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首页> 外文期刊>BioTechnology: An Indian Journal >Myoelectrical study of the effects of vibration stimulation on upper limb muscles?￠???? strength training
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Myoelectrical study of the effects of vibration stimulation on upper limb muscles?￠???? strength training

机译：振动刺激对上肢肌肉影响的肌电研究力量训练

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In this study, the Power-I handheld vibration strength training apparatus is used to do the static and dynamic vibration tests on upper limb muscles of 26 healthy college students, and the Mega8 channel surface myoelectrical measurement instrument is adopted to collect myoelectrical data of related upper limb muscles for analysis. The study shows that the effects of vibration training device on the discharge of upper limb’s working muscles are significantly higher than those without applying vibration stimulation. The average discharge of upper limb muscles has very significant differences at the moment of applying vibration stimulation with respect to without applying it. The maximum discharge (except active muscles) has significant differences. And MPF values are significantly enhanced. Myoelectrical levels produced by vibration stimulation on the forearm muscles are significantly better than that of the upper arm muscles. The closer the muscles to the source of the vibration stimulation the more obvious they accept its effect.
机译：本研究采用Power-I手持式振动强度训练仪对26名健康大学生的上肢肌肉进行静态和动态振动测试，并采用Mega8通道表面肌电测量仪采集相关上肢的肌电数据。肢体肌肉进行分析。研究表明，振动训练装置对上肢工作肌肉放电的影响显着高于未施加振动刺激的情况。相对于不施加振动刺激时，上肢肌肉的平均放电具有非常显着的差异。最大排出量（活动肌肉除外）具有显着差异。而且MPF值大大提高。通过振动刺激前臂肌肉产生的肌电水平明显优于上臂肌肉。肌肉越靠近振动刺激源，他们接受作用的效果就越明显。

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