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Energy Balance Changes the Anabolic Effect of Postexercise Feeding in Older Individuals

机译:能量平衡改变了老年人运动后进食的合成代谢作用

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摘要

We previously showed that consumption of protein immediately after exercise in older adults enhances nitrogen balance when energy balance (EB) is maintained. Because daily EB routinely varies, it is important to know whether benefits of postexercise protein consumption also occur with changing EB. Within an experiment, participants consumed an isonitrogenous–isocaloric diet with the timing of a protein (PRO + CHO) or carbohydrate (CHO) beverage immediately after exercise versus earlier in the day. Within hypocaloric and hypercaloric cohorts, 3-day mean nitrogen balance was not different when protein was consumed immediately after exercise, although there was a trend (p = .09) for higher nitrogen balance in the positive EB. However, when data from our three studies were combined, the anabolic effect of postexercise feeding was evident during positive EB but not negative EB. EB is therefore an important consideration in the postexercise anabolic effect of protein feeding.
机译:我们以前的研究表明,保持能量平衡(EB)后,老年人在运动后立即消耗蛋白质可以增强氮平衡。由于每日EB通常会有所不同,因此重要的是要知道运动后EB是否还会产生运动后蛋白质消耗的好处。在一项实验中,参与者在运动后立即摄入蛋白质(PRO + CHO)或碳水化合物(CHO)饮料,而不是一天中的早些时候,食用了等氮-等热量饮食。在低热量和高热量人群中,运动后立即摄入蛋白质时,三天的平均氮平衡没有差异,尽管在阳性EB中有较高的氮平衡趋势(p = .09)。但是,将我们三项研究的数据相结合时,运动后进食的合成代谢作用在EB阳性期间很明显,但在EB阴性期间没有。因此,EB是运动后蛋白质合成代谢作用的重要考虑因素。

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