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

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 …

Adipose tissue physiology plays an important role in mediating disease risk. Weight loss in
obese individuals improves indicators of adipocyte physiology. However, the minimum …

Background: Normal-weight adults gain lower-body fat via adipocyte hyperplasia and upper-
body subcutaneous (UBSQ) fat via adipocyte hypertrophy. Objectives: We investigated …

Excessive visceral adipose tissue appears to trigger a cascade of metabolic disturbances
that seem to coexist with ectopic fat storage in muscle, liver, heart and the ß-cell. Therefore …

Objectives The aim of this study was to compare the effect of diet and an abdominal
resistance training program to diet alone on abdominal subcutaneous fat thickness and …

Background Both body fat distribution and adipocyte size are associated with metabolic
abnormalities. Objective We defined the extent to which subcutaneous adipocyte size is …

Background: Exercise intensity may affect the selective loss of abdominal adipose tissue.
Objective: This study showed whether aerobic exercise intensity affects the loss of …

OBJECTIVE: To test the effects on abdominal fat reduction of adding aerobic exercise
training to a diet program and obesity phenotype in response to weight loss. DESIGN: A …

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 …