Comparison of cystatin C and creatinine in the detection of renal filtration function
Zhu Lihu
Abstract
Zhu Lihu
Abstract
Objective We determined the reference scope in adults and children, and compared the usefulness of cystatin C and creatinine in the detection of renal filtration dysfunction. Methods We determined the serum cystatin C of 116 adults(58males and 59 females) and 130 children aging between 1 days and 13 years. We also determined the serum creatinine level and the urine creatinine of 109 patients. Results The reference scope was 0.62~0.91 mg/L in males adults and 0.52~0.83 mg/L in female adults. There was significant difference between the male and female adult groups (P0.001). For the pediatric group the interval was 0.8~2.3mg/L in the first five months and reduced to 0.5~1.1 mg/L after five months. Significant positive correlation was observed between serum cystatin C and serum creatinine level. Serum cystatin C and creatinine were negatively and logarithmically correlated to serum creatinine clearance. In addition to this, Cystatin C was found to correlate more accurately with the abnormal creatinine clearance than creatinine. Conclusion We concluded that serum cystatin C could demonstrate the renal filtration dysfunction more sensitively than serum creatinine.
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Objective We determined the reference scope in adults and children, and compared the usefulness of cystatin C and creatinine in the detection of renal filtration dysfunction. Methods We determined the serum cystatin C of 116 adults(58males and 59 females) and 130 children aging between 1 days and 13 years. We also determined the serum creatinine level and the urine creatinine of 109 patients. Results The reference scope was 0.62~0.91 mg/L in males adults and 0.52~0.83 mg/L in female adults. There was significant difference between the male and female adult groups (P0.001). For the pediatric group the interval was 0.8~2.3mg/L in the first five months and reduced to 0.5~1.1 mg/L after five months. Significant positive correlation was observed between serum cystatin C and serum creatinine level. Serum cystatin C and creatinine were negatively and logarithmically correlated to serum creatinine clearance. In addition to this, Cystatin C was found to correlate more accurately with the abnormal creatinine clearance than creatinine. Conclusion We concluded that serum cystatin C could demonstrate the renal filtration dysfunction more sensitively than serum creatinine.
Key concepts: Creatinine, Cystatin C, Renal function, Cystatin, Medicine, Urine, Urology, Internal medicine