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临床试验中久坐不动对照组的代谢恶化。

Metabolic deterioration of the sedentary control group in clinical trials.

机构信息

Division of Cardiovascular Medicine, Duke Univ. Medical Center, Durham, NC 27710, USA.

出版信息

J Appl Physiol (1985). 2011 Oct;111(4):1211-7. doi: 10.1152/japplphysiol.00421.2011. Epub 2011 Jul 21.

Abstract

Randomized clinical trials of exercise training regimens in sedentary individuals have provided a mechanistic understanding of the long-term health benefits and consequences of physical activity and inactivity. The sedentary control periods from these trials have provided evidence of the progressive metabolic deterioration that results from as little as 4-6 mo of continuing a physically inactive lifestyle. These clinical trials have also demonstrated that only a modest amount of physical activity is required to prevent this metabolic deterioration, and this amount of physical activity is consistent with current physical activity recommendations (150 min/wk of moderate intensity physical activity). These recommendations have been issued to the general population for a vast array of health benefits. While greater adherence to these recommendations should result in substantial improvements in the health of the population, these recommendations still remain inadequate for many individuals. An individual's physical activity requirements are influenced by such factors as an individual's diet, nonexercise physical activity patterns, genetic profile, and medications. Improving the understanding of how these factors influence an individual's physical activity requirements will help advance the field and help move the field toward the development of more personalized physical activity recommendations.

摘要

在久坐的个体中进行的随机临床试验为体力活动和不活动的长期健康益处和后果提供了一种机制上的理解。这些试验中的久坐对照期提供了证据,证明仅仅持续 4-6 个月的不积极生活方式就会导致代谢逐渐恶化。这些临床试验还表明,只有适量的体力活动才能防止这种代谢恶化,而这种体力活动的量与当前的体力活动建议一致(每周 150 分钟中等强度的体力活动)。这些建议是为了广泛的健康益处而向普通大众提出的。虽然更大程度地遵守这些建议应该会显著改善人群的健康状况,但这些建议对许多人来说仍然不够。一个人的体力活动需求受到多种因素的影响,如个人的饮食、非运动体力活动模式、基因谱和药物。更好地了解这些因素如何影响一个人的体力活动需求将有助于推动该领域的发展,并有助于制定更个性化的体力活动建议。

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