Tegnell A, Van Loock F, Baka A, Wallyn S, Hendriks J, Werner A, Gouvras G
Health Threats Unit, Public Health Directorate, European Commission, 2920, Luxembourg.
Cell Mol Life Sci. 2006 Oct;63(19-20):2223-8. doi: 10.1007/s00018-006-6310-5.
Adequate public health preparedness for bioterrorism includes the elaboration of an agreed list of biological and chemical agents that might be used in an attack or as threats of deliberate release. In the absence of counterterrorism intelligence information, public health authorities can also base their preparedness on the agents for which the national health structures would be most vulnerable. This article aims to describe a logical method and the characteristics of the variables to be brought in a weighing process to reach a priority list for preparedness. The European Union, in the aftermath of the anthrax events of October 2001 in the United States, set up a task force of experts from multiple member states to elaborate and implement a health security programme. One of the first tasks of this task force was to come up with a list of priority threats. The model, presented here, allows Web-based updates for newly identified agents and for the changes occurring in preventive measures for agents already listed. The same model also allows the identification of priority protection action areas.
对生物恐怖主义具备充分的公共卫生防范能力,包括拟定一份商定的生物和化学制剂清单,这些制剂可能被用于袭击或作为蓄意释放的威胁。在缺乏反恐情报信息的情况下,公共卫生当局也可根据国家卫生机构最易受影响的制剂来开展防范工作。本文旨在描述一种逻辑方法以及在权衡过程中引入的变量特征,以得出防范的优先清单。2001年10月美国发生炭疽事件后,欧盟成立了一个由多个成员国专家组成的特别工作组,以制定和实施一项卫生安全计划。该特别工作组的首要任务之一就是列出优先威胁清单。此处介绍的模型允许基于网络对新发现的制剂以及已列出制剂的预防措施变化进行更新。同一模型还能确定优先保护行动领域。