Physical activity of moderate intensity, like walking and jogging, can reduce the risk of
developing metabolic syndrome and improve hypertension. However, such anti …

The aim of this study was to examine the effects of voluntary wheel-running (WR) on body
weight (BW), waist circumference, mesenteric fat mass (MFM), adipocyte size, circulating …

We tested the hypothesis that daily exercise would reduce directly measured arterial blood
pressure (BP) and sympathetic nervous system support of BP in conscious, unrestrained …

Autonomic dysfunction and sleep problems are closely associated with hypertension and
predict cardiovascular morbidity and mortality. Animal studies and clinical observations have …

We tested the hypothesis that daily exercise would reduce directly measured arterial blood
pressure (BP) and sympathetic nervous system support of BP in conscious, unrestrained …

We investigated the effect of chronic, 10-week spontaneous wheel running (SWR) exercise
on stress-induced cardiovascular responses in free-moving male rats, using a biotelemetry …

Our objective is to examine the effects of voluntary running at different intensity levels on
blood pressure, endothelium-dependent vessel dysfunction and insulin resistance in aged …

The effect of exercise on the progression of hypertension and development of heart failure
has been extensively studied in spontaneously hypertensive rats (SHRs), but results …

We investigated the effects of 4 weeks of running training on the progressive changes in
resting blood pressure (BP) and heart rate (HR) that occurred during that period, as well as …

The recent paper by da Costa Rebelo et al.(2012) suggests that access to free running
wheels deleteriously impacts cardiac phenotype in female, 1-year-old spontaneously …