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青蛙和人类中单个单位电位幅度与传导速度的关系。

Single unit potential amplitude in relation to the conduction velocity in frog and human.

作者信息

Schalow G

机构信息

Department of Neurosurgery, Ernst-Moritz-Arndt-University Greifswald/DDR.

出版信息

Zentralbl Neurochir. 1987;48(2):109-13.

PMID:3673350
Abstract

The single unit potential amplitude increases with the conduction velocity. The absolute value of the potential amplitude depends on the conditions of the actual preparation. Since the conduction velocity is correlated to the nerve fibre size the large single unit potentials represent thick, fast conducting nerve fibres. In cases where the single unit potential activity is so high, that it is difficult to measure conduction velocities or of it is recorded only with one electrode pair, rough information about conduction velocities and classes of nerve fibres can be obtained from the single unit potential amplitudes.

摘要

单个单位电位的幅度随传导速度增加。电位幅度的绝对值取决于实际标本的条件。由于传导速度与神经纤维大小相关,大的单个单位电位代表粗的、传导速度快的神经纤维。在单个单位电位活动非常高以至于难以测量传导速度或者仅用一对电极记录的情况下,可以从单个单位电位幅度获得关于传导速度和神经纤维类别的粗略信息。

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