<p>Values are mean ± SE. *P<0.05 compared to water immersion 1 (WI1). †P<0.05 compared to WI1 pre. Heart rate was lower post-WI but increased over the course of repeated immersions. Heart rate during follow-up (F/U) remained elevated compared to baseline (WI1 pre).</p
We evaluated the effect of different water immersion (WI) temperatures on post-exercise cardiac para...
<p><sup>a</sup> p<0.05 vs REST for all recovery strategies; * p<0.05 vs rest in CTRL; <sup>δ</sup> p...
1. Stroke volume and cardiac output were measured using the Doppler ultrasound technique in 16 norma...
The physiological responses to water immersion (WI) are known; however, the responses to stress foll...
The physiological responses to water immersion (WI) are known; however, the responses to stress foll...
Heart rate (bpm; mean ± SEM) detected audibly via doppler ultrasound evaluation. # values are signif...
Background: Immersion has been used for many years for therapeutic purposes, but more recently the c...
International audienceThermoneutral water immersion increases cardiac preload and changes the neuroe...
Heart rate (bpm; mean ± SEM) detected audibly via doppler ultrasound flow evaluation. * values are s...
This study compared the effect of passive rest (CON) and water immersion at 8.6±0.2°C (CWI9), 14.6±0...
Power spectrum analysis of heart-rate variability was made in seven men [mean age 22 (SEM 1) years] ...
The aim of this study was to analyze the influence of hydrostatic weight on the changes in heart rat...
International audienceBACKGROUND:Water immersion has demonstrated its effectiveness in the recovery ...
Head-out immersion in water (HIW) leads to several cardiovascular adjustments. Cardiac output increa...
The purpose of this study was to compare and correlate the effect of age group, sex, depth of water ...
We evaluated the effect of different water immersion (WI) temperatures on post-exercise cardiac para...
<p><sup>a</sup> p<0.05 vs REST for all recovery strategies; * p<0.05 vs rest in CTRL; <sup>δ</sup> p...
1. Stroke volume and cardiac output were measured using the Doppler ultrasound technique in 16 norma...
The physiological responses to water immersion (WI) are known; however, the responses to stress foll...
The physiological responses to water immersion (WI) are known; however, the responses to stress foll...
Heart rate (bpm; mean ± SEM) detected audibly via doppler ultrasound evaluation. # values are signif...
Background: Immersion has been used for many years for therapeutic purposes, but more recently the c...
International audienceThermoneutral water immersion increases cardiac preload and changes the neuroe...
Heart rate (bpm; mean ± SEM) detected audibly via doppler ultrasound flow evaluation. * values are s...
This study compared the effect of passive rest (CON) and water immersion at 8.6±0.2°C (CWI9), 14.6±0...
Power spectrum analysis of heart-rate variability was made in seven men [mean age 22 (SEM 1) years] ...
The aim of this study was to analyze the influence of hydrostatic weight on the changes in heart rat...
International audienceBACKGROUND:Water immersion has demonstrated its effectiveness in the recovery ...
Head-out immersion in water (HIW) leads to several cardiovascular adjustments. Cardiac output increa...
The purpose of this study was to compare and correlate the effect of age group, sex, depth of water ...
We evaluated the effect of different water immersion (WI) temperatures on post-exercise cardiac para...
<p><sup>a</sup> p<0.05 vs REST for all recovery strategies; * p<0.05 vs rest in CTRL; <sup>δ</sup> p...
1. Stroke volume and cardiac output were measured using the Doppler ultrasound technique in 16 norma...
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