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新生期垂体-肾上腺系统阻断后大鼠脑不同结构中皮质酮的受体结合

[Receptor binding of corticosterone in various structures of the rat brain after neonatal blockade of the hypophyseal-adrenal system].

作者信息

Garina I A, Zhukov D A, Rakitskaia V V, Shaliapina V G

出版信息

Probl Endokrinol (Mosk). 1985 Jul-Aug;31(4):46-9.

PMID:4048097
Abstract

The administration of hydrocortisone to rats on the first 5 days of life causes a blockade of the hypophyseal-adrenal system and results in a decrease in the number of corticosterone receptors in the hypophysis, hypothalamus and hippocamp. Such a decrease in the receptor binding of corticosterone in the brain structures involved in the regulation of the hypophyseal-adrenal system by the feedback mechanism, is determined by change in the number of true glucocorticoid receptors.

摘要

在大鼠出生后的头5天给予氢化可的松会导致垂体-肾上腺系统的阻断,并致使垂体、下丘脑和海马中皮质酮受体数量减少。通过反馈机制参与垂体-肾上腺系统调节的脑结构中,皮质酮受体结合的这种减少是由真正糖皮质激素受体数量的变化所决定的。

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