意大利北部一家医院爆发洋葱伯克霍尔德菌疫情的处理

Elena Bovolenta, Maria Paola Zanon, Sara Mondino, Vinicio Manfrin, Mario Rassu, Anna Diquigiovanni, Alessandra Zenere, Chiara Bertoncello, Romina Cazzaro
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摘要

背景:洋葱伯克霍尔德菌(B。Cepacia)是一种革兰氏阴性菌,既可定植,也可引起广泛的感染和临床并发症,显著增加发病率和死亡率。B. Cepacia能够在消毒溶液和侵入性医疗器械中存活和复制,因此代表了医院感染的潜在宿主。目的:2019年4月至8月期间,在意大利北部属于同一社会卫生区(AULSS 8 Berica- West District)的两家医院,报告了5例Cepaciasepsis病例。本文介绍了病原菌的流行病学和微生物学调查、采取的控制措施和取得的效果。方法:感染控制委员会(ICC)评估感染患者的相关人口学特征和潜在危险因素,收集环境和设备样本。采用微生物培养方法和MALDI-TOF技术进行表型和基因型鉴定。发现:2019年4月至8月,4名肿瘤患者和1名心脏病患者在其中一家医院接受了超声引导下的有创手术。分析强调了用于生态引导程序的超声凝胶中洋葱芽孢杆菌的阳性。所有样品均对美罗培南敏感。结论:感染控制措施的实施有效地控制了疫情,降低了后续病例的发生风险。此次疫情表明,有必要制定内部操作程序,及时规范侵入性设备的移植。
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Management of an Epidemic Outbreak of Burkholderia Cepacia in A Hospital in The North of Italy
Background: Burkholderia Cepacia(B. Cepacia) is a gram-negative bacterium responsible both for colonization and for awide range of infections and clinical complications that significantly increasemorbidity and mortality. B. Cepacia is able to survive and replicate into antiseptic solutionsand invasive medicaldevices, thus representing potential reservoirs for hospital infections. Aim: Between April and August 2019 in the north of Italy, in two hospitals belonging to the same social healthdistrict (AULSS 8 Berica- West District), five cases of B. Cepaciasepsis were reported. This paper describes the epidemiological and microbiological investigation of the causalpathogen, the controlmeasures adopted to contain the epidemic and the results obtained. Methods: The Infection Control Committee (ICC) assessed relevant demographic characteristics and potential riskfactors of infected patients and collected environmental and equipment samples. Phenotypic and genotypic identification was carried out using microbiological methods of culture and MALDI-TOF technique. Findings: The B. Cepaciasepsis involved four oncological patientsand one cardiological patient who underwent aninvasive procedure under ultrasound guidance from April to August 2019 at one of the hospitals involved. The analyses highlighted the positivity for B. Cepacia in the ultrasound gel used for the eco-guidedprocedures. All samples were found to be sensitive to Meropenem. Conclusion: The infection controlmeasures put into effect permittedan effective management of the outbreakandhelped to reducethe risk of subsequent cases. The outbreak has revealed the need to draw up internal operating procedures that regulate punctually the grafting of invasive devices.
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