Relationship between foot condition in standing and rearfoot eversion moment during walking

Evaluating the magnitude of the rearfoot eversion moment, which influences rearfoot eversion motion during walking, is crucial for preventing lower limb and lower back injuries. This study aimed to determine whether the magnitude of the rearfoot eversion moment during the support phase of walking can be estimated based on foot conditions in a standing position. A motion capture system and a force platform were used to collect data on the center of the ankle joint position, longitudinal foot axis orientation, and ground reaction force during both standing and the support phase of walking in 43 healthy adult males. The study examined the relationship between the lateral distance from the ankle joint center to the center of pressure during standing and the magnitude of the rearfoot eversion moment during the support phase of walking. A significant correlation was observed between the lateral distance from the ankle joint center to the center of pressure during standing and the peak rearfoot eversion moment during the support phase of walking. These findings suggest that the rearfoot eversion moment during walking may be estimated using standing data. This could facilitate a simple evaluation method for injury prevention in clinical practice.

搜集汇总

背景与挑战

背景概述

该数据集研究站立时足部条件与行走中后足外翻力矩之间的关系，基于43名健康成年男性的运动捕捉和测力台数据，发现站立时踝关节中心到压力中心的外侧距离与行走支撑阶段后足外翻力矩峰值显著相关，为临床预防下肢和下背部损伤提供了一种简化评估方法。数据集属于步态生物力学领域，采用CC BY 4.0开放许可。