The liaison brain for voluntary movement: the supplementary motor area.

J C Eccles
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Abstract

An account of the origin of the term liaison brain leads on to an historical account of its usage, particularly in voluntary movement. Empirical evidence was provided by the readiness potential of Kornhuber and associates, which even indicated a key role for the supplementary motor area, SMA. It was found by Brinkman and Porter that in voluntary movement many neurones of the SMA were activated probably up to 200 msec before the pyramidal tract discharge. Then came the (133)Xe investigations of regional cerebral blood flow by Roland and associates to reveal that there was neuronal activity in the SMA of both sides during a continued series of voluntary movements, and that his even occurred when the movement was being thought of but not executed. The microstructure and connectivities of the SMAS are considered in relationship to its proposed key role in being excited by the mental act of intention and then calling up the appropriate motor programs to give the desired movement: each mental intention would act on the SMA in a specific manner; the SMA has an 'inventory' and the 'addresses' of stored subroutines of all learnt motor programs and so is able to institute the desired movement by its neuronal connectivites. In conclusion there is a general account of the concept of the liaison brain both for intention and perception.

负责自主运动的联络脑:辅助运动区。
对“联络大脑”一词的起源的解释导致了对其用法的历史描述,特别是在自愿运动中。Kornhuber及其同事提供的经验证据表明,预备电位甚至表明辅助运动区域SMA起着关键作用。Brinkman和Porter发现,在自主运动中,许多SMA神经元在锥体束放电前200毫秒就被激活了。随后,Roland和他的同事对区域脑血流进行了(133)Xe调查,揭示了在连续的一系列自主运动中,两侧的SMA中都有神经元活动,甚至当运动被想到但没有被执行时也会发生这种活动。SMA的微观结构和连通性被认为与其所提出的关键作用有关,即被意图的心理行为激发,然后调用适当的运动程序来给出期望的运动:每个心理意图将以特定的方式作用于SMA;SMA拥有所有学习到的运动程序的存储子程序的“清单”和“地址”,因此能够通过其神经元连接来建立期望的运动。总之,有一个关于意图和知觉的连接脑概念的一般描述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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