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VETERINARY SCIENCE (Lat. veterinarius...

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Originally appearing in Volume V28, Page 14 of the 1911 Encyclopedia Britannica.
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VETERINARY See also:

SCIENCE (See also:Lat. veterinarius, an See also:adjective meaning " connected with beasts of See also:burden and See also:draught," from veterinus, " pertaining to yearlings," and vitulus, " a See also:calf ")  ,l the See also:science, generally, that deals with the conformation and structure of the domesticated animals, especially the See also:horse; their See also:physiology and See also:special racial characteristics; their breeding, feeding and See also:general hygienic management; their See also:pathology, and the preventive and curative, medical and surgical, treatment of the diseases and injuries to which they are exposed; their amelioration and improvement; their relations to the human See also:family with regard to communicable maladies; and the See also:supply of See also:food and other products derived from them for the use of mankind . In this See also:article it is only necessary to See also:deal mainly with veterinary science in its relation with See also:medicine, as other aspects are treated under the headings for the particular animals, &c . In the See also:present edition of the See also:Encyclopaedia Britannica the various anatomical articles (see See also:ANATOMY for a See also:list of these) are based on the See also:comparative method, and the anatomy of the See also:lower animals is dealt with there and in the See also:separate articles on the animals . See also:History . There is See also:evidence that the Egyptians practised veterinary medicine and See also:surgery in very remote times; but it is not until we turn to the Greeks that we obtain any very definite See also:information with regard to the See also:state of veterinary as well as human medicine in antiquity . The writings of See also:Hippocrates (460—377 B.C.) afford evidence of excellent investigations in comparative pathology . Diodes of Carystus, who was nearly a contemporary, was one of the first to occupy himself with anatomy, which he studied in animals . See also:Aristotle, too, wrote on physiology and comparative anatomy, and on the maladies of animals, while many other See also:Greek writers on veterinary medicine are cited or copied from by See also:Varro, See also:Columella and See also:Galen . And we must not overlook See also:Mago of See also:Carthage (200 B.c.), whose See also:work in twenty-eight books was translated into Greek and was largely used by Varro and Columella . 1 Regarding the origin of the word " veterinary," the following occurs in D'Arboval's Dictionnaire de medecine et de chirurgie veterinaires, edited by Zundel (1877), iii . 814: " See also:Les mots veterinaria et veterinarius etaient employes See also:par les Romains pour designer: le premier, la medecine See also:des betes de See also:somme; le second, pour indiquer celui qui la pratiquait; le mot veterinae indiquait les betes de somme, et emit la contraction de veheterinae, du verbe vehere, See also:porter, tirer, trainer . L'etymologie reelle du mot veterinaire, ou plutot du mot veterinarius des Romains, serait d'apres Lenglet encore plus ancienne; elle viendrait du celtique, d'ou le mot serait passe chez les Romains; cet auteur fait venir le niot de vee, betail (d'ou l'allemand Vieh), teeren, etre malade (d'oe 1'allemand Zehren, consomption), aerts ou arts, artiste, medecin (d'ou 1'allemand Arzt)." Until after the See also:conquest of See also:Greece the See also:Romans do not appear to have known much of veterinary medicine .

Varro (116–28 B.c.) Amongst may be considered the first See also:

Roman writer who deals with the See also:animal medicine in a scientific spirit in his De Re Rustica, Romans. in three books, which is largely derived from Greek writers . See also:Celsus is supposed to have written on animal medicine, and Columella (1st See also:century) is credited with having utilized those See also:relating to veterinary science in the See also:sixth and seventh parts of his De Re Rustica, one of the best See also:works of its class of See also:ancient times; it treats not only of medicine and surgery, but also of sanitary See also:measures for the suppression of contagious diseases . From the 3rd century onwards veterinary science had a literature of its own and See also:regular practitioners, especially in the service of the Roman armies (mulomedici, veterinarii) . Perhaps the most renowned veterinarian of the Roman See also:empire was Apsyrtus of See also:Bithynia, who in 322 accompanied the expedition of See also:Constantine against the Sarmatians in his professional capacity, and seems to have enjoyed a high and aell-deserved reputation in his See also:time . He was a keen observer; he distinguished and described a number of diseases which were badly defined by his predecessors, recognized the contagious nature of See also:glanders, farcy and See also:anthrax, and prescribed See also:isolation for their suppression; he also made interesting observations on accidents and diseases of horses' limbs, and waged See also:war against certain absurd empirical practices then prevailing in the treatment of disease, indicating rational methods, some of which are still successfully employed in veterinary See also:therapeutics, such as splints for fractures, sutures for wounds, See also:cold See also:water for the reduction of prolapsed vagina, hot See also:baths for See also:tetanus, &c . Not less eminent was See also:Hierocles, the successor of Apsyrtus, whose writings he largely copied, but with improvements and valuable additions, especially in the See also:hygiene and training of horses . Pelagonius, again, was a writer of empirical tendency, and his treatment of disease in general was most irrational . Publius See also:Vegetius (not to be confounded with Flavius Vegetius Renatus, who wrote on the military See also:art) was a popular author of the end of the 5th century, though less distinguished than Apsyrtus, to whom and to Pelagonius he was to a See also:great extent indebted in the preparation of his Mulomedicina sine Ars Veterinaria . He appears to have been more of a horse-dealer than a veterinary practitioner, and knew next to nothing of anatomy, which seems to have been but little cultivated at that See also:period . He was very superstitious and a believer in the See also:influence of demons and sorcerers; nevertheless, he gives some interesting observations de-rived from his travels . He had also a See also:good See also:idea of aerial infection, recognized the utility of See also:disinfectants, and describes some operations not referred to by previous writers, such as removal of calculi from the See also:bladder through the rectum, couching for See also:cataract, the extirpation of certain glands, and several serious operations on the horse's See also:foot . Though inferior to several works written by his predecessors, the Mulomedicina of Vegetius maintained its popularity through many centuries .

Of most of the ancient veterinary writers we know little beyond what can be gathered from the citations and extracts in the two great collections of See also:

Hip piatrica and Geoponica compiled by See also:order of Constantine Porphyrogenitus in the loth century . It is unnecessary to dwell here on the progress of the veterinary art during the See also:middle ages . Towards the See also:close of the See also:medieval period the subject was much cultivated in the See also:cavalry See also:schools of See also:Italy; and See also:Spain also had an organized See also:system of good practitioners in the 15th century, who have See also:left many books still extant . See also:Germany was far behind, and literature on the subject did not exist until the end of the 15th century, when in 1492 there was published anonymously at See also:Augsburg a Pferdearzneibuchlein . In the following century the influence of the See also:Italian writers was becoming See also:manifest, and the works of See also:Fugger and Fayser See also:mark the commencement of a new era . Fayser's See also:treatises, Von der Gestiiterei and Von der Zucht der Kriegs- and See also:Burger-Pferde (1529-97), are remarkable for originality and good sense . In Great See also:Britain animal medicine was perhaps in a more advanced See also:condition than in Germany, if we accept the evidence of the Ancient See also:Laws and Institutes of See also:Wales (See also:London, 1841); yet it was largely made up of the grossest superstitions . Among the Celts the healer of horse diseases and the shoer were held in high esteem, as among the more civilized nations of See also:Europe, and the See also:court See also:farrier enjoyed special privileges . 2 The earliest known works in See also:English appeared anonymously towards the commencement of the 16th century, viz . Propertees and Medcynes for a Horse and Mascal of Oxen, Horses, Sheepes, Hogges, Dogges . The word " mascal " shows that the latter work was in its origin Italian . There is no doubt that in the 15th century the increasing See also:taste for horses and See also:horsemanship brought Italian See also:riding-masters and farriers into See also:England; and it is recorded that See also:Henry VIII. brought over two of these men who had been trained by Grisone in the famous Neapolitan school .

The knowledge so introduced became popularized, and assumed a See also:

concrete See also:form in Blundeville's Foure Chiefest Offices belonging to Horsemanship (1566), which contains many references to horse diseases, and, though mainly a compilation, is yet enriched with See also:original observations . In the i See Leechdoms . Wortcunning and Starcraft of See also:Early England (3 vols . 8vo, London, 1864) . 9 See See also:Fleming, Horse-shoes and Horse-Shoeing (London, 1869).15th century the anatomy of the domesticated animals, formerly almost entirely neglected, began to receive See also:attention . A work on comparative anatomy by Volcher Koyter was issued at See also:Nuremberg in 1573; about the same time a writer in Germany named Copho or Cophon published a See also:book on the anatomy of the. See also:pig, in which were many original remarks on the lymphatic vessels; and Jehan Hervard in See also:France produced in 1594 his rather incomplete See also:Hippo-Osteologie . But by far the most notable work, and one which maintained its popularity for a century and a See also:half, was that of Carlo Ruini, a senator of See also:Bologna, published in 1598 in that See also:city, and entitled Dell' Anatomia e dell' Infirmitd del See also:Cavallo, e suoi Remedii . Passing through many See also:editions, and translated into See also:French and See also:German, this book was for the most See also:part original, and a remarkable one for the time in which it was composed, the anatomical portion being especially praiseworthy . English books of the 17th century exhibit a strong tendency towards the improvement of veterinary medicine and surgery, especially as regards the horse . This is even more notable in the writings of the 18th century, among which may be particularized See also:Gibson's Farrier's New See also:Guide (1719), Method of Dieting Horses (1721) and (best of all) his New See also:Treatise on the Diseases of Horses, besides Braken's, Burdon's, See also:Bridge's and Bartlet's treatises . Veterinary anatomy was greatly advanced by the Anatomy of an Horse (1683) of Snape, farrier to See also:Charles II., illustrated with copperplates, and by the still more See also:complete and original work of See also:Stubbs, the Anatomy of the Horse (1766), which decidedly marked a new era in this See also:line of study . Of See also:foreign works it may suffice to mention that of Solleysel, Veritable parfait mareschal (1664), which passed through many editions, was translated into several See also:languages, and was borrowed from for more than a century by different writers .

See also:

Sir W . See also:Hope's Cons pleat Horseman (1696) is a See also:translation from Solleysel by a See also:pupil . See also:Modern Schools and Colleges.—The most important era in the history of modernveterinaryscience commenced with the institution of veterinary schools . France was the first to take the prance great initiative step in this direction . See also:Buffon had recom- and Commended the formation of veterinary schools, but his tlnentai recommendations were not attended to . See also:Claude Bourgelat Europe . (1712–1799), an See also:advocate at See also:Lyons and a talented hippolo- gist, through his influence with See also:Bertin, See also:prime See also:minister under See also:Louis XV., was the first to induce the See also:government to establish a veterinary school and school of equitation at Lyons, in 1761 . This school he himself directed for only a few years, during which the great benefits that had resulted from it justified an See also:extension of its teaching to other parts of Fiance . Bourgelat, therefore, founded (1766) at Alfort, near See also:Paris, a second veterinary school, which soon became, and has remained to this See also:day, one of the finest and most advanced veterinary schools in the See also:world . At Lyons he was replaced by the See also:Abbe Rozier, a learned agriculturist, who was killed at the See also:siege of Lyons after a very successful period of school management, during which he had added largely to agricultural and See also:physical knowledge by the publication of his See also:Journal de Physique and Cours d'See also:Agriculture . Twenty years later the Alfort school added to its teaching See also:staff several distinguished professors whose names still adorn the See also:annals of science, such as Dauberton, who taught rural See also:economy; Vic d'Azyr, who lectured on comparative anatomy; See also:Fourcroy, who undertook instruction in See also:chemistry; and See also:Gilbert, one of its most brilliant pupils, who had veterinary medicine and surgery for his See also:department . The last-named was also a distinguished agriculturist and published many important treatises on agricultural as well as veterinary subjects .

The position he had acquired, added to his profound and varied knowledge, made him most useful to France during the period of the Revolution . It is chiefly to him that it is indebted for the celebrated See also:

Rambouillet See also:flock of See also:Merino See also:sheep, for the conservation of the Tuileries and See also:Versailles parks, and for the creation of the See also:fine experimental agricultural See also:establishment organized in the ancient domain of Sceaux . The Alfort school speedily became the nursery of veterinary science, and the source whence all similar institutions obtained their first teachers and their guidance . A third government school was founded in 1825 at See also:Toulouse; and these three schools have produced thousands of thoroughly educated veterinary surgeons and many professors of high scientific repute, among whom may be named Bouley, Chauveau, See also:Colin, See also:Toussaint, St Cyr, Goubaux, Arloing, Galtier, Nocard, Trasbot, See also:Neumann, Cadiot and Leclainche . The opening of the Alfort school was followed by the establishment of See also:national schools in Italy (See also:Turin, 1769), See also:Denmark (See also:Copenhagen, 1773), See also:Austria (See also:Vienna, 1775), See also:Saxony (See also:Dresden, 1776), See also:Prussia (See also:Hanover, 1778; See also:Berlin, 1790), See also:Bavaria (See also:Munich, 1790), See also:Hungary (See also:Budapest, 1787) and Spain (See also:Madrid, 1793) ; and soon government veterinary schools were founded in nearly every See also:European See also:country, except Great Britain and Greece, mostly on a munificent See also:scale . Probably all, but especially those of France and Germany, were established as much with a view to training veterinary surgeons for the See also:army as for the requirements of See also:civil See also:life . In 1907 France possessed three national veterinary schools, Germany had six, See also:Russia four (See also:Kharkov, Dorpat, Kazan and See also:Warsaw), Italy six, Spain five, Austria-Hungary three (Vienna, Budapest and See also:Lemberg), See also:Switzerland two (See also:Zurich and See also:Bern), See also:Sweden two (Skara and See also:Stockholm), Denmark, See also:Holland, See also:Belgium and See also:Portugal one each . In 1849 a government veterinary school was established at See also:Constantinople, and in 1861 the government of See also:Rumania founded a school at See also:Bucharest . The veterinary schools of Berlin, Hanover and Vienna have been raised to the position of See also:universities . In 1790 St See also:Bel (whose real name was Vial, St Bel being a See also:village near Lyons, where was his paternal See also:estate), after studying at the See also:United Lyons school and teaching both at Alfort and Lyons, carne See also:Kingdom. to England and published proposals for See also:founding a school in which to instruct pupils in veterinary medicine and surgery . The Agricultural Society of Odiham, which had been meditating sending two See also:young men to the Alfort school, elected him an honorary member, and delegated a See also:committee to consult with him respecting his See also:scheme . Some time afterwards this committee detached themselves from the Odiham Society and formed an institution styled the Veterinary See also:College of London, of which St Bel was appointed See also:professor .

The school was to be commenced and maintained by private subscription . In See also:

March 1792 arrangements were made for See also:building temporary stabling for fifty horses and a forge for shoeing at St Pancras . The college made rapid progress in public estimation, notwithstanding considerable pecuniary embarrassments . As soon as the building was ready for the reception of animal patients, pupils began to be enrolled; and among the earliest were some who afterwards gained celebrity as veterinarians, as Bloxam, See also:Blaine, R . See also:Lawrence, See also:Field and Bracy See also:Clark . On the See also:death of St Bel in See also:August 1793 there appears to have been some difficulty in procuring a suitable successor; but at length, on the recommendation of See also:John See also:Hunter and Cline, two medical men were appointed, Coleman and See also:Moorcroft, the latter then practising as a veterinary surgeon in London . The first taught anatomy and physiology, and Moorcroft, after visiting the French schools, directed the See also:practical portion of the teaching . Unfortunately, neither of these teachers had much experience among animals, nor were they well acquainted with their diseases; but Coleman (1765–1839) had as a student, in See also:conjunction with a See also:fellow-student (afterwards Sir See also:Astley See also:Cooper), performed many experiments on animals under the direction of Cline . Moorcroft, who remained only a See also:short time at the college, afterwards went to See also:India, and during a See also:journey in 1819 was murdered in See also:Tibet . Coleman, by his scientific researches and energetic management, in a few years raised the college to a high See also:standard of usefulness; under his care the progress of the veterinary art was such as to qualify its practitioners to hold commissions in the army; and he himself was appointed veterinary surgeon-general to the See also:British cavalry . In 1831 he was elected a fellow of the Royal Society . Owing to the lack of funds, the teaching at the college must have been very meagre, and had it not been for the liberality of several medical men in throwing open the doors of their theatres to its pupils for instruction without See also:fee or See also:reward, their professional knowledge would have been sadly deficient .

The See also:

board of examiners was for many years chiefly composed of eminent members of the medical profession . Coleman died in 1839, and with him disappeared much of the See also:interest the medical profession of London took in the progress of veterinary medicine . Yet the Royal Veterinary College (first styled " Royal " during the presidentship of the See also:duke of See also:Kent) continued to do good work in a purely veterinary direction, and received such public See also:financial support that it was soon able to dispense with the small See also:annual See also:grant given to it by the government . In the early years of the institution the horse was the only animal to which much attention was given . But at the instigation of the Royal Agricultural Society of England, which gave £too per annum for the purpose, an additional professor was appointed to investigate and See also:teach the treatment of the diseases of See also:cattle, sheep and other animals; outbreaks of disease among these were also to be inquired into by the See also:officers of the college . This help to the institution was withdrawn in 1875, but renewed and augmented in 1886 . For fifteen years the Royal Agricultural Society annually voted a sum of £500 towards the expenses of the department of comparative pathology, but in 1902 this grant was reduced to £200 . As the result of representations made to the See also:senate of the university of London by the See also:governors of the Royal Veterinary College, the university in 1906 instituted a degree in veterinary science (B.Sc.) . The See also:possession of this degree does not of itself entitle the holder to practise as a veterinary surgeon, but it was hoped that an increasing number of students would, while studying for the diploma of the Royal College of Veterinary Surgeons, also adopt the curriculum which is necessary to qualify for the university See also:examinations and obtain the degree of See also:bachelor of science . To provide equipment for the higher studies required for the university degree, the Board of Agriculture and See also:Fisheries in 1906 made a grant to the college of £800 per annum . At this school See also:post-See also:graduate instruction is given on the principles of bacteriological See also:research, See also:vaccination and protective inoculation, the preparation of toxins and vaccines and the See also:bacteriology of the specific diseases of animals . The London Veterinary School has been the See also:parent of other schools in Great Britain, one of which, the first in See also:Scotland, was founded by Professor See also:Dick, a student under Coleman, and a See also:man of great per-severance and ability .

Beginning at See also:

Edinburgh in 1819–20 with only one student, in three years he gained the patronage of the Highland and Agricultural Society of Scotland, which placed a small sum of See also:money at the disposal of a committee appointed by itselfto take See also:charge of a department of veterinary surgery it had formed . This patronage, and very much in the way of material assistance and encouragement, were continued to the time of Dick's death in i866 . During the See also:long period in which he presided over the school considerable progress was made in diffusing a See also:sound knowledge of veterinary medicine in Scotland and beyond it For many years his examining board, which gave certificates of proficiency under the auspices of the Highland and Agricultural Society, was composed of the most distinguished medical men in Scotland, such as Goodsi See also:Syme, Lizars, Ballingall, See also:Simpson and See also:Knox . By his will Dick vested the college in the See also:lord See also:provost and See also:town See also:council of Edinburgh as trustees, and left a large portion of the See also:fortune he had made to maintain it for the purposes for which it was founded . In 1859 another veterinary school was established in Edinburgh by John Garngee, and the Veterinary College, See also:Glasgow, was founded In 1863 by See also:James McCall . Gamgee's school was discontinued in 1865; and See also:William See also:Williams established in 1873 the " New Veterinary College," Edinburgh . This school was transferred in 1904 to the university, See also:Liverpool . In 1900 a veterinary school was founded in See also:Dublin . In 1844 the Royal College of Veterinary Surgeons (to be carefully distinguished from the Royal Veterinary College) obtained its See also:charter of See also: