首页> 外文期刊>Clinical biomechanics >Whole body, long-axis rotational training improves lower extremity neuromuscular control during single leg lateral drop landing and stabilization.
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Whole body, long-axis rotational training improves lower extremity neuromuscular control during single leg lateral drop landing and stabilization.

机译:全身长轴旋转训练在单腿侧向下降着陆和稳定过程中改善了下肢神经肌肉控制。

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摘要

BACKGROUND: Poor neuromuscular control during sports activities is associated with non-contact lower extremity injuries. This study evaluated the efficacy of progressive resistance, whole body, long-axis rotational training to improve lower extremity neuromuscular control during a single leg lateral drop landing and stabilization. METHODS: Thirty-six healthy subjects were randomly assigned to either Training or Control groups. Electromyographic, ground reaction force, and kinematic data were collected from three pre-test, post-test trials. Independent sample t-tests with Bonferroni corrections for multiple comparisons were used to compare group mean change differences (P
机译:背景:体育活动中神经肌肉控制不佳与非接触式下肢损伤有关。这项研究评估了进行性抵抗,全身,长轴旋转训练在单腿侧向降落和稳定过程中改善下肢神经肌肉控制的功效。方法:36名健康受试者被随机分为训练组或对照组。肌电图,地面反作用力和运动学数据是从三个试验前,试验后试验中收集的。采用独立样本t检验和Bonferroni校正进行多次比较,以比较组平均变化差异(P

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