Lee L P, Arnott B, Feng M, Hynie I
Clin Biochem. 1982 Aug;15(4):230-3. doi: 10.1016/s0009-9120(82)90192-8.
The performance of three commercial kits, based on microchromatographic techniques for the determination of glycosylated hemoglobins (fast hemoglobins) has been evaluated. All three kits showed good precision, provided the laboratory temperature remained constant. Temperature variations of even one degree C had a profound effect on the kits from Helena Laboratories and Isolab Inc., while the one from BIO-RAD Laboratories was less influenced. The use of the temperature correction tables provided by Helena Laboratories and Isolab Inc., improved the reproducibility of their results significantly. Since there is no designated reference method, an evaluation of accuracy was not possible. The absolute values for fast hemoglobins, as measured by the three microchromatographic kits, differed from each other. Also, when a series of specimens from diabetic patients and from healthy control subjects were compared, the relative ratios of the results obtained from the three kits differed from specimen to specimen. However, there was no overlap between results from diabetic and control specimens. The performance of the electrophoretic method of Corning Medical Co. was also evaluated.
基于微量色谱技术测定糖化血红蛋白(快速血红蛋白)的三种商用试剂盒的性能已得到评估。只要实验室温度保持恒定,所有三种试剂盒都显示出良好的精密度。即使温度仅变化1摄氏度,对海伦娜实验室和伊索拉布公司的试剂盒也有深远影响,而伯乐公司的试剂盒受影响较小。使用海伦娜实验室和伊索拉布公司提供的温度校正表,可显著提高其结果的重现性。由于没有指定的参考方法,无法进行准确性评估。三种微量色谱试剂盒测定的快速血红蛋白绝对值彼此不同。此外,当比较一系列糖尿病患者和健康对照受试者的标本时,三种试剂盒所得结果的相对比率因标本而异。然而,糖尿病标本和对照标本的结果之间没有重叠。康宁医疗公司的电泳方法性能也得到了评估。