The assessment of oxygen uptake (Vo2) in swimming is a complex and cumbersome procedure and still faces limitations imposed by the environment and the equipment. There are two different approaches to measure Vo2 in water: 1) continuous measurement during exercise with a respiratory snorkel, and 2) post-exercise measurement with gas collection via face or mouth masks. However, the use of swimming snorkels modifies swimming technique and hydrodynamics, resulting in lower swimming speeds and impossibility to execute diving starts and turns. To overcome these problems, the backward extrapolation of the oxygen recovery curve is often used for predicting Vo2peak during unimpeded swimming, but error can derive from a delay at the onset of recov...
Simulated swimming has been a useful tool in training and in assessment of physiological responses o...
The assessment of oxygen uptake (VO₂) kinetics is a valuable non-invasive way to evaluate cardioresp...
PURPOSE: The aim of this study was to compare VO2 kinetics during constant power cycle exercise meas...
[eng] The assessment of oxygen uptake (Vo2) in swimming is a complex and cumbersome procedure and s...
To assess the validity of postexercise measurements in estimating maximal oxygen uptake (V’O2peak) i...
To assess the validity of postexercise measurements in estimating maximal oxygen uptake (V’O2peak) i...
Cardiorespiratory response in swimming has been used to better understand aerobic performance, espec...
Cardiorespiratory response in swimming has been used to better understand aerobic performance, espec...
This study aimed at comparing maximal oxygen uptake (VO2max), maximal heart rate (HRmax), and anaero...
20 competitive and 20 recreational swimmers participated in this investigation to examine maximal ox...
The present study investigated the Accumulated Oxygen Deficit (AOD) method in front crawl swimming w...
The present study investigated the Accumulated Oxygen Deficit (AOD) method in front crawl swimming w...
20 competitive and 20 recreational swimmers participated in this investigation to examine maximal ox...
The assessment of oxygen uptake (VO2) kinetics is a valuable non-invasive way to evaluate cardioresp...
Simulated swimming has been a useful tool in training and in assessment of physiological responses o...
Simulated swimming has been a useful tool in training and in assessment of physiological responses o...
The assessment of oxygen uptake (VO₂) kinetics is a valuable non-invasive way to evaluate cardioresp...
PURPOSE: The aim of this study was to compare VO2 kinetics during constant power cycle exercise meas...
[eng] The assessment of oxygen uptake (Vo2) in swimming is a complex and cumbersome procedure and s...
To assess the validity of postexercise measurements in estimating maximal oxygen uptake (V’O2peak) i...
To assess the validity of postexercise measurements in estimating maximal oxygen uptake (V’O2peak) i...
Cardiorespiratory response in swimming has been used to better understand aerobic performance, espec...
Cardiorespiratory response in swimming has been used to better understand aerobic performance, espec...
This study aimed at comparing maximal oxygen uptake (VO2max), maximal heart rate (HRmax), and anaero...
20 competitive and 20 recreational swimmers participated in this investigation to examine maximal ox...
The present study investigated the Accumulated Oxygen Deficit (AOD) method in front crawl swimming w...
The present study investigated the Accumulated Oxygen Deficit (AOD) method in front crawl swimming w...
20 competitive and 20 recreational swimmers participated in this investigation to examine maximal ox...
The assessment of oxygen uptake (VO2) kinetics is a valuable non-invasive way to evaluate cardioresp...
Simulated swimming has been a useful tool in training and in assessment of physiological responses o...
Simulated swimming has been a useful tool in training and in assessment of physiological responses o...
The assessment of oxygen uptake (VO₂) kinetics is a valuable non-invasive way to evaluate cardioresp...
PURPOSE: The aim of this study was to compare VO2 kinetics during constant power cycle exercise meas...