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[防御性条件反射形成过程中的脑电图相关性与皮层神经元锋电位活动]

[EEG correlation and cortical neurons spike activity during elaboration of a defensive conditioned reflex].

作者信息

Karnup S V

出版信息

Zh Vyssh Nerv Deiat Im I P Pavlova. 1979 May-Jun;29(3):581-9.

PMID:473907
Abstract

Elaboration of electro-defensive conditioned reflex to light in rabbits has shown, that the values of summary cross-correlation coefficients between EEG and impulse activity of cortical neurones do not change significantly as compared to the control. In these conditions does not change either the part of the neurones that have a significant correlation of their impulse discharges with any configuration of the EEG wave. During 6--10 days of conditioning there occurs a decrease in the amplitudes of both positive and negative EEG oscillations, connected with unit discharges in the neocortex. An EEG quantum has being recorded, i. e. a depolarization potential, directly connected with the generation of spikes by the studied nervous elements.

摘要

对家兔进行光防御性条件反射的实验表明,与对照组相比,脑电图(EEG)与皮层神经元冲动活动之间的总互相关系数值没有显著变化。在这些条件下,其冲动发放与EEG波的任何形态具有显著相关性的神经元比例也没有改变。在条件反射形成的6至10天内,与新皮层单位放电相关的EEG正负振荡的振幅均出现下降。记录到了一种EEG量子,即一种去极化电位,它与所研究神经元件产生的锋电位直接相关。

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