Global InformationGuillaume Duchenne de Boulogne information
Guillaume Duchenne de Boulogne | |
|---|---|
 | |
| Born | September 17, 1806 Boulogne |
| Died | September 15, 1875 (aged 68) Paris |
| Nationality | French |
| Known for | electrophysiology |
| Scientific career | |
| Fields | neurology |
Guillaume-Benjamin-Amand Duchenne (de Boulogne) (September 17, 1806, in Boulogne-sur-Mer – September 15, 1875, in Paris) was a French neurologist who revived Galvani's research and greatly advanced the science of electrophysiology. The era of modern neurology developed from Duchenne's understanding of neural pathways and his diagnostic innovations including deep tissue biopsy, nerve conduction tests (NCS), and clinical photography. This extraordinary range of activities (mostly in the Salpêtrière) was achieved against the background of a troubled personal life and a generally indifferent medical and scientific establishment.
Neurology did not exist in France before Duchenne and although many medical historians regard Jean-Martin Charcot as the father of the discipline, Charcot owed much to Duchenne, often acknowledging him as "mon maître en neurologie" (my master in neurology).[1][2][3][4] The American neurologist Joseph Collins (1866–1950) wrote that Duchenne found neurology "a sprawling infant of unknown parentage which he succored to a lusty youth."[5] His greatest contributions were made in the myopathies that came to immortalize his name, Duchenne Muscular Dystrophy, Duchenne-Aran spinal muscular atrophy, Duchenne-Erb paralysis, Duchenne's disease (Tabes dorsalis), and Duchenne's paralysis (Progressive bulbar palsy). He was the first clinician to practise muscle biopsy, with an invention he called "l'emporte-pièce" (Duchenne's trocar).[6] In 1855, he formalized the diagnostic principles of electrophysiology and introduced electrotherapy in a textbook titled De l'electrisation localisée et de son application à la physiologie, à la pathologie et à la thérapeutique.[7] A companion atlas to this work, the Album de photographies pathologiques, was the first neurology text illustrated by photographs. Duchenne's monograph, the Mécanisme de la physionomie humaine – also illustrated prominently by his photographs – was the first study on the physiology of emotion and was highly influential on Darwin's work on human evolution and emotional expression.[3]
- ^ Garrison, Fielding Hudson (1913). An introduction to the history of medicine. Philadelphia & London: W. B. Saunders. p. 571.
Modem neurology is mainly of French extraction and derives from Duchenne, of Boulogne, through Charcot and his pupils.
- ^ McHenry, Lawrence C. (1969). Garrison's history of neurology. Springfield IL: Charles C. Thomas. p. 270. ISBN 0-398-01261-X.
In the first part of the century neurological works had been published by Cooke, Bell, Hall and others, but the first real advance in neurology did not come until the clinical experience of Romberg and Duchenne.
- ^ a b Duchenne de Boulogne, G.-B.; Cuthbertson, Andrew R. (1990). The Mechanism of Human Facial Expression. Cambridge UK; New York; etc.: Cambridge University Press. p. 227. ISBN 0-521-36392-6.
It must be emphasized that, before Duchenne, French neurology did not exist.
- ^ McHenry, p. 282: "His interest in neurology, which was slow in evolving, was largely inspired by Duchenne, whom Charcot called his "master in neurology."
- ^ Collins, Joseph (1908). "Duchenne of Boulogne. A biography and an appreciation". Medical Record. 73. William Wood: 50–54.
- ^ This device was described by Gowers as 'Duchenne's histological harpoon,' and by others as a 'miniature harpoon' - metonymy that alluded to his parentage by the sea.
- ^ Duchenne, Guillaume-Benjamin; Tibbets, Herbert (1871). A treatise on localized electrization, and its applications to pathology and therapeutics. London: Hardwicke.