Rodent studies have indicated that physical exercise may improve adipose tissue function.
We investigated the effects of a 12-wk supervised, progressive exercise training program on …

Excessive adipose tissue mass underlies much of the metabolic health complications in
obesity. Although exercise training is known to improve metabolic health in individuals with …

Endurance exercise training induces adaptations in metabolically active organs, but
adaptations in human subcutaneous adipose tissue (scAT) remains incompletely …

Regular physical activity improves glucose tolerance and decreases adiposity. Our aim was
to investigate the effects of exercise training on subcutaneous (inguinal) and visceral …

The effects of exercise training on energy expenditure, energy intake, fat cell size and
adipose tissue lipolysis have been reviewed. Individuals engaged in regular and intense …

Alterations in the inflammatory state, metabolic function, and structure of subcutaneous
adipose tissue (SAT) can impact the development of insulin resistance in obesity. Exercise …

Feeding profoundly affects metabolic responses to exercise in various tissues, but the effect
of feeding status on human adipose tissue responses to exercise has never been studied …

Mobilization of lipids from adipose tissue during prolonged exercise is of key importance for
the supply of energy to the working muscle. During exercise lipid mobilization is mainly …

In order to assess the effect of endurance training on adipose-tissue morphology and
lipolysis, 22 adult subjects (11 men and 11 women) took part in a 20-week ergocycle …

Objective: To determine if hypocaloric diet, diet plus low-intensity exercise, and diet plus
high-intensity exercise differentially influence subcutaneous abdominal and gluteal …