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Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 1: Simulated differences mGFR-eGFR are plotted on averages and on either of both methods, demonstrating the statistical artefact that the difference is related to each of both methods separately.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 1: Simulated differences mGFR-eGFR are plotted on averages and on either of both methods, demonstrating the statistical artefact that the difference is related to each of both methods separately.

Cost Effective Management of CKD-MBD: An Observational Study| Nephrology and Kidney Failure Journal|SciForschen Table 1: Baseline characteristics expressed in mean with standard deviation, interquartile range (10-90 percentile) and percentages. P-value <0.05 is significant. NS= not significant.

Cost Effective Management of CKD-MBD: An Observational Study| Nephrology and Kidney Failure Journal|SciForschen Table 1: Baseline characteristics expressed in mean with standard deviation, interquartile range (10-90 percentile) and percentages. P-value <0.05 is significant. NS= not significant.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 2: a. The ratio eGFR/mGFR against the average of both methods. Proportional bias is indicated as the deviation from ‘1’. b-d. Difference mGFR-eGFR against average and against both of the methods separately.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 2: a. The ratio eGFR/mGFR against the average of both methods. Proportional bias is indicated as the deviation from ‘1’. b-d. Difference mGFR-eGFR against average and against both of the methods separately.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 5:Effect on bias in subgroups defined by (mGFR+eGFR)/2, eGFR and mGFR.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 5:Effect on bias in subgroups defined by (mGFR+eGFR)/2, eGFR and mGFR.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 6:Effect on P30 in subgroups defined by (mGFR+eGFR)/2, eGFR and mGFR.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 6:Effect on P30 in subgroups defined by (mGFR+eGFR)/2, eGFR and mGFR.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 4:V-shaped 95% LOAs with and without 2 outliers. Clinically acceptable limits of 15% are drawn to make a direct comparison possible with the 95% LOAs.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 4:V-shaped 95% LOAs with and without 2 outliers. Clinically acceptable limits of 15% are drawn to make a direct comparison possible with the 95% LOAs.

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 3: V-shape limits for the regression of differences on averages (Ludbrook7 )

Critical Review of Method Comparison Studies for the Evaluation of Estimating Glomerular Filtration Rate Equations| Nephrology and Kidney Failure Journal|SciForschen Figure 3: V-shape limits for the regression of differences on averages (Ludbrook7 )

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