BACKGROUND/AIMS: Carotid intima-media thickness (IMT) assessed using ultrasonography is a widely used marker of atherosclerosis. In the largest study to date of IMT and chronic kidney disease (CKD), we assessed correlates of IMT in CKD patients with a wide range of renal dysfunction, and also investigated what happens to IMT following renal transplantation. METHODS: We studied 406 patients with different stages of nondiabetic CKD (50% males, 46 +/- 12 years), and 58 kidney transplant recipients (27 +/- 6 years), testing relationships between IMT, assessed by ultrasonography, and selected biomarkers. RESULTS: Despite a lack of overt CVD, patients had significantly higher IMT as compared to controls (0.9 [0.7-1.0] vs. 0.6 [0.4-0.7] mm; p > 0.001). Furthermore, in multivariate analysis IMT was independently associated with CKD stage, mean arterial pressure (MAP) and calcium-phosphate product, but not with Framingham risk factors. Following kidney transplantation, IMT decreased rapidly, reaching levels comparable to those in the controls within 90 days. In a time-dependent multivariate analysis, this decrease was predicted by changes in GFR, MAP, and uric acid levels. CONCLUSION: Our data does not exclude IMT as a predictor of mortality in CKD, but suggests that other etiologies than atherosclerosis may be more important in determining IMT levels in the population with CKD. 2009 S. Karger AG, Basel.
BACKGROUND/AIMS: Carotid intima-media thickness (IMT) assessed using ultrasonography is a widely used marker of atherosclerosis. In the largest study to date of IMT and chronic kidney disease (CKD), we assessed correlates of IMT in CKD patients with a wide range of renal dysfunction, and also investigated what happens to IMT following renal transplantation. METHODS: We studied 406 patients with different stages of nondiabetic CKD (50% males, 46 +/- 12 years), and 58 kidney transplant recipients (27 +/- 6 years), testing relationships between IMT, assessed by ultrasonography, and selected biomarkers. RESULTS: Despite a lack of overt CVD, patients had significantly higher IMT as compared to controls (0.9 [0.7-1.0] vs. 0.6 [0.4-0.7] mm; p > 0.001). Furthermore, in multivariate analysis IMT was independently associated with CKD stage, mean arterial pressure (MAP) and calcium-phosphate product, but not with Framingham risk factors. Following kidney transplantation, IMT decreased rapidly, reaching levels comparable to those in the controls within 90 days. In a time-dependent multivariate analysis, this decrease was predicted by changes in GFR, MAP, and uric acid levels. CONCLUSION: Our data does not exclude IMT as a predictor of mortality in CKD, but suggests that other etiologies than atherosclerosis may be more important in determining IMT levels in the population with CKD. 2009 S. Karger AG, Basel.
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