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[褪黑素在人类和动物生殖功能中的现状与未来]

[Present and future of melatonin in human and animal reproduction functions].

作者信息

Pevet P

机构信息

CNRS-URA 1332, Université L. Pasteur, Strasbourg, France.

出版信息

Contracept Fertil Sex. 1993 Oct;21(10):727-32.

PMID:8269019
Abstract

In the pineal gland, the photoperiodic information is translated into a chemical message, the nocturnal secretion of melatonin. The duration of this secretion is proportional to the length of the night and this is the way by which the photoperiodic information is integrated at the level of the central nervous system. It is now possible with melatonin to mime the effects of photoperiod on the reproductive axis. The daily melatonin secretion is directly generated in the circadian biological clock. Consequently, the periodic secretion of melatonin might be used as a circadian zeitgeber, able to entrain some circadian functions: it is thus possible to act with melatonin on circadian rhythms. At very large doses, melatonin seems to be able to act directly on gonads.

摘要

在松果体中,光周期信息被转化为一种化学信号,即褪黑素的夜间分泌。这种分泌的持续时间与夜晚的长度成正比,这就是光周期信息在中枢神经系统层面整合的方式。现在,使用褪黑素可以模拟光周期对生殖轴的影响。褪黑素的每日分泌直接由昼夜生物钟产生。因此,褪黑素的周期性分泌可被用作一种昼夜节律授时因子,能够调节一些昼夜节律功能:因此可以用褪黑素作用于昼夜节律。在非常大的剂量下,褪黑素似乎能够直接作用于性腺。

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