铜绿假单胞菌感染爆发与“黑色星期五”穿刺事件有关

PLoS currents Pub Date : 2017-06-14 DOI:10.1101/149914
P. MacPherson, Katherine Valentine, Victoria Chadderton, E. Dardamissis, Iain Doige, A. Fox, S. Ghebrehewet, T. Hampton, K. Mutton, Claire Sherratt, C. McCann
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引用次数: 4

摘要

背景与美容穿孔有关的疫情很罕见,但可能会导致严重疾病。我们报道了英格兰西北部“黑色星期五”期间发生的点源疫情的调查和管理情况。方法疫情调查由英格兰公共卫生部牵头,包括2016年11月25日(“黑色星期五”)至2016年12月7日期间在穿孔场所穿孔的个人中发现的活跃病例。进行了详细的流行病学、环境(包括检查和采样)和微生物调查。结果在“黑色星期五”活动期间(2016年11月25日),有45人被刺穿(13人被新任命的医生刺穿)。确定了11例病例(7例经微生物学证实,2例可能,2例有可能)。所有病例都有穿刺部位感染的临床症状,其中5例需要手术干预,术后有不同程度的毁容。所有确诊和疑似病例都由新任命的医生用导杆进行了“脚手架穿刺”。铜绿假单胞菌在9个基因座可变数串联重复基因座上无法区分,是从4例确诊病例中分离出来的,也是从该场所五个独立水龙头(三个水槽)冲洗前后的样本中分离出来。补救管道工程后采集的水样证实假单胞菌污染已消除。结论尽管发现了高水平的假单胞菌水污染和一些不良的感染控制程序,但感染似乎需要额外接触缺乏经验的从业者,并进行更具侵入性的支架穿刺。需要穿孔者与卫生和环境官员之间采取积极的合作方式,以降低疫情风险,特别是在计划举办异常大型活动时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Outbreak of Pseudomonas Aeruginosa Infection Linked to a “Black Friday” Piercing Event
Background Outbreaks linked to cosmetic piercing are rare, but can cause significant illness. We report the investigation and management of a point-source outbreak that occurred during a “Black Friday” event in North West England. Methods Outbreak investigation was led by Public Health England, and included active case finding among individuals pierced at a piercing premises between 25/11/2016 (“Black Friday”) and 7/12/2016. Detailed epidemiological, environmental (including inspection and sampling), and microbiological investigation was undertaken. Results During the “Black Friday” event (25/11/2016), 45 people were pierced (13 by a newly-appointed practitioner). Eleven cases were identified (7 microbiologically-confirmed, 2 probable, and 2 possible). All cases had clinical signs of infection around piercing sites, and five required surgical intervention, with varying degrees of post-operative disfigurement. All confirmed and probable cases had a “scaffold piercing” placed with a guide bar by the newly-appointed practitioner. Pseudomonas aeruginosa, indistinguishable at nine-locus variable-number tandem repeat loci, was isolated from four of the confirmed cases, and from pre- and post-flush samples from five separate water taps (three sinks) in the premises. Water samples taken after remedial plumbing work confirmed elimination of Pseudomonas contamination. Conclusions Although high levels of Pseudomonas water contamination and some poor infection control procedures were identified, infection appeared to require additional exposure to an inexperienced practitioner, and the more invasive scaffold piercing. A proactive collaborative approach between piercers and health and environmental officials is required to reduce outbreak risk, particularly when unusually large events are planned.
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