Revisiting the physiological effects of exercise training on autonomic regulation and chemoreflex control in heart failure: Does ejection fraction matter?

Review

Fecha

2018

Registro en:

314, 3, H464-H474

03636135

https://hdl.handle.net/20.500.12728/3569

https://repositorioslatinoamericanos.uchile.cl/handle/2250/5142562

Autor

Andrade D.C.

Arce-Alvarez A.

Toledo C.

Díaz H.S.

Lucero C.

Quintanilla R.A.

Schultz H.D.

Marcus N.J.

Amann M.

Del Rio R.

Institución

Universidad Autónoma de Chile

Materias

Autonomic control

Chemoreflex drive

Exercise training

kruppel like factor 2

aerobic exercise

autonomic dysfunction

autonomic nervous system function

chemoreceptor reflex

endurance training

exercise tolerance

functional status

heart arrhythmia

heart ejection fraction

heart failure with preserved ejection fraction

heart failure with reduced ejection fraction

heart infarction

heart rate variability

muscle blood flow

oxidative stress

pressoreceptor reflex

priority journal

sympathetic tone

autonomic nervous system

chemoreceptor cell

energy metabolism

exercise tolerance

heart stroke volume

muscle contraction

pathophysiology

skeletal muscle

treatment outcome

Autonomic Nervous System

Chemoreceptor Cells

Energy Metabolism

Exercise Therapy

Exercise Tolerance

Muscle Contraction

Muscle, Skeletal

Recovery of Function

Treatment Outcome

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