Supplements to a recent proposal for permissible uncertainty of measurements in laboratory medicine

IF 0.1 Q4 OTORHINOLARYNGOLOGY Laboratoriumsmedizin-Journal of Laboratory Medicine Pub Date : 2016-04-01 DOI:10.1515/labmed-2015-0112
R. Haeckel, W. Wosniok, E. Gurr, Burkhard Peil
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引用次数: 6

Abstract

Abstract: The DGKL Working Group Guide Limits (Arbeitsgruppe Richtwerte) has published a proposal for deriving permissible analytical uncertainty limits related to biological variation data. Reference intervals were used to estimate biological variation. Biological variation data as basis for permissible uncertainty limits are generally accepted. These concepts usually apply a fixed factor leading to unrealistic stringent limits for quantities with a relatively small biological variation and to very permissive limits for quantities with relatively large biological variation. The working group has suggested a non-linear relation between biological variation and permissible uncertainty limits. The new approach has been exemplified with 84 quantities listed in the RiliBÄK (official German guidelines). The algorithms published allowed to derive permissible limits for all quantitative measurands in laboratory medicine. After its publication, three supplements appear necessary: 1. additional specifications of standard uncertainty, 2. a discussion on permissible limits for diagnosis and monitoring purposes, and 3. a discussion on circular reasoning in our approach.
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对最近关于检验医学中测量允许不确定度建议的补充
摘要:DGKL工作组指南极限(Arbeitsgruppe Richtwerte)发布了一项关于推导与生物变异数据相关的允许分析不确定度极限的建议。参考区间用于估计生物变异。生物变异数据作为允许不确定度限度的基础是普遍接受的。这些概念通常采用一个固定的因素,导致对具有相对较小的生物变异的量产生不切实际的严格限制,而对具有相对较大的生物变异的量产生非常宽松的限制。工作组提出了生物变异与允许的不确定性界限之间的非线性关系。新方法在RiliBÄK(德国官方指南)中列出了84个数量。发表的算法允许推导出实验室医学中所有定量测量的允许限度。该报告发表后,似乎有必要补充三点:1。标准不确定度的附加规格,2。2 .关于诊断和监测目的的允许限度的讨论;我们的方法中关于循环推理的讨论。
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0.80
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0.00%
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1
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>12 weeks
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