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Impact of Ankle-Foot Orthosis Stiffness and Muscle Coactivation on Ankle Injury During Landing

机译:踝关节矫形僵硬和肌肉共置对着陆期间踝关节损伤的影响

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Ankle sprains are more common injuries that encounter in daily physical and various sports activities. Stiffness of an ankle-foot orthosis (AFO) and muscle co-activation may influence the risk of an ankle injury. The purpose of this study is to examine the impact of passive ankle-foot orthosis stiffness and muscle co-activation on ankle inversion injury. The landing on the platform is being performed for different stiffness of AFOs, with and without muscle co-activation. Results indicate that increasing AFO stiffness reduces the subtalar angle, i.e., reduces the chance of ankle injury. Thus, the use of an AFO with muscle co-activation mitigates the ankle inversion injury. A moderate AFO's stiffness is best fit in the prevention of ankle injuries.
机译:踝关节扭矩是日常体育活动中遇到的常见伤害。 踝关节矫形症(AFO)和肌肉共激活的刚度可能影响踝损伤的风险。 本研究的目的是检验被动踝足矫形刚度和肌肉共激活对踝关节损伤的影响。 平台上的着陆是针对AFOS的不同刚度进行,有和没有肌肉共激活。 结果表明,增加的AFO刚度降低了子间角度,即减少了踝损伤的机会。 因此,使用具有肌肉共激活的AFO减轻踝逆转损伤。 适度的AFO的僵硬最适合预防踝关节伤害。

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