Bilateral Strength Asymmetries and Unilateral Strength Imbalance: Predicting Ankle Injury When Considered With Higher Body Mass in US Special Forces

Eagle Shawn R.; Kessels Marijn; Johnson Caleb D.; Nijst Branco; Lovalekar Mita; Krajewski Kellen; Flanagan Shawn D.; Nindl Bradley C.; Connaboy Chris

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Bilateral Strength Asymmetries and Unilateral Strength Imbalance: Predicting Ankle Injury When Considered With Higher Body Mass in US Special Forces

机译：双边强度不对称和单侧力量不平衡：预测踝关节伤，当我们特种部队中的体重较高时

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Context: Ankle injury is one of the most common conditions in athletics and military activities. Strength asymmetry (SA) and imbalance may represent a risk factor for injury, but past investigations have produced ambiguous conclusions. Perhaps one explanation for this ambiguity is the fact that these authors used univariate models to predict injury.

机译：背景：脚踝伤害是田径和军事活动中最常见的条件之一。强度不对称（SA）和不平衡可能代表伤害的危险因素，但过去的调查产生了模糊的结论。也许对这种歧义的一个解释是这些作者使用单变量模型来预测伤害的事实。

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来源
《Journal of athletic training》 |2019年第5期|共8页
作者
Eagle Shawn R.; Kessels Marijn; Johnson Caleb D.; Nijst Branco; Lovalekar Mita; Krajewski Kellen; Flanagan Shawn D.; Nindl Bradley C.; Connaboy Chris;
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作者单位

Univ Pittsburgh Neuromuscular Res Lab 3860 South Water St Pittsburgh PA 15203 USA;

Maastricht Univ Fac Hlth Med &

Life Sci Maastricht Netherlands;

Univ Pittsburgh Neuromuscular Res Lab 3860 South Water St Pittsburgh PA 15203 USA;

Maastricht Univ Fac Hlth Med &

Life Sci Maastricht Netherlands;

Univ Pittsburgh Neuromuscular Res Lab 3860 South Water St Pittsburgh PA 15203 USA;

Univ Pittsburgh Neuromuscular Res Lab 3860 South Water St Pittsburgh PA 15203 USA;

Univ Pittsburgh Neuromuscular Res Lab 3860 South Water St Pittsburgh PA 15203 USA;

Univ Pittsburgh Neuromuscular Res Lab 3860 South Water St Pittsburgh PA 15203 USA;

Univ Pittsburgh Neuromuscular Res Lab 3860 South Water St Pittsburgh PA 15203 USA;

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原文格式 PDF
正文语种 eng
中图分类运动医学;
关键词
symmetry; rehabilitation; military athletes;

机译：对称性;康复;军事运动员;

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专利

1. Bilateral Strength Asymmetries and Unilateral Strength Imbalance: Predicting Ankle Injury When Considered With Higher Body Mass in US Special Forces [J] . Shawn R. Eagle, Marijn Kessels, Caleb D. Johnson, Journal of athletic training . 2019,第5期

机译：双侧力量不对称和单侧力量不平衡：在美国特种部队中考虑更高体重的情况下预测踝关节损伤
2. Restricted Unilateral Ankle Dorsiflexion Movement Increases Interlimb Vertical Force Asymmetries in Bilateral Bodyweight Squatting [J] . Crowe Martyn A., Bampouras Theodoros M., Walker-Small Katie, Journal of strength and conditioning research . 2020,第2期

机译：受限制单侧脚踝背离的运动增加了双边体重蹲下的中间垂直力不对称
3. BILATERAL QUADRICEPS STRENGTH ASYMMETRY IS ASSOCIATED WITH PREVIOUS KNEE INJURY IN MILITARY SPECIAL TACTICS OPERATORS [J] . Eagle Shawn R., Keenan Karen A., Connaboy Chris, Journal of strength and conditioning research . 2019,第1期

机译：双侧Quaddriceps强度不对称与以前的军事特殊策略运营商膝关节损伤有关
4. The Element Analysis on Hysteretic Property of Cross Steel Reinforced Concrete Special-shaped Column in Different Concrete Strengths [C] . Riliang Li, Yafeng Xu, Shouyan Bai International Conference on Civil Engineering, Architecture and Building Materials . 2013

机译：不同混凝土强度交叉钢筋混凝土特殊形柱滞回特性的元素分析
5. Use of the Functional Movement Screen (FMS) to predict deficits in bilateral/unilateral force, power, and rate of force development. [D] . Gell, Amber S. 2010

机译：使用功能运动屏幕（FMS）来预测双边/单边力量，力量和力量发展速度的不足。
6. Bilateral Strength Asymmetries and Unilateral Strength Imbalance: Predicting Ankle Injury When Considered With Higher Body Mass in US Special Forces [O] . Shawn R. Eagle, Marijn Kessels, Caleb D. Johnson, 2019

机译：双侧力量不对称和单侧力量不平衡：在美国特种部队中考虑更高体重的情况下预测踝关节损伤
7. Bilateral Strength Asymmetries and Unilateral Strength Imbalance: Predicting Ankle Injury When Considered With Higher Body Mass in US Special Forcesa [O] . Shawn R. Eagle, Marijn Kessels, Caleb D. Johnson, 2019

机译：双边强度的不对称和单侧力量不平衡：预测美国特种部队的体重较高时踝关节损伤

Bilateral Strength Asymmetries and Unilateral Strength Imbalance: Predicting Ankle Injury When Considered With Higher Body Mass in US Special Forces

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