An Introduction to the Study of Experimental Medicine

Framsida
Courier Corporation, 1957 - 226 sidor
Clear and penetrating presentation of the basic principles of scientific research from the great French physiologist whose contributions in the 19th century included the discovery of vasomotor nerves; nature of curare and other poisons in human body; functions of pancreatic juice in digestion; elucidation of glycogenic function of the liver.
 

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AumoRs PREFACE
1
PART
59
EXPERIMENTAL CONSIDERATIONS PECULIAR T0 LIVING BE1Nos
87
EXAMPLES or EXPERIMENTAL PHYSIOLOGICAL CRITICISIM
172
INVESTIGATION AND CRITICISM as APPLIED T0 EXPERIMEN
190
PmnosoPmc OBSTACLES ENCOUNTERED BY EXPERIMENTAL
196
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Om författaren (1957)

Born in France, in 1813, Claude Bernard was the founder of modern experimental physiology. At Lyon, he studied to become a playwright, but critics' rejection of his works ended his dramatic aspirations. After serving for several years as a pharmacist's assistant, he became a physician and an exceptionally astute biological scientist. Bernard's investigations in physiology were fruitful and broad in scope. In 1855 he was appointed full professor of medicine at the College de France. By that time he had already explained the chemical and nervous system control of digestion, demonstrated the role of the pancreas in fat metabolism, and discovered the role that bile plays in the digestion of proteins. In the years that followed, he identified the liver as the site of glycogenesis and explained the processes governing vasodilation. Bernard's most important theoretical contribution was proposing the concept of homeostasis, which he called the milieu interieur. Homeostasis is the principle that all of the body's systems are in a constant state of adjustment and that these adjustments maintain equilibrium within the body. Bernard was the first physiologist to demonstrate that the theories and methods of chemistry and physics could contribute to the study of biology. This first use of interdisciplinary techniques broadened the base of physiology and foreshadowed the form that future research in biology would take. Bernard died in 1878.

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