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哺乳大鼠脱水诱导的摄乳抑制中的转变。

Transitions in the dehydration-induced inhibition of milk intake in suckling rats.

作者信息

Cramer C P, Pfister J F, Blass E M

出版信息

Physiol Behav. 1984 Apr;32(4):691-4. doi: 10.1016/0031-9384(84)90328-7.

Abstract

The effects of acute cellular or extracellular dehydration on milk intake via suckling were determined in rats 5, 10, 15, and 20 days of age. Milk was made available 10 times to each rat pup by the intravenous infusion of oxytocin to anesthetized test dams. Prior to 15 days of age, milk intake was not affected by either intracellular or extracellular dehydration. In rats 15 days and older, however, both forms of dehydration reduced milk intake at the nipple. Thus, dehydration starts to inhibit suckling behavior at the onset of weaning, when food and water are both taken directly from the environment by the developing animal.

摘要

在5日龄、10日龄、15日龄和20日龄的大鼠中,研究了急性细胞内或细胞外脱水对通过哺乳摄入乳汁的影响。通过向麻醉的受试母鼠静脉注射催产素,使每只幼鼠有10次获取乳汁的机会。在15日龄之前,细胞内或细胞外脱水均不影响乳汁摄入量。然而,在15日龄及以上的大鼠中,这两种形式的脱水均会减少在乳头处的乳汁摄入量。因此,当发育中的动物开始直接从环境中获取食物和水时,即断奶开始时,脱水开始抑制哺乳行为。

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