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豚鼠运动过程中外侧前庭核神经元的冲动活动

[Impulse activity of neurons of the lateral vestibular nucleus in guinea pigs during locomotion].

作者信息

Marlinskiĭ V V

出版信息

Neirofiziologiia. 1991;23(5):536-41.

PMID:1787863
Abstract

The influence of spontaneous locomotion on the resting impulse activity of the lateral vestibular nucleus neurons was investigated in the decerebrated guinea pig. Appearance of the rhythmic limb muscle activity was followed by an increase of the frequency of the resting discharge from 10-50 to 100 imp./s. An increase in the frequency of discharges was observed at the beginning of the forelimb extensor muscle activity, i.e. at the end of the swing phase and beginning of the stance phase of the locomotor cycle. It is suggested that the observed changes in the activity of vestibular neurons provide high tonus of antigravitational muscles, which is the base for rhythmic movements of the limbs.

摘要

在去大脑的豚鼠中研究了自发运动对外侧前庭核神经元静息冲动活动的影响。有节奏的肢体肌肉活动出现后,静息放电频率从10 - 50次/秒增加到100次/秒。在前肢伸肌活动开始时,即运动周期摆动相结束和站立相开始时,观察到放电频率增加。有人认为,前庭神经元活动的这种变化为抗重力肌肉提供了高张力,这是肢体节律性运动的基础。

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