Background: The appetite-regulating hormones may influence compensatory increases in
energy intake with exercise, although this causal relationship has been difficult to prove in a …

Exercise generally leads to less than anticipated weight loss, despite inducing an acute
negative energy balance. Post-exercise compensatory mechanisms that increase energy …

Background Weight control is hypothesized to be improved when physical activity and
energy intake are both high [high energy turnover (ET)]. Objective The impact of three levels …

Background: Weight loss can induce changes in appetite-regulating hormone levels,
possibly linked to increases in appetite and weight regain. However, hormonal changes vary …

Weight loss from exercise is often less than expected. Putative compensatory mechanisms
may limit exercise-induced reductions in body fat and might be proportional to exercise …

Weight loss induced by endurance exercise is often disappointing, possibly due to an
increase in energy intake mediated through greater appetite. The aim of this study was to …

Background: Adaptive responses of appetite-mediating hormones to negative energy
balance are thought to contribute to a counterregulatory response that drives weight regain …

Energy surplus raises circulating concentrations of leptin and insulin while lowering plasma
ghrelin. Exercise has the opposite effects. The purpose of this study was to determine …

When previously sedentary men and women follow exercise training programs with ad
libitum feeding, men lose body fat, but women do not. The purpose of this study was to …

Context: It is uncertain how between-meal variations in energy availability and physiological
changes in ghrelin, leptin, and insulin affect appetite. Objective: The aim of the study was to …