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[法医分析现状及毒素快速鉴定的可能方法]

[Present status of forensic analyses and possible approach for a rapid identification of toxins].

作者信息

Ueki M

机构信息

Doping Control Laboratory, Mitsubishi Kagaku Bio-Clinical Laboratories, Inc., Tokyo, Japan.

出版信息

Nihon Hoigaku Zasshi. 1999 Nov;53(3):318-21.

Abstract

Frequency of public harm that associated with hazardous chemicals has been increasing in the last several years. These incidents involve nerve gas attacks on Matsumoto-city and on the subways in central Tokyo, doping in sports, amphetamines abuse problem among adolescent boys and girls, potential health risks due to a contamination of environment by endocrine disrupters, and scheduled contamination of foods and drinks by several toxic compounds. US government has learnt from unexpected Sarin-affairs in Japan, and fast-track defensive action has been taken in the USA for a better safe of general public. The Japanese system for forensic analyses consists of a number of in-organizational laboratories that founded in each individual universities, hospitals and police offices etc. Such system allows laboratories to fit regional requirements and to achieve highly professional outcome on a specific area depending on their scientific interests. On the other hand, such situation sometime can cause difficulty in timely identification of certain compounds, which are not frequently analyzed in their laboratories. This paper refers to the possible bottlenecks, critical points and key success factors for a rapid identification of toxins. Two stage testing systems, namely, a) simple rapid examination such as one-step specific immunoassays for on-site emergency testing, and b) following conclusive identification of the compounds in the nearest expert laboratories seemed to be effective and practical corrective measures for the problems that were focused in the recent crises. Documentation of the course of action to be taken in case of emergency, improved supply system of reference standards, circulation of information through the Internet mailing list or other communication infrastructures, use of quality control program, and financial supporting of other educational programs for analyses, may improve the situation.

摘要

在过去几年中,与危险化学品相关的公共危害事件频发。这些事件包括松本市和东京市中心地铁遭受神经毒气袭击、体育界的兴奋剂使用、青少年的苯丙胺滥用问题、环境受内分泌干扰物污染带来的潜在健康风险,以及多种有毒化合物对食品和饮料的定时污染。美国政府从日本意外发生的沙林事件中吸取了教训,并在美国迅速采取了防御行动,以更好地保障公众安全。日本的法医分析系统由众多分别设立在各大学、医院和警察局等机构内部的实验室组成。这种系统使实验室能够满足地区需求,并根据自身的科学兴趣在特定领域取得高度专业的成果。另一方面,这种情况有时可能导致难以及时鉴定某些在其实验室中不常分析的化合物。本文探讨了快速鉴定毒素可能存在的瓶颈、关键点和关键成功因素。两阶段检测系统,即a)简单快速检测,如用于现场应急检测的一步特异性免疫测定,以及b)随后在最近的专业实验室对化合物进行最终鉴定,似乎是针对近期危机中所关注问题的有效且实用的纠正措施。记录紧急情况下应采取的行动过程、完善参考标准的供应系统、通过互联网邮件列表或其他通信基础设施进行信息流通、使用质量控制程序以及为其他分析教育项目提供资金支持,可能会改善这种状况。

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