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首页> 外文期刊>Public health >Assessing public health risk in the London polonium-210 incident, 2006.
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Assessing public health risk in the London polonium-210 incident, 2006.

机译:在2006年的伦敦210号incident事故中评估公共健康风险。

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OBJECTIVES: Mr Alexander Litvinenko died in a London hospital on 23 November 2006, allegedly from poisoning with the radionuclide polonium-210 ((210)Po). Associated circumstances required an integrated response to investigate the potential risk of internal contamination for individuals exposed to contaminated environments. STUDY DESIGN: Descriptive study. METHODS: Contaminated locations presenting a potential risk to health were identified through environmental assessment by radiation protection specialists. Individuals connected with these locations were identified and assessed for internal contamination with (210)Po. RESULTS: In total, 1029 UK residents were identified, associated with the 11 most contaminated locations. Of these, 974 were personally interviewed and 787 were offered urine tests for (210)Po excretion. Overall, 139 individuals (18%) showed evidence of probable internal contamination with (210)Po arising from the incident, but only 53 (7%) had assessed radiation doses of 1mSv or more. The highest assessed radiation dose was approximately 100mSv. CONCLUSIONS: Although internal contamination with (210)Po was relatively frequent and was most extensive among individuals associated with locations judged a priori to pose the greatest risk, a high degree of assurance could be given to UK and international communities that the level of health risk from exposure to the radionuclide in this incident was low.
机译:目的:亚历山大·利特维年科(Alexander Litvinenko)先生于2006年11月23日在伦敦一家医院死亡,据称死于放射性核素po 210((210)Po)中毒。相关情况需要采取综合措施来调查暴露于受污染环境的个人内部污染的潜在风险。研究设计:描述性研究。方法:辐射防护专家通过环境评估确定了存在污染健康风险的受污染地点。确定与这些位置有关的个人,并评估其内部是否被(210)Po污染。结果:总共确定了1029名英国居民,与11个受污染最严重的地点相关。其中,对974人进行了个人访谈,并为787人提供了尿液测试以检测(210)Po的排泄情况。总体而言,有139个人(占18%)显示出事件可能引起内部(210)Po污染的证据,但只有53(7%)评估了1mSv或更高的辐射剂量。最高评估辐射剂量约为100mSv。结论:尽管(210)Po的内部污染相对频繁并且在与先验风险最大的地区相关的个人中最为广泛,但可以向英国和国际社会高度保证健康风险水平在这次事件中暴露于放射性核素的比率很低。

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