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Features force between the foot and performance of special-based tests young basketball players

机译:在特殊测试基础上的年轻篮球运动员的脚和表现之间具有力量

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Purpose. A quantitative analysis of biomechanical force interactions between the foot and the support when the athletes special tests. Material and methods. In the experiment involved 30 young athletes aged 7-8 years who are at the stage of initial training. Subjects performed four tests: jump up from their seats repulsion two feet, jump up and down with one foot repulsion run, stop step, jump stop. Results. As a result of studies to obtain quantitative values of reference indices interactions as the maximum reaction force impulse force, force gradient, the reference duration, and other interactions. Revealed that when jumping forward and upward to run and jump and step stops the horizontal component of force production is from 38 to 73 % of the resulting value. Conclusions. Significant power load on the musculoskeletal system and in particular the foot of young basketball players can lead to abnormalities in the foot. In connection with what the training process should include funds for the correction and prevention of foot function.
机译:目的。当运动员进行特殊测试时,定量分析脚与支撑物之间的生物力学力相互作用。材料与方法。在实验中,有30名年龄在7-8岁之间的年轻运动员处于初始训练阶段。受试者进行了四项测试:从座位排斥力跳上两脚,以一英尺排斥力跳上跳下,停止一步,跳跃停止。结果。作为获得参考指标的定量值的研究结果,交互作用是最大反作用力脉冲力,力梯度,参考持续时间和其他相互作用。揭示了当向前和向上跳跃以进行奔跑和跳跃时,力产生的水平分量为所得值的38%至73%。结论。肌肉骨骼系统,尤其是年轻的篮球运动员的脚上的巨大功率负载会导致脚部异常。在培训过程中应包括纠正和预防足功能的资金。

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