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See also: born on the 26th of See also: November 1817 at Wolfisheim, near Strassburg, where his See also: father was Lutheran pastor
.
When he See also: left the See also: Protestant gymnasium at Strassburg in 1834, his father allowed him to study See also: medicine as next best to See also: theology
.
He devoted himself specially to the chemical See also: side of his profession with such success that in 1839 he was appointed " Chef See also: des travaux chimiques " at the Strassburg faculty of medicine
.
After graduating there as M.D. in 1843, with a thesis on albumin and See also: fibrin, he studied for a See also: year under J. von Liebig at See also: Giessen, and then went to See also: Paris, where he worked in J
.
B
.
A
.
See also: Dumas's private laboratory
.
In 1845 he became assistant to Dumas at the Ecole de Medecine, and four years later began to give lectures on organic chemistry in his place
.
His laboratory at the Ecole de Medecine was very poor, and to supplement it he opened a private one in 185o in the Rue Garenciere; but soon afterwards the See also: house was sold, and the laboratory' had to be abandoned
.
In 185o he received the professorship of chemistry at the new Institut Agronomique at See also: Versailles, but the Institut was abolished in 1852
.
In the following year the chair of organic chemistry at the faculty of medicine became vacant by the resignation of Dumas and the chair of See also: mineral chemistry and See also: toxicology by the See also: death of M
.
J
.
B . Orfila . The two wereSee also: united, and See also: Wurtz appointed to the new See also: post
.
In 1866 he undertook the duties of dean of the faculty of medicine
.
In this position. he exerted himself to secure the rearrangement and reconstruction of the buildings 'devoted to scientific instruction, urging that in the See also: provision of properly equipped teaching laboratories See also: France was much behind See also: Germany (see his report See also: Les Hautes Etudes pratiques clans les universiles allemandes, 1870)
.
In 1875, resigning the office of dean but retaining the title of honorary dean, he became the first occupant of the chair of organic chemistry, which he induced the See also: government to establish at the See also: Sorbonne; but he had See also: great difficulty in obtaining an adequate laboratory, and the See also: building ultimately provided was not opened until after his death, which happened at Paris on the loth of May x884
.
Wurtz was an honorary member of almost every scientific society in See also: Europe
.
He was one of the founders of the Paris Chemical Society (1858), was its first secretary and thrice served as its president
.
In 188o he was See also: vice-president and in 1881 president of the See also: Academy, which he entered in 1867 in succession to T
.
J
.
See also: Pelouze
.
He was made a senator in 1881
.
Wurtz's first published paper was on hypophosphorous acid (1842), and the continuation of hisSee also: work on the acids of phosphorus (1845) resulted in the See also: discovery of sulphophosphoric acid and phosphorus oxychloride, as well as of copper hydride
.
But his See also: original work was mainly in the domain of organic chemistry
.
Investigation of the cyanic See also: ethers (1848) yielded a class of substances which opened out a new See also: field in organic chemistry, for, by treating those ethers with
See also: caustic potash, he obtained methylamine, the simplest organic derivative of See also: ammonia (1849), and later (1851) the compound ureas
.
In 1855, reviewing the various substances that had been obtained from See also: glycerin, he reached the conclusion that glycerin is a See also: body of alcoholic nature formed on the type of three molecules of See also: water, as See also: common See also: alcohol is on that of one, and was thus led (1856) to the discovery of the See also: glycols or diatomic alcohols, bodies similarly related to the See also: double water type
.
This discovery he worked out very thoroughly in investigations of See also: ethylene See also: oxide and the poly-ethylene alcohols
.
The oxidation of the glycols led him to homologues of lactic acid, and a controversy about the constitution of the latter with H
.
Kolbe resulted in the discovery of many new facts
and in a better understanding of the relations between the oxyand the amido-acids
.
In 1867 Wurtz prepared neurine synthetically by the See also: action of trimethylamine on glycol-chlorhydrin, and in 1872 he discovered aldol, pointing out its double character as at once an alcohol and an aldehyde
.
In addition to this See also: list of some of the new substances he prepared, reference may be made to his work on abnormal vapour densities
.
While working on the olefines he noticed that a change takes place in the See also: density of the vapour of amylene hydrochloride, hydrobromide, &c., as the temperature is increased, and in the gradual passage from a See also: gas of approximately normal density to one of See also: half-normal density he saw a powerful See also: argument in favour of the view that abnormal vapour densities, such as are exhibited by sal-ammoniac or phosphorus pentachloride. are to be explained by See also: dissociation
.
From 1865 onwards he treated this question in several papers, and in particular maintained the dissociation of vapour of See also: chloral See also: hydrate, in opposition to H
.
Sainte-Claire Deville and M
.
Berthelot . For twenty-one years (1852-1872) Wurtz published in theAnnates de chimie et de physique abstracts of chemical work done out of France . The publication of his great Dictionnaire de chimie pure et appliquee, in which he was assisted by many other French chemists, was begun in 1869 and finished in 1878; two supplementary volumes were issued 188o-1886, and in 1892 the publication of a second supplement was begun . Among his books are Chimie medicale (1864), Lecons ilementaires de chimie moderne (1867), Theorie des atomes dons la conception du monde (1874), La Theorie atomique (1878), Progres de l'industrie des matieres colorantes artificielles (1876) and Traite de chimie biologique (188o-1885) . His Histoire des doctrines chimiques, the See also: introductory discourse to his Dictionnaire, but published separately in 1868, opens with the well-known dictum, " La chimie est une science francaise."
For his See also: life and work, with a list of his publications, see See also: Charles
See also: Friedel's memoir in the Bulletin de la Societe Chimique (1885); also A
.
W. von See also: Hofmann in the Bee. deut. chem
.
Gesellsch
.
(1887), re-printed in vol. iii. of his Zur Erinnerung an vorangegangene Freunde (1888)
.
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