[在暴露于不同的身体负荷下产生耐受性的各种适应的人血液中的生化变化]。

K Milasius
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引用次数: 0

摘要

通过对高训练运动员和初学者的能量代谢指标和酸碱平衡指标的研究,揭示了机体生化变化对体力负荷强度的依赖,从而表明能量代谢率与运动员机体适应程度有直接关系。该研究揭示了24小时内再生过程的波动,并指定了各种物理负荷下每种能源对能源生产的贡献。运动员机体对体力负荷的适应程度越来越高,导致能量代谢各指标之间的相关性越来越强。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[The biochemical changes in the blood of variously adapted persons under exposure to different physical loads who develop tolerance].

Study of the energy metabolism indices and those of acid-alkaline balance in highly trained sportsmen and in the beginners revealed a dependence of the organism biochemical changes on intensity of physical loads, thus indicating a direct relationship between the energy metabolism rate and the degree of the athletes organism's adaptation. The study revealed fluctuations of regenerative processes during 24 hours and specified the contribution of each energy source to energy production under a variety of physical load. A growing adaptation of the athlete organism to physical loads results in a stronger correlation ties among separate indices of the energy metabolism.

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