14 research outputs found
Characteristics of the patients in the different mGFR categories.
<p>Characteristics of the patients in the different mGFR categories.</p
Precision and accuracy of the CKD-EPI and Schwartz equations according to age and mGFR in adults (â„18 y).
<p>Precision and accuracy of the CKD-EPI and Schwartz equations according to age and mGFR in adults (â„18 y).</p
Estimation of bias (mean eGFR/mGFR ratio) with the CKD-EPI and Schwartz equations according to age class in the whole sample and in different mGFR categories.
<p>Estimation of bias (mean eGFR/mGFR ratio) with the CKD-EPI and Schwartz equations according to age class in the whole sample and in different mGFR categories.</p
Estimation of P30 accuracy of the CKD-EPI and Schwartz equations according to age class and mGFR.
<p>Estimation of P30 accuracy of the CKD-EPI and Schwartz equations according to age class and mGFR.</p
Agreement between formulas and inulin clearance according to the GFR group in the French cohort and estimation of the diagnostic ability of the two formulas according to the CKD stage.
*<p>p<0.05 between Schwartz-Lyon formula and 2009-Schwartz - Mean ratioâ=âmean ratio (eGFR/mGFR) value, AUCâ=âarea under ROC curves, 95% CIâ=â95% Confidence Interval.</p
Box plots showing eGFR/mGFR ratios according to age class and stage of chronic kidney disease.
<p>Box plots showing eGFR/mGFR ratios according to age class and stage of chronic kidney disease.</p
Formulas used for the estimation of glomerular filtration rate (ml/min/1.73 m<sup>2</sup>).
<p>Formulas used for the estimation of glomerular filtration rate (ml/min/1.73 m<sup>2</sup>).</p
Precision and accuracy of the CKD-EPI and Schwartz equations according to age and mGFR in children and adolescents.
<p>Precision and accuracy of the CKD-EPI and Schwartz equations according to age and mGFR in children and adolescents.</p
Agreement between formulas and inulin clearance according to age subgroup in the French and the Swedish cohorts.
<p>CCCâ=âconcordance correlation coefficient (CCCâ=âÏĂCb), Ïâ=âPearson coefficient, CIâ=âConfidence Interval, Cbâ=âfactor for Pearson coefficient correction in CCC - *p<0.05 between formulas.</p