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首页> 外文期刊>Medicine. >Bla-OXA48 gene microorganisms outbreak, in a tertiary Children's Hospital, Over 3 years (2012–2014): Case Report
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Bla-OXA48 gene microorganisms outbreak, in a tertiary Children's Hospital, Over 3 years (2012–2014): Case Report

机译:一家三级儿童医院超过三年(2012-2014年)的Bla-OXA48基因微生物爆发:病例报告

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摘要

Rationale: Carbapenem-resistant Enterobacteriaceae are an emerging problem in children. Nosocomial spread remains the principal risk factor for acquisition of these microorganisms. Patients concerns: We describe an outbreak of Klebsiella pneumoniae OXA48 (KOXA48) in a tertiary children's hospital during the years 2012 to 2014, as well as the preventive measures put in place in colonized and infected cases. Diagnoses: We studied, “in vitro,” the KOXA48 susceptibility to antiseptics and surface disinfectants. Moreover, an epidemiological surveillance of infection or colonization by these microorganisms, with molecular typing of the KOXA48, was performed, and carbapenemase genes were confirmed by polymerase chain reaction (PCR). Interventions: The bundles recommended (early detection, cohorting of children and health care workers [HCW], contact precautions, etc.) to control the KOXA48 outbreak were taken from those described in the centers for disease control (CDC) 2012 guide, and adapted according to our experience in controlling other outbreaks. Outcomes: All the KOXA48 microorganisms isolated from children belonged to the same strain (ST11) and were susceptible to alcohol solutions but not the surface disinfectant previously employed in our hospital (tensoactive). We reinforced the surface disinfection using a double application (tensoactive + alcohol). The outbreak of KOXA48 begun in 2012 (16 cases in neonatal intensive care unit [NICU] and 1 in pediatric intensive care unit [PICU]) ended before the end of the same year and was not transmitted to new patients in 2013 to 2014, despite readmission of some colonized cases, in intensive care units (ICUs) and other units, of our children hospital. Lessons: Infected children are the tip of the iceberg (3/17) of KOXA48 prevalence making it necessary to identify the cases colonized by these bacteria. At the beginning of the outbreak, the susceptibility of the epidemic strain to antiseptics and surface disinfectants should be studied. Moreover, the measures taken (cohorts, contact precautions, etc.) must be thorough in both colonized and infected cases, immediately, after microbiological diagnosis.
机译:原理:耐碳青霉烯的肠杆菌科是儿童中的一个新兴问题。医院传播仍然是获取这些微生物的主要危险因素。患者关注的问题:我们描述了2012年至2014年期间一家三级儿童医院爆发的肺炎克雷伯菌OXA48(KOXA48),以及在定植和感染的病例中采取的预防措施。诊断:我们在体外研究了KOXA48对防腐剂和表面消毒剂的敏感性。此外,用KOXA48的分子类型对这些微生物的感染或定植进行了流行病学监测,并通过聚合酶链反应(PCR)证实了碳青霉烯酶基因。干预措施:为控制KOXA48爆发而推荐的捆绑包(及早发现,征募儿童和卫生保健工作者[HCW],接触预防措施等),摘自2012年疾病控制中心(CDC)指南中所述,并进行了改编根据我们在控制其他疫情方面的经验。结果:从儿童中分离出的所有KOXA48微生物均属于同一菌株(ST11),易受酒精溶液的影响,但对我们医院以前使用的表面消毒剂不敏感(张力活性)。我们通过两次应用(张力活性剂+酒精)加强了表面消毒。尽管2012年开始爆发KOXA48(新生儿重症监护病房[NICU] 16例,儿科重症监护病房[PICU] 1例),但在2013年至2014年期间并未传播给新患者,尽管我们儿童医院的重症监护病房(ICU)和其他病房再次接纳了一些殖民病例。经验教训:受感染的儿童是KOXA48患病率的冰山一角(3/17),因此有必要确定这些细菌定植的病例。在爆发开始时,应研究流行菌株对防腐剂和表面消毒剂的敏感性。此外,在微生物诊断后,必须立即对定植和感染的病例采取彻底的措施(队列,接触预防措施等)。

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