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NKF
K/DOQI GUIDELINES
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I. CLINICAL PRACTICE GUIDELINES FOR HEMODIALYSIS ADEQUACY
Tables
| Table 1 | Validated GFR-Estimating Equations |
| Table 2 | Causes of Unusually Low or High Endogenous Creatinine Generation |
| Table 3 | Causes of Unusually Low or High Kidney Tubular Creatinine Secretion |
| Table 4 | Methods for Calculating eKt/V |
| Table 4A | Preferred Measures of the Delivered Dose (in Order of Preference) |
| Table 5 | Recommended Predialysis Blood-Drawing Procedure |
| Table 6 | Slow-Blood-Flow Method for Obtaining the Postdialysis Sample |
| Table 7 | Stop-Dialysate-Flow Method of Obtaining the Postdialysis Sample |
| Table 8 | Effect of HD Dose on Mortality |
| Table 9 | Fraction of Treatments With an spKt/V Greater Than 1.2 When Targeting 1.2 to 1.4 per Dialysis |
| Table 10 | Effect of Residual Kidney Function on Mortality |
| Table 11 | Complications That May Prompt Initiation of Kidney Replacement Therapy |
| Effect of High Flux Dialysis on Mortality, Cardiovascular Mortality and β2 Microglobulin (β2M) | |
| Table 13 | Minimum spKt/V Values Corresponding to a stdKt/V of Approximately 2.0 per Week |
| Table 14 | Effect of Dialyzer Reuse on Mortality |
| Table 15 | Efforts to Protect RKF |
| Table 16 | Potential Insults to RKF |
| Table 17 | Effect of Pharmacologic Interventions on Loss of Residual Kidney Function |
| Table 18 | Values for k at Different Dialysis Frequencies and BUN Targets |
| Table 19 | Minimum spKt/V Required to Achieve a stdKt/V of 2.0 per Week |
Figures
| Impact of Ultrafiltration on Delivered Dose of HD Measured By Using spKt/V and URR | |
| Figure 2. | eKt/V as a Function of Dialysis Treatment Time |
| Figure 3. | Components of Postdialysis Urea (BUN) Rebound |
| Figure 4. | Stop-dialysate Method for Postdialysis Blood Sampling |
| Figure 5. | Illustration of the “Lag Phenomenon” |
| Figure 6. | Effect of Residual Native Kidney Clearance (Kr) |
| © 2006 National Kidney Foundation, Inc. |