… and resistance exercise. The … protein turnover following exercise perturbations. In this review
we summarize the current understanding of muscle protein turnover in response to exercise …

… to exercise training and dietary protein intake. Furthermore, this review will explore the role
of optimized daily distribution of dietary protein intake and potential regulatory mechanisms. …

… with resistance exercise training. Leveraging large sample sizes from recent meta-analyses
we attempt to provide an ‘optimal’ prescription for protein intake for maximizing protein …

… protein intake was at least 20 g at each meal, the consumption of a eucaloric high protein diet
rich in dairy protein … representative of the typical Australian dietary protein intake (ie ∼1.1 g/…

… Interestingly, we recently reported that habitual protein intake in elderly subjects is … -type
exercise training duration is required to allow the additional benefits of protein supplementation …

… and percent of protein in untrained men (r = 0.552; P = 0.033). MDA was positively correlated
to protein intake and negatively correlated to percent of carbohydrate and vitamin C intake, …

… Despite the frequently expressed concern about adverse effects ofhigh protein intake,
there is no evidence that proteinintakes in the range Suggested Will have adverse effects in …

… Prolonged resistance-type exercise training improved strength and physical performance in
… protein supplementation is required to allow muscle mass gain during such exercise training…

… Furthermore, skeletal muscle HAD activity was the highest in exercise-trained rats fed
soya protein. We conclude that exercise training and soya protein intake have an important …

… , resulting in changes in FSR after endurance exercise (20). … protein turnover in response
to aerobic exercise training. … to either aerobic training, inadequate level of protein intake, or a …