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The role of in-shoe movement on perceived underfoot stability - a pilot study

机译:鞋内运动对感知的脚底稳定性的作用-一项初步研究

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摘要

Rearfoot motion is the focus of many footwear biomechanics studies, but there is no consensus on the investigation parameters (Novacheck, 1995). Reinschmidt, van den Bogert, Murphy, Lundberg, and Nigg (1997) reported that shoe markers overestimated rearfoot peak eversion angle depending on the subject, running speed and shoe design. O'Conner, MacLean, and Hamill (2002) found that a heel counter did not significantly lower rearfoot motion. Furthermore, rearfoot motion research has often been associated with reducing the risk of injury.
机译:后足运动是许多鞋类生物力学研究的重点,但在研究参数上尚无共识(Novacheck,1995)。 Reinschmidt,van den Bogert,Murphy,Lundberg和Nigg(1997)报道,鞋标高估了后脚的峰值外倾角,具体取决于拍摄对象,跑步速度和鞋的设计。奥康纳(O'Conner),麦克林(MacLean)和哈米尔(Hamill)(2002)发现,脚跟稳定器并没有显着降低后脚的运动。此外,后足运动研究通常与减少受伤风险相关。

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