<p>Values are mean ± SD. D-1: the night before exercise, D0: the following night after exercise, D1 and D2: the nights 1 and 2 days after exercise, HR: Heart rate, SDNN: standard deviation of all normal RR intervals, RMSSD: square root of the mean squared differences between adjacent normal RR intervals. *Significant group effect (<i>p<</i>0.05).</p
<p>HRV indices, expressed as mean (SD), in baseline conditions and during and in response to (Δ) pro...
BACKGROUND: The scatterplot of R-R intervals has several unique features. Its numerical evaluation m...
Data are presented as mean group values. Absolute HR values different from baseline value* (P P P < ...
<p>D-1: the night before exercise, D0: the night just after exercise, D1 and D2: the nights 1 and 2 ...
SDNN (A): the standard deviation of the RR intervals; RMSSD (B): root mean square of RR intervals; L...
<p>(heart rate of participants is less than 90 beats per minutes).</p><p>Note, SD: standard deviatio...
<p>Time-domain parameters of heart rate variability for the intervention group (IG) and control grou...
<p>The values are presented as the means ± SD. RMSSD: square root of the mean squared differences be...
<p>All (A) time domain; SDNN, RMSSD, pNN50 and (B) frequency domain; LF/HF parameters were significa...
<p>RMSSD, root mean square of successive differences; SD1, short-term HRV; SD2, long-term HRV; LF, l...
Our study aims to quantify the effect of inaccuracy in the R-R times series on heart rate variabilit...
<p>HR = heart rate; SDNN = standard deviation of normal-to-normal beat; rMSSD = root mean squared su...
<p>Cont.Gr. (Control Group); Exp.Gr. (Experimental Group);</p><p>Exp.M. (Experimental Melody: Descen...
<p>Changes in heart rate and heart rate variability (HRV) indices over 6 hours with the correspondin...
Data are presented as mean group values for each period. Period 1: from stage 1 until stage 9 inclus...
<p>HRV indices, expressed as mean (SD), in baseline conditions and during and in response to (Δ) pro...
BACKGROUND: The scatterplot of R-R intervals has several unique features. Its numerical evaluation m...
Data are presented as mean group values. Absolute HR values different from baseline value* (P P P < ...
<p>D-1: the night before exercise, D0: the night just after exercise, D1 and D2: the nights 1 and 2 ...
SDNN (A): the standard deviation of the RR intervals; RMSSD (B): root mean square of RR intervals; L...
<p>(heart rate of participants is less than 90 beats per minutes).</p><p>Note, SD: standard deviatio...
<p>Time-domain parameters of heart rate variability for the intervention group (IG) and control grou...
<p>The values are presented as the means ± SD. RMSSD: square root of the mean squared differences be...
<p>All (A) time domain; SDNN, RMSSD, pNN50 and (B) frequency domain; LF/HF parameters were significa...
<p>RMSSD, root mean square of successive differences; SD1, short-term HRV; SD2, long-term HRV; LF, l...
Our study aims to quantify the effect of inaccuracy in the R-R times series on heart rate variabilit...
<p>HR = heart rate; SDNN = standard deviation of normal-to-normal beat; rMSSD = root mean squared su...
<p>Cont.Gr. (Control Group); Exp.Gr. (Experimental Group);</p><p>Exp.M. (Experimental Melody: Descen...
<p>Changes in heart rate and heart rate variability (HRV) indices over 6 hours with the correspondin...
Data are presented as mean group values for each period. Period 1: from stage 1 until stage 9 inclus...
<p>HRV indices, expressed as mean (SD), in baseline conditions and during and in response to (Δ) pro...
BACKGROUND: The scatterplot of R-R intervals has several unique features. Its numerical evaluation m...
Data are presented as mean group values. Absolute HR values different from baseline value* (P P P < ...