Zoppi F, Peracino A, Marcovina S, Fenili D
J Clin Chem Clin Biochem. 1980 Jan;18(1):59-65. doi: 10.1515/cclm.1980.18.1.59.
The performance of a uric acid determination kit has been evaluated for five months, under routine conditions, in a General Hospital Biochemical Laboratory. An anomalous increment in fresh serum blanks was noted in the kit when first introduced. This interference, probably due to alcohol dehydrogenase contamination, was corrected by addition of 50 mmol/l (NH4)2SO4 to the reagent. Results obtained with this modified reagent correlate perfectly with those obtained with modified kits by Smith Kline Instruments (SKI), and with many other determination methods. Correlations are discussed and explanations for differences in statistical data are offered. Within run and between run precision data are presented. The kit fits perfectly with the needs of centrifugal fast analyzers and discrete micro analyzers, on account of its speed, reliability and precision.
在一家综合医院生化实验室的常规条件下,对一种尿酸测定试剂盒的性能进行了为期五个月的评估。首次引入该试剂盒时,发现新鲜血清空白值出现异常升高。这种干扰可能是由于乙醇脱氢酶污染所致,通过向试剂中添加50 mmol/l硫酸铵得以纠正。使用这种改良试剂获得的结果与史克必成仪器公司(SKI)改良试剂盒以及许多其他测定方法获得的结果完全相关。文中讨论了相关性,并对统计数据差异给出了解释。给出了批内和批间精密度数据。由于其速度、可靠性和精密度,该试剂盒完全符合离心式快速分析仪和离散式微量分析仪的需求。