Exercise training in aged hypertensive rats reduced high blood pressure and restored baroreflex sensitivity and cardiac parasympathetic tone via beneficial neuroplasticity in autonomic brain nuclei.
Does exercise training improve baroreflex dysfunction and cardiac vagal tone in aged hypertensive rats?
Exercise training restores cardiac vagal tone and baroreflex function in aged hypertensive rats through neuroplasticity in autonomic nuclei.
Exercise training reduces high blood pressure and cardiovascular autonomic modulation in aged hypertensive rats. The dysfunction in the baroreflex sensitivity and impaired parasympathetic tone to the heart of aged hypertensive rats are restored by exercise training. Exercise induces beneficial neuroplasticity in the brain nuclei involved with autonomic control of cardiovascular function of aged hypertensive rats.
Dellacqua et al. (Thu,) conducted a other in Hypertension. Exercise training was evaluated on Blood pressure, baroreflex sensitivity, and parasympathetic tone. Exercise training in aged hypertensive rats reduced high blood pressure and restored baroreflex sensitivity and cardiac parasympathetic tone via beneficial neuroplasticity in autonomic brain nuclei.