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2022年加拿大实验室人员接触人类病原体和毒素情况监测

Surveillance of laboratory exposures to human pathogens and toxins, Canada, 2022.

作者信息

Abalos Christine, Gauthier Audrey, Davis Antoinette, Ellis Cailey, Balbontin Nathalie, Kapur Aryan, Bonti-Ankomah Samuel

机构信息

Health Security Regional Operations Branch, Public Health Agency of Canada, Ottawa, ON.

出版信息

Can Commun Dis Rep. 2023 Sep 1;49(9):398-405. doi: 10.14745/ccdr.v49i09a06.

Abstract

BACKGROUND

The Laboratory Incident Notification Canada (LINC) surveillance system was launched in 2015 to monitor the mandated national reporting of laboratory incidents. This report describes the laboratory exposures reported in 2022.

METHODS

Exposure incidents were analyzed by activity, occurrence, sector, root cause and pathogens/toxins implicated, while affected individuals were analyzed by education, exposure route, role and years of laboratory experience. An analysis of the median number of exposures per month was conducted, and time between the exposure incident date and the date the incident was reported to LINC was examined.

RESULTS

Forty confirmed laboratory exposure incident reports were received, with two suspected laboratory-acquired infections. The exposure incident rate per 100 active licences was 3.8, and the number of exposure incidents was highest in September. The majority of exposure incidents involved risk group 2 pathogens (n=27; 63%) and non-security sensitive biological agents (n=36; 84%). Microbiology was the most cited activity occurring during the exposure event (n=20; 50%), and sharps and procedure-related issues were the most common occurrences (n=15; 24.2% each). Most incidents were reported by the academic sector (n=16; 40%). Human interaction was the most common root cause (n=20; 23.8%) and most affected individuals were technicians/technologists (n=68; 73.1%). The median time delay between the incident date and reporting date was 5.5 days.

CONCLUSION

The exposure incident rate was lower in 2022 than in 2021. Incidents related to sharps and standard operating procedures remained the most common occurrence types. The most cited root cause of exposure incidents involved human interaction.

摘要

背景

加拿大实验室事件通报(LINC)监测系统于2015年启动,用于监测法定的全国实验室事件报告。本报告描述了2022年报告的实验室暴露情况。

方法

按活动、发生情况、部门、根本原因以及涉及的病原体/毒素对暴露事件进行分析,同时按教育程度、暴露途径、角色和实验室工作年限对受影响个体进行分析。对每月暴露的中位数进行了分析,并检查了暴露事件日期与该事件报告给LINC的日期之间的时间间隔。

结果

共收到40份确诊的实验室暴露事件报告,其中2例为疑似实验室获得性感染。每100个有效许可证的暴露事件发生率为3.8,9月的暴露事件数量最多。大多数暴露事件涉及风险组2病原体(n = 27;63%)和非安全敏感生物制剂(n = 36;84%)。微生物学是暴露事件期间最常提及的活动(n = 20;50%),锐器和与操作相关的问题是最常见的事件类型(各n = 15;24.2%)。大多数事件由学术部门报告(n = 16;40%)。人际互动是最常见的根本原因(n = 20;23.8%),受影响的个体大多是技术员/技术专家(n = 68;73.1%)。事件日期与报告日期之间的中位延迟时间为5.5天。

结论

2022年的暴露事件发生率低于2021年。与锐器和标准操作程序相关的事件仍然是最常见的事件类型。暴露事件最常提及的根本原因涉及人际互动。

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