Propriospinal myoclonus.

S Chokroverty
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Abstract

The concept of propriospinal myoclonus is briefly reviewed in this report. Myoclonus can be classified according to the site of the generator into cortical, subcortical but supraspinal, and spinal myoclonus. Propriospinal myoclonus is a special type of spinal myoclonus characterized by rhythmic or arrhythmic, spontaneous or sometimes stimulus-sensitive flexion or extension movements of the axial muscles of the body with or without spread to the limbs excluding the cranially innervated muscles. Neurophysiologic study shows a characteristic pattern of order of recruitment of electromyographic bursts which are initially noted in the midthoracic segments (myoclonic generator) followed by propagation up and down the spinal cord via slowly conducting (3-11 M/s) pathways, such as the propriospinal systems. The role of spinal cord in functioning as a stepping generator and in locomotion has been strengthened by this new concept of propriospinal myoclonus.

Propriospinal肌阵挛。
本报告简要回顾了本体肌阵挛的概念。根据产生肌阵挛的部位,肌阵挛可分为皮质性肌阵挛、皮质下但脊柱上肌阵挛和脊髓性肌阵挛。本体肌阵挛是一种特殊类型的脊髓性肌阵挛,其特征是有节奏或无节奏的、自发的或有时刺激敏感的身体轴向肌的屈伸运动,有或没有扩散到四肢,不包括颅神经支配的肌肉。神经生理学研究显示,肌电爆发的招募顺序具有特征性模式,最初在胸椎中段(肌阵挛发生器)被注意到,然后通过缓慢传导(3- 11m /s)的途径(如本体脊髓系统)向上和向下传播。脊髓作为步进发生器和运动的作用已经被这个新的本体脊髓肌阵挛概念所加强。
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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