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Research on the Regulatory Factors of Skeletal Muscle Mitochondrial Biogenesis in Exercise

机译:运动中骨骼肌线粒体生物发生调控因子的研究

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摘要

Exercise can mobilize the cell signal induced mitochondrial biogenesis, it can not only increase the volume of mitochondrial effectively, improving the capacity of provide energy for ATP and delaying fatigue occurs. But also prevent muscle function decreased by age-related degenerative changes. Cell signal of mobilization activate certain protein gene transcription, and these proteins get into the mitochondria firstly as a single subunit enzyme activating mitochondrial DNA gene expression, the formation process of molecules is complex. It don't exercise for long time with age growing, the channel of mitochondria damaged in muscle which leading to aerobic mitochondrial dysfunction and the increased trend apoptosis of mitochondrial regulation can lead to decrease muscle function. By choosing the right way of exercise, it can improve the metabolic dysfunction and maintain muscle mass.
机译:运动可以调动细胞信号诱导的线粒体生物发生,它不仅可以有效地增加线粒体的体积,提高为ATP提供能量的能力,而且可以延缓疲劳的发生。而且还可以防止由于年龄相关的退行性变化而导致肌肉功能下降。动员的细胞信号激活某些蛋白质基因的转录,这些蛋白质首先作为激活线粒体DNA基因表达的单个亚基酶进入线粒体,分子的形成过程复杂。随着年龄的增长,它不能长时间运动,肌肉中的线粒体通道受损,从而导致有氧线粒体功能障碍,线粒体调控的趋势性细胞凋亡增加会导致肌肉功能降低。通过选择正确的运动方式,它可以改善代谢功能障碍并维持肌肉质量。

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