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Hand Washing Quality among Biosafety Level 2 Research Laboratory Workers

机译:生物安全2级研究实验室工作人员的洗手质量

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Soap and water hand washing (HW) is recommended as the standard microbiological practice for removing transient microbes from laboratory workers' hands. The effectiveness of HW in preventing pathogen transmission depends largely on the technique usedby the individual, but little is known about laboratory workers' compliance with recommended HW protocols. This study evaluated the quality of HW performed by research workers (N = 93) in 21 biosafety level 2 (BSL-2) laboratories at a large university. Study personnel measured the quality of workers' HW by direct observation while subjects performed their regularly assigned work tasks. Five HW quality indicators as well as hand and wrist jewelry use were measured using an existing tool designed for usein the healthcare setting and modified for this study. A total of 49 soap and water washes were measured during 118 hours of observation. Duration of scrubbing was 9 seconds or less in 41 (84%) cases. Soap was used in 45 (92%) washes, but in 25 (51%) cases where soap was used, lathering was not visible to the observer. Subjects covered dorsal, wrist, palm, and interdigital areas as recommended in only 16 (33%) cases. In 29 (59%) HW events subjects turned off the faucet with bare hands. Hand or wrist jewelry was worn by 60 (65%) participants while in the containment lab. In this study, four of five HW quality indicators were poorly performed. Poor quality HW may result in low reductions of transient pathogens on workers' hands, and may explain many laboratory-associated infections where the route of transmission is otherwise unknown.
机译:建议使用肥皂和水洗手(HW)作为去除实验室工作人员手中瞬态微生物的标准微生物方法。硬件在预防病原体传播方面的有效性在很大程度上取决于个人使用的技术,但对实验室工作人员是否遵守推荐的硬件协议知之甚少。这项研究评估了大型大学的21个生物安全等级2(BSL-2)实验室中研究人员(N = 93)进行的硬件质量。研究人员通过直接观察来测量工人的硬件质量,而受试者则执行了定期分配的工作任务。使用专为医疗机构设计的现有工具对五个硬件质量指标以及手腕首饰的使用进行了测量,并对此研究进行了修改。在观察的118个小时内,总共进行了49次肥皂和水洗涤。 41例(84%)的擦洗时间不超过9秒。在45(92%)次清洗中使用了肥皂,但在25(51%)次使用肥皂的情况下,观察者看不到起泡沫。仅在16例(33%)病例中,推荐对象覆盖了背部,腕部,手掌和指间区域。在29次(59%)硬件事件中,受试者裸手关闭了水龙头。在密闭实验室中,有60(65%)位参与者佩戴了手腕珠宝。在这项研究中,五个硬件质量指标中有四个绩效不佳。劣质的硬件可能导致工人手上暂时性病原体的减少减少,并且可能解释了许多传播途径未知的实验室相关感染。

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