Exercise training is increasingly promoted for physical and mental health and represents a major factor in both primary and secondary prevention of cardiovascular (CV) diseases. The beneficial effects of exercise, in part, can be ascribed to adaptations of neural CV regulation through several mechanisms. In this article, we summarize how exercise training affects neural CV regulation and outline the plasticity of neural network in the continuum from cardiac patients to elite athletes.
The Effect of Exercise Training on Autonomic Cardiovascular Regulation: From Cardiac Patients to Athletes
Volterrani M;
2018-01-01
Abstract
Exercise training is increasingly promoted for physical and mental health and represents a major factor in both primary and secondary prevention of cardiovascular (CV) diseases. The beneficial effects of exercise, in part, can be ascribed to adaptations of neural CV regulation through several mechanisms. In this article, we summarize how exercise training affects neural CV regulation and outline the plasticity of neural network in the continuum from cardiac patients to elite athletes.File in questo prodotto:
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