首页> 外文期刊>Journal of Medical Biochemistry >Role and Responsibilities of Laboratory Medicine Specialists in the Verification of Metrological Traceability of in Vitro Medical Diagnostics / Uloga I Odgovornosti Specijalista Laboratorijske Medicine U Verifikaciji Metrolo?ke Sledljivosti In Vitro Medicinske Dijagnostike
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Role and Responsibilities of Laboratory Medicine Specialists in the Verification of Metrological Traceability of in Vitro Medical Diagnostics / Uloga I Odgovornosti Specijalista Laboratorijske Medicine U Verifikaciji Metrolo?ke Sledljivosti In Vitro Medicinske Dijagnostike

机译:检验医学专家在体外医学诊断计量溯源验证中的作用和责任/检验医学专家在体外医学诊断计量溯源验证中的作用和职责

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Summary To be accurate and equivalent, laboratory results should be traceable to higher-order references. Furthermore, their quality should fulfill acceptable measurement uncertainty as defined to fit the intended clinical use. With this aim, in vitro diagnostics (IVD) manufacturers should define a calibration hierarchy to assign traceable values to their system calibrators and to fulfill during this process uncertainty limits for calibrators, which should represent a proportion of the uncertainty budget allowed for clinical laboratory results. It is therefore important that, on one hand, the laboratory profession clearly defines the clinically acceptable uncertainty for relevant tests and, on the other hand, endusers may know and verify how manufacturers have implemented the traceability of their calibrators and estimated the corresponding uncertainty. Important tools for IVD traceability surveillance are quality control programmes through the daily verification by clinical laboratories that control materials of analytical systems are in the manufacturer’s declared validation range [Internal Quality Control (IQC) component I] and the organization of Exter nal Quality Assessment Schemes meeting metrological criteria. In a separate way, clinical laboratories should also monitor the reliability of employed commercial systems through the IQC component II, devoted to estimation of the measurement uncertainty due to random effects, which includes analytical system imprecision together with individual laboratory performance in terms of variability.
机译:总结为了准确和等效,实验室结果应可追溯至高阶参考。此外,它们的质量应满足定义的可接受的测量不确定度,以适合预期的临床用途。为此,体外诊断(IVD)制造商应定义一个校准层次结构,以将可追溯的值分配给其系统校准器,并在此过程中满足校准器的不确定性限制,该限制应占临床实验室结果允许的不确定性预算的一部分。因此,重要的是,一方面,实验室专业必须明确定义相关测试的临床可接受的不确定性,另一方面,最终用户可能会知道并验证制造商如何实施其校准品的可追溯性并估算相应的不确定性。进行IVD可追溯性监视的重要工具是通过临床实验室的日常验证进行的质量控制程序,该控制方法是控制分析系统的材料在制造商声明的确认范围内[内部质量控制(IQC)组件I]和组织外部质量评估计划会议计量标准。临床实验室还应通过另一种方式通过IQC组件II来监控所用商业系统的可靠性,该组件专门用于估计由于随机效应而导致的测量不确定性,其中包括分析系统的不精确性以及各个实验室在可变性方面的表现。

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