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Dynapenia and aging: an update.

机译:运动障碍和衰老:更新。

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In 2008, we published an article arguing that the age-related loss of muscle strength is only partially explained by the reduction in muscle mass and that other physiologic factors explain muscle weakness in older adults (Clark BC, Manini TM. Sarcopenia =/= dynapenia. J Gerontol A Biol Sci Med Sci. 2008;63:829-834). Accordingly, we proposed that these events (strength and mass loss) be defined independently, leaving the term "sarcopenia" to be used in its original context to describe the age-related loss of muscle mass. We subsequently coined the term "dynapenia" to describe the age-related loss of muscle strength and power. This article will give an update on both the biological and clinical literature on dynapenia-serving to best synthesize this translational topic. Additionally, we propose a working decision algorithm for defining dynapenia. This algorithm is specific to screening for and defining dynapenia using age, presence or absence of risk factors, a grip strength screening, and if warranted a test for knee extension strength. A definition for a single risk factor such as dynapenia will provide information in building a risk profile for the complex etiology of physical disability. As such, this approach mimics the development of risk profiles for cardiovascular disease that include such factors as hypercholesterolemia, hypertension, hyperglycemia, etc. Because of a lack of data, the working decision algorithm remains to be fully developed and evaluated. However, these efforts are expected to provide a specific understanding of the role that dynapenia plays in the loss of physical function and increased risk for disability among older adults.
机译:在2008年,我们发表了一篇文章,论证了与年龄相关的肌肉力量的丧失只能部分地由肌肉质量的下降来解释,而其他生理因素也可以解释老年人的肌肉无力(Clark BC,Manini TM。Sarcopenia = / = dynapenia J Gerontol A Biol Sci Med Sci.2008; 63:829-834)。因此,我们建议独立定义这些事件(强度和质量损失),而术语“肌肉减少症”在其原始上下文中用于描述与年龄相关的肌肉质量损失。随后,我们创造了“运动障碍”一词来描述与年龄相关的肌肉力量和力量的丧失。本文将提供有关张力障碍的生物学和临床文献的最新信息,以最好地综合此翻译主题。此外,我们提出了一种用于确定运动障碍的工作决策算法。该算法专用于使用年龄,是否存在危险因素来筛查和定义张力减退,进行抓地力筛查以及是否需要进行膝盖伸展强度测试。对诸如运动障碍等单一危险因素的定义将为建立复杂的身体残疾病因的危险状况提供信息。因此,这种方法模仿了心血管疾病的风险概况,其中包括高胆固醇血症,高血压,高血糖症等因素。由于缺乏数据,工作决策算法仍有待充分开发和评估。但是,预计这些努力将使肌张力障碍在老年人的身体机能丧失和残疾风险增加中发挥作用。

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