Why the study?
The study aimed to analyze the influence of aerobic fitness and active recovery on heart rate reduction after maximum exercise in untrained young women.
Does active recovery compared to passive recovery influence post-exercise heart rate reduction in untrained young women with different aerobic fitness levels?
Does active recovery compared to passive recovery influence post-exercise heart rate reduction in untrained young women with different aerobic fitness levels?
Higher aerobic fitness and active recovery both enhance post-exercise heart rate reduction in young women.
Aerobic fitness and active recovery may accelerate post-maximal HR reduction in young women; leaves open clinical relevance pending larger trials.
This study aimed to analyze both influence of aerobic fitness and active recovery in heart rate (HR) reduction after maximum exercise (i.e. maximum incremental test) in untrained young women. Seventeen women were evaluated (23.88 ± 4.85 years), divided by the medium of peak of consumption of oxygen (30.80 mL.kg-1.min-1), in higher or lower aerobic fitness obtained during a maximum incremental test performed on a cycle ergometer. The post-exercise recovery was performed actively and passively, on two randomly non-consecutive days. It was noticed that HR at 6th and from the 6th to 10th min after the passive and active recovery, respectively, was lower in the higher aerobic fitness group, beyond that, the values of %HR reduction from the 6th to 10th min at 6th min after passive and active recovery, respectively, were higher in the higher aerobic fitness group. After active recovery, HR in 8th and 9th min and %HR reduction of the 8th to 10th min were lower and higher, respectively (p
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Tricot et al. (2019) studied this question.
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