首页> 外文期刊>Journal of Biomechanics >Prediction of distal radius fracture in children, using a biomechanical impact model and case-control data on playground free falls.
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Prediction of distal radius fracture in children, using a biomechanical impact model and case-control data on playground free falls.

机译:使用生物力学冲击模型和操场自由落体的病例对照数据预测儿童的of骨远端骨折。

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OBJECTIVES: To assess the ability of a biomechanical impact model to predict the likelihood of distal radius fracture in children using data gathered for a previous epidemiological case-control study of falls from playground equipment. METHODOLOGY: Factor of Risk (FR) values were generated for each of selected subjects from the case-control study using a biomechanical model. Logistic regression curves were fitted to examine the relationship between the FR values and the probability of radius fracture. RESULTS: Forty-five cases and thirty-one controls were selected. The logistic regression analyses showed a significant association between the probability of fracture and FR. CONCLUSIONS: The biomechanical model distinguished between children who fractured their distal radius and those who did not. The model can be used to test how risk factors, such as fall height and ground surface type, affect physical stresses transmitted through the arm and their relation to the fracture tolerance of the distal radius.
机译:目的:使用先前从游乐场设备跌倒的流行病学病例对照研究收集的数据,评估生物力学冲击模型预测儿童radius骨远端骨折的可能性的能力。方法:使用生物力学模型从病例对照研究中为每个选定的受试者生成风险因子(FR)值。拟合Logistic回归曲线以检查FR值与radius骨骨折概率之间的关系。结果:选择了四十五例和三十一例对照。 Logistic回归分析显示骨折的可能性与FR之间存在显着相关性。结论:该生物力学模型区分了骨折远端radius骨的儿童和未骨折远端children骨的儿童。该模型可用于测试跌落高度和地面类型等危险因素如何影响通过手臂传递的物理应力以及它们与radius骨远端骨折耐受性的关系。

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