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The monkey globus pallidus: neuronal discharge properties in relation to movement.

机译:猴苍白球:与运动有关的神经元放电特性。

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摘要

1. Recordings were made of the natural discharges of 388 pallidal neurones in awake, free-to-move monkeys in order to describe the discharge properties of such neurones in relation to normal movement performance. 2. Of the 388 neurones, 156 discharged only in association with one direction of movement of the forelimb about a specific joint. If that movement was not taking place the neurone would not discharge. 3. All joints and directions of movement for the upper limb were represented by clusters of cells within the pallidal population. 4. Twenty-nine per cent of neurones co-varied with movement of both contralateral and ipsilateral limb for the same direction of movement about a given joint; distal movements were represented with similar frequency to proximal movements in this group. 5. Afferent information provided by natural stimulation of peripheral receptors did not directly influence either the discharging or non-discharging pallidal neurones. 6. Movement related neurones were regionally organized and were found in the posterior part of the pallidum.
机译:1.记录清醒自由活动的猴子中388个苍白神经元的自然放电,以描述此类神经元与正常运动表现有关的放电特性。 2.在388个神经元中,有156个仅与前肢围绕特定关节的运动方向相关联地放电。如果没有发生该运动,则神经元将不会放电。 3.上肢的所有细胞群代表了上肢的所有关节和运动方向。 4.在给定关节周围相同方向的运动中,有29%的神经元与对侧和同侧肢体的运动共同变化;该组中远端运动的频率与近端运动的频率相似。 5.自然刺激的外周受体提供的传入信息并没有直接影响放电的或不放电的苍白神经元。 6.与运动有关的神经元是按区域组织的,并且位于苍白球的后部。

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