| Figure 1. | Pathogenesis of Abnormalities in Mineral Metabolism and Bone Disease in CKD |
| Figure 2. | Changes in Total Serum Calcium and Inorganic Phosphorus Observed in 11 Uremic Patients Before and After Subtotal Parathyroidectomy |
| Figure 3. | Example of Summary ROC Analysis |
| Figure 4. | Relationship Between PTH and Creatinine Clearance Rate |
| Figure 5. | Summary ROC Analysis of Erosions on X-Ray as Diagnostic for Osteitis Fibrosa |
| Figure 6. | Plot of GFR vs. BMD T-Score |
| Figure 7. | Summary ROC Analysis of Intact PTH for Diagnosis of High-Turnover Bone Disease |
| Figure 8. | Summary ROC Analysis of Intact PTH for Diagnosis of Low-Turnover Bone Disease |
| Figure 9. | Relationship Between Serum Phosphorus and Creatinine Clearance Rate (CCR) |
| Figure 10. | Meta-Analysis of Size of Effect on Serum Phosphorus Levels of Calcium Acetate vs. Calcium Carbonate |
| Figure 11. | Meta-Analysis of Size of Hypercalcemic Effect of Calcium Carbonate vs. Other Phosphate Binders |
| Figure 12. | Meta-Analysis of Oral Versus Intravenous Calcitriol on PTH Suppression |
| Figure 13. | Summary Odds Ratio of Being Diagnosed with A ß2M Over Time on Dialysis |
| Figure 14. | Individual Study and Summary Effect Sizes for the Effect of DFO Therapy on Bone Formation Rate |
| Figure 15. | Individual Study and Summary Effect Sizes for the Effect of DFO Therapy on Bone Surface Aluminum Stain |
| Figure 16. | Effect Sizes and 95% Confidence Interval of RCTs and Retrospective Studies Reporting Incidence of Necrosis |