建立检验医学参考实验室

Lothar Siekmann
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引用次数: 1

摘要

测量可追溯性的概念可能为实现检验医学标准化提供了最重要的策略,目的是使测量结果具有可比性,而不考虑方法、测量程序(检测试剂盒)和进行分析的实验室。除了参考测量程序和参考材料之外,建立参考实验室网络是实施测量可追溯性概念的最大挑战之一。关于这些要求,由BIPM、IFCC和ILAC建立的检验医学可追溯性联合委员会(JCTLM)在其工作组中启动了两个项目。工作组1迄今已在BIPM网站上公布了参考物质表和参考程序,而工作组2正在确定参考测量实验室。现在普遍同意,参考实验室应根据测量原理是最重要标准的应用程序的计量水平来确定,-基于认可或至少符合ISO 15195或ISO 17025作为校准实验室,以及-基于它们在定期实验室间比较(环形试验)中展示性能的能力。迄今为止,已收集了候选参考实验室的数据库,其中载有关于实验室身份、程序的计量水平以及认可状况和参与网络或环形试验的信息。该数据库目前包含大约60个实验室的地址。平均而言,每个实验室报告了六个不同测量的测量能力,导致大约360个条目。IFCC最近为参比实验室启动了一项针对大约30种不同措施的环形试验计划。环形试验结果不仅体现了单个实验室的能力,也揭示了不同参考程序的等效性或偏倚性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Establishing reference laboratories in laboratory medicine
The concept of measurement traceability provides probably the most important strategy to achieve standardization in laboratory medicine aimed at comparable measurement results regardless of the method, the measurement procedure (test kit) and of the laboratory where analyses are carried out. Establishing networks of reference laboratories is - in addition to reference measurement procedures and reference materials - one of the biggest challenges in implementing the concept of measurement traceability. With respect to these requirements, the Joint Committee on Traceability in Laboratory Medicine (JCTLM), established by the BIPM, the IFCC and the ILAC, has launched two projects in its working groups. WG-1 has to date published tables of reference materials and reference procedures on the BIPM web-sites, whereas WG-2 is identifying reference measurement laboratories. There is general agreement now that reference laboratories should be identified - according to the metrological level of the procedures applied where the principle of measurement is the most important criterion, - on the basis of accreditation or at least compliance with ISO 15195 or ISO 17025 as calibration laboratory, and - on the basis of their ability to demonstrate performance in regular inter - laboratory comparisons (ring trials). To date, a data base on candidate reference laboratories has been collected containing information on the laboratory identity, the metrological level of the procedures and on the status of accreditation and the participation in networks or ring trials. The data base currently contains the addresses of about 60 laboratories. On average, each of the laboratories reported measurement capabilities for six different measurands resulting in about 360 entries. The IFCC has recently launched a ring trial program for reference laboratories for some thirty different measurands. Ring trial results not only demonstrate the competence of individual laboratories, but also reveal the equivalence or bias of different reference procedures. .
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