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一种能够完全水解西尼地平的自动化酶促菊粉测定法。

An automated enzymatic inulin assay, capable of full sinistrin hydrolysis.

作者信息

Soper C P, Bending M R, Barron J L

机构信息

Renal Unit, St. Helier Hospital, Carshalton, Surrey, United Kingdom.

出版信息

Eur J Clin Chem Clin Biochem. 1995 Aug;33(8):497-501. doi: 10.1515/cclm.1995.33.8.497.

Abstract

Renal inulin clearance remains the standard by which other methods of measuring glomerular filtration rate are judged. A fully automated enzymatic assay capable of use with linear configuration inulin was recently published (Summerfield AL, et al. Clin Chem 1993; 39:2333-7). Sinistrin, a readily soluble preparation of polyfructan with side branching, is more suitable for clinical use and far more widely used in Europe. By modifying the incubation phase of samples with inulinase, incorporating a kinetic modification to the method of fructose analysis, and increasing the buffer strengths, we report a fully automated system, with minimal sample prehandling capable of complete sinistrin hydrolysis, and adapted for use on the Cobas Mira.

摘要

菊粉清除率仍是评判其他肾小球滤过率测量方法的标准。最近发表了一种能够与线性结构菊粉一起使用的全自动酶法测定方法(萨默菲尔德AL等人,《临床化学》1993年;39:2333 - 2337)。左聚糖,一种具有侧链分支的易溶性多聚果糖制剂,更适合临床使用,在欧洲使用更为广泛。通过改变用菊粉酶孵育样品的阶段,对果糖分析方法进行动力学改进,并提高缓冲强度,我们报告了一种全自动系统,该系统样品预处理最少,能够完全水解左聚糖,并适用于Cobas Mira分析仪。

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