Background Obesity accelerates and exacerbates the age-related changes on muscle
function and exercise capacity. In addition, the middle-aged population is often overlooked …

Introduction Demographic changes are resulting in a continual increase in the proportion of
individuals over 65 years old. Simultaneously, muscle mass (MM) tends to decrease with …

Aging is associated with a decline in strength, endurance, balance, and mobility. Obesity
worsens the age‐related impairment in physical function and often leads to frailty. The …

Purpose To evaluate the effect of adding exercise to a hypocaloric diet on changes in
appendicular lean mass and strength in frail obese older adults undergoing voluntary weight …

The objective of this study was to investigate the effects of protein intake beyond habitual
intakes associated with resistance training on metabolic syndrome (MetS)-related …

This study aimed to determine the impact of nutrition supplementation (whey protein, fish oil,
vitamin D) and physical exercise (resistance and aerobic exercise) on muscle mass, muscle …

The decrease in resting energy expenditure (REE) and fat oxidation with aging is associated
with an increase in fat mass (FM), and both could be prevented by exercise such as …

Background Intentional weight loss in obese older adults is a risk factor for accelerated
muscle mass loss. We investigated whether a high protein diet and/or resistance exercise …

Anabolic resistance and impaired myocellular quality contribute to age-related sarcopenia,
which exacerbates with obesity. Diet-induced muscle mass loss is attenuated by resistance …

Adequate protein intake and resistance training are effective strategies to maintain muscle
mass, but the effect of their combination on metabolic profile during weight loss remains to …