We performed the first analysis of heart rate variability (HRV) at rest and exercise under full autonomic blockade on the same subjects, to test the conjecture that vagal tone withdrawal occurs at exercise onset. We hypothesized that, between rest and exercise: i) no differences in total power (PTOT) under parasympathetic blockade; ii) a PTOT fall under β1-sympathetic blockade; iii) no differences in Ptot under blockade of both ANS branches
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
If indeed vagal withdrawal determines the rapid response to exercise (phase I), the a large reductio...
INTRODUCTION: We performed the first analysis of heart rate variability (HRV) at rest and exercise ...
Introduction. We performed the first analysis of heart rate variability (HRV) at rest and exercise u...
We tested the vagal withdrawal concept for heart rate (HR) and cardiac output (CO) kinetics upon mod...
Purpose: The dynamics of vagal withdrawal and reactivation during pulses of exercise are described b...
Objective: To determine whether signs of cardiac sympathetic activation (together with vagal withdra...
A combination of sympathoexcitation and vagal withdrawal increases heart rate (HR) during exercise, ...
Purpose We tested the vagal withdrawal concept for heart rate (HR) and cardiac output (CO) kinetics ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
We hypothesized that during rapid uptilting at rest, due to vagal withdrawal, arterial baroreflex se...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
If indeed vagal withdrawal determines the rapid response to exercise (phase I), the a large reductio...
INTRODUCTION: We performed the first analysis of heart rate variability (HRV) at rest and exercise ...
Introduction. We performed the first analysis of heart rate variability (HRV) at rest and exercise u...
We tested the vagal withdrawal concept for heart rate (HR) and cardiac output (CO) kinetics upon mod...
Purpose: The dynamics of vagal withdrawal and reactivation during pulses of exercise are described b...
Objective: To determine whether signs of cardiac sympathetic activation (together with vagal withdra...
A combination of sympathoexcitation and vagal withdrawal increases heart rate (HR) during exercise, ...
Purpose We tested the vagal withdrawal concept for heart rate (HR) and cardiac output (CO) kinetics ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
We hypothesized that during rapid uptilting at rest, due to vagal withdrawal, arterial baroreflex se...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
Objective: To investigate whether the time rate of change in heart rate i.e. cardiac acceleration, ...
If indeed vagal withdrawal determines the rapid response to exercise (phase I), the a large reductio...