实验室暴露于人类病原体和毒素的监测:加拿大2018。

D. Choucrallah, L. Sarmiento, S. Ettles, F. Tanguay, M. Heisz, E. Falardeau
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引用次数: 8

摘要

加拿大实验室事件通报(LINC)监测系统监测根据《人类病原体和毒素法》报告的实验室事件。2018年是该数据的第三个完整年份。目的比较2018年加拿大发生的实验室暴露和实验室获得性感染事件,并按部门、涉及的人类病原体和毒素、受影响人数、事件类型和根本原因进行分类。方法通过LINC系统报告2018年发生的实验室事件。将实验室事件数量、暴露人员数量和实验室获得性感染数量与往年进行比较,然后按部门、涉及的人类病原体或毒素、事件类型、暴露人员、暴露途径和根本原因对事件进行分析。使用Microsoft Excel 2016进行描述性分析。结果2018年共发生人致病菌暴露事件89起,暴露人数235人。有5例疑似感染和1例确诊实验室获得性感染。这大约是2017年(n=44)和2016年(n=46)报告的暴露事件数量的两倍。接触事件发生在学术和医院部门的数量最多,私营部门的发生率与许可证的比率最低。大多数事件(n=50;56%)涉及在2级控制实验室中处理的2级危险组人类病原体。大多数暴露与利器或程序有关,最常见的暴露者是实验室技术人员。人与人之间的互动和标准操作程序是主要的根本原因。结论尽管加拿大实验室暴露的年总体发生率仍然相对较低,但2018年的发生率高于往年。目前尚不清楚这是发病率的真正增加还是报告数量的增加,因为基线估计仍在确定中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Surveillance of laboratory exposures to human pathogens and toxins: Canada 2018.
Background The Laboratory Incident Notification Canada (LINC) surveillance system monitors laboratory incidents reported under the Human Pathogens and Toxins Act. The year 2018 marks the third complete year of data. Objective To describe the laboratory exposure and laboratory-acquired infection incidents that occurred in Canada in 2018 compared to previous years, and then by sector, human pathogens and toxins involved, number of affected persons, incident type and root causes. Methods Laboratory incidents that occurred in 2018 were reported through the LINC system. The number of laboratory incidents, people exposed and laboratory-acquired infections were compared to previous years, then the incidents were analyzed by sector, human pathogen or toxin involved, the type of incident, people exposed, route of exposure and root causes. Microsoft Excel 2016 was used for descriptive analysis. Results In 2018, there were 89 exposure incidents to human pathogens and 235 people were exposed. There were five suspected and one confirmed laboratory-acquired infections. This was approximately twice the number of exposure incidents that were reported in 2017 (n=44) and 2016 (n=46). The highest number of exposure incidents occurred in the academic and hospital sectors, and the ratio of incidence to licences was the lowest in the private sector. The majority of incidents (n=50; 56%) involved Risk Group 2 human pathogens that were manipulated in a Containment Level 2 laboratory. Most exposures were related to sharps or procedures and the most common people exposed were laboratory technicians. Human interaction and standard operating procedures were the leading root causes. Conclusion Although overall the annual incidence of laboratory exposures in Canada remains relatively low, the incidence was higher in 2018 than in previous years. Whether this is a true increase in incidence or an increase in reporting is not known at this time as baseline estimates are still being established.
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