首页> 外文期刊>Scandinavian journal of clinical and laboratory investigation. >Descriptive analytical data and consequences for calculation of common reference intervals in the Nordic Reference Interval Project 2000.
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Descriptive analytical data and consequences for calculation of common reference intervals in the Nordic Reference Interval Project 2000.

机译:描述性分析数据和计算北欧参考间隔项目2000中的公共参考间隔的后果。

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摘要

In the Nordic Reference Interval Project (NORIP), data from 102 Nordic clinical chemical laboratories were obtained. Each laboratory reported analytical data on up to 25 of the most commonly used clinical biochemical properties, including results from each of a minimum of 25 reference individuals. A reference material consisting of a liquid frozen pool of serum with values traceable to reference methods (used as the project calibrator together with other serum pool controls in each laboratory in the same analytical series as the project samples. The data on the controls were used to evaluate the analytical quality of the routine methods. For reference interval calculations, only such reference values on enzymes were accepted that were obtained by applying the International Federation of Clinical Chemistry (IFCC) compatible methods (37 degrees C), while calibrator non-enzymes. For each property, gender- and age-specific reference intervals were estimated, based on simple non-parametric calculations and using objective criteria to perform partitioning into subgroups. It is concluded that the same reference intervals are applicable in all five Nordic countries. The following descriptive data for the considered properties are presented in the tables: number of measurement values from each country and measurement system, certified/indicative target values for controls, differences between methods and measurement systems together with coefficients of variation, effects of control correction on the measurement values, differences between subgroups as determined by age, gender, country and material, and comparison of the new reference intervals with those presented in standard textbooks. The 25 components involved in this project were (listed in alphabetical order): Alanine transaminase, albumin, alkaline phosphatase, amylase, amylase pancreatic type, aspartate transaminase, bilirubin, calcium, carbamide, cholesterol, creatine kinase, creatininium, gamma-glutamyltransferase, glucose, HDL-cholesterol, iron, iron-binding capacity, lactate dehydrogenase, magnesium, phosphate, potassium, protein, sodium, triglyceride and urate.
机译:在北欧参考间隔项目(NORIP)中,从102个北欧临床化学实验室获得了数据。每个实验室报告多达25种最常用的临床生化特性的分析数据,包括至少25个参考个体的结果。一种参考物质,由血清的液态冷冻库组成,其值可溯源到参考方法(与项目样品相同的分析系列,在每个实验室中用作项目校准品以及其他血清库对照。对照中的数据用于评估常规方法的分析质量。对于参考间隔计算,仅接受通过应用国际临床化学联合会(IFCC)兼容方法(37摄氏度)获得的酶参考值,而不使用校准剂非酶。对于每个属性,根据简单的非参数计算并使用客观标准对子组进行划分,估计了按性别和年龄划分的参考间隔,得出的结论是,相同的参考间隔适用于所有五个北欧国家。表中列出了考虑的特性的描述性数据:测量值的数量在每个国家和测量系统中,控制的认证/指示性目标值,方法和测量系统之间的差异以及变异系数,控制校正对测量值的影响,按年龄,性别,国家和物质确定的子组之间的差异,并将新的参考区间与标准教科书中介绍的区间进行比较。此项目涉及的25个成分是(按字母顺序列出):丙氨酸转氨酶,白蛋白,碱性磷酸酶,淀粉酶,淀粉酶胰腺类型,天冬氨酸转氨酶,胆红素,钙,尿素,胆固醇,肌酸激酶,肌酐,γ-谷氨酰胺基转移酶,葡萄糖,HDL-胆固醇,铁,铁结合能力,乳酸脱氢酶,镁,磷酸盐,钾,蛋白质,钠,甘油三酸酯和尿酸盐。

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