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体外冲击波诊治系统

冲击波是一种通过物理学机制介质(空气或气体)传导的机械性脉冲压强波,将气动产生的脉冲声波转换成精确的弹道式冲波,通过治疗探头的定位和移动完成治疗过程。

 

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Biofeedback and electromedicine

This study investigated the relative efficacy of three treatment conditions/modalities, namely EMG biofeedback, microcurrent stimulation and the combined affect of the two, implemented for the purpose
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Stephen I. Zimmerman, R.P.T., Ph.D. and Fred N. Lerner, Ph.D.
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Medical Electronics

This study investigated the relative efficacy of three treatment conditions/modalities, namely EMG biofeedback, microcurrent stimulation and the combined affect of the two, implemented for the purpose of alleviating and/or inhibiting chronic pain and associated muscle spasms, the two major components found within the “Vicious Cycle”. Measure used to assess treatment outcome included Subjective Units of DisturbanceSUDS),trunk mobility evaluation, daily pain record, microvoltage reading and pre- and post-treatment MMPI. Objective and subjective assessment and subsequent relative statistical analysis of findings demonstrated rehabilitative benefits in all treatment groups. The Biofeedback/Electrical Stimulation groups achieved, overall, greater therapeutic benefits than either modality used as a sole source of rehabilitation for the patient in the midst of the vicious cycle of pain and spasm.  

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