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[氯化锂对大鼠下丘脑神经分泌系统的影响]

[Effect of lithium chloride on the rat hypothalamus neurosecretory system].

作者信息

Iavorskiĭ A N, Samoilov N N, Rychko A V

出版信息

Biull Eksp Biol Med. 1977 Jan;83(1):32-4.

PMID:856331
Abstract

Methods of quantitative cytochemical analysis were applied to the study of the reaction of the hypothalamohypophysial neurosecretory system (HHNS) to single and course administrations of lithium chloride (in doses of 200 mg/kg). Reaction of the HHNS proved to depend directly on the amount of lithium administered and was characteriaed by the activation of the synthesis and elemination of the neurosecretion with a single administration on the preparation, or depression of the hormonopoiesis in the hypothalamus and exhaustion of the neurosecretion stores in the neurohypophysis in its course application. During the restoration (7 to 30 days after stopping the drug administration) the state of the HHNS gradually approached the initial level. The authors came to the conclusion that the changes in the central mechanisms of the neuro-endocrine regulation at the hypothalamic level caused by lithium were significant in the pathogenesis of the side-action of its salts

摘要

采用定量细胞化学分析方法,研究下丘脑 - 垂体神经分泌系统(HHNS)对单次及疗程给予氯化锂(剂量为200mg/kg)的反应。结果表明,HHNS的反应直接取决于给予的锂量,单次给予制剂时表现为神经分泌合成与释放的激活,而疗程应用时则表现为下丘脑激素生成的抑制及神经垂体神经分泌储备的耗竭。在恢复阶段(停药后7至30天),HHNS的状态逐渐接近初始水平。作者得出结论,锂引起的下丘脑水平神经 - 内分泌调节中枢机制的变化在其盐类副作用的发病机制中具有重要意义。

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