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大规模放射应急中伤员分类的生物剂量测定:欧盟成员国的能力

Biological dosimetry for triage of casualties in a large-scale radiological emergency:capacity of the EU member states.

作者信息

Wojcik Andrzej, Lloyd David, Romm Horst, Roy Laurence

机构信息

Stockholm University, Stockholm, Sweden.

出版信息

Radiat Prot Dosimetry. 2010 Mar;138(4):397-401. doi: 10.1093/rpd/ncp279. Epub 2009 Dec 1.

Abstract

In recent years, a number of events have occurred that highlight the necessity of being prepared for a possible large-scale radiological event. An important question is how well are European Union (EU) Member States prepared to cope with mass radiological casualties. A survey to establish the current status of biological dosimetry across the EU was carried out with the aim of assessing capacity to perform biodosimetric triage of accident victims. Information was sought from the radiation protection authorities of the 27 Member States plus Switzerland and Norway. Biology dosimetry is established in 15 EU countries. Their total capacity for dosimetric triage is about 1500 cases per week analysed with a dicentric assay or about 800 cases analysed with a micronucleus assay. Although these numbers appear encouraging, there is not much collaboration between the laboratories and what is required is a network at the EU level.

摘要

近年来,发生了一系列事件,凸显了为可能的大规模放射性事件做好准备的必要性。一个重要问题是,欧盟成员国应对大规模放射性伤亡的准备情况如何。为评估对事故受害者进行生物剂量学分类诊断的能力,开展了一项关于确定欧盟生物剂量学现状的调查。从27个成员国以及瑞士和挪威的辐射防护当局获取了相关信息。15个欧盟国家建立了生物剂量测定法。它们进行剂量学分类诊断的总能力约为每周用双着丝粒体分析检测1500例,或用微核分析检测约800例。尽管这些数字看似令人鼓舞,但各实验室之间的合作并不多,需要在欧盟层面建立一个网络。

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