The purpose of this study was to investigate the gender differences in thermoregulatory responses during the recovery from prolonged exercise. Fourteen (7 males and 7 females) subjects cycled for 45 minutes at 55%V^^・O_2max and then rested for 105 minutes in the hot and humid environment (30℃, 80% relative humidity) or cool environment (20℃, 60% relative humidity). Both males and females showed same variations in rectal temperature (Tre) during exercise and recovery periods. Total sweat volume and water intake were significantly larger in males than in females during recovery in the both environments. In the heat condition, mean skin temperature (Tsk) decreased immediately after the cessation of exercise in females but not in males (the rec...
International audienceGender-based differences in the physiological response to exercise have been s...
Objective: To investigate the effects of repeated work bouts in the heat on peak body core temperatu...
Figures 3 (p.12), 5 (p.15), 6 (p.17), 7 (p.23), 8 (p.27), 9 (p.29), 10 (p.32) & 11 (p.39) have been ...
The purpose of this study was to investigate the gender differences in thermoregulatory responses du...
Five women and 5 men were studied to examine the effects of submaximal exercise on thermoregulatory ...
Cold water immersion (CWI) is the most effective known cooling treatment against exercise-induced hy...
Abstract Although it is well established that dehydration has a negative impact on thermoregulation ...
Background. It is universally accepted that men and women regulate heat differently during exercise ...
The risk for heat-related illness is increased when exercising in a hot, humid environment. In an ef...
The current thesis examined whether sex-differences in local and whole-body heat loss are evident af...
This study identified gender-related differences in post-exercise peripheral blood flow and body tem...
We evaluated gender-specific effects of two types of undergarments on exercise-induced physiological...
Sex differences in heart rate (HR) and heart rate variability (HRV), a surrogate of cardiac autonomi...
Heat stress is influenced by environmental conditions, workload and clothing. A critical environment...
International audienceGender-based differences in the physiological response to exercise have been s...
International audienceGender-based differences in the physiological response to exercise have been s...
Objective: To investigate the effects of repeated work bouts in the heat on peak body core temperatu...
Figures 3 (p.12), 5 (p.15), 6 (p.17), 7 (p.23), 8 (p.27), 9 (p.29), 10 (p.32) & 11 (p.39) have been ...
The purpose of this study was to investigate the gender differences in thermoregulatory responses du...
Five women and 5 men were studied to examine the effects of submaximal exercise on thermoregulatory ...
Cold water immersion (CWI) is the most effective known cooling treatment against exercise-induced hy...
Abstract Although it is well established that dehydration has a negative impact on thermoregulation ...
Background. It is universally accepted that men and women regulate heat differently during exercise ...
The risk for heat-related illness is increased when exercising in a hot, humid environment. In an ef...
The current thesis examined whether sex-differences in local and whole-body heat loss are evident af...
This study identified gender-related differences in post-exercise peripheral blood flow and body tem...
We evaluated gender-specific effects of two types of undergarments on exercise-induced physiological...
Sex differences in heart rate (HR) and heart rate variability (HRV), a surrogate of cardiac autonomi...
Heat stress is influenced by environmental conditions, workload and clothing. A critical environment...
International audienceGender-based differences in the physiological response to exercise have been s...
International audienceGender-based differences in the physiological response to exercise have been s...
Objective: To investigate the effects of repeated work bouts in the heat on peak body core temperatu...
Figures 3 (p.12), 5 (p.15), 6 (p.17), 7 (p.23), 8 (p.27), 9 (p.29), 10 (p.32) & 11 (p.39) have been ...