ADAPTASI BIOMOLEKULER HIPERTROPI JARINGAN OTOT RANGKA PADA LATIHAN BEBAN DAN MANFAATNYA PADA SINDROMA METABOLIK

I. P. A. Griadhi
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引用次数: 2

Abstract

ABSTRACTWeight training is one of the exercises needed to achieve physical fitness. This exercise can increase muscle mass and metabolic function of the muscles so that it becomes an important exercise in the condition of the metabolic syndrome. Muscle is the largest hormone-sensitive tissue in the human body, this tissue consumes a lot of oxygen and consumes most of the glucose through the mediation of insulin. Weight training results in hypertrophy or increase in muscle mass and hyperplasia or increase in the number of muscle cells. Various biomolecular mechanisms can explain the hypertrophy and hyperplasia processes including the anabolic mTOR pathway, the catabolic pathway myostatin - Smad and the repair pathway by Satellite Cells. Understanding of the biomolecular process can provide a theoretical foundation in developing a weight training program so that the exercise becomes effective and safe.Keyword : weight training, metabolic syndrom, muscle hipertrophy
只有在有治疗时才适应网络的生物分子特性,只有在有症状时才适应生产
举重训练是实现身体健康所需的运动之一。这种运动可以增加肌肉质量和肌肉的代谢功能,从而成为代谢综合征患者的重要运动。肌肉是人体中最大的激素敏感组织,该组织消耗大量氧气,并通过胰岛素的介导消耗大部分葡萄糖。重量训练会导致肌肉肥大或增加,肌肉细胞增生或增加。多种生物分子机制可以解释肥大和增生过程,包括合成代谢mTOR途径、分解代谢途径肌生长抑制素-Smad和卫星细胞修复途径。了解生物分子过程可以为制定重量训练计划提供理论基础,从而使运动变得有效和安全。关键词:重量训练,代谢综合征,肌肉肥大
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