[Extract] In the recent Point:Counterpoint debate (2, 3), both research groups argued that training-induced bradycardia was a result of changes in intrinsic, sinoatrial node firing (i.e., intrinsic rate) or cardiac autonomic/parasympathetic regulation
participate in the debate regarding the stroke volume (SV) response during incremental to maximal ex...
Background Both an impaired capacity to increase heart rate during exercise testing (chronotropic in...
Homeostatic negative feedback fails to explain the essentially error-free regulation of bodily funct...
[Extract] In the recent Point:Counterpoint debate (2, 3), both research groups argued that training-...
[Extract] TO THE EDITOR: In the recent Point:Counterpoint debate (2, 3), both research groups argued...
To the editor: Boyett et al. (4) and Billman (2) provide compelling arguments for and against exerci...
IT IS WELL KNOWN THAT ATHLETES have a low resting heart rate, i.e., a resting bradycardia and heart ...
The recent cross-sectional comparison by Molina et al. [1] highlights again the growing evidence for...
following letters are in response to the Point:Counterpoint series “Increased mechanoreceptor/metabo...
Endurance athletes exhibit sinus bradycardia, that is a slow resting heart rate, associated with a h...
It is established that an intensive training results in a lower average resting heart rate. Manageme...
International audienceStudies of heart rate variability (HRV) have so far produced contradictory evi...
Abstract Concurrent training is recommended for health improvement, but its acute effects on cardiov...
SUMMARY Seven normal subjects of sedentary habits were submitted to a 10 week period qf endurance ph...
We examined the effect of training state on cardiac autonomic control in a naturalistic setting. Twe...
participate in the debate regarding the stroke volume (SV) response during incremental to maximal ex...
Background Both an impaired capacity to increase heart rate during exercise testing (chronotropic in...
Homeostatic negative feedback fails to explain the essentially error-free regulation of bodily funct...
[Extract] In the recent Point:Counterpoint debate (2, 3), both research groups argued that training-...
[Extract] TO THE EDITOR: In the recent Point:Counterpoint debate (2, 3), both research groups argued...
To the editor: Boyett et al. (4) and Billman (2) provide compelling arguments for and against exerci...
IT IS WELL KNOWN THAT ATHLETES have a low resting heart rate, i.e., a resting bradycardia and heart ...
The recent cross-sectional comparison by Molina et al. [1] highlights again the growing evidence for...
following letters are in response to the Point:Counterpoint series “Increased mechanoreceptor/metabo...
Endurance athletes exhibit sinus bradycardia, that is a slow resting heart rate, associated with a h...
It is established that an intensive training results in a lower average resting heart rate. Manageme...
International audienceStudies of heart rate variability (HRV) have so far produced contradictory evi...
Abstract Concurrent training is recommended for health improvement, but its acute effects on cardiov...
SUMMARY Seven normal subjects of sedentary habits were submitted to a 10 week period qf endurance ph...
We examined the effect of training state on cardiac autonomic control in a naturalistic setting. Twe...
participate in the debate regarding the stroke volume (SV) response during incremental to maximal ex...
Background Both an impaired capacity to increase heart rate during exercise testing (chronotropic in...
Homeostatic negative feedback fails to explain the essentially error-free regulation of bodily funct...
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