Curiosities of Medical Experience Part 30

Toutes etes, serez, ou futes, De fait ou de volonte 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.

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 c.u.m ea de causa capucini, multaeque moniales, virorum medicorum ac piorum hominum consilio, ascesim flagellandi sursum humeros reliquerint, ut sibi nates lumbosque strient asperatis virgis, ac nodosis funiculis conscribillent."

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.

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 Pa.r.s.ees, Hindoos, and other Oriental nations of very remote antiquity, who no doubt owed the practice of abstaining from blood to 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 circ.u.mstance 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 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 circ.u.mstance 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.

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 const.i.tuted 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.

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 a.s.serts that, during ten years, he examined the circulation of the blood in various parts, at every opportunity and with different instruments, but had never seen what Schultz describes--the constant a.s.similation, 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 pa.s.sive, which may be proved by compressing the vessels of the limb, 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 const.i.tutes 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 s.e.m.e.n 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 s.e.m.e.n, 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."

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 advent.i.tious coagulation were not supplied with blood, it would prove a foreign body; but it is not, therefore, shown that the circ.u.mstance 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 a.s.sumed 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.

The Greeks had distinct appellations for the cause and result of life; the former they termed [Greek: psyche] the latter [Greek: zoe]. 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 Luca.n.u.s Ocellus, whose system, developed in a work written in the Attic dialect, was adopted by Aristotle, Plato, and Philo-Judaeus. 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 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 nonent.i.ty_. 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:

Ubi viderimus nihil posse creari De nihilo, tune, quod sequimur, jam rectius inde Perspiciemus.

Persius maintains the same idea:

Gigni De nihilo nil, in nihilum nil posse reverti.

This dogma was no doubt transmitted to the Greeks from the East; and, to the present day, it is a doctrine of the Brahminical creed, clearly expressed in the following terms in their Yajur Veid: "The ignorant a.s.sert 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 G.o.d formed the world out of _unfas.h.i.+oned matter_. This Moses distinctly a.s.serts, Plato and his adherents maintain, and ourselves have been taught to believe."

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 a.s.serted 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 Ura.n.u.s and Terra, the first parents; and Hesiod, in his Cosmogony, raises Venus and Proteus from the foam of the sea.

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 Aretaeus. 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 Ga.s.sendi expresses himself as follows: "Si quis velit talem calorem etiam animam dicere, nihil est similiter quod vetet."

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 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-wors.h.i.+ppers; 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.

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 pa.s.sages, that clearly demonstrate this belief: "The whole universe is the Creator, proceeds from the Creator, and returns to him. The ignorant a.s.sert 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!"

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:

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.

It may be easily imagined that a subject so recondite and obscure must have led philosophers into the wildest 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.

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 quant.i.ties and properties.[29]

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, princ.i.p.ally 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 quant.i.ty of blood was injected, the creature became drowsy, and shortly after died of plethora.

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 that this operation might be practised with great advantage in cases of haemorrhage, more 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.

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.

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 quant.i.ty 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 a.s.serted, is as fatal to mammalia as 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 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.

It seems indeed from these experiments, that the blood of an animal of a different cla.s.s, is not adapted for the operation.

When transfusion was first proposed in France, it met with furious opponents; and Lamartiniere 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 Chatelet, 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.

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 ill.u.s.tration 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, 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."

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 circ.u.mstanced 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 gla.s.s of wine, even at a distance, occasioned headache; of fresh meat, sickness; and of flowers, a painful sensation. Pa.s.sing 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.

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 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.

The variety and mult.i.tude of objects which at once came rus.h.i.+ng 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.

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 Herac.l.i.tus, all bodies contained the germ or the organic molecules necessary for their generation. Hippocrates favoured this idea, as plainly appears in his book _de Diaeta_; and in modern times Perrault, Gesik, 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 Aristaeus 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 the microscopic experiments of Valisneri, Swammerdam, Reaumur, and many other naturalists, who discovered s.e.xual organs in all these supposed self-created individuals.

This doctrine was the foundation of the cla.s.sification 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.

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 ill.u.s.tration 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.

Et quasi vita lampada tradunt.

_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 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 sh.e.l.ls 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.

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."