脚趾走路:新的视角

D. Kerrigan, P. Riley, L. Nolan
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引用次数: 0

摘要

为了探索脚趾行走对有上运动神经元相关损伤的人有一定好处的假设,作者对非残疾受试者进行了脚趾行走和跟趾行走的生物力学比较。通过传统的关节生物力学分析,作者发现脚趾行走与踝关节和膝关节的净峰值扭矩和功率较小相关,这意味着脚趾行走所需的远端力量较少。他们还发现,利用线性力量分析,下肢可以有效地将力量传递给上身,无论是用脚趾走路还是用脚跟走路。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Toe-walking: new perspectives
To explore the hypothesis that toe-walking offers certain advantages for people with upper motor neuron related impairments, the authors performed biomechanical comparisons of toe- vs. heel-toe walking in non-disabled subjects. Using traditional joint biomechanical analysis, the authors showed that toe-walking is associated with less net peak torque and power at the ankle and knee implying that less distal strength is needed to toe-walk. They also found, utilizing linear power analysis, that the lower limb can deliver power to the upper-body as effectively in toe-walking as in heel-toe walking.
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