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Initial effects of anti-pronation tape on the medial longitudinal arch during walking and running

机译:步行和跑步过程中防旋律胶带对内侧纵弓的初始作用

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摘要

>Objectives: To investigate the effect of an augmented LowDye taping technique on the medial longitudinal arch of the foot during dynamic tasks such as walking and jogging, and to elucidate the relation between tape induced changes in static and dynamic foot posture. >Results: Compared with the no tape control condition, tape produced a significant mean (SD) increase in the medial longitudinal arch height index of 0.031 (0.015), 0.026 (0.014), and 0.016 (0.017) during standing, walking, and jogging respectively (p<0.05). The relative increase in medial longitudinal arch height represents an anti-pronation effect. The tape induced changes in the medial longitudinal arch height measured during standing correlated strongly with those measured during walking and jogging (Pearson's r = 0.7 and 0.76 respectively). >Conclusions: The augmented LowDye tape was effective in controlling pronation during both static and dynamic activity. Tape induced changes in static foot posture paralleled those during walking and jogging.
机译:>目的:研究增强的LowDye贴带技术在诸如步行和慢跑等动态任务期间对脚内侧纵弓的影响,并阐明带引起的静态和动态脚变化之间的关系姿势。 >结果:与无磁带控制条件相比,磁带在测试过程中内侧纵弓高度指数显着提高(SD),分别为0.031(0.015),0.026(0.014)和0.016(0.017)。分别站立,行走和慢跑(p <0.05)。内侧纵向足弓高度的相对增加表示反旋前效果。磁带引起的站立时测量的内侧纵弓高度的变化与步行和慢跑过程中测得的变化高度相关(分别为Pearson r = 0.7和0.76)。 >结论:增强的LowDye胶带可有效控制静态和动态活动中的前旋。胶带引起的静态脚姿变化与步行和慢跑时的变化平行。

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