<p>CO<sub>MFcorr</sub> determined in 6 patients during exercise procedure. <b>(A)</b> For each subject, CO<sub>MFcorr</sub> values were plotted against the corresponding CO<sub>TD</sub> values. The broken line corresponds to the line of equality, solid line is the mean regression lines and dotted lines delimit the confidence interval of the regression lines. <b>(B)</b> Difference between CO<sub>MFcorr</sub> and CO<sub>TD</sub> values plotted against their mean. Broken line represents the mean (-0.15 L·min<sup>-1</sup>) and the solid lines the 95% limits of agreement (-1.42 l.min<sup>-1</sup> to +1.12 L·min<sup>-1</sup>). <b>(C)</b> For each subject and workload, the increase (Δ) in CO<sub>MFcorr</sub> from rest was plotted against the same ...
<p>Simultaneous determination of cardiac output by thermodilution (CO<sub>TD</sub>) and Modelflow (C...
<p>Data are presented as means ± SD; <b>RR<sub>Yint</sub></b> = respiratory rate calculated as Y int...
<p>Pearson’s coefficient correlations between cardiorespiratory fitness and functional main variable...
<p>COMFcorr. determined in 26 patients (48 values). <b>(A)</b> For each subject, CO<sub>MFcorr.</sub...
<p>Left panel: Relationship between tidal volume and work rate at peak exercise in all patients over...
<p>Repartition of the different single simultaneous CO<sub>TD</sub> and CO<sub>MF</sub> measurements...
<p>Relationship between the amounts of required carbohydrates estimated by the algorithm for the 30 ...
<p>Difference between P<sub>ET</sub>CO<sub>2</sub> at <i>AT</i> and P<sub>ET</sub>CO<sub>2</sub> at ...
<p>Individual relationship between PCr changes (expressed in percent of initial value) and the chang...
<p>Relationship between the estimated carbohydrates oxidation rates over 30 min period of the exerci...
<p>(A-D) Bland-Altman plots displaying agreement between measures of the power associated with the (...
<p>Correlation coefficients between cardiopulmonary exercise testing data and other clinical paramet...
<p>Relationship of Change in Cardiorespiratory Fitness (VO<sub>2</sub> peak) with Change in Primary ...
<p>(A) <i>Upper</i>; the red circle shows the differential activity in the right dmPFC for the IC vs...
<p>Dashed line y = 0 represents the line of equality, which stands for perfect agreement. (a) Regres...
<p>Simultaneous determination of cardiac output by thermodilution (CO<sub>TD</sub>) and Modelflow (C...
<p>Data are presented as means ± SD; <b>RR<sub>Yint</sub></b> = respiratory rate calculated as Y int...
<p>Pearson’s coefficient correlations between cardiorespiratory fitness and functional main variable...
<p>COMFcorr. determined in 26 patients (48 values). <b>(A)</b> For each subject, CO<sub>MFcorr.</sub...
<p>Left panel: Relationship between tidal volume and work rate at peak exercise in all patients over...
<p>Repartition of the different single simultaneous CO<sub>TD</sub> and CO<sub>MF</sub> measurements...
<p>Relationship between the amounts of required carbohydrates estimated by the algorithm for the 30 ...
<p>Difference between P<sub>ET</sub>CO<sub>2</sub> at <i>AT</i> and P<sub>ET</sub>CO<sub>2</sub> at ...
<p>Individual relationship between PCr changes (expressed in percent of initial value) and the chang...
<p>Relationship between the estimated carbohydrates oxidation rates over 30 min period of the exerci...
<p>(A-D) Bland-Altman plots displaying agreement between measures of the power associated with the (...
<p>Correlation coefficients between cardiopulmonary exercise testing data and other clinical paramet...
<p>Relationship of Change in Cardiorespiratory Fitness (VO<sub>2</sub> peak) with Change in Primary ...
<p>(A) <i>Upper</i>; the red circle shows the differential activity in the right dmPFC for the IC vs...
<p>Dashed line y = 0 represents the line of equality, which stands for perfect agreement. (a) Regres...
<p>Simultaneous determination of cardiac output by thermodilution (CO<sub>TD</sub>) and Modelflow (C...
<p>Data are presented as means ± SD; <b>RR<sub>Yint</sub></b> = respiratory rate calculated as Y int...
<p>Pearson’s coefficient correlations between cardiorespiratory fitness and functional main variable...