在卟啉症诊断和监测中使用的分析技术的区域差异:一个协调的案例?

Q1 Biochemistry, Genetics and Molecular Biology
Clinical Biochemist Reviews Pub Date : 2015-05-01
Christiaan W Sies, Virginia Cronin, Christopher M Florkowski, Jan Gill, Janine Grant, Victor Poulos, John Zoanetti
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引用次数: 0

摘要

背景:澳大利亚皇家病理学院(RCPA)卟啉质量保证计划评估尿液、粪便、血浆和全血卟啉及其成分以及尿卟胆色素原和氨基乙酰丙酸的测量,并有来自世界各地的实验室注册。据观察,在提交给该计划的某些子部分的结果中存在广泛的分散。方法:向参加RCPA卟啉质量保证计划的所有实验室发送一份详细的调查问卷,其中包括卟啉症诊断中使用的分析技术。此外,还审查了五年期间的自我登记数据,以了解标准化、试剂来源和分析技术的趋势/变化。结果:参加卟啉质量保证计划的45个实验室中有20个完成了调查,提供了世界范围内使用的分析技术的快照。调查后的自我登记数据表明,尽管在外部质量保证计划的子部分中持续缺乏一致的结果,但分析技术的标准化只有很少或没有明显的变化。结论:虽然卟啉症检测的某些方面在实验室之间相对一致,但其他诊断技术差异很大。各种各样的个性化参考间隔和报告技术目前在世界范围内使用。虽然调查的大多数参与者都是专门从事卟啉症诊断的区域参考中心,因此,他们的诊断能力不存在问题,但国际指南或全球分析技术的统一应该允许更好的实验室间比较,最终提高诊断准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Regional Variation in Analytical Techniques used in the Diagnosis and Monitoring of Porphyria: a Case for Harmonisation?

Regional Variation in Analytical Techniques used in the Diagnosis and Monitoring of Porphyria: a Case for Harmonisation?

Background: The Royal College of Pathologists of Australasia (RCPA) Porphyrin Quality Assurance Program assesses the measurement of urine, faecal, plasma and whole blood porphyrins and their components plus urinary porphobilinogen and delta aminolaevulinic acid and has laboratories enrolled from around the world. It was observed that there was a wide scatter in results submitted to some subsections of the program.

Methods: A detailed questionnaire covering the analytical techniques used in the diagnosis of porphyria was sent to all laboratories enrolled in the RCPA Porphyrin Quality Assurance Program. Additionally, self-enrolment data over a five year period was examined for trends/changes in standardisation, reagent sources and analytical technique.

Results: Twenty of the 45 laboratories enrolled in the Porphyrin Quality Assurance Program completed the survey, providing a snapshot of the analytical techniques used world-wide. Post survey self enrolment data indicated only little or no noticeable changes to analytical standardisation of techniques despite the continual lack of agreement of results in subsections of the External Quality Assurance program.

Conclusions: While some aspects of porphyria testing are relatively consistent between laboratories, other diagnostic techniques vary widely. A wide variety of individualised reference intervals and reporting techniques is currently in use world-wide. While most of the participants in the survey are regional reference centres specialising in the diagnosis of porphyria and, as such, their diagnostic capability is not in question, international guidelines or global harmonisation of analytical techniques should allow better inter-laboratory comparisons to be made, ultimately improving diagnostic accuracy.

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Clinical Biochemist Reviews
Clinical Biochemist Reviews Biochemistry, Genetics and Molecular Biology-Clinical Biochemistry
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