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[大鼠下丘脑 - 垂体神经分泌系统对体力负荷的年龄相关反应]

[Age-related reactions of the rat hypothalamo-hypophyseal neurosecretory system to physical load].

作者信息

Danilova O A, Drzhevetskaia I A, Korovina A M

出版信息

Probl Endokrinol (Mosk). 1983 Jul-Aug;29(4):67-71.

PMID:6889305
Abstract

In two age groups of rats (5 to 6 months--young animals and 10 to 12 months--aging rats) the response of peptidergic Gomori-positive hypothalamic-hypophyseal neurosecretoryoryory (NS) system to moderate exercises (swimming during 30 minutes) was studied. The age differences in histology of NS centers and neurogemnic organs were found immediately after swimming and within 4 subsequent days. More rapid but less significant devastation of neurogemnic regions, combined with sharp intensification of the neurosecret synthesis in NS centers, was seen in the young animals. In the aging rats the response was slower, the neurosecret synthesis and its release from NS centers were not so activated. The anterocommissural group of the NS centers studied (especially in the young animals) and supraoptic nucleus were most closely associated with the response to exercises. The paraventricular nucleus was activated later, that appears to indicate the secondary inclusion of this NS center into elimination of the aftereffects of an upset balance.

摘要

在两组大鼠(5至6个月龄的幼鼠和10至12个月龄的老龄鼠)中,研究了肽能性Gomori阳性下丘脑 - 垂体神经分泌系统对适度运动(30分钟游泳)的反应。在游泳后即刻以及随后4天内,发现了神经分泌中心和神经节器官组织学上的年龄差异。在幼鼠中,观察到神经节区域的破坏更快但不太明显,同时神经分泌中心的神经分泌合成急剧增强。在老龄大鼠中,反应较慢,神经分泌合成及其从神经分泌中心的释放没有那么活跃。所研究的神经分泌中心的前连合组(特别是在幼鼠中)和视上核与运动反应关系最为密切。室旁核的激活较晚,这似乎表明该神经分泌中心在消除平衡失调后遗症中是二次参与。

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