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警觉猴小脑核团中与眼球运动相关的神经元。

Eye movement related neurons in the cerebellar nuclei of the alert monkey.

作者信息

Hepp K, Henn V, Jaeger J

出版信息

Exp Brain Res. 1982;45(1-2):253-64. doi: 10.1007/BF00235785.

Abstract

In all cerebellar nuclei saccade related neurons can be recorded. In the alert untrained Rhesus monkey these neurons can be classified into short-lead bursters, complex bursters, and tonic burst neurons. Short-lead bursters can be related to the onset or to the length of saccades and blinks. Complex bursters are active in the early (acceleration) or late (deceleration) phase of saccades. Tonic burst neurons, in addition, display maintained activity which is modulated in a complex manner with eye position, during periods of fixation or slow-phase nystagmus. In agreement with clinical and previous experimental data we view these cerebellar output neurons as elements which are not part of the system which basically generates eye movements, but rather as a system which could influence the execution of movements.

摘要

在所有小脑核团中均可记录到与扫视相关的神经元。在警觉且未经训练的恒河猴中,这些神经元可分为短潜伏期爆发神经元、复合爆发神经元和紧张性爆发神经元。短潜伏期爆发神经元可能与扫视和眨眼的起始或时长有关。复合爆发神经元在扫视的早期(加速)或晚期(减速)阶段活跃。此外,紧张性爆发神经元在注视期或眼球震颤慢相期间,会表现出持续的活动,该活动会随着眼位以复杂的方式受到调制。与临床及先前的实验数据一致,我们认为这些小脑输出神经元并非基本产生眼球运动的系统的组成部分,而是一个可能影响运动执行的系统。

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