than we might be willing to admit.
The power of nature in the cure of diseases has been acknowledged by the most experienced and wise physicians. Stahl, in his dissertation, “De Medicina sine Medico,” perhaps exaggerated the influence of this faculty. Bordeu maintains that out of ten patients, two-thirds are cured without assistance, and come within the circle of all those minor ailments to which flesh is the constant heir. The illustrious Boerhaave doubted whether the successful practice of the small number of able physicians was a compensation for the evils that arose from the errors of the ignorant; and, in this sad calculation, he seems disposed to think that it would have been better for mankind that the science of medicine had never existed.
The healing power of nature in treating illnesses has been recognized by the most skilled and knowledgeable doctors. Stahl, in his essay, “De Medicina sine Medico,” might have overstated the impact of this power. Bordeu argues that out of ten patients, two-thirds recover without any help, and this applies to all those common issues that everyone experiences. The renowned Boerhaave questioned whether the success of the few competent doctors justified the harm caused by the mistakes of the untrained; and in this somber assessment, he seems to suggest that it might have been better for humanity if the field of medicine had never come into being.
All these deductions are both unjust and unwise; for, as I have already said, if physicians only possessed the means of affording relief, their mission upon earth is of the utmost [Pg 548]importance. At the same time, while we watch the efforts of nature, it is our duty to rouse her energies when they become torpid, or to check inordinate action which would soon exhaust her power. Asclepiades very truly called the expectant practice of medicine “a contemplation of death.” The powers of nature may be, and not inaptly, compared to those of the swimmer; however skilled in the art of natation, and able under ordinary circumstances to baffle an adverse tide, are we not to hasten to his succour, when we find that he is borne away by an inevitable current, or deprived by a cramp, of the power of stemming the stream?
All these conclusions are both unfair and unwise; as I’ve already mentioned, if doctors only had the tools to provide relief, their role in the world is of the utmost [Pg 548]importance. At the same time, while we observe nature’s efforts, it’s our responsibility to stimulate her energies when they become sluggish or to rein in excessive action that would quickly drain her strength. Asclepiades rightly called the wait-and-see approach in medicine “a contemplation of death.” The powers of nature can be aptly compared to those of a swimmer; no matter how skilled and capable of overcoming an unfavorable tide, shouldn’t we rush to help him when we see he’s being carried away by a strong current or incapacitated by cramps, losing the ability to fight the flow?
We are also willing to forget, that the turbulence of passions, the “wear and tear” of life, by excesses or irregularities, gradually tend to render the “medicinal power” of nature of little or no avail; and it has been truly said, that had we no cooks, we perhaps might not have needed physicians. Man in fact, in a high state of civilization, seems determined to counteract all the efforts both of nature and of art to relieve him from the manifold curses of intemperance; and it is fortunate that his own feelings of gradual decay prompt him more energetically to a reform in his habits, than the most persuasive language his physician could employ.
We also tend to forget that the ups and downs of our emotions, along with the “wear and tear” of life from excess or irregular habits, slowly make nature's “healing power” less effective. It's been said that if we didn't have cooks, we might not need doctors. In fact, in a highly developed society, people seem determined to resist all the efforts of both nature and medicine to relieve them from the many problems caused by overindulgence. Fortunately, our own feelings of gradual decline often motivate us to change our habits more effectively than even the best advice from our doctors.
In this illiberal view of the profession, how often do we lose sight of hereditary transmissions—heir-looms of disease—ingrafting misery on the variegated woof of our destinies—germs of fatal maladies which we bring into the world—a scourge on our posterity!—and yet, strange to say, our vain self-estimation blinds us in the contemplation of this doom—for the gratification of our desires, we bring forth a fearful generation—scrofulous, insane! Nay, we glory in the smiling offspring blooming around us—heedless, that the very roses we admire on their transparent cheeks, the coral hue that tinges their lips, are typical of flowers scattered on a grave, and the joyful beams of their bright yet languid looks are but the harbingers of the smile of death—the last kind look on earthly things.—And the physician is expected to arrest the hand of Providence—to eradicate germs struck before birth!
In this unyielding perspective of the profession, how often do we overlook hereditary transmissions—heirlooms of disease—instilling misery into the diverse fabric of our lives—germs of lethal illnesses that we introduce into the world—a curse on our future generations!—and yet, oddly enough, our inflated self-image blinds us to this impending doom—for the sake of fulfilling our desires, we create a frightening generation—afflicted, unstable! Indeed, we take pride in the cheerful children surrounding us—unaware that the very roses we admire on their clear cheeks, the coral blush on their lips, symbolize flowers strewn on a grave, and the joyful glimmers in their bright yet weary eyes are merely the precursors to the smile of death—the final gentle gaze upon earthly matters.—And the doctor is expected to stop the hand of fate—to eliminate germs planted before birth!
It must also be observed, that many of our maladies are, in fact, reactions of nature, endeavouring to overcome other affections—a struggle for harmonious unity—for healthy equilibrium. Thus do we see a burning fever, tending to cast upon the surface exanthematic eruptions—a febrile reaction which we call critical, and which too often, like a political crisis, destroys in fruitless endeavours to save. “Si natura non moveat,[Pg 549] move, tu, motu ejus” was an ancient axiom; but how often, in seeking to trim the expiring lamp of life, do we not extinguish the last vital spark!
It should also be noted that many of our illnesses are actually responses from nature trying to overcome other issues—a fight for balance and healthy stability. This is why we observe a high fever that tends to bring about skin rashes—a feverish response known as critical, which too often, like a political crisis, leads to destruction in futile attempts to save. “Si natura non moveat,[Pg 549] move, tu, motu ejus” was an old saying; but how often, in trying to adjust the flickering light of life, do we end up snuffing out the last spark of vitality!
In regard to the influence of medicine on population, can it be expected, that when the most fatal pestilences do not thin it, the most erroneous medical practice can be more destructive? And, if nine-tenths of cholera, or pestiferated patients perish, on the other hand, nine-tenths of other cases of a less serious character are cured without medical intervention; and possibly, the chief study of a physician should be not to produce a more obstinate disease by the means he employs to cure an affection less formidable. Late years have proved that the effects of mercury were far more dreadful than the disease it was supposed to eradicate.
Regarding the influence of medicine on the population, can we really believe that when the deadliest epidemics don’t decrease it, the most misguided medical practices could be more harmful? And while nine-tenths of cholera or similarly infected patients die, it’s worth noting that nine-tenths of other cases that are less serious recover without medical intervention; maybe a physician's main focus should be to avoid making a less severe illness worse through the methods they use to treat it. Recent years have shown that the effects of mercury were much more devastating than the disease it was intended to eliminate.
In the animadversions that are accumulated upon the physician, an insidious comparison to his disadvantage, has been made with the utility of the surgeon—a utility which man is compelled, however reluctantly, to acknowledge, since it is evident to his most gross senses—an amputated limb—a reduced luxation—are before his eyes, while the favourable changes operated on a morbid condition of the body are not self-evident, and can only be recognised by sound and unbiassed judgment. In this illiberal view, it is forgotten that the mere operative surgeon is nothing more than a mechanical agent—a butcher could perform the same operation with his rude knives and saws as the chirurgeon with his refined and improved instruments; it is the judgment that we look to, and the skill in attending to the general health of the patient, to bring him to a perfect cure; in these functions, of much more importance than the dexterity of the hand, the surgeon clearly assumes the duties of the physician; and it is not possible for a man to excel in one part of the profession without being conversant with the other; a surgeon must be a sound anatomist, and an observant physiologist—without the knowledge of these fundamental sciences, a surgeon and a physician might be compared to the bungler who attempted to repair a watch, without a previous acquaintance with its intricate machinery.
In the criticisms directed at physicians, an unfair comparison has been drawn against the usefulness of surgeons—a usefulness that people can't help but recognize, since it's clear to their most basic senses—like witnessing an amputated limb or a dislocated joint right in front of them, while the positive changes made to a sick body aren’t immediately obvious and can only be acknowledged through careful and unbiased judgment. This narrow view overlooks the fact that the surgeon, in their role, is merely a mechanical operator—a butcher could perform the same procedures with crude tools that a surgeon does with more sophisticated instruments; it’s the judgment we value, along with the skill in maintaining the overall health of the patient to ensure a complete recovery. In these responsibilities, which are far more significant than mere manual dexterity, the surgeon takes on the roles of the physician; it's impossible for someone to excel in one aspect of medicine without understanding the other. A surgeon needs to be well-versed in anatomy and attentive to physiology—without knowledge of these foundational sciences, a surgeon and a physician could be likened to an amateur trying to fix a watch without any understanding of its complex inner workings.
Let us hope that the mischievous distinction between surgery and medicine may soon become an obsolete prejudice, that was never founded upon reason, but simply based upon ambitious lucre. Let us hope that the graduate of an university will not conceive it beneath his dignity to save a fellow-creature’s life by breathing a vein, and not esteem a vain and pompous piece of[Pg 550] parchment an immunity from humane feelings and philanthropic duties.
Let’s hope that the silly divide between surgery and medicine fades away soon, as it’s never been based on reason but just on the pursuit of profit. Let’s hope that a university graduate won’t think it’s beneath them to save someone’s life by starting an IV and that they won’t view a flashy and pretentious piece of [Pg 550] paper as a shield against compassion and humanitarian responsibilities.
As good often results from apparent evil, the converse must also be frequently admitted. That much evil has occurred from errors in medical doctrine is unfortunately but too true, yet this evil has never attained the extent which is generally supposed. I have already alluded to the curative powers of nature, ever tending, while still enjoying a portion even of their energies, to repel obnoxious agents—this power has saved the lives of many; and indeed, when we daily witness the excesses committed by the sensualist and the drunkard with apparent impunity, although exposed to destructive agencies more powerful than the generality of medicinal substances, we must come to the conclusion that the kitchen and the cellar are, at least, as formidable as the officinal preparations of the pharmacopolist.
As often as good comes from seemingly bad situations, the opposite is also true. It’s unfortunately true that many problems have arisen from mistakes in medical practices, but this harm hasn’t reached the level that people usually think it has. I’ve already mentioned nature’s healing abilities, which work to fight off harmful agents while still using some of their strength—this has saved many lives. In fact, when we see the excesses of those who overindulge in food and drink and seem to get away with it, even when faced with dangers that are more extreme than most medicines, we have to conclude that what we find in our kitchens and cellars can be just as powerful as the prepared medicines from pharmacists.
That the physician, guided by experience and sound observation, is able, in very many cases to afford relief, must even be admitted by the most hostile depreciator of his science, who refuses to admit that he possesses the power of curing. This simple admission of daily facts, must entitle him to some degree of weight in our confidence, whatever may be our sceptical view of his doctrines.
That the doctor, based on experience and careful observation, can often provide relief in many cases must even be acknowledged by the most critical opponent of his field, who denies that he has the ability to heal. This straightforward acknowledgment of everyday realities should give him some level of credibility in our trust, no matter how skeptical we may be about his theories.
While the real merits of a physician are so frequently overlooked, we constantly see a blind confidence reposed in a quack. The cause is obvious. A man of real merit seldom extols his own good qualities, nor does he seek the fulsome adulation and praise of others. He rests upon his own deserts; but how seldom are they rewarded: when modesty places her light “under a bushel” who will bring it into view?
While the true worth of a doctor is often ignored, we often see blind trust placed in a fraud. The reason is clear. A genuinely skilled person rarely boasts about their own qualities, nor do they seek excessive admiration and praise from others. They rely on their own merits; but how often are they recognized? When humility hides its light “under a bushel,” who will bring it to light?
Duclos has explained in some measure this apparent anomaly.—“The desire,” he says “to obtain a high stand in the estimation of society, has given rise to reputation, celebrity, and renown,—the mainsprings of worldly action—arising from a similar principle, but showing different means and results. Both reputation and renown may be enjoyed at the same time and yet be widely different. The public is not unfrequently surprised at the reputations that it had itself created. It seeks to inquire into their origin, but not being able to discover a merit which never did exist, it gradually admires and respects a phantom of its own evocation. As society thus bestows a reputation in a capricious manner, quacks will usurp one by their intrigues or by a barefaced impudence, which cannot claim the comparatively honourable denomination of proper pride and dignity.[Pg 551] They themselves proclaim their merit to the world—at first their impertinence becomes a subject of derision, but they repeat the assertion of their superior skill so frequently and confidently, that they end by imposing themselves upon society. People forget where, whence, and from whom they heard these flattering eulogies, to which at last they yield their credence, and an adventurer who thus resolves to establish a reputation, with perseverance and impudence seldom fails.”
Duclos has shed some light on this apparent contradiction. “The desire,” he states, “to gain a high standing in society’s eyes has led to the creation of reputation, celebrity, and fame—the driving forces behind worldly behavior—emerging from a similar idea but showing different methods and outcomes. Both reputation and fame can coexist and yet be quite different. The public is often surprised by the reputations it has constructed itself. It tries to trace their origins, but when it fails to find any real merit that never existed, it slowly comes to admire and respect a mere illusion of its own making. As society randomly grants reputation, charlatans can claim one through their scheming or outright boldness, which cannot be called the more respectable notions of proper pride and dignity.[Pg 551] They publicly declare their worth—initially, their arrogance is met with mockery, but they repeat their claims of superior skill so often and confidently that they ultimately convince society. People forget where, when, and from whom they first heard such flattering praises, to which they finally give their trust, and an adventurer who thus decides to build a reputation, with determination and audacity, rarely fails.”
It must also be remembered, that most medical men owe their success to woman’s all-powerful aid. They are in general as blind and as pertinacious in their partialities as in their dislikes; seldom bestowing much judgment in either, but acting according to the impulses of their warm passions and flexibility. Females, from their situation in the world, stand in constant need of a friendly adviser, although they are rarely disposed to follow any advice, if their pleasures are marred by the suggestion, but when art and opportunity enable a man to turn their flexibility, their impressionability to a good account, with the combined aid of vanity and weak nerves, he will in all probability succeed in obtaining a high estimation in the mind of a loquacious dame, who will blazon his fame far and near like the trumpeter of a mountebank. If this lady moves in an elevated and influencial sphere of life, to question her recommendation is to question her sense and power, both of which would be bold attempts; and thus have we seen an intriguing noble dame forcing a physician even upon royalty. Moreover, when we recollect that the wealthy send for a physician for every trifling real or supposed indisposition, which fashion or expediency may aggravate at will, to excite interest or carry a desirable point, it is manifest that the cures of such a practitioner must be most numerous, since the attainment of any desire constitutes a panacea; and frequently we have seen a box at the opera, a check on a banker, a new carriage, or a diamond necklace, more efficacious than the most renowned nostrum, while the expulsion of an unpleasant plain-spoken acquaintance, or the kind reception of a dangerous and treacherous inmate, may produce more sudden recoveries than the most approved specific. The great science of such practitioners is to practise with equal success upon every branch of the family, to whom in return for their confidence, they can ensure peace and pleasure if they cannot bestow health. I cannot better conclude this article than by quoting the following passage of the sceptic Voltaire:
It should also be noted that most doctors owe their success to the significant support of women. Generally, they are as oblivious and stubborn in their preferences as in their dislikes; they rarely apply much judgment to either and tend to act based on their intense emotions and flexibility. Women, by their position in society, are constantly in need of a supportive advisor, even though they are often reluctant to follow advice, especially if it threatens their enjoyment. However, when a man is able to harness their flexibility and emotional responsiveness to his advantage, using a mix of vanity and frail nerves, he will likely gain a high opinion from a chatty woman who will spread his reputation far and wide like a showman. If this woman moves in an elevated and influential social circle, questioning her recommendation is essentially questioning her judgment and power, both of which would be bold moves; thus, we have witnessed an ambitious noblewoman imposing a doctor on royalty. Furthermore, when we consider that wealthy individuals summon a physician for every minor real or imagined ailment, which fashion or convenience can exaggerate at will to create interest or achieve a desired outcome, it becomes clear that the cures of such a practitioner must be numerous, as achieving any desire acts as a panacea; and often we have seen a seat at the opera, a check at a bank, a new carriage, or a diamond necklace being more effective than the most famous remedy, while getting rid of an unpleasant, straightforward acquaintance, or warmly welcoming a dangerous and deceitful guest, can lead to quicker recoveries than the most trusted treatment. The true skill of such practitioners lies in their ability to effectively cater to every member of the family; in return for their trust, they promise peace and happiness even if they can't provide health. I cannot conclude this article better than by quoting the following passage from the skeptic Voltaire:
It is true that regimen is preferable to physic. It is also true that for a long period of time, out of one hundred [Pg 552]physicians were twenty-eight quacks, and it is also true, that Molière had very good reason to turn them into ridicule. It is also certain that nothing can be more absurd than to behold a crowd of silly women, and men, not less feminine in their habits, whenever they are satiated with eating, drinking, gambling, and late hours, calling in a physician for every trifling headache; consulting him as though he were a divinity, and praying for the miraculous gift of combined health and intemperance. It is nevertheless true, that a good physician in a hundred cases may preserve life and limb. A man falls down in an apoplectic fit, it will neither be a captain of infantry or a privy councillor that will relieve him. A cataract obscures my vision; my neighbouring gossips will not restore my sight; for here I make no distinction between the physician and the surgeon. For a long time the two professions have been inseparable. Men who would make it their study to restore health to their fellow-creatures on the sole grounds of humanity and benevolence, should be considered greater than the greatest man upon earth, and bordering upon divine attributes, for preservation and restoration stand next in rank to creation. The Romans were for upwards of five hundred years without physicians. Their people, continually employed in killing, thought but little of the preservation of life; what did they do when they were attacked with a putrid fever, a fistula, a hernia, or a pleurisy?—They died.
It's true that a healthy lifestyle is better than medication. It's also true that for a long time, out of one hundred [Pg 552] physicians, twenty-eight were frauds, and Molière had every reason to mock them. It’s ridiculous to see a group of superficial women, and men who are just as frivolous, calling a doctor for every minor headache after indulging in food, drinks, gambling, and late nights; treating the doctor like a deity and wishing for the miracle of being both healthy and irresponsible. However, it's also true that a skilled doctor can save lives in many situations. If someone collapses from a stroke, it won't be a military captain or a government official who can help him. If I have a cataract, my noisy neighbors won't restore my sight; here, I see no difference between a doctor and a surgeon. For a long time, these two professions have been joined at the hip. People devoted to restoring health for purely compassionate reasons should be viewed as greater than anyone else on earth, almost divine, because preserving and restoring life is nearly as important as creating it. The Romans went without doctors for over five hundred years. Their focus on conquest meant they cared little about preserving life; what happened when they faced a deadly illness like a fever, a fistula, a hernia, or pleurisy?—They died.
MEDICINE OF THE CHINESE.
This singular people possess works on medical science which they trace as far back as three thousand years, and chiefly written by two of their emperors, Chin-nong and Hoang-ti. It has been asserted that they received the early elements of the science from the Egyptians, but it is more probable that they derived their information from their constant intercourse with the Bactrians, whose arts and sciences were flourishing at the period of Alexander’s conquests, and the Chinese historians in support of this probability, state that several learned physicians came from Samarcand to establish themselves amongst them. Moreover, the doctrines of Erasistratus bear much resemblance to those of the Chinese.
This unique group of people has medical science texts that date back about three thousand years, primarily written by two of their emperors, Chin-nong and Hoang-ti. It's been claimed that they got the early foundations of this science from the Egyptians, but it's more likely that they gained their knowledge through their ongoing interactions with the Bactrians, whose arts and sciences were thriving during Alexander's conquests. Chinese historians support this idea by noting that several skilled physicians traveled from Samarcand to settle among them. Additionally, the teachings of Erasistratus are quite similar to those of the Chinese.
The superstitious regard shown to the bodies of the departed,[Pg 553] must naturally have materially retarded the progress of anatomical pursuits, although this people assure us that 2706 years before our era they possessed a work on this subject, entitled Nim Kin. Howbeit it seems probable, from their extreme ignorance of the structure of the human body, that this important branch of the science of medicine has remained stationary ever since the publication of the aforesaid treatise.
The superstitious respect given to the bodies of the dead,[Pg 553] must have significantly slowed down the advancement of anatomical studies. However, this culture claims that 2706 years before our era, they had a work on this topic called Nim Kin. Still, it seems likely, due to their considerable lack of knowledge about the human body's structure, that this vital area of medical science has not progressed since the release of that earlier text.
The Chinese physicians divide the body into a right and left portion, and three regions. The upper one, comprising the head and the chest, a middle one, extending from the lower part of the thorax to the umbilicus, and an inferior region, comprising the hypogaster and lower extremities. They admit twelve viscera as the sources of life, but they do not appear to have any distinct notion of the division, uses and conformation of the muscles, nerves, vessels, and the various tissues of the human economy. Their ignorance equally extends to the construction of animals.
The Chinese doctors divide the body into a right and left side, and three areas. The upper area includes the head and chest, a middle area runs from the lower part of the thorax to the belly button, and the lower area includes the lower abdomen and legs. They recognize twelve organs as vital to life, but they don't seem to have a clear understanding of the division, function, and structure of the muscles, nerves, blood vessels, and different tissues in the human body. Their lack of knowledge also extends to the anatomy of animals.
They consider that man is influenced by two principles, heat and humidity, the harmony of which constitutes life, which ceases when their equilibrious state is destroyed. Vital moisture resides in the heart, lungs, liver, spleen, and kidneys, while vital heat pervades the intestines, the stomach, the pericardium, the gall-bladder and the ureters. These two principles are transmitted through the medium of the vital spirits and the blood by twelve canals, one of which carries a fecundating moisture from the head to the hands; another from the liver to the feet; a third from the kidneys to the left side of the body; and a fourth from the lungs to the right division.
They believe that a person is influenced by two main forces, heat and moisture, and the balance between them creates life, which comes to an end when this balance is disturbed. Vital moisture is found in the heart, lungs, liver, spleen, and kidneys, while vital heat spreads through the intestines, stomach, pericardium, gallbladder, and ureters. These two forces are carried through the vital spirits and blood via twelve channels, one of which carries nourishing moisture from the head to the hands; another from the liver to the feet; a third from the kidneys to the left side of the body; and a fourth from the lungs to the right side.
In addition to these channels of vital transmission, they imagine that the state of our internal organs can be ascertained by the appearance of various parts of the head, which they consider as indicative sympathies of the action of the internal viscera. For instance, the head corresponds with the tongue, the lungs with the nostrils, the spleen with the mouth, the kidneys influence the ear, the liver acts upon the eyes, and thus they consider that they can form a correct idea of the nature of internal maladies by the complexion, the state of the eyes, the sound of the voice, the taste, and the smell of the patient.
In addition to these important communication channels, they believe that the condition of our internal organs can be determined by the appearance of various parts of the head, which they see as signs of the activity of the internal organs. For example, the head is connected to the tongue, the lungs to the nostrils, the spleen to the mouth, the kidneys to the ears, and the liver to the eyes. They think this allows them to accurately understand the nature of internal diseases by examining the complexion, the condition of the eyes, the sound of the voice, and the taste and smell of the patient.
The Chinese physiologists also consider the human body as a harmonic instrument, of which the muscles, tendons, nerves, arteries, &c. are vibrating chords, producing various sounds and modulations, and the pulse their chief guide in ascertaining the nature of disease, is but the result of a modification of these sounds as the chords are more or less extended or relaxed.
The Chinese physiologists view the human body as a musical instrument, where the muscles, tendons, nerves, arteries, etc., act like vibrating strings that create different sounds and variations. The pulse, which is their main indicator for understanding illnesses, is simply a result of changes in these sounds as the strings are stretched or relaxed.
[Pg 554]In addition to these singular views of the human economy, they imagine that the body is influenced by five elementary agents, earth, minerals, water, air, and fire.
[Pg 554]Along with these unique perspectives on the human economy, they believe that the body is affected by five basic elements: earth, minerals, water, air, and fire.
Fire prevails in the heart and the thoracic viscera, which bear an astronomic relation with the south.
Fire dominates in the heart and chest organs, which have a cosmic connection to the south.
The liver and the gall-bladder are under the influence of air, which is in relation with the east, whence the winds arise, and it is towards spring that these organs are generally affected.
The liver and gallbladder are influenced by air, which is associated with the east, where the winds come from, and these organs are typically affected as spring approaches.
The kidneys and ureters are ruled by water, astronomically associated with the north—hence winter is the usual season of the maladies in these parts.
The kidneys and ureters are governed by water, which is astronomically linked to the north—this is why winter is typically the season for issues in these areas.
The stomach and spleen are regulated by earth, and are placed in connexion with the centre of the firmament, between the five cardinal points, and affections of these parts are observed in the third month of each quarter.
The stomach and spleen are governed by earth and are linked to the center of the universe, situated between the five cardinal points. Issues related to these organs are noticed in the third month of each season.
Diseases are distinguished by their vicinity to or their distance from the central part of the body, the heart and lungs, and are usually occasioned by vicissitudes in the atmospheric constitution—varying with cold, heat, and moisture.
Diseases are categorized based on how close or far they are from the central parts of the body, like the heart and lungs, and are typically caused by changes in the atmospheric conditions—fluctuating with cold, heat, and humidity.
The minuteness of their division of maladies is as great as the mechanical precision which all their labours exhibit: for instance, they admit no less than forty-two varieties of the smallpox; according to the shape, colour, situation of the pustules, which they compare to the cocoons of the silkworm—to strings of beads—chaplets of pearls—and lay equal stress on their being flat or round—black, red, or violet. This disease has, indeed, been described by them with much accuracy and judgment, as regards its benign or its confluent character; and there is no doubt that inoculation was practised among them from time immemorial, as I have already shown in the article on that head. Equally accurate have they been in detailing the various symptoms of gout, scurvy, elephantiasis, and syphilis, which also scourges the “Celestial empire.”
The detail in their categorization of diseases is as impressive as the mechanical precision seen in all their work. For example, they recognize no less than forty-two types of smallpox, based on the shape, color, and position of the pustules, which they compare to silkworm cocoons, strings of beads, and pearl necklaces. They place equal importance on whether these pustules are flat or round, and whether they are black, red, or violet. This disease has been described by them with great accuracy and insight regarding its mild or severe forms. There's no doubt that inoculation has been practiced among them for a long time, as I have previously shown in the relevant section. They have also been equally precise in detailing the various symptoms of gout, scurvy, elephantiasis, and syphilis, which also affect the "Celestial Empire."
The chief guide, however, in their diagnosis and prognosis, is the state of the pulse, and a very curious work, called “The Secrets of the Pulse,” and said to have been written two centuries before our era, by Ouang-chou-hó or Vam-xo-ho. The pulse is divided into the external, the middle, and the deep—producing nine different pulsations called Heon, and the arterial beats were formerly sought for in the joint of the big toe; this custom is now abandoned, but they still follow the strange practice of taking up the right wrist in women and the left in men.
The main guide for diagnosis and prognosis is the state of the pulse, and there's a fascinating work called “The Secrets of the Pulse,” believed to have been written two centuries before our era by Ouang-chou-hó or Vam-xo-ho. The pulse is categorized into three types: the external, the middle, and the deep—resulting in nine different pulse types known as Heon. In the past, the arterial beats were found in the joint of the big toe, but that practice has been discontinued. However, they still follow the unusual tradition of checking the right wrist for women and the left for men.
[Pg 555]The external pulse, called Piao, is subdivided into several varieties.
[Pg 555]The external pulse, known as Piao, is divided into several types.
1. The superficial P. in Féou, which yields to the slightest pressure.
1. The shallow P. in Féou, which gives in to the slightest pressure.
2. The hollow P. Kong, which announces that the artery is empty when pressed upon.
2. The hollow P. Kong, which indicates that the artery is empty when you press on it.
3. The slippery P. Hang, which slides under the fingers, like the beads of a necklace.
3. The slippery P. Hang, which glides under your fingers like the beads of a necklace.
4. The full P. Ché, striking against the fingers with a full caliber of blood.
4. The complete P. Ché, hitting against the fingers with a full force of blood.
5. The tremulous P. Hien, vibrating like the chord of a musical instrument.
5. The quivering P. Hien, vibrating like the string of a musical instrument.
6. The intermittent P. Kin, vibrating by starts, like the instrument called Kin.
6. The sporadic P. Kin, vibrating in bursts, like the instrument known as Kin.
7. The regurgitating P. Hong, the strong pulsation of a full and distended vessel.
7. The regurgitating P. Hong, the strong pulse of a full and swollen vessel.
These seven characters are considered much more favourable than the eight which follow, and which, arising from a deeper action, require a more forcible pressure.
These seven characters are seen as much more favorable than the eight that come after them, which, due to a deeper action, need a stronger push.
1. The deep P. Tehin, only discovered by a firm pressure.
1. The deep P. Tehin, which was only found through significant pressure.
2. The filiform P. Ouei, a threadlike pulsation.
2. The thin P. Ouei, a threadlike pulse.
3. The moderate P. Ouan, slow and languid.
3. The moderate P. Ouan, slow and relaxed.
4. The sharp P. Soe, producing the sensation of a cutting or sawing instrument.
4. The sharp P. Soe creates the feeling of a cutting or sawing tool.
5. The slow P. Tehis, when the pulsations follow each other with languid intervals.
5. The slow P. Tehis, when the beats follow each other with relaxed intervals.
6. The sinking P. Fou, when the pulse, although pressed hard, sinks under the finger.
6. The sinking P. Fou, when the pulse, despite being pressed hard, sinks under the finger.
7. The soft P. Sin, which feels like a drop of water one might press upon.
7. The soft P. Sin, which feels like a drop of water that you might press down on.
8. The weak P. Yo, which yields the sensation of feeling like a worn-out texture, and ceases to be observed when pressed upon for any time.
8. The weak P. Yo, which gives off a feeling of being a tired material, and is no longer noticeable when pressed for any length of time.
To these are added nine other varieties, called Tao.
To these, nine other varieties are added, called Tao.
1. The long P. Tehang, full, smooth—feeling like a full tube.
1. The long P. Tehang, full and smooth—feeling just like a full tube.
2. The short P. Toan, presenting a pointed surface, that seems indivisible.
2. The short P. Toan, showing a sharp surface, that looks indivisible.
3. The empty P. Hin, insensible under moderate pressure.
3. The empty P. Hin, unresponsive under light pressure.
4. The tight P. Tsou, which the finger feels with difficulty.
4. The tight P. Tsou, which is hard for the finger to feel.
5. The embarrassed P. Kié, languid and occasionally stopping.
5. The embarrassed P. Kié, tired and stopping every now and then.
6. The intermittent P. Tai, when several pulsations appear to be missing.
6. The occasional P. Tai, when several beats seem to be missing.
[Pg 556]7. The slender P. Sié, so slow and weak, that it feels like a hair.
[Pg 556]7. The thin P. Sié, so weak and slow, that it feels like a strand of hair.
8. The moving P. Tong, that one might compare to stones under water.
8. The moving P. Tong is like stones beneath the water.
9. The tense P. Ké, feeling like a distended drum-head.
9. The tense P. Ké, feeling like a stretched drumhead.
But as many Chinese doctors were not satisfied with this confusion in the classification of pulses, and, like practitioners in other countries, sought to render darkness still more visible—they sought to strike out a new career by increasing the multiplication, and introduced the following addenda:
But many Chinese doctors were not happy with the confusion in pulse classifications, and, like practitioners in other countries, wanted to make things clearer—they aimed to create a new path by increasing the variety, and introduced the following addenda:
1. The strong pulse, Ta, filling the vessel, yet yielding to pressure.
1. The strong pulse, Ta, filling the vessel but giving way under pressure.
2. The precipitate P. Son, in which the pulsation was rapid in succession.
2. The precipitate P. Son, where the pulsation was quick and continuous.
3. The scattered P. San, soft, slow, and non-resisting.
3. The scattered P. San, gentle, unhurried, and yielding.
4. The stray P. Li-king, strong—not pulsating three times in each inspiration.
4. The stray P. Li-king, strong—not pulsing three times with each breath.
5. The firm P. Tun, consistent and resisting.
5. The company P. Tun, steady and resilient.
6. The lively P. Ki, pulsation rapid in succession.
6. The vibrant P. Ki, beating quickly one after another.
7. The skipping P. Teng, pulsation unequal, sudden, and frequent.
7. The skipping P. Teng, with an irregular, sudden, and frequent pulse.
In this minute attention to the many variations of the pulses, the Chinese aided their study, by attending to age, sex, stature, constitution, the seasons, the passions, and the comparative state of health and disease.
In this careful attention to the many variations of the pulses, the Chinese enhanced their study by considering age, gender, height, body type, the seasons, emotions, and the overall state of health and illness.
In a person of high stature, the pulse was full—concentrated in diminished individuals—deep and embarrassed in fat subjects—long and superficial in the meager—soft in the phlegmatic temperament—tremulous in the lively and the active—slower in man than in woman, excepting when threatened with disease—full and firm in the adult—slow and feeble in old age—soft and vivacious in infancy.
In a tall person, the pulse was strong—focused in shorter individuals—deep and hesitant in overweight people—long and shallow in the thin—soft in those with a calm temperament—shaky in the energetic and active—slower in men than in women, unless illness is a concern—strong and steady in adults—slow and weak in older age—soft and lively in infants.
The rhythm of the pulse was affected by the passions, though chiefly in a transient manner:—moderately slow, in joy—short, in grief—deep, under the impression of fear—precipitate and regurgitating, in anger. In the spring, they maintained that the pulsation was tremulous—replete, in summer—spare and superficial, in autumn—dry and deep, in winter. Much mysterious ceremony was observed by the Chinese physicians in this investigation; they felt the pulse with four fingers, which they alternately raised or dropped on the vessel, as if playing on a musical instrument.
The pulse's rhythm was influenced by emotions, though mainly in a temporary way: steady and slow when happy, quick during sadness, strong when scared, and rapid and erratic when angry. In spring, they believed the pulse was shaky; full in summer; light and shallow in autumn; and weak and deep in winter. Chinese doctors followed elaborate rituals in this examination; they felt the pulse with four fingers, lifting and lowering them on the artery as if playing a musical instrument.
In this profound study, they attributed to every disease a peculiar state of the pulse by which it could be recognised and ascertained, and at the same time it enabled them to form a[Pg 557] favourable or unfavourable prognostic. Some of these rules are curious. If the pulses stop before fifty pulsations have been counted, disease is at hand; when an interruption in the course of the circulation takes place after forty pulsations, the patient has not more than four years to live; when an interruption takes place after the third pulsation, three or four days are the probable term of existence; but the patient may linger on for six or seven days more, when the interruption only succeeds the fourth pulsation.
In this in-depth study, they linked every disease to a specific pulse condition that could identify it and determine its nature, allowing them to make a[Pg 557] favorable or unfavorable prognosis. Some of these guidelines are intriguing. If the pulse stops before reaching fifty beats, illness is imminent; if there’s a break in circulation after forty beats, the patient has no more than four years to live; if the interruption occurs after the third beat, the expected remaining time is three or four days; however, if the interruption happens after the fourth beat, the patient might continue for six or seven more days.
Idle as these speculations may appear, it is to be feared that while the Chinese paid such minute attention to the state of the circulation, more distinguished and learned schools do not consider this powerful indication of the strength or weakness of the vital functions with sufficient care and discrimination, and perhaps a translation of the works of Ouang-chou-ho, might not be altogether useless in the present enlightened age. I have no hesitation in saying that this important investigation is sadly neglected in medical education—so much so indeed, that the different appellations given to the varied state of the pulse, are neither well defined nor generally understood. The French physician Bordeu has given much valuable information on this subject, which occupied the ancients as much as it seems to have fixed the attention of the Chinese. We find that the Indians, in the time of Alexander, accurately studied this important point.
As irrelevant as these speculations may seem, it's concerning that while the Chinese focused so closely on the state of circulation, more prestigious and knowledgeable institutions don't pay enough attention to this significant sign of the strength or weakness of vital functions. Perhaps translating the works of Ouang-chou-ho wouldn't be totally useless in today’s enlightened age. I have no doubt that this crucial investigation is unfortunately overlooked in medical education—so much so that the various names given to the different states of the pulse are neither clearly defined nor widely understood. The French physician Bordeu has provided a lot of valuable information on this topic, which occupied the ancient scholars just as it seems to have captivated the Chinese. We see that the Indians, during the time of Alexander, accurately studied this important aspect.
Notwithstanding the assertion of Sprengel, Hippocrates was a most attentive observer of the state of the pulse. Thus we find him giving the name of σφυγμος to that violent and spasmodic beating of the artery, which was not only sensible to the touch, but evident to the bystander’s eye—in more than forty passages of his immortal works do we find important references to the pulse, which he also declared could enable us to detect the secret workings of the passions. Many were the ancient physicians who have minutely entered into these investigations, amongst them we may name Herophilus, Erasistratus, Zeno, Alexander Philalethes, Heraclides of Erythræ, Heraclides of Tarentum, Aristoxenes. Several of the doctrines founded on these observations were most absurd, attributing the various conditions of the circulation to the Pneuma of the heart and arteries; such were the doctrines of Asclepiades, Agathinus, Galen, and many others; and amongst the Arabians we find Thabeth Ebn Ibrahim asserting that by the state of the pulse he could ascertain what articles of food had been taken—in more modern times Baillou, Wierns, Boerhaave, Hoffmann, have[Pg 558] sedulously applied themselves to this most essential study, and Schelhammenn asserts that the pulse never once deceived him.
Despite what Sprengel claimed, Hippocrates was a very careful observer of the pulse. He called the strong and irregular beating of the artery σφυγμος, which was noticeable both to touch and to anyone watching. In over forty passages of his renowned works, he made important references to the pulse, which he believed could reveal the hidden workings of emotions. Many ancient physicians studied this topic in detail, including Herophilus, Erasistratus, Zeno, Alexander Philalethes, Heraclides of Erythræ, Heraclides of Tarentum, and Aristoxenes. Some theories based on these observations were quite ridiculous, linking the different states of circulation to the Pneuma of the heart and arteries. Such were the ideas of Asclepiades, Agathinus, Galen, and others. Among the Arab scholars, Thabeth Ebn Ibrahim claimed he could tell what foods had been consumed just by examining the pulse. In more recent times, Baillou, Wierns, Boerhaave, and Hoffmann have worked diligently on this vital study, and Schelhammenn stated that the pulse never once misled him.
The effect of our passions on the circulation is much more powerful than is generally believed, and they are a more fertile source of our maladies than is commonly apprehended. We can readily conceive why the Spartan Chilo died through excess of joy whilst embracing his victorious son.[53]
The impact of our emotions on blood circulation is much stronger than most people think, and they are a bigger cause of our illnesses than is generally recognized. It's easy to understand why the Spartan Chilo died from overwhelming joy while hugging his victorious son.[53]
In the treatment of disease, the Chinese, so fond of classification, divide the medicinal substances they employ into heating, cooling, refreshing, and temperate; their materia medica is contained in the work called the Pen-tsaocang-mou in fifty-two large volumes, with an atlas of plates; most of our medicines are known to them and prescribed; the mineral waters, with which their country abounds, are also much resorted to; and their emperor, Kang-Hi, has given an accurate account of several thermal springs. Fire is a great agent, and the moxa recommended in almost every ailment, while acupuncture is in general use both in China and Japan; bathing and champooing are also frequently recommended, but blood-letting is seldom resorted to.
In treating illness, the Chinese, who are very into classification, categorize the medicinal substances they use into heating, cooling, refreshing, and balanced; their materia medica is compiled in a work called the Pen-tsaocang-mou in fifty-two large volumes, along with an atlas of illustrations; most of our medicines are recognized by them and prescribed; the mineral waters that their country has in abundance are also widely used; and their emperor, Kang-Hi, has written a detailed account of several thermal springs. Fire is a powerful treatment method, and moxa is recommended for nearly every ailment, while acupuncture is commonly practiced in both China and Japan; bathing and champooing are also often suggested, but bloodletting is rarely used.
China has also her animal magnetizers, practising the Coug fou, a mysterious manipulation taught by the bonzes, in which the adepts produce violent convulsions.
China also has its animal magnetizers, practicing the Coug fou, a mysterious technique taught by the bonzes, in which the practitioners induce violent convulsions.
The Chinese divide their prescriptions into seven categories.
The Chinese categorize their prescriptions into seven groups.
1. The great prescription.
The essential prescription.
2. The little prescription.
The small prescription.
3. The slow prescription.
The delayed prescription.
4. The prompt prescription.
The quick prescription.
5. The odd prescription.
The strange prescription.
6. The even prescription.
The equal prescription.
7. The double prescription.
The double prescription.
Each of these receipts being applied to particular cases, and the ingredients that compose them being weighed with the most scrupulous accuracy.
Each of these receipts is tailored to specific cases, and the ingredients that make them up are measured with the utmost precision.
Medicine was taught in the imperial colleges of Pekin; but in every district, a physician, who had studied six years, is appointed to instruct the candidate for the profession, who was afterwards allowed to practise, without any further studies or examination; and it is said, that, in general, the physician only receives his fee when the patient is cured. This [Pg 559]assertion, however, is very doubtful, as the country abounds in quacks, who, under such restrictions as to remuneration, would scarcely earn a livelihood. Another singular, but economical practice prevails amongst them—a physician never pays a second visit to a patient unless he is sent for. Whatever may be the merits of Chinese practitioners both in medicine and surgery, or their mode of receiving remuneration, it appears that they are as much subject to animadversion as in other countries:—a missionary having observed to a Chinese, that their medical men had constantly recourse to fire in the shape of moxa, redhot iron, and burning needles; he replied, “Alas! you Europeans are carved with steel, while we are martyrized with hot iron; and I fear that in neither country will the fashion subside, since the operators do not feel the anguish they inflict, and are equally paid to torment us or to cure us!”
Medicine was taught in the imperial colleges of Beijing; however, in every district, a physician who has studied for six years is appointed to train the candidates for the profession, who are then allowed to practice without any additional studies or exams. It's said that, generally, the physician only gets paid when the patient is cured. This [Pg 559]claim, however, is quite doubtful, as the country is full of quacks who, with such payment restrictions, would barely make a living. Another unusual but cost-effective practice among them is that a physician never makes a second visit to a patient unless he is called back. Regardless of the skills Chinese practitioners may have in medicine and surgery, or how they get paid, it seems they face as much criticism as those in other countries: a missionary noted to a Chinese person that their doctors often use fire, in the form of moxa, red-hot iron, and burning needles; the Chinese replied, “Alas! You Europeans are carved with steel, while we are tormented with hot iron; and I fear that in neither country will this trend change, since the operators do not feel the pain they cause, and are just as much paid to torment us as to heal us!”
EXPERIMENTS ON LIVING ANIMALS.
However ungrateful the discussion of this subject may be, since, in truth and justice, it must be considered with an unbiassed and unprejudiced mind, and elicit observations which may prove offensive to many, and absurd to some, it is one of such moment on the score of humanity, that I undertake the task without hesitation or reluctance.
However ungrateful discussing this topic may be, since it really needs to be approached with an open and fair mindset, and could lead to comments that might offend some and seem ridiculous to others, it is so important for humanity that I take on this task without hesitation or reluctance.
In support of the practice it has been urged, that mankind owes the most valuable discoveries in the science of medicine and its collateral branches to the vivisection of animals; that since the brute creation was intended for the use of our species, we could not apply them to a more important and justifiable purpose, than that of endeavouring to initiate ourselves in those wonderful functions of nature, a knowledge of which would give us a clearer insight of the mysterious machinery, and thereby the better enable us to remedy their derangement when in a morbid state. It has further been maintained, that when man to indulge his capricious appetites and his various amusements, tortures every creature that can minister to his depraved fancies or his unruly pleasures—he[Pg 560] would be more excusable, if not fully justifiable even in the eyes of the most sentient philanthropist, in submitting these creatures to smaller or greater sufferings, if mankind could be ultimately benefited by this sacrifice of feeling. What, indeed, could be our commiseration when beholding the agonies of a mangled dog or a cat, if the throes of his sufferings, and the incalculable pangs he endured, could restore a beloved child to his disconsolate parents, or a sinking father to his helpless family. Moreover, is not man, from the very nature of his social position, created to suffer more than animals, not only from the many natural diseases to which flesh is heir, but to the torturing wounds received on the field of battle—the burning fevers of distant climes—the chances of war, pestilence, and famine—all of which are aggravated by that power of judgment, that reflection and consciousness derivating from the possession of an immortal soul, which makes the future more horrible than the present, however great its miseries may be. It has also been urged, that animals in their savage state, undomesticated by the humane interference of man, inflict upon each other injuries under which they linger and die in excruciating pain; and, therefore, when we submit them to similar agonies, we only fill up the intended measure of their destined sufferings.
In support of the practice, it has been argued that humanity owes its most important discoveries in medicine and related fields to the vivisection of animals. Since animals were created for our use, we couldn't put them to a more meaningful and justifiable purpose than trying to understand the incredible functions of nature, knowledge of which would give us a clearer view of the mysterious mechanisms at play and help us fix what goes wrong when their health is compromised. Furthermore, it's been claimed that when people indulge in their whims and various pleasures, torturing every creature that can serve their twisted desires, they would be more excusable, if not fully justified even in the eyes of the most compassionate humanitarians, in subjecting these animals to suffering, if humanity could ultimately benefit from the sacrifice. What, indeed, could our compassion be when we see the pain of a hurt dog or cat, if their suffering could bring back a beloved child to grieving parents or a struggling father to his helpless family? Moreover, isn’t man, by the very nature of his social status, created to endure more than animals, not only from the many natural diseases to which flesh is prone but also from the painful wounds received in battle, the severe fevers of distant lands, the perils of war, disease, and famine—all of which are made worse by our ability to think, reflect, and be aware of our immortal souls, making the future seem more terrifying than the present, no matter how bad it may be? It has also been noted that animals in their wild state, untouched by human intervention, inflict injuries on each other that cause them to suffer and die in agonizing pain; therefore, when we put them through similar torments, we are simply completing the natural course of their intended suffering.
It is painful to assert it, but all these allegations, I consider as not only unsupported by facts and experience, but grounded on speculative sophistry; for, in regard to the injuries which animals in their wild condition may inflict upon each other, they may be the result of the wise provisions of the CREATOR, with which man, however presumptuous he be, has nothing to do, and even were it in his power to check their furious and destructive propensities, it is more than likely, from what we daily witness, that he would turn them to a profitable or a pleasurable account, as most probably, the sight of a combat between a wild elephant and a rhinoceros (provided the spectators were perfectly secure), would attract a greater multitude, and draw more money, than a dog-fight or a bull-bait—a tiger-hunt, were it not attended with some personal danger which requires courage, would prove more delectable than the pursuit of a timid hare.
It’s hard to say this, but I believe all these claims are not only unfounded but based on questionable reasoning. Regarding the harm that animals in the wild may cause each other, it could result from the wise design of the CREATOR, which humanity has no role in, no matter how arrogant we might be. Even if we could curb their aggressive and destructive behaviors, it's very likely, based on what we see every day, that we would exploit them for profit or entertainment. For instance, the sight of a fight between a wild elephant and a rhinoceros (assuming the spectators are completely safe) would probably attract a bigger crowd and generate more money than a dogfight or a bull-baiting event. A tiger hunt, without the personal danger that requires bravery, would likely be more enjoyable than chasing a frightened hare.
But I now come to a much more important consideration—the benefit to mankind that has occurred or that may be derived from such experiments. And here I must give as my most decided opinion, that if any such beneficial results did arise from the inquiries, they were not commensurate with[Pg 561] the barbarity of the experiments; nay, I shall endeavour to show, that they are frequently more likely to deceive us, by propping up fallacious and tottering theories, than to shed any valuable light on the subject of investigation.
But now I want to focus on a much more important point—the benefit to humanity that has come from, or could come from, these experiments. And I must express my firm opinion that, if any positive outcomes did come from these inquiries, they don't come close to matching[Pg 561] the cruelty of the experiments. In fact, I will argue that they often mislead us more by supporting shaky and false theories than by providing any real insight into the issue being studied.
I readily admit that there does exist much analogy in the structure of man and certain animals in the higher grades of the creation; that the functions of respiration, digestion, absorption, locomotion, are to a certain extent similar, and that experiments made to ascertain the mechanism of these functions (if I may so express myself), may tend, in some measure, to teach us that which the inanimate corpse of man cannot exhibit; but, admitting to the full extent of argumentation, the analogy of these functions, I do maintain that the phenomena of life differ widely between man and animals, and the very nervous influences which we seek to discover are, in life, of a nature totally different. Were it not so, would the senses of different animals, rendered more or less acute or obtuse according to their natural pursuits and protective habits, be so materially unequal? Indeed, the laws of nature that submit every creature to the immutable will of Providence are totally unlike; and each apparatus of life in divers beings seems to be especially calculated for the identical race: what is poison to the one is an aliment to another; and the vivid light which the eyes of one creature can bear, would produce blindness in another; the same effluvia which one animal would not notice, would guide another over trackless wastes in search of friend or foe. I therefore maintain, that the mere material examination of the living organs of animals can no more tend to illustrate their vital principle, than the keenest anatomical labours can enable us to attain a knowledge of the nature of our immortal and imperishable parts.
I fully admit that there are many similarities in the structure of humans and some higher animals; that the functions of breathing, digestion, absorption, and movement are, to some extent, alike. Experiments aimed at understanding how these functions work (if I can put it that way) might help us learn things that a lifeless human body cannot show us. However, even if we agree on the similarities of these functions, I maintain that the phenomena of life are very different between humans and animals, and the nervous influences we're trying to understand are fundamentally different in living beings. If that weren't the case, why would the senses of different animals—sharpened or dulled according to their natural instincts and survival habits—be so distinctly different? The laws of nature that govern every creature under the will of Providence are completely unique; each life system in various beings seems specially designed for their particular species: what is toxic for one can be nourishment for another, and the bright light that one creature can handle could cause blindness in another. The same scents that one animal may overlook can lead another through vast areas in search of a friend or foe. Therefore, I argue that merely examining the physical organs of living animals does not help us understand their vital essence, just as the most detailed anatomical studies can't provide insight into the nature of our immortal and enduring parts.
I shall enter still more minutely into this subject. In the barbarous experiments to which I allude, animals bearing the strongest resemblance to man (at least in their conformation, for Heaven, in its mercy, did not gift them with what we call mind) are usually selected amongst such as possess a heart with four cavities, and double lungs. The dog—the natural companion of man, his most faithful friend in weal and woe, the guardian of his couch and property, the protector of his infants, the only mourner o’er the pauper’s grave!—dogs, are in general selected for the scientific shambles; and this for obvious reasons,—they are more easily procured, and at a cheaper rate; moreover, they are more[Pg 562] manageable and unresisting under the mangling scalpel. Well, thousands of these creatures have been starved to death with butter, sugar, and oil, to prove that they must die in all the aggravated pangs of hunger,—pangs producing ulcerated eyes, blindness, staggers, parched up organs, unless their food contains azote. Will any one maintain, that a similar nourishment would produce similar effects on man? Certainly not. The one was created by nature to consume animal substances highly azotized; the other, from the transition of life to which he is born to be exposed, is essentially polyphagous.
I will go into even more detail about this topic. In the cruel experiments I’m referring to, animals that closely resemble humans (at least in their physical structure, since thankfully they weren’t given what we call mind) are usually chosen from those that have a four-chambered heart and double lungs. The dog—humanity’s natural companion, its most loyal friend in both good times and bad, the protector of its home and belongings, the guardian of its children, the only one who mourns for the poor at their graves!—dogs are generally picked for the scientific experiments; and for obvious reasons—they're easier to obtain and at a cheaper rate; plus, they are more[Pg 562] manageable and compliant under the scalpel. Well, thousands of these animals have been starved to death with butter, sugar, and oil to demonstrate that they must perish in the extreme agony of hunger—agony that leads to ulcerated eyes, blindness, staggering, and dried-up organs, unless their food contains nitrogen. Can anyone argue that a similar diet would have the same effect on humans? Certainly not. One was designed by nature to consume highly nitrogen-rich animal substances; the other, from the transition of life to which he is born to face, is fundamentally omnivorous.
Then, again, millions of animals have had their bones broken, scraped, bruised in every possible manner, to discover the process of the formation of bone, called Osteogeny: has a single fracture of a human limb been more rapidly consolidated by these experiments, which fill hundreds of pages in the works of Duhamel, Haller, Scarpa, and other physiologists? Animals will digest substances that would kill a human being—have the experiments in which their palpitating stomach and intestines have been torn from them, lacerated, pricked, cut, separated from their surrounding vessels and nerves, increased our means of relieving the dyspepsia of the sensualist, the surfeit of the glutton, or the nausea of the dissolute? On the other hand, the gin, the ardent spirits in which the drunkard wallows, would soon destroy what we think proper to call a brute!
Then again, millions of animals have had their bones broken, scraped, and bruised in every possible way to understand how bone forms, called Osteogeny: has a single fracture in a human limb healed more quickly because of these experiments, which fill hundreds of pages in the works of Duhamel, Haller, Scarpa, and other physiologists? Animals will digest substances that would kill a human—have the experiments where their beating stomachs and intestines have been torn out, lacerated, pricked, cut, and separated from their surrounding vessels and nerves, improved our ability to treat the dyspepsia of the hedonist, the overindulgence of the glutton, or the nausea of the debauched? On the other hand, the gin and hard liquor that the drunkard indulges in would soon destroy what we consider a brute!
In many animals, moreover, there is a tenacity of life—highly convenient to the physiologist, since it enables him to prolong his experimental cruelties—which man does not possess; and we find the electric fluid acting much longer upon their muscles even after death, than on a human body or its severed limbs.
In many animals, there is a remarkable resilience of life—very useful for the physiologist, as it allows him to extend his experimental tortures—something humans don't have; and we see that electric current affects their muscles for a much longer time after death than it does on a human body or its amputated limbs.
Another point to be considered is the assertion of the advantages to be derived from contemplating the living viscera in a healthy state. Good God! a healthy state!—what a mockery, what a perversion of language! Behold the dog, stolen from his master—(for theft is encouraged to supply the man of science—and theft of the worst character, since it is of the most cruel nature;—our goods, our money, may be restored, replaced by industry, but what hand can restore the faithful companion of our solitude, whose looks seem to study our thoughts! left us perhaps by the lost one of our heart, symbol of that fidelity which death alone abridged!) the poor animal hungry, chained up for days and nights pining for his lost master, is led to the butchery. Still he looks[Pg 563] up for compassion to man, his natural protector, licks the very hand that grasps him until his feeble limbs are lashed to the table! In vain he struggles—in vain he expresses his sufferings and his fears in piteous howls: a muzzle is buckled on to stifle his troublesome cries, and his concentrated groans heave his agonized breast in convulsive throes, until the scalpel is plunged in his helpless extended body! His blood flows in torrents, his very heart is exposed to the torturer’s searching hand, and nerves which experience anguish from a mere breath of air, are lacerated with merciless ingenuity,—and this is a healthy state! The viscera exposed to atmospheric influence are already parched, and have lost their natural colour, and not a single function is performed in normal regularity. One only effort is natural until vital power is exhausted—a vain instinctive resistance against his butchers!—The heart sickens at such scenes, when cruelty that would bid defiance to the savage’s vindictive barbarity, sacrifices thousands of harmless beings at the shrine of vanity. For let the matter not be mistaken—these experiments are mostly made to give an appearance of verisimilitude to the most absurd and visionary doctrines; and if a proof were required of this assertion, it can be easily obtained by reading the works of various physiologists at different periods, who all draw different deductions from similar facts. For when the mind labours under a certain impression, or a reputation is founded upon the support of a doctrine, these facts are distorted with Procrustean skill to suit the views of the experimentalist.
Another point to consider is the claim about the benefits of observing healthy internal organs. Good grief! A healthy state!—what a joke, what a twist on language! Look at the dog, taken from its owner—(for theft is encouraged to supply the scientist—and theft of the worst kind, since it is the most cruel;—our belongings, our money, can be replaced through hard work, but what can restore the loyal companion of our solitude, whose gaze seems to understand our thoughts? Perhaps left to us by the one we lost, a symbol of loyalty that only death could end!) the poor animal, hungry and chained up for days and nights yearning for its lost owner, is dragged to slaughter. Still, it looks[Pg 563] up to humanity for compassion, its natural protector, licks the very hand that holds it down until its weak limbs are strapped to the table! It struggles in vain—in vain it shows its suffering and fears through pitiful howls: a muzzle is strapped on to silence its painful cries, and its concentrated groans shake its agonized body in convulsions, until the scalpel is plunged into its defenseless body! Its blood pours out, its heart is laid bare to the torturer’s probing hand, and nerves that quiver at the slightest breeze are torn apart with ruthless precision,—and this is a healthy state! The exposed organs, affected by the air, are already dried out and have lost their natural color, with not a single function operating as it should. The only instinctual effort until vital energy is spent is a futile resistance against its killers!—The heart grows sick at such scenes, where cruelty that would outdo the savage’s vengeful barbarism, sacrifices thousands of innocent beings at the altar of vanity. Let’s not misunderstand this—these experiments are mostly conducted to lend an air of credibility to the most absurd and fanciful ideas; and if proof of this claim is needed, it can be easily found in the varying writings of different physiologists over time, who all draw different conclusions from similar facts. For when someone’s mind is set on a particular impression, or their reputation relies on the backing of a doctrine, these facts are twisted with skillful arrogance to align with the experimentalist's agenda.
Let us, for instance, consider the subject of digestion, to ascertain the nature of which, thousands—millions of animals have been ripped up alive. This practice has been attributed to coction, to elixation, to fermentation, to putrefaction, to trituration, to maceration, to dissolution, and to many other shades and shadows of similar theories; and were additional millions of living victims sacrificed in further scientific hecatombs, posterity may deem our present vain glorious physiologists as ignorant of the matter as they might consider their numerous predecessors in the same career of groping curiosity. Has the cruel extraction of the spleen from a thousand dogs to show that they could live without that viscous, explained the nature of its functions, or enabled us more successfully to control its obstinate diseases?
Let’s take digestion, for example, to understand its nature, thousands—millions of animals have been cut open while still alive. This practice has been linked to various concepts like coction, elixation, fermentation, putrefaction, trituration, maceration, dissolution, and many other similar theories. If even more living beings were sacrificed in the name of science, future generations might see our current boastful physiologists as just as clueless as their many predecessors who also explored with blind curiosity. Has the brutal removal of the spleen from a thousand dogs to prove they can live without it clarified its functions or helped us better manage its stubborn diseases?
We know nothing of the phenomena of life; all our functions are regulated by an allwise Power that sets at naught human[Pg 564] presumption—and Hippocrates justly called this harmonic organization a concensus, or a circle, in which we could not discover the commencement or the end.
We know nothing about the phenomena of life; all our functions are controlled by an all-knowing Power that disregards human[Pg 564] arrogance—and Hippocrates rightly referred to this harmonious organization as a consensus, or a circle, where we cannot find a beginning or an end.
There does however exist one course of experiments which probably might prove beneficial to mankind. The search of antidotes to various poisons that are too frequently administered by criminal hands; but here again experiments fall short of our expectations, for these substances act differently upon different animals, and even to some the prussic acid in large doses may be given with impunity. But I affirm, and can prove it, that in ninety-nine cases out of one hundred, in which such substances are given to animals, it is not with a view to discover antidotes, but to ascertain, according to the unfortunate creature’s species, size, and condition, how long he can linger under the pangs of the poison, or what is the dose sufficient to occasion death. Of what benefit can it be to humanity to know that thirty drops of hydro-cyanic acid destroys dogs and cats in the space of six, twelve, or fifteen minutes; that twenty-six drops kill a rabbit in three minutes; that one drop introduced into the bill of a sparrow deprives it of life in eleven minutes; that a duck takes fifteen drops to put an end to its convulsive struggles; and that the exposing animals to the influence of hydro-cyanic acid gas destroys them in two, four, six, eight, and ten seconds? What benefit does society reap from the knowledge that, after the most excruciating suffering, a dog died in five hours after having taken half an ounce of tobacco, and that another ill-fated canine victim in whose limbs tobacco had been introduced, died of paralysis and in horrible convulsions in about an hour? Were antidotes sought in the thousands of similar cases that I could adduce? Certainly not—the experiments merely went to ascertain the power of the drug, and the only possible good that could have resulted from the barbarous trial, was the appearance of the viscera after death; a fact that one experiment could demonstrate as well as one thousand—but which could be more effectually exhibited in human creatures who died from the effects of deleterious substances. In short, these experiments are nothing more than cold calculations on the tenacity of life in various individuals. Every one knows that arsenic and prussic acid destroy life, and surely such an assertion on the part of a lecturer to his pupils should satisfy them on this head without having recourse to illustrations of the fact. In the case of supposed poison introduced into alimentary substances,[Pg 565] and which are given to dogs to prove the criminal act, surely chemistry is not so little advanced in its boasted progress, not to be able to afford us a test of the presence of poison, without having recourse to so savage an expedient.
There is, however, one area of experiments that might actually benefit humanity. The search for antidotes to various poisons that are often administered by criminals; yet, once again, these experiments fall short of our expectations because these substances affect different animals in various ways, and some can even tolerate large doses of prussic acid without harm. But I insist, and can back it up, that in ninety-nine out of a hundred cases where such substances are given to animals, it's not to discover antidotes, but to see, based on the unfortunate animal's species, size, and condition, how long it can endure the pain of the poison, or what dose is enough to cause death. What good does it do for humanity to know that thirty drops of hydrocyanic acid kills dogs and cats in six, twelve, or fifteen minutes; that twenty-six drops take out a rabbit in three minutes; that one drop given to a sparrow kills it in eleven minutes; that a duck needs fifteen drops to end its convulsions; and that exposure to hydrocyanic acid gas can kill animals in two, four, six, eight, and ten seconds? What does society gain from knowing that, after immense suffering, a dog died five hours after ingesting half an ounce of tobacco, and that another doomed dog, which had tobacco in its limbs, died of paralysis and horrific convulsions in about an hour? Were antidotes sought in the thousands of similar cases I could mention? Absolutely not—the experiments were purely to determine the potency of the drug, and the only potential benefit from these brutal tests was the examination of the organs after death; a result one experiment could show just as well as a thousand—but which could be much more effectively observed in humans who died from toxic substances. In short, these experiments are just cold calculations on how long different individuals can cling to life. Everyone knows that arsenic and prussic acid are lethal, and surely a lecturer should be able to assure students of this without resorting to grim examples. In cases of alleged poison in food,[Pg 565] given to dogs to prove a crime, surely chemistry has advanced enough to provide a test for poison presence without having to rely on such cruel methods.
Another most absurd argument has been upheld in favour of these experiments in the presence of pupils, that of hardening their feelings in the contemplation of acute sufferings. This assertion is worse than idle and absurd; many of our most able surgeons and anatomists have never practised these cruelties, and yet their nerves have not been unstrung during the most fearful operations. With hands imbrued in blood I have performed the arduous duties of my profession in fourteen battles, yet I never could witness these heartless exhibitions without disgust, and I am sorry to say contempt. I am aware that these sentiments have been called puling professions of humanity; nay, that there are men and women who would weep bitterly over the sufferings of a sick pet, while they would view accumulated human misery unmoved. These are painful anomalies arising too frequently in disappointed minds, when the cup of life has been imbittered by ingratitude, and the “milk of human kindness” curdled by deceit. These are not reasons to prevent us from censuring acts of cruelty, when they may be considered useless in a scientific point of view, and degrading to mankind in regard to private feelings. I can readily believe that the best and the most humane of men, may be induced by an ardent desire to elucidate obscure parts of physiologic inquiry, to try such experiments; but most undoubtedly—unless the object to be so attained was commensurate with the sacrifice and abnegation of humane sentiments, I should deeply lament their obduracy, and be inclined to doubt their benevolence towards their fellow-creatures.
Another ridiculous argument has been made in support of these experiments in front of students, claiming that it toughens their emotions when facing extreme suffering. This claim is not just pointless; many of our top surgeons and anatomists have never engaged in such cruelty, yet they remain composed during the most intense procedures. With blood on my hands, I have carried out my professional duties in fourteen battles, but I could never watch these heartless displays without feeling disgust and, I’m sorry to say, contempt. I know these feelings have been dismissed as weak expressions of humanity; in fact, there are men and women who would cry over a suffering pet while remaining indifferent to human suffering. These are painful contradictions that often arise in frustrated people when life has become bitter due to ingratitude, and their “milk of human kindness” has soured from deceit. However, these are not excuses for us to ignore acts of cruelty, especially when they can be seen as pointless from a scientific perspective and degrading to our humanity in terms of personal feelings. I can believe that the best and most compassionate people might feel driven by a strong desire to clarify difficult aspects of physiology to conduct such experiments; however, unless the goal justifies the sacrifice of humane feelings, I would deeply regret their callousness and question their kindness towards others.
I would not enter on my list of friends
(Though graced with polish’d manners, and fine sense,
Yet wanting sensibility), the man
Who needlessly sets foot upon a worm.
An inadvertent step may crush the snail
That crawls at evening in the public path;
But he that hath humanity forewarned
Will tread aside, and let the reptile live.
I wouldn’t add to my list of friends
(Even if they have polished manners and great taste,
But lack sensitivity), the person
Who steps on a worm for no reason.
A careless step might crush the snail
That crawls along the path at night;
But someone with humanity will be mindful
And step aside to let the creature live.
In fine, whenever it is not evident that such practices can benefit mankind and increase our means of reducing the sum of human misery—it is a barbarous and criminal abuse of that power which the Creator has given us over the inferior[Pg 566] grades of animated beings; and it is deeply to be lamented that no legislative measures can be adopted to restrain it, if it cannot be altogether prohibited. At any rate, professors alone should be allowed the “indulgence,” but in no instance should such pseudo-scientific practices become a public exhibition or a student’s pastime. Brought up in early life, amidst all the complicated horrors of a revolution, I have been sadly convinced that the contagion of CRUELTY is much more doubtless and active than that of PESTILENCE!
In short, whenever it’s not clear that such practices can help humanity and improve our ability to lessen human suffering, it is a brutal and criminal misuse of the power that the Creator has granted us over lower forms of living beings; and it is truly regrettable that no laws can be put in place to limit it, if it cannot be entirely banned. At the very least, only professionals should be allowed the “indulgence,” but under no circumstances should such pseudo-scientific practices be made public or treated as a pastime for students. Having grown up amidst all the complicated horrors of a revolution, I have sadly come to believe that the spread of Cruelty is much more certain and active than that of Disease!
THE END.
THE END.
WHITING, BEAUFORT HOUSE STRAND.
WHITING, BEAUFORT HOUSE STRAND.
Footnotes:
References:
[1] During these ten years the following works appeared:
[1] In the past ten years, the following works were published:
Montesquieu—Esprit des Lois, 1748.
—— Défense de l’Esprit des Lois, 1750.
Rousseau—Discours sur l’Influence des Sciences et des Lettres, 1750.
—— Discours sur l’Inégalité des Conditions, 1754.
Voltaire—Essai sur les Mœurs et l’Esprit des nations, 1757.
Condillac—Essai sur l’Origine des Connaissances Humaines, 1746.
—— Traité des Sensations, 1754.
Helvétius—De l’Esprit, 1758.
Montesquieu—The Spirit of the Laws, 1748.
—— Defense of the Spirit of the Laws, 1750.
Rousseau—Discourse on the Influence of Sciences and Letters, 1750.
—— Discourse on the Origin of Inequality, 1754.
Voltaire—Essay on Customs and the Spirit of Nations, 1757.
Condillac—Essay on the Origin of Human Knowledge, 1746.
—— Treatise on Sensations, 1754.
Helvétius—On the Mind, 1758.
[2] The Homo diluvii testis, the skeleton of which was described by Scheuchzer, was considered by Cuvier to have belonged to a species of Salamander.
[2] The Homo diluvii testis, whose skeleton was described by Scheuchzer, was thought by Cuvier to have belonged to a species of salamander.
[3] For the further illustration of this curious subject, Dr. Eliotson’s valuable notes on Blumenbach may be consulted to advantage.
[3] For a deeper understanding of this intriguing topic, Dr. Eliotson’s helpful notes on Blumenbach can be referred to.
[4] The dream of Ertucules seems to have been connected with similar phantasies. “I dreamed, venerable sir,” said he to Edebales, “that the brightness of the moon did proceed from your bosom, and thence afterwards did pass into mine: when it was thither come, there sprung up a tree from my umbilic, which overshadowed at once many nations, mountains, and valleys. From the root of this tree there issued waters sufficient to irrigate vines and gardens; and then both my dream and my sleep forsook me.” Edebales after some pause thus answered: “There will be born unto you, my good friend, a son whose name shall be Osman; he shall wage many wars, and shall acquire victory and glory; and my daughter must be married to your son Osman, and she is the brightness which you saw come from my bosom into yours, and from both sprung up the tree.”—Lips. Marsil.
[4] Ertucules' dream seems to have been tied to similar fantasies. “I had a dream, respected sir,” he told Edebales, “that the brightness of the moon came from your heart and then flowed into mine. Once it reached me, a tree grew from my belly, overshadowing many nations, mountains, and valleys. From the roots of this tree, waters flowed enough to irrigate vineyards and gardens; then both my dream and sleep left me.” After a moment, Edebales replied, “A son will be born to you, my good friend, named Osman; he will fight many battles and achieve victory and glory. My daughter will marry your son Osman, and she is the light you saw coming from my heart into yours, and from both of us, the tree sprang up.”—Lips. Marsil.
[5] Vide the article “Enthusiasm.”
__A_TAG_PLACEHOLDER_0__ See the article “Enthusiasm.”
[6] The chœnix contained a pint.
__A_TAG_PLACEHOLDER_0__ The chœnix held a pint.
[7] These lines afford a convincing proof of the minute attention the ancients paid to the phenomena of nature. Our poet had no doubt observed the frequent effect of the application of cold to the surface of the body producing a reaction in the circulation tending to overcome the noxious agent by a glow of heat, which in many instances of predisposition may assume a febrile character.
[7] These lines provide strong evidence of how closely the ancients observed natural phenomena. Our poet likely noticed that applying cold to the skin often causes a reaction in the blood flow that helps counteract harmful influences with a surge of heat, which in many cases of susceptibility can take on a feverish nature.
[8] A Treatise on Insanity.
__A_TAG_PLACEHOLDER_0__ A Study on Mental Illness.
[9] Pallido il Sol and Per quanto dolce amplasso of Hasse.
[9] Pale the Sun and As Sweet the Embrace of Hasse.
[10] Much curious matter will be found in Mr. Nathan’s valuable work upon music, entitled, “Musurgia vocalis.”
[10] You'll find a lot of interesting stuff in Mr. Nathan's valuable book on music, titled, “Musurgia vocalis.”
[11] That animals are more frequently guided by the sense of smelling than by sight, is evident in those plants that shed a cadaverous effluvia, especially the arum dracunculus and the stapelia variegata of the Cape, which attract various insects that usually deposit their eggs in a stercoraceous or corrupt nidus. Here these insects have been deceived by vision, and imagined in their illusion that they had safely lodged their progeny in carrion.
[11] It’s clear that animals rely more on their sense of smell than on sight, as seen in certain plants that release a foul odor, especially the arum dracunculus and the stapelia variegata from the Cape, which attract various insects that tend to lay their eggs in a filthy or decaying place. In this case, these insects have been misled by sight, mistakenly believing they have safely placed their offspring in decaying matter.
[12] According to Ælian, the presence of this fish indicated the approaching overflow of the Nile.
[12] According to Ælian, the sighting of this fish signaled the coming flood of the Nile.
[13] The Irish, in their metaphorical language, give a corporeal form to foul effluvia, and one of them assured me that he had a terrier who would always cock up his tail and bark whenever he saw a stink.
[13] The Irish, in their figurative language, personify bad smells, and one of them told me he had a terrier that would always raise his tail and bark whenever he saw a stink.
[14] Diodorus, Strabo, and other ancient writers, state that the beer of the Egyptians called Zythus was scarcely inferior to wine. This beer was made with barley, to which was added the lupin, the skirret, and the root of an Assyrian plant. We find the following in Columella:
[14] Diodorus, Strabo, and other ancient writers mention that the beer of the Egyptians called Zythus was almost as good as wine. This beer was brewed using barley, with added lupin, skirret, and the root of an Assyrian plant. Columella states the following:
“Jam siser, Assyriaque venit quæ semine radix
Sectaque præbetur madido satiata lupino,
Ut Pelusiaci proviset pocula zythi.”
“Jam penser, Assyria came that seed from which
A root provided, soaked with plump lupins,
So that the cups of Pelusiac beer are prepared.”
The vicinity of Pelusium was famed for this beverage and its lentils.
The area around Pelusium was known for this drink and its lentils.
[15] Diemerbrook states that, in the Plague of Nimeguen all those who were taken ill about new and full moon rarely escaped.
[15] Diemerbrook says that during the Plague of Nimeguen, everyone who got sick around the new and full moon hardly ever survived.
[16] Dr. Desgenettes, physician to the French army, in order to inspire confidence among the troops, inoculated himself twice without experiencing any other consequence than a slight inflammation of the inoculated parts. Sonnini mentions a Russian surgeon, who was a prisoner in Constantinople with a number of his countrymen, and who took it into his head to inoculate his comrades, with a view of protecting them from the contagion; but, unfortunately, two hundred of them died, and, fortunately perhaps for the survivors, the operator himself died of his own treatment.
[16] Dr. Desgenettes, a doctor for the French army, inoculated himself twice to build trust among the soldiers, experiencing only minor swelling at the injection sites. Sonnini talks about a Russian surgeon who was imprisoned in Constantinople with several of his fellow countrymen. He decided to inoculate his comrades in hopes of protecting them from the disease; however, tragically, two hundred of them died, and, thankfully for the survivors, the surgeon himself died from his own procedure.
[17] On this subject see what has been already said in the preceding article of Food, its use and abuse, in Dr. Beaumont’s experiments.
[17] For more on this topic, refer to what was mentioned in the previous article on Food, its use and abuse, in Dr. Beaumont’s experiments.
[18] Otway.
__A_TAG_PLACEHOLDER_0__ Otway.
[19] Shaftesbury.
__A_TAG_PLACEHOLDER_0__ Shaftesbury.
[20] Oil is, however, a useful application to wounds in warm climates. During the retreat of our troops after the battle of Talavera, I found the wounds of many of our men, that had not been dressed for three or four days, pullulating with maggots. This was not the case with the Spanish soldiers, who, to prevent this annoyance (which was more terrific than dangerous), had poured olive oil upon their dressings. I invariably resorted to the same practice when I subsequently had to remove the wounded in hot weather.
[20] Oil is, however, a practical treatment for wounds in warm climates. During our troops' retreat after the battle of Talavera, I discovered that many of our men’s wounds, which had gone untreated for three or four days, were teeming with maggots. This wasn’t true for the Spanish soldiers, who poured olive oil on their dressings to prevent this issue (which was more horrifying than harmful). I always followed the same method whenever I had to transport the wounded in hot weather.
[21] A Hebrew proverb originating from a tradition that Abraham wore a precious stone round his neck, which preserved him from disease, and which cured sickness when looked upon. When Abraham died, God placed this stone in the sun.
[21] A Hebrew proverb comes from the story that Abraham wore a precious stone around his neck, which protected him from illness and healed sickness when he looked at it. After Abraham died, God put this stone in the sun.
[22] The ancients considered the spleen the seat of mirth, and the liver the organ of love; hence their old proverb.
[22] The ancients believed that the spleen was the source of happiness and the liver was the organ of love; that's where their old saying comes from.
[23] Cordia Sebestena; according to some, the C. Myxa L., a species of Egyptian date. It was formerly employed as a demulcent. A viscid black glue was also prepared from it, and exported in considerable quantities from Alexandria.
[23] Cordia Sebestena; some say it's the C. Myxa L., a type of Egyptian date. It used to be used as a soothing agent. A thick black glue was also made from it and shipped in large amounts from Alexandria.
[24] Quod Cæretani totum orbem vano quodam ac turpi superstitionum genere ludificantes continuò peregrinantur, familia domi relicta.
[24] The Cæretani wander the whole world, continually mocking it with a certain empty and ugly kind of superstition, leaving their families behind at home.
[25] Patin called it l’impertinente nouveauté du siécle.
[25] Patin referred to it as the audacious novelty of the century.
[26] The priesthood in thus stigmatizing the medical profession so soon as its practice ceased to be their exclusive privilege, displayed the same spirit of intolerance and thirst for omnipotent sway that characterized their anathemas on the drama when they no longer were the authors, actors, and managers of their own sacrilegious plays, which they called mysteries and moralities. Previously to the drama becoming the pursuit of laymen, the monkish exhibitions had been so holy, that one of the popes granted a pardon of one thousand days to every person who went to the plays performed in the Whitsun week, beginning with a piece called “The Creation,” and ending the season with the performance of “The General Judgment.” In these representations the performers belonged to various corporations, and acted under the direction of the clergy. “The Creation” was performed by the Drapers,—“The Deluge” by the Dyers,—“Abraham, Melchizedek, and Lot,” by our friends the Barbers,—“The Purification” by the Blacksmiths,—“The Last Supper” by the Bakers,—“The Resurrection” by the Skinners,—and “The Ascension” by the Tailors.
[26] The priesthood, by stigmatizing the medical profession as soon as its practice was no longer their exclusive privilege, showed the same intolerance and desire for total control that marked their condemnations of theater when they were no longer the writers, performers, and directors of their own sacrilegious plays, which they referred to as mysteries and moralities. Before theater became the domain of laypeople, the monk-led performances were considered so sacred that one of the popes granted a pardon of one thousand days to everyone who attended the plays performed during Whitsun week, starting with a play called “The Creation” and wrapping up the season with “The General Judgment.” In these performances, the actors were from different guilds and acted under the clergy's direction. “The Creation” was staged by the Drapers,—“The Deluge” by the Dyers,—“Abraham, Melchizedek, and Lot” by our pals the Barbers,—“The Purification” by the Blacksmiths,—“The Last Supper” by the Bakers,—“The Resurrection” by the Skinners,—and “The Ascension” by the Tailors.
The following curious anecdotes are recorded in the description of a mystery performed at Veximel, near Metz, by the order of Conrad Bayer, bishop of the diocese. This play was called The Passion; and it appears that by some mismanagement a priest by the name of Jean de Nicey, curate of Métrange, who played Judas, was nigh meeting with an untimely end; for his neck had slipped and tightened the noose by which he was suspended to the tree, and, had he not been cut down, he would have performed the part most effectually.
The following strange stories are noted in the account of a performance held at Veximel, near Metz, organized by Conrad Bayer, the bishop of the diocese. This play was titled The Passion; and it seems that due to some mismanagement, a priest named Jean de Nicey, who was the curate of Métrange and played Judas, was close to meeting a tragic fate. His neck had slipped and tightened the noose he was hanging from, and if he hadn't been rescued, he would have played his part very convincingly.
A play was acted in one of the principal cities in England by these clerical performers, representing the terrestrial Paradise, when Adam and Eve made their appearance entirely naked.
A play was performed in one of the main cities in England by these clerical actors, depicting the earthly Paradise, when Adam and Eve showed up completely naked.
[27] Mr. J. A. St. John.
__A_TAG_PLACEHOLDER_0__ Mr. J.A. St. John.
[28] As this worthy never took off his cuirass, it may be shrewdly suspected that his lashes were such as our old friend Sancho Pança inflicted on the tree.
[28] Since this guy never took off his armor, it's safe to guess that his whips were similar to those our old buddy Sancho Pança used on the tree.
[29] The diseases to which the blood is subject was another ground upon which the vitality of this fluid was founded. The most remarkable kind of diseased blood is that which occurs in cholera, where it is dark, nearly black, even in the arteries. The cause of this phenomenon is by no means decided. Dr. Thomson attributes it to a diseased condition of the blood, which unfits it for being duly arterialised. Dr. O’Shaughnessy denies the assertion, and proves that choleric blood can be rendered florid by the absorption of oxygen. Dr. Stevens, in his treatise on the blood, attributes this dark appearance to the contagion of the malady, which throws the fluids into a morbid state, the effect of which is the diminution of the saline matter which the healthy blood contains. He observed that in cholera-hospitals the blood of all the persons residing in them was also dark. It is, however, more than probable that this morbid condition of the blood arises from the deranged state of the circulation, and may be attributed to a disease of the solids, which must invariably affect the fluids that they propel with more or less energy, flowing in a rapid current, or in a sluggish stream.
[29] The diseases affecting the blood were another reason for establishing the vitality of this fluid. The most notable type of diseased blood occurs in cholera, where it becomes dark, almost black, even in the arteries. The cause of this condition is still not clear. Dr. Thomson believes it stems from a sickly state of the blood, which makes it unable to be properly oxygenated. Dr. O’Shaughnessy disputes this claim, demonstrating that cholera blood can become red by absorbing oxygen. In his treatise on blood, Dr. Stevens attributes this dark appearance to the contagion of the illness, which puts the fluids in a harmful state, resulting in a decrease of the saline matter found in healthy blood. He observed that in cholera hospitals, the blood of all the residents was also dark. However, it is likely that this unhealthy condition of the blood arises from the disturbed state of circulation and can be linked to a disease of the solids, which inevitably affects the fluids they pump out, whether flowing rapidly or sluggishly.
I have fully illustrated this want of oxygen in the blood of cholera patients in a work I published in Bordeaux, in 1831, entitled Observations sur la nature et le traitement du Cholera Morbus d’Europe et d’Asie; and, from several experiments subsequently made on cholera patients, I feel convinced that the inspiration of oxygen gas will be ultimately found the most energetic and effective practice in combating this fearful disease.
I have thoroughly demonstrated the lack of oxygen in the blood of cholera patients in a work I published in Bordeaux in 1831, titled Observations sur la nature et le traitement du Cholera Morbus d’Europe et d’Asie; and from several experiments conducted later on cholera patients, I am convinced that breathing in oxygen gas will ultimately be identified as the most powerful and effective treatment for fighting this terrible disease.
By the experiments lately made by Dr. Donné of Paris, it has been found that the globules of blood, when submitted to microscopic examination, varied in magnitude according to the description of animals from which it was drawn. In certain diseases, globules of pus have also been detected in the sanguiferous stream. They were larger than those of the blood, and, instead of being defined by a marginal line, were fringed on their circumference, and their centre was striated with interwoven lines.
By recent experiments conducted by Dr. Donné in Paris, it has been discovered that blood cells, when examined under a microscope, varied in size depending on the type of animal they came from. In some diseases, pus cells have also been found in the bloodstream. These cells were larger than blood cells and, instead of having a clear edge, were fringed around the edges, with a center marked by interwoven lines.
The same physiologist discovered animalcules in the pus of certain ulcers not dissimilar in appearance to the vibrio lineola of Müller. Other animalcules, which he has named the tricomonas vaginalis, were also found in great number when the mucous membranes of the organ (whence the latter part of their denomination was derived) were in a state of inflammation. These animalculi could not be detected in healthy mucus. The knowledge of this influence of inflammation may lead to many important practical results.
The same physiologist discovered tiny organisms in the pus of certain ulcers that looked similar to the vibrio lineola described by Müller. He also found a large number of other tiny organisms, which he named tricomonas vaginalis, when the mucous membranes of the organ (from which the second part of their name comes) were inflamed. These tiny organisms couldn’t be found in healthy mucus. Understanding this impact of inflammation could lead to many significant practical outcomes.
[30] During the horrors of the French Revolution, various experiments were made by Sue and other physiologists to ascertain if the bodies of the guillotined victims possessed sensibility. No conclusion, however, could be elicited from these inquiries, which gave rise to many absurd tales, such as that the face of Charlotte Corday blushed when the executioner slapped it, as he held it out to the enraptured Parisians.
[30] During the horrors of the French Revolution, various experiments were conducted by Sue and other physiologists to determine if the bodies of the guillotined victims had any sensitivity. However, no conclusions could be drawn from these investigations, which led to many ridiculous stories, like the one that said Charlotte Corday's face blushed when the executioner slapped it while presenting it to the captivated Parisians.
[31] Organon, xxxii.
__A_TAG_PLACEHOLDER_0__ Organon, 32.
[32] Op. cit. xxxi.
__A_TAG_PLACEHOLDER_0__ Cited work xxxi.
[33] Ibid. xxxiii.
__A_TAG_PLACEHOLDER_0__ Same source. xxxiii.
[34] Op. cit. xxxviii.
__A_TAG_PLACEHOLDER_0__ See previous source, p. xxxviii.
[35] Organon, xl. This will be found to be the case in all diseases that are dissimilar; the stronger suspends the weaker, except in case of complication, which is a rare occurrence in acute diseases, but they never cure each other reciprocally.
[35] Organon, xl. This will be true for all different diseases; the stronger one suppresses the weaker, except in cases of complications, which rarely happen in acute diseases, but they never cure each other mutually.
[36] On Chronic Diseases. Translation of Begel, p. 107.
[36] On Chronic Diseases. Translation of Begel, p. 107.
[37] Sir Gilbert Blane’s Medical Logic.
__A_TAG_PLACEHOLDER_0__ Sir Gilbert Blane’s Medical Logic.
[38] Organon, v.
__A_TAG_PLACEHOLDER_0__ Organon, vol.
[39] Ibid. vi.
__A_TAG_PLACEHOLDER_0__ Same source, page vi.
[40] Sir G. Blane.
__A_TAG_PLACEHOLDER_0__ Sir G. Blane.
[41] The celebrated Boyle used to apply to his wrists for the same purpose, the moss that grew from a human skull.
[41] The renowned Boyle used to apply moss that grew from a human skull to his wrists for the same reason.
[43] Since the first edition of this work was published, animal magnetism has become the subject of much controversy and animadversion in London and various parts of the empire. The utmost virulence has as usual been resorted to, not only to impugn the doctrine, but to stigmatize its supporters; while, on the other hand, the greatest ingenuity has been displayed to convince unbelievers, and to give to the many experiments practised for this purpose the semblance of undeniable facts. Baron Dupotet’s labours and publications have been submitted to the test of a public investigation; while Dr. Elliotson and several other practitioners have aided the practice apparently with success. It would be foreign to the nature of this work to consider this matter more elaborately; it is now before the tribunal of public opinion, whose decision we must await.
[43] Since the first edition of this work was published, animal magnetism has sparked a lot of debate and criticism in London and other parts of the empire. As usual, harsh language has been used not only to attack the theory but also to discredit its supporters. On the flip side, considerable creativity has been shown to persuade skeptics and to present various experiments conducted for this purpose as if they were undeniable facts. Baron Dupotet’s work and publications have been subjected to public scrutiny, while Dr. Elliotson and several other practitioners have seemingly contributed to the practice with success. It would be outside the scope of this work to delve into this matter further; it is now in the hands of public opinion, whose verdict we must wait for.
[44] Inquiries concerning the Intellectual Powers, &c.
__A_TAG_PLACEHOLDER_0__ Questions about Intelligence, etc.
[45] That serious accidents might have resulted from the use of hellebore is most likely, since various plants resembling it have been mistaken for it; chiefly the adonis vernalis, trollius Europæus, actæa spicata, astrantia major, veratrum album, and the aconitum neomontanum, the last of which is a most virulent poison.
[45] It's very likely that serious accidents happened from using hellebore because different plants that look like it have been confused for it. The main ones include adonis vernalis, trollius Europæus, actæa spicata, astrantia major, veratrum album, and aconitum neomontanum, the last of which is a highly toxic poison.
[46] The advocates of fasting have calculated that in one hundred and fifty-two hermits who had lived eleven thousand five hundred and eighty-nine years, the average age was seventy three years and three months.
[46] The supporters of fasting have figured out that among one hundred and fifty-two hermits who lived for eleven thousand five hundred and eighty-nine years, the average age was seventy-three years and three months.
[47] On this very curious subject the reader may consult the various statistical works of Quetelet.
[47] For more information on this intriguing topic, readers can check out the different statistical works by Quetelet.
[48] It is somewhat strange, but in the mountains of the South of Spain, there does still exist a dance called los Titanos, in which the performers raise their hands in threatening attitude against the heavens!
[48] It's a bit odd, but in the mountains of southern Spain, there's still a dance called los Titanos, where the dancers raise their hands in a threatening pose towards the sky!
[49] The matter of insensible perspiration is calculated at being daily equal weight to one half of the food.
[49] The issue of subtle sweating is estimated to be equivalent, on a daily basis, to about half the weight of the food consumed.
[50] Madder, when given to animals tinges the surface of their bones with a red hue.
[50] Madder, when given to animals, colors the surface of their bones with a red tint.
[51] The life of J. E. Jenner, M.D. &c., by John Bacon, M.D. &c.
[51] The life of J. E. Jenner, M.D. etc., by John Bacon, M.D. etc.
[53] In a work on the “Anatomy of the Passions,” which I am about publishing, I have entered most minutely into this important sympathy.
[53] In a work on the “Anatomy of the Passions,” which I’m about to publish, I have explored this important connection in great detail.
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