首页> 外文会议>International Symposium on Biomechanics in Sports >THE USE OF ANTHROPOMETRIC VARIABLES TO PREDICT BENCH PRESS AND SQUAT STRENGTH IN WELL-TRAINED STRENGTH ATHLETES
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THE USE OF ANTHROPOMETRIC VARIABLES TO PREDICT BENCH PRESS AND SQUAT STRENGTH IN WELL-TRAINED STRENGTH ATHLETES

机译:人体测量变量的使用预测训练有素的强度运动员的卧推和蹲下强度

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The ability of anthropometric variables to predict the strength of 42 powerlifters in a relatively simple bench press (BP) and complex squat (SQ) exercise was assessed. Powerlifters were measured for 42 anthropometric dimensions using International Society for the Advancement of Kinanthropometry protocols. Correlation and multiple linear regression analyses were performed, with independent variables entered in stepwise order. The prediction of bench press strength (r~2 = 0.71; SEE = 20 kg; CV = 14%) by flexed upper arm girth and arm length-height index appeared somewhat greater than the prediction of SQ strength (r~2 = 0.49, SEE = 33.4 kg, CV = 17%) by musculoskeletal size. These results suggest that the ability of anthropometric measures to predict strength may decrease with exercise complexity in well-trained strength athletes and that anthropometric characteristics place upper limits on BP and SQ strength.
机译:评估人体测量变量预测相对简单的卧式(BP)和复杂蹲下(SQ)运动中42个Powerlifer强度的能力。使用国际社会进行高压流程协议的推进,测量幂倍的42个人类测量尺寸。执行相关性和多元线性回归分析,以逐步顺序输入独立变量。按弯曲的上臂周长的弯曲力(R〜2 = 0.71; = 20 kg; cv = 14%)预测弯曲的上臂周长和臂长度高度略大于平方强度的预测(R〜2 = 0.49,通过肌肉骨骼尺寸见= 33.4千克,CV = 17%。这些结果表明,人体测量措施预测强度的能力可能随着训练有素的强度运动员的运动复杂性而降低,并且人类测量特征在BP和SQ强度上进行上限。

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