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
AbstractPatients with cardiovascular disease show autonomic dysfunction, including sympathetic activ...
The autonomic nervous system elicits continuous beat-by-beat homeostatic adjustments to cardiovascul...
BACKGROUND: Although cardiovascular rehabilitation and exercise training have substantial benefits i...
Exercise training is increasingly promoted for physical and mental health and represents a major fac...
Physiological adaptations to exercise training are well recognized and contribute importantly to hea...
The autonomic nervous system plays a key role in maintaining homeostasis under normal and pathologic...
This study addresses the long term and short term effects of heavy dynamic exercise on neural contro...
Objective In the last years, a debate exists about type, intensity and frequency of physical exercis...
Regular exercise is recommended to improve the cardiovascular risk profile. However, there is growin...
Abstract Regular aerobic training has been suggested to protect the heart by increasing cardiac vaga...
Regular exercise is recommended to improve the cardiovascular risk profile. However, there is growin...
Background: In chronic heart failure (CHF), persistent autonomic derangement and neurohumoral acti-v...
© 2018, Canadian Science Publishing. All rights reserved. The autonomic nervous system elicits conti...
Cardiovascular diseases exact human and economic costs that are growing year after year. A great dea...
BACKGROUND: Benefits of moderate endurance training include increases in parasympathetic activity an...
AbstractPatients with cardiovascular disease show autonomic dysfunction, including sympathetic activ...
The autonomic nervous system elicits continuous beat-by-beat homeostatic adjustments to cardiovascul...
BACKGROUND: Although cardiovascular rehabilitation and exercise training have substantial benefits i...
Exercise training is increasingly promoted for physical and mental health and represents a major fac...
Physiological adaptations to exercise training are well recognized and contribute importantly to hea...
The autonomic nervous system plays a key role in maintaining homeostasis under normal and pathologic...
This study addresses the long term and short term effects of heavy dynamic exercise on neural contro...
Objective In the last years, a debate exists about type, intensity and frequency of physical exercis...
Regular exercise is recommended to improve the cardiovascular risk profile. However, there is growin...
Abstract Regular aerobic training has been suggested to protect the heart by increasing cardiac vaga...
Regular exercise is recommended to improve the cardiovascular risk profile. However, there is growin...
Background: In chronic heart failure (CHF), persistent autonomic derangement and neurohumoral acti-v...
© 2018, Canadian Science Publishing. All rights reserved. The autonomic nervous system elicits conti...
Cardiovascular diseases exact human and economic costs that are growing year after year. A great dea...
BACKGROUND: Benefits of moderate endurance training include increases in parasympathetic activity an...
AbstractPatients with cardiovascular disease show autonomic dysfunction, including sympathetic activ...
The autonomic nervous system elicits continuous beat-by-beat homeostatic adjustments to cardiovascul...
BACKGROUND: Although cardiovascular rehabilitation and exercise training have substantial benefits i...