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首页> 外文期刊>Sportverletzung Sportschaden: Organ der Gesellschaft fu?r Orthopa?disch-Traumatologische Sportmedizin >Higher - Further - Faster Endurance Training, Strength Training, and the Effects of Hypoxia: Molecular Mechanisms and Individual Training Variables
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Higher - Further - Faster Endurance Training, Strength Training, and the Effects of Hypoxia: Molecular Mechanisms and Individual Training Variables

机译:更高,更快,更持久的耐力训练,力量训练和缺氧的影响:分子机制和个体训练变量

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摘要

The striated skeletal muscles consist of different myocytes that have different metabolic and contractile characteristics. They react in a specific way to difference training stimuli: adaptations as a result of endurance training trigger an increase in mitochondria and lead to an intensified oxidative metabolism. Adaptations as a result of strength training result in increased protein biosynthesis and hypertrophy of the skeletal myocytes. About 50 % of the adaptation associated with endurance training are due to genetic factors.
机译:横纹肌骨骼肌由具有不同代谢和收缩特性的不同肌细胞组成。它们以不同的方式对差异训练刺激做出反应:由于耐力训练而产生的适应性变化会触发线粒体增加,并导致氧化代谢增强。由于力量训练而进行的适应导致蛋白质生物合成增加和骨骼肌细胞肥大。与耐力训练相关的适应性约有50%是由于遗传因素造成的。

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