Renal function test, based on water filtered out of plasma through glomerular capillary walls into Bowman's capsules.
1Serum creatinine or creatinine clearance did not change significantly during either therapy.
2Serum creatinine and creatinine clearance did not change over the infusion period.
3If urine is available, endogenous creatinine clearance is the most reliable method.
4There was a significant inverse correlation between sFas levels and creatinine clearance.
5There was a negative correlation between plasma sFas levels and creatinine clearance.
6Similar although smaller associations were observed between cholesterol parameters and reduced creatinine clearance.
7Glycine infusion was even followed by reduction of the creatinine clearance.
8There was a significant overall correlation between the platelet nadir and creatinine clearance.
9Tc-99m DTPA imaging was normal and the creatinine clearance was only minimally decreased.
10The benefit was independent of blood pressure, serum total cholesterol or creatinine clearance.
11Urea excretion and clearances diminished with food consumption, while creatinine clearance decreased only slightly.
12Renal function was assessed by the changes in creatinine and creatinine clearance during follow-up.
13Bodyweight and creatinine clearance were substantially lower in clinical practice.
14Glomerular filtration rate was estimated by calculation of creatinine clearance.
15Renal function showed moderate alterations with higher urea and creatinine clearance and mild albuminuria.
16Renal function was assessed using an estimate of creatinine clearance with the Cockcroft formulas.
Translations for creatinine clearance