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[复氧后浓密型感受器的结构功能变化]

[Structuro-functional changes of bushy receptors after reoxygenation].

作者信息

Lukashin V G, Vshivtseva V V

出版信息

Arkh Anat Gistol Embriol. 1985 Dec;89(12):5-11.

PMID:3879170
Abstract

With restarting oxygen supply to the bushy receptors of the frog urinary bladder, a gradual increase of impulse frequency in the afferent neural fibers is observed, with a successive exceed, in some cases, of the initial level and rearrangement of spike rhythmicity according to the type of "spasmodic" discharges. Certain acceleration is noted in vital staining and discoloration of the receptors. This is expressed in shortening coloration time, in increasing rate for accumulation restorative equivalents, in intensified granuloformation. Ultrastructural shifts are mainly demonstrated in normalization of the mitochondrial apparatus.

摘要

随着恢复向蛙膀胱丛状感受器供应氧气,可观察到传入神经纤维的冲动频率逐渐增加,在某些情况下,会连续超过初始水平,并根据“痉挛性”放电类型重新排列锋电位节律。在感受器的活体染色和褪色过程中可观察到一定程度的加速。这表现为染色时间缩短、积累恢复当量的速率增加、颗粒形成增强。超微结构变化主要表现为线粒体装置的正常化。

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