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[在新型肌肉活动控制习得中的意识与肌电图生物反馈]

[Awareness and electromyograph biofeedback in the acquisition of control of a novel muscular activity].

作者信息

Koga S

机构信息

Department of Educational Psychology, Faculty of Education, Kyushu University, Fukuoka.

出版信息

Shinrigaku Kenkyu. 1991 Dec;62(5):308-15. doi: 10.4992/jjpsy.62.308.

Abstract

Two experiments were conducted to examine what kind of awareness to the internal control process should be encouraged in order to effectively acquire the control of a novel muscular activity with electromyograph (EMG) biofeedback. The m. auricularis posterior (the muscle to draw an ear backward) was selected as the target muscle of this study. Experiment I investigated the relation between control ability and awareness of the target muscle activity. Results showed that subjects who were able to move their ears could be aware of the target muscle activity more precisely than those who were unable to do it. In experiment II, 32 undergraduate and graduate students who could not move their ears were required to activate their left m. auricularis posterior. Results provided evidences supporting the hypothesis that, in the initial stage of the acquisition of control, subjects who were encouraged to be aware of ways and feelings of striving (efferent process) and were given EMG feedback signals from the target muscle could acquire the control of the target muscle activity more effectively than those who were encouraged to be aware of a bodily feeling brought about by the striving (afferent process) and who were given no EMG feedback signals.

摘要

进行了两项实验,以探究为了通过肌电图(EMG)生物反馈有效地获得对新的肌肉活动的控制,应该鼓励何种对内部控制过程的意识。耳后肌(向后牵拉耳朵的肌肉)被选为该研究的目标肌肉。实验一调查了控制能力与对目标肌肉活动的意识之间的关系。结果表明,能够移动耳朵的受试者比不能移动耳朵的受试者能更精确地感知目标肌肉活动。在实验二中,要求32名不能移动耳朵的本科生和研究生激活他们的左耳后肌。结果提供了证据支持以下假设:在获得控制的初始阶段,被鼓励意识到努力的方式和感觉(传出过程)并接收到来自目标肌肉的EMG反馈信号的受试者,比被鼓励意识到努力带来的身体感觉(传入过程)且未接收到EMG反馈信号的受试者,能更有效地获得对目标肌肉活动的控制。

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