Human foot muscle function during walking and running

UQ eSpace Pub Date : 1900-01-01 DOI:10.14264/UQL.2019.3
D. Farris, G. Lichtwark, L. Kelly, A. Cresswell
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引用次数: 1

Abstract

Individual biomechanical and energetic data from twelve healthy participants who walked and ran on a treadmill in two different conditions - 1) as normally as possible and 2) with a tibial nerve block that prevented the activation of foot muscles. Mechanical data is presented including lower limb kinematics, kinetics and power outputs (in MAT file). Metabolic data is also provided for each participant and condition (excel file), while data is also provided around the effectiveness of the nerve block (as measured by m-wave amplitude before and after the block administration). The three speeds included a comfortable walking speed, a slow running speed (Froude number = 1) and a faster running speed (Froude number = 1.25).
人的足部肌肉在走路和跑步时的功能
来自12名健康参与者的个体生物力学和能量数据,他们在两种不同的条件下在跑步机上行走和跑步——1)尽可能正常,2)胫骨神经阻滞,阻止足部肌肉的激活。机械数据包括下肢运动学、动力学和功率输出(MAT文件)。还提供了每个参与者和条件的代谢数据(excel文件),同时还提供了有关神经阻滞有效性的数据(通过阻滞给药前后的m波振幅测量)。这三种速度包括舒适的步行速度、缓慢的跑步速度(弗劳德数= 1)和较快的跑步速度(弗劳德数= 1.25)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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