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THE EFFECTS OF SHOE ARCHITECTURE ON IMPACT FORCES DURING GAIT: A CONTINUATION STUDY

机译:鞋结构对步态冲击力的影响:持续性研究

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In the current athletic footwear market, there exists a wide range of shoe architectures that offer a variety of options in terms of flexibility and support. The importance of footwear type has proved to be significant in the prevention of an assortment of injuries, including knee osteoarthritis [1,2]. Footwear type has also been shown to affect the lower extremity kinematics as well as the regulation of leg stiffness for a subject during dynamic activities [3]. An important attribute used to categorize athletic footwear architecture is the inherent flexibility of the shoe. The natural flex observed in the sole of the shoe determines the level of flexibility; a more flexible shoe will flex closer to the mid-foot region while a shoe designed for stability will flex closer to the ball of the shoe.
机译:在当前的运动鞋市场中,存在各种各样的鞋结构,它们在灵活性和支撑性方面提供了多种选择。事实证明,鞋类的重要性在预防包括膝骨关节炎在内的各种伤害中具有重要意义[1,2]。鞋类类型也已显示出影响下肢运动学以及动态活动期间受试者腿部僵硬度的调节[3]。用于对运动鞋的结构进行分类的重要属性是鞋的固有柔韧性。在鞋底观察到的自然挠曲决定了柔韧性水平。更加灵活的鞋子将弯曲得更靠近中脚区域,而为稳定而设计的鞋子将弯曲得更靠近鞋子的球。

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