DEVELOPMENT OF ELECTRICAL MONITORING FOR SKELETAL MUSCLE POWERED CIRCULATORY ASSIST

本文研究了骨骼肌电监测用于心脏辅助的可行性。肌电图由神经和肌肉诱发电位组成。两个元素的延迟被清除，并获得骨骼肌监测的电信息。2）分析肌电参数与肌肉疲劳之间的关系。3）用于心脏辅助的电条件骨骼肌表现出与非条件骨骼肌不同的肌电模式。4）非-提示有创监测骨骼肌从易疲劳向抗疲劳转化是可行的。

Usefulness of elctrical monitoring of a skeletal muscle for cardiac assist was studied.1) Elements of evoked potential were analyzed. Electromyography was made of both nerve and muscle evoked potentials. Latency of the two elements were cleared, and electrical information for skeletal muscle monitoring was obtained.2) Relationship between parameters of the electromyography and muscle fatigue was analyzed.3) Electrically conditioned skeletal muscle for cardiac assist demonstrated different pattern of electromyography from non-conditioned skeletal muscle.4) Non-invasive monitoring of the skeletal muscle transformation from fatiguable into fatigue resistant was suggested to be fesible.