Gasanov U G
Zh Vyssh Nerv Deiat Im I P Pavlova. 1986 Jan-Feb;36(1):3-11.
Some literature and author's experimental data are presented on functional and morphological characteristics of nerve cells by their electrophysiological parameters. The proposition is substantiated that in multineuron discharges reflecting the activity of microgroups of neighbouring cells, the absolute size of impulses indicates the distance of cortical neurones from the tip of the electrode, while amplitudes correlation may characterize the size of the cell and some of its functional properties. Arguments for this proposition are: latencies of impulse responses to afferent and antidromic stimulations and amplitude changes of multineuronal activity during movement of the electrode through the cortex thickness in acute experiments. As the electrode (with the tip diameter of 50 mcm) approaches a microgroup of neurons, the amplitude of the recorded impulse discharges increases, while the relation of big spikes to small ones remains almost the same.
本文根据神经细胞的电生理参数，给出了一些关于神经细胞功能和形态特征的文献及作者的实验数据。证实了这样一个观点：在反映相邻细胞微群活动的多神经元放电中，冲动的绝对大小表明皮质神经元距电极尖端的距离，而振幅相关性可表征细胞大小及其某些功能特性。支持这一观点的论据有：在急性实验中，电极在穿过皮质厚度时，对传入和逆向刺激的冲动反应潜伏期以及多神经元活动的振幅变化。当电极（尖端直径为50微米）靠近神经元微群时，记录到的冲动放电振幅增加，而大峰值与小峰值的关系几乎保持不变。
