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[大鼠新纹状体中峰电位活动的类型及神经元相互关系的性质]

[Types of spike activity and nature of neuronal interrelations in the rat neostriatum].

作者信息

Godukhin O V, Borisiuk G N, Borisiuk R M, Kirillov A B, Kovalenko E I

出版信息

Neirofiziologiia. 1981;13(6):571-9.

PMID:7329458
Abstract

Statistical methods were used to study types of background activity (BA) of neostriatum neurons. Dependence of the crosscorrelation function on the BA type and on a distance between the neurons was examined in acute experiments on rats (one group was immobilized with d-tubocurarin, the other was under nembutal anesthesia). It is shown that BA according to the shape of the autocorrelation and crosscorrelation functions can be classified into five types (I.1, I.2, I.3, II.1, II.2). Pronounced differences in the crosscorrelation function were found between the neurons with grouped BA (I.1, I.2) and the neurons with unitary BA (II.1, II.2). Differences in the crosscorrelation function between close and distant (300-500) microns) neurons were also found.

摘要

运用统计学方法研究新纹状体神经元的背景活动(BA)类型。在对大鼠进行的急性实验中(一组用d -筒箭毒碱固定,另一组在戊巴比妥麻醉下),检测互相关函数对BA类型以及神经元之间距离的依赖性。结果表明,根据自相关和互相关函数的形状,BA可分为五种类型(I.1、I.2、I.3、II.1、II.2)。发现具有成组BA(I.1、I.2)的神经元与具有单一BA(II.1、II.2)的神经元之间在互相关函数上存在明显差异。还发现近距离(300 - 500微米)和远距离神经元之间在互相关函数上也存在差异。

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