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[冷应激对大鼠小肠碳水化合物水解及转运机制产后形成的影响]

[Effect of cold stress on the postnatal formation of the carbohydrate hydrolysis and transport mechanisms in the rat small intestine].

作者信息

Rakhimov K R, Sadykov B A

出版信息

Biull Eksp Biol Med. 1979 Dec;88(12):664-7.

PMID:518993
Abstract

In acute experiments on rats using accumulating mucosa preparation (AMP) method it was shown that cold training (daily 2-hour exposure to 6-7 degress C) exerts stable inhibitng effect to postnatal formation of maltase- and gamma-amilase transport digestive-absorbtive system and does not change the dynamics of its own transport. The same training program significantly accelerates the rate of hydrolytic-transport conveyor on the cell membrane external surface in rats aged from 10 to 17 days.

摘要

在使用累积黏膜制备(AMP)方法对大鼠进行的急性实验中表明,冷训练(每天2小时暴露于6 - 7摄氏度)对麦芽糖酶和γ -淀粉酶转运消化吸收系统的产后形成具有稳定的抑制作用,并且不会改变其自身转运的动力学。相同的训练程序显著加速了10至17日龄大鼠细胞膜外表面水解转运传送带的速率。

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