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See also: born at See also: Auxerre (See also: Yonne) on the 17th of See also: October 1833
.
He entered the Lcole Polytechnique at See also: Paris with the intention of becoming an engineer; then changing his mind, he studied See also: law; and finally, under the influence of the zoologist, L
.
P
.
Gratiolet (1815-1865), he took up physiology, becoming one of See also: Claude See also: Bernard's most brilliant pupils
.
After graduating at Paris as See also: doctor of See also: medicine in 1863, and doctor of science in 1866, he was appointed professor of physiology successively at See also: Bordeaux (1866) and the See also: Sorbonne (1869)
.
After the revolution of 1870 he began to take See also: part in politics as a supporter of See also: Gambetta
.
In 1874 he was elected to the See also: Assembly, where he sat on the extreme See also: left, and in 1876 to the chamber of deputies
.
He was one of the most determined enemies of clericalism, and an ardent advocate of " liberating See also: national See also: education fromreligious sects, while rendering it accessible to every citizen." In 1881 he was See also: minister of education and worship in Gambetta's See also: short-lived See also: cabinet, and in the same See also: year he created a See also: great sensation by a lecture on See also: modern Catholicism, delivered in a Paris theatre, in which he poured ridicule on the fables and follies of the chief religious tracts and handbooks that circulated especially in the See also: south of See also: France
.
Early in 1886 he was appointed See also: resident-general in See also: Annam and Tonkin, and died of dysentery at See also: Hanoi on the 11th of See also: November of that year
.
But he was more distinguished as a See also: man of science than as a politician or See also: administrator
.
His classical See also: work, La Pression barometrique (1878), embodies researches that gained him the biennial prize of 20,000 francs from the See also: Academy of Sciences in 1875, and is a comprehensive investigation on the physiological effects of air-pressure, both above and below the normal
.
His earliest researches, which provided him with material for his two doctoral theses, were devoted to animal grafting and the vitality of animal tissues, and they were followed by studies on the physiological See also: action of various poisons, on anaesthetics, on respiration and asphyxia, on the causes of the change of colour in the See also: chameleon, &c
.
He was also interested in See also: vegetable physiology, and in particular investigated the movements of the sensitive plant, and the influence of See also: light of different See also: colours on the See also: life of vegetation
.
After about 188o he produced several elementary text-books of scientific instruction, and also various publications on educational and allied subjects
.
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