<p>Values expressed as mean ± SD. * different from control (P<0.05); † different from normoxia (P<0.05); § trend for a difference (P<0.10).</p
Exercise in hypoxia places added demands on the brain and cerebrovasculature that can impact cogniti...
<p>Error plots of average physiological response measured in the experimental different task conditi...
The purpose of this study was to analyze the pacing strategy and its affective consequences during s...
<p>Values expressed as mean ± SD. * different from control (P<0.05); † different from normoxia (P<0....
<p>Left panels: group data in normoxia (mean ± SD); right panels: group data in hypoxia. Note: these...
<p>Values are mean ± SD.</p><p>*different from control (P<0.05);</p>†<p>different from normoxia (P<0...
<p>Left panels: group data in normoxia (mean ± SD); right panels: group data in hypoxia. Note: these...
Hypoxia increases the ventilatory response to exercise, which leads to hyperventilation-induced hypo...
To test the hypothesis that hypoxia centrally affects performance independently of afferent feedback...
Purpose This study examined the effect of graded hypoxia during exhaustive intermittent cycling o...
Purpose: The purpose of this study was to determine the primary cues regulating perceived effort and...
To compare the acute performance and psychophysiological responses of repeated cycling sprints to ex...
This study quantified performance, physiological, and perceptual responses during resistance exercis...
<p>The increase in cardiac output during exercise in hypoxia (40%peak+HYP) was entirely attributed t...
Purposes This study quantified performance, physiological, and perceptual responses during resistan...
Exercise in hypoxia places added demands on the brain and cerebrovasculature that can impact cogniti...
<p>Error plots of average physiological response measured in the experimental different task conditi...
The purpose of this study was to analyze the pacing strategy and its affective consequences during s...
<p>Values expressed as mean ± SD. * different from control (P<0.05); † different from normoxia (P<0....
<p>Left panels: group data in normoxia (mean ± SD); right panels: group data in hypoxia. Note: these...
<p>Values are mean ± SD.</p><p>*different from control (P<0.05);</p>†<p>different from normoxia (P<0...
<p>Left panels: group data in normoxia (mean ± SD); right panels: group data in hypoxia. Note: these...
Hypoxia increases the ventilatory response to exercise, which leads to hyperventilation-induced hypo...
To test the hypothesis that hypoxia centrally affects performance independently of afferent feedback...
Purpose This study examined the effect of graded hypoxia during exhaustive intermittent cycling o...
Purpose: The purpose of this study was to determine the primary cues regulating perceived effort and...
To compare the acute performance and psychophysiological responses of repeated cycling sprints to ex...
This study quantified performance, physiological, and perceptual responses during resistance exercis...
<p>The increase in cardiac output during exercise in hypoxia (40%peak+HYP) was entirely attributed t...
Purposes This study quantified performance, physiological, and perceptual responses during resistan...
Exercise in hypoxia places added demands on the brain and cerebrovasculature that can impact cogniti...
<p>Error plots of average physiological response measured in the experimental different task conditi...
The purpose of this study was to analyze the pacing strategy and its affective consequences during s...
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