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半胱胺的神经生物学作用。

Neurobiological actions of cysteamine.

作者信息

Brown M, Fisher L, Mason R T, Rivier J, Vale W

出版信息

Fed Proc. 1985 Jun;44(9):2556-60.

PMID:2860018
Abstract

Somatostatin (SS)-related peptides act within discrete brain regions to inhibit adrenal epinephrine (E) secretion, to prevent hypothermia, and to produce hyperthermia. Depletion of brain concentrations of these SS-related peptides using cysteamine (CSH) or central administration of an SS receptor antagonist increases adrenal E secretion and impairs thermoregulation. These actions of CSH and the SS receptor antagonist are reversed by administration of SS into the central nervous system. These results support the hypothesis that endogenous brain SS-related peptides are involved in the regulation of adrenal E secretion and thermoregulation.

摘要

生长抑素(SS)相关肽在离散的脑区发挥作用,抑制肾上腺肾上腺素(E)分泌,防止体温过低,并导致体温过高。使用半胱胺(CSH)耗尽这些SS相关肽的脑内浓度或中枢给予SS受体拮抗剂会增加肾上腺E分泌并损害体温调节。将SS注入中枢神经系统可逆转CSH和SS受体拮抗剂的这些作用。这些结果支持内源性脑SS相关肽参与肾上腺E分泌和体温调节的假说。

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