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Association Between Running Shoe Characteristics and Lower Extremity Injuries in United States Military Academy Cadets

机译:跑步鞋特征与下肢损伤在美国军校学员的联系

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Background: Running-related overuse injuries are very common among recreational runners, with the reported annual injury rates ranging from 39% to 85%. Relatively few large prospective cohort studies have been conducted to investigate injury risk associated with different running shoe characteristics, and the results of the existing studies are often contradictory. Purpose/Hypothesis: The purpose was to investigate the relationship between running shoe characteristics and lower extremity musculoskeletal injury. It was hypothesized that the risk of injury would be increased in individuals wearing shoes with minimal torsional stiffness and heel height compared with those wearing shoes with greater levels of torsional stiffness and heel height. Study Design: Cohort study; Level of evidence, 2. Methods: The study included 1025 incoming cadets. Shoe torsional stiffness and heel height were calculated and recorded. Demographic data were recorded and analyzed as potential covariates. Lower extremity injuries sustained over 9 weeks during cadet basic training were documented by use of the Armed Forces Health Longitudinal Technology Application and the Cadet Illness and Injury Tracking System. Kaplan-Meier survival curves were estimated, with time to incident lower extremity injury as the primary outcome by level of the independent predictor variables. Risk factors or potential covariates were carried forward into multivariable Cox proportional hazards regression models. Absolute and relative risk reduction and numbers needed to treat were calculated. Results: Approximately 18.1% of participants incurred a lower extremity injury. Cadets wearing shoes with moderate lateral torsional stiffness were 49% less likely to incur any type of lower extremity injury and 52% less likely to incur an overuse lower extremity injury than cadets wearing shoes with minimal lateral torsional stiffness, both of which were statistically significant observations. Injury risk was similar among cadets wearing shoes with minimal and extreme lateral torsional stiffness. Conclusion: Shoes with mild to moderate lateral torsional stiffness may be appropriate in reducing risk of lower extremity injury in cadets. Shoes with minimal lateral torsional stiffness should be discouraged in this population.
机译:背景:与休战赛道的持续的过度使用过度伤害是非常普遍的,报告的年度受伤利率范围从39%到85%。已经进行了相对较少的大型预期队列研究以调查与不同运行鞋特性相关的伤害风险,并且现有研究的结果往往是矛盾的。目的/假设:目的是探讨运行鞋特征与下肢肌肉骨骼损伤之间的关系。它被假设有伤害的风险在戴着鞋子上的鞋垫和鞋跟高度,与那些穿着鞋子较大的扭转刚度和高跟鞋的高度相比,扭转僵硬和高跟鞋。研究设计:队列研究;证据水平,2.方法:该研究包括1025个进入的学员。计算并记录鞋扭转刚度和高跟高度。记录并分析人口统计数据作为潜在的协变量。通过使用武装部队健康纵向技术应用和军医疾病和伤害跟踪系统,记录了在Cadet基础培训期间超过9周持续的下肢伤害。估计了Kaplan-Meier生存曲线,随着独立预测因子变量的级别的主要结果。危险因素或潜在的协变量被推进到多变量的Cox比例危险回归模型中。计算治疗所需的绝对和相对风险降低和数量。结果:大约18.1%的参与者产生了下肢损伤。横向扭转僵硬的鞋子穿着鞋子的鞋子减少49%,可能会产生任何类型的下肢损伤,而且可能产生过度使用的下肢损伤52%,而不是横向扭转僵硬的鞋子,两者都具有统计显着的观察。穿着鞋子的伤病风险相似,具有最小和极端的横向扭转僵硬。结论:具有轻度至中等侧向扭转刚度的鞋子可能适用于降低学员患者下肢损伤的风险。在这个人口中应该令人不安地鼓励具有最小扭转僵硬僵硬的鞋子。

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