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[条件反射期间软体动物防御行为中指令神经元的主动电发生]

[The active electrogenesis of the command neurons in the defensive behavior of the mollusk during conditioning].

作者信息

Babkina N V, Tsitolovskiĭ L E

出版信息

Zh Vyssh Nerv Deiat Im I P Pavlova. 1991 Jul-Aug;41(4):781-7.

PMID:1660658
Abstract

In the paper changes of active electrogenesis of the command neurones of defensive closure of snail pneumostome at elaboration, extinction and repeated elaboration of classic conditioned defensive reflex to tactile stimulus was described; the tactile stimulation of other point of the body served as a differentiating stimulus. During the increase of biological significance of conditioned stimulus as a result of learning the stimulation of the command neurones in response to this stimulus was raised. At the same time the neurones showed decreased excitability in response to differentiating stimulus. Possible mechanisms of quick reconstruction of neurones excitability and functional value of PA generation threshold changes were discussed.

摘要

本文描述了在对触觉刺激建立、消退和重复建立经典条件防御反射过程中,蜗牛呼吸孔防御性关闭的指令神经元的主动电活动变化;对身体其他部位的触觉刺激作为辨别刺激。在学习过程中,由于条件刺激生物学意义的增加,指令神经元对该刺激的反应性增强。同时,神经元对辨别刺激的兴奋性降低。文中讨论了神经元兴奋性快速重建以及动作电位产生阈值变化的功能价值的可能机制。

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