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Noninvasive Characterization of Muscle Structure, Neuronal Control and memjbraine dynamics

机译:肌肉结构,神经元控制和脑膜动力学的非侵入性表征

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摘要

Since the conventional surface-EMG is highly affected by the structural and functional characteristics of the muscle, the information about these characteristics is essential for a correct interpretation of the surface-EMG signal. An improved, noninvasive EMG procedure (HSR-EMG) provides in contrast to the standard surface-EMG this information. In this way, the HSR-EMG allows the determination of the muscle fibre orientation, the localization of the endplate region, the detection of the excitation spread and the calculation of the conduction velocity in single motor units as well as an investigation of the neuronal control of the muscle.
机译:由于常规的表面肌电信号会受到肌肉结构和功能特性的高度影响,因此有关这些特性的信息对于正确解释表面肌电信号至关重要。与标准的表面肌电图相比,一种改进的无创肌电图程序(HSR-EMG)可提供此信息。通过这种方式,HSR-EMG可以确定肌肉纤维的方向,端板区域的位置,检测激发扩散并计算单个运动单位中的传导速度,以及研究神经元控制的肌肉。

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