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首页> 外文期刊>Journal of Rehabilitation and Assistive Technologies Engineering >Comparison of lower limb segment forces during running on artificial turf and natural grass
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Comparison of lower limb segment forces during running on artificial turf and natural grass

机译:人工草坪和天然草跑步期间下肢段力的比较

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Introduction: Artificial turf, soon after being introduced in the 1980s, became associated with an increased injury incidence in football players. While more recent generations of artificial turf have mitigated the problem, perception of the material is still widely negative. So, the decision to play the 2015 Fe'de'ration Internationale de Football Association Women s World Cup in Canada on artificial turf was met with vocal criticism by many players. One common approach is to assess injury incidence to quantify risk differences in playing surfaces. This, however, does not account for possible confounding variables or chronic injuries. Direct measurement of ground reaction forces is difficult because conventional multicamera-based motion capture and force plate equipment are limited in its use outside of dedicated laboratories. Methods:We describe a method of generating realistic force data by using miniature load cells that are installed directly into the weight-bearing structure of the body. Results:Pilot data show a significant (p
机译:介绍:人造草坪,20世纪80年代推出后即将推出,与足球运动员的伤害发生率增加有关。虽然最近几代人工草坪已经减轻了这个问题,但对材料的看法仍然是广泛的。因此,许多球员遇到了在人造草坪上加拿大加拿大举行的2015 Fe'de'Internameriale de足球协会妇女世界杯的决定。一种常见方法是评估伤害发生率,以量化冒险差异。然而,这不考虑可能的混淆变量或慢性伤害。基于常规的多型运动捕获和力板设备的直接测量是困难的,因为常规的基于多型运动捕获和力板设备在专用实验室外部的使用中受到限制。方法:我们描述了一种通过使用直接安装在主体的负载结构中的微型装载单元来产生现实力数据的方法。结果:导频数据显示出很大(P

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