An Introduction to the Study of Experimental MedicineCourier Corporation, 17 okt. 2012 - 272 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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... necessarily precede quantitative study of phenomena.” Examples of the types of calculations of which he disapproved are given on pages 131ff. Anyone would agree with the absurdity of making a “balance sheet” of every substance taken in ...
... necessarily precede quantitative study of phenomena.” Examples of the types of calculations of which he disapproved are given on pages 131ff. Anyone would agree with the absurdity of making a “balance sheet” of every substance taken in ...
Sida 9
... necessarily assumes that experimenters must be able to touch the body on which they wish to act, whether by destroying it or by altering it, so as to learn the part which it plays in the phenomena of nature. As we shall later see, it is ...
... necessarily assumes that experimenters must be able to touch the body on which they wish to act, whether by destroying it or by altering it, so as to learn the part which it plays in the phenomena of nature. As we shall later see, it is ...
Sida 10
... necessarily require comparison between two things; and the intentional or active element in an experiment is really the comparison which the mind intends to make. Now, whether the alteration is produced by accident or otherwise, the ...
... necessarily require comparison between two things; and the intentional or active element in an experiment is really the comparison which the mind intends to make. Now, whether the alteration is produced by accident or otherwise, the ...
Sida 13
... necessarily deals with two facts at a time: observation, used as a starting point; experiment, used as conclusion or control. In reasoning, however, we can distinguish between actual observation and experiment only, as it were, by ...
... necessarily deals with two facts at a time: observation, used as a starting point; experiment, used as conclusion or control. In reasoning, however, we can distinguish between actual observation and experiment only, as it were, by ...
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... necessarily reason about what we have observed, compare the facts and judge them by other facts used as controls. But one observation may serve as control for another observation, so that a science of observation is simply a science ...
... necessarily reason about what we have observed, compare the facts and judge them by other facts used as controls. But one observation may serve as control for another observation, so that a science of observation is simply a science ...
Innehåll
1 | |
27 | |
PART | 59 |
ExPERIMENTAL CONSIDERATIONS PECULIAR To LIVING BEINGs | 87 |
PART THREE | 151 |
ExAMPLES OF ExPERIMENTAL PHYSIOLOGICAL CRITICISIM | 172 |
INVESTIGATION AND CRITICISM As APPLIED TO ExPERIMEN | 190 |
PHILosophic OBSTACLES ENCOUNTERED BY EXPERIMENTAL | 196 |
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An Introduction to the Study of Experimental Medicine Claude Bernard Obegränsad förhandsgranskning - 1927 |
An Introduction to the Study of Experimental Medicine Claude Bernard Begränsad förhandsgranskning - 1957 |
An Introduction to the Study of Experimental Medicine Claude Bernard Begränsad förhandsgranskning - 1957 |
Vanliga ord och fraser
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