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Physical Exercise as Therapy for Frailty

机译:体育锻炼作为脆弱的疗法

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Longitudinal studies demonstrate that regular physical exercise extends longevity and reduces the risk of physical disability. Decline in physical activity with aging is associated with a decrease in exercise capacity that predisposes to frailty. The frailty syndrome includes a lowered activity level, poor exercise tolerance, and loss of lean body and muscle mass. Poor exercise tolerance is related to aerobic endurance. Aerobic endurance training can significantly improve peak oxygen consumption by-10-15%. Resistance training is the best way to increase muscle strength and mass. Although the increase in muscle mass in response to resistance training may be attenuated in frail older adults, resistance training can significantly improve muscle strength, particularly in institutionalized patients, by ~ 110%. Because both aerobic and resistance training target specific components of frailty, studies combining aerobic and resistance training provide the most promising evidence with respect to successfully treating frailty. At the molecular level, exercise reduces frailty by decreasing muscle inflammation, increasing anabolism, and increasing muscle protein synthesis. More studies are needed to determine which exercises are best suited, most effective, and safe for this population. Based on the available studies, an individualized multicomponent exercise program that includes aerobic activity, strength exercises, and flexibility is recommended to treat frailty.
机译:纵向研究表明,定期的体育锻炼延长了寿命并降低了物理残疾的风险。衰老的身体活动的下降与易受脆弱的运动能力下降有关。脆弱综合征包括降低的活性水平,运动耐受性差和瘦身和肌肉质量的丧失。差的运动耐受性与有氧耐力有关。有氧耐力训练可以显着提高氧气消耗峰值-10-15%。阻力训练是增加肌肉力量和质量的最佳方法。虽然肌肉质量的增加响应阻力训练可能会在虚弱的成年人中衰减,但抗性训练可以显着提高肌肉力量,特别是在制度化的患者中,达到〜110%。因为有氧和抗性训练靶向特定组成部分的脆弱组成部分,组合有氧和抗性训练的研究为成功治疗脆弱而提供最有希望的证据。在分子水平下,运动通过降低肌肉炎症,增加合成代谢和增加肌肉蛋白质合成来减少脆弱。需要更多的研究来确定哪些练习最适合,最有效和对这群人的安全。根据可用的研究,建议使用有氧活动,强度锻炼和灵活性的个性化的多组分运动计划来治疗脆弱。

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