Objective: To determine the effect of exercise on weight gain and adiposity in obesity-prone
and-resistant rats. Design: Body weight gain, fat pad weights, food intake, plasma leptin and …

We assessed the effect of early-onset exercise as a means of preventing childhood obesity
using juvenile male rats selectively bred to develop diet-induced obesity (DIO) or to be diet …

In rats selectively bred to develop diet-induced obesity (DIO) 3 wk of postweaning exercise
reduces weight and adipose regain for 10 wk after exercise cessation, despite intake of 31 …

The effects of running wheel exercise and caloric restriction on the regulation of body
weight, adiposity, and hypothalamic neuropeptide expression were compared in diet …

Objective We assessed the metabolic characteristics of high-fat-diet-resistant (DR) rats.
Methods Body weight, energy intake, locomotor activity, oxygen consumption, plasma leptin …

To investigate the central (hypothalamic) and peripheral effects of exercise without body
weight change in diet-induced obesity (DIO). Twelve-week-old male C57Bl/6 mice received …

Among outbred Sprague-Dawley rats, approximately one-half develop diet-induced obesity
(DIO) and one-half are diet resistant (DR) on a diet relatively high in fat and energy content …

Outbred Sprague-Dawley rats selectively bred for their propensity to develop diet-induced
obesity (DIO) become heavier on low-fat diet than those bred to be diet resistant (DR) …

Half of Sprague-Dawley rats develop and defend diet-induced obesity (DIO) or diet
resistance (DR) when fed a high-energy (HE) diet. Here, adult male rats were made DIO or …

Adult male and female hooded rats were housed in sedentary conditions or were given free
access to a running wheel. Exercising and sedentary rats received either a palatable, mixed …