1944
DOI: 10.1210/endo-35-5-338
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THE ANTERIOR PITUITARY AND ITS RELATION TO THE ADRENAL CORTEX IN WATER DIURESIS1

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1951
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Cited by 11 publications
(2 citation statements)
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“…The distinction between electrolyte and fluid shifts suggested by these haemato¬ crit changes of the adrenalectomized animal supports Joseph, Schweizer, Ulmer & Gaunt [1944] and Swingle & Remington [1944]. They present evidence that the adrenal cortex influences water balance by pathways other than electrolyte move¬ ment and show that whole cortical extracts and glucocorticoids are more active than either DCA and aldosterone in protecting both normal and adrenalectomized animals against water intoxication to which the latter are particularly susceptible.…”
Section: Resultssupporting
confidence: 74%
“…The distinction between electrolyte and fluid shifts suggested by these haemato¬ crit changes of the adrenalectomized animal supports Joseph, Schweizer, Ulmer & Gaunt [1944] and Swingle & Remington [1944]. They present evidence that the adrenal cortex influences water balance by pathways other than electrolyte move¬ ment and show that whole cortical extracts and glucocorticoids are more active than either DCA and aldosterone in protecting both normal and adrenalectomized animals against water intoxication to which the latter are particularly susceptible.…”
Section: Resultssupporting
confidence: 74%
“…For instance, the rate of water absorption from the gastro-intestinal tract was measured and it was found that newborn rats absorbed water more slowly than adult animals of the same strain. This delay in the alimentary water absorption which may be due to adrenal cortical or anterior pituitary hypofunction (Clark, 1939;Gaunt, 1944;Joseph, Schweizer, Ulmer, and Gaunt, 1944) would by itself lead to some decrease in the rate of water excretion. However, it could be shown that this is only a minor factor which modified water diuresis in the newborn animals.…”
mentioning
confidence: 99%