某地区医院新生儿科重症监护室爆发由肉豆蔻沙雷氏菌引起的医院内感染。分析和改进建议

María Liébana-Rodríguez , Inés Portillo-Calderón , María Amelia Fernández-Sierra , Mercedes Delgado-Valverde , Lina Martín-Hita , José Gutiérrez-Fernández
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引用次数: 0

摘要

目的 玛氏沙雷氏菌(SM)可能会导致新生儿重症监护病房(NICU)爆发院内感染。方法 在 2019 年 3 月至 2020 年 1 月期间,从新生儿重症监护室的患者(直肠、咽部、腋窝和其他部位)和 15 个水龙头及其水槽中采集了样本。采取的控制措施包括彻底清洁保温箱、对员工和新生儿亲属进行健康教育以及使用单剂量容器。对来自患者的 19 份分离物和 5 份环境样本进行了 PFGE 检测。最终,20 名患者受到感染,5 名患者被定植。80%受感染的新生儿患有结膜炎,25%患有菌血症,15%患有肺炎,5%患有伤口感染,5%患有尿路感染。6 名新生儿有两个感染病灶。在研究的 19 个分离株中,有 18 个呈现相同的脉冲型,只有一个来自天坑的分离株与疫情中的分离株有克隆关系。最初制定的措施未能有效控制疫情的爆发,因此采取了彻底清洁、使用个别眼药水、环境采样和更换水槽等措施。从新生儿体内分离出的微生物与环境分离物有关。建议采取额外的预防和控制措施,包括每周例行微生物采样。
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Nosocomial outbreak caused by Serratia marcescens in a neonatology intensive care unit in a regional hospital. Analysis and improvement proposals

Objectives

Serratia marcescens (SM) may cause nosocomial outbreaks in Neonatal Intensive Care Units (NICU). We describe an outbreak of SM in a NICU and propose additional prevention and control recommendations.

Methods

Between March 2019 and January 2020, samples were taken from patients in the NICU (rectal, pharyngeal, axillary and other locations) and from 15 taps and their sinks. Control measures were implemented including thorough cleaning of incubators, health education to staff and neonates’relatives, and use of single-dose containers. PFGE was performed in 19 isolates from patients and in 5 environmental samples.

Results

From the first case in March 2019 to the detection of the outbreak, a month elapsed. Finally, 20 patients were infected and 5 colonized. 80% of infected neonates had conjunctivitis, 25% bacteremia, 15% pneumonia, 5% wound infection, and 5% urinary tract infection. Six neonates had two foci of infection. Among the 19 isolates studied, 18 presented the same pulsotype and only one of the isolates from the sinkhole showed a clonal relationship with those of the outbreak. Initial measures established were ineffective to control de outbreak and were implemented with exhaustive cleaning, use of individual eye drops, environmental sampling and changing sinks.

Conclusion

This outbreak presented a high number of neonates affected due to its late detection and torpid evolution. The microorganisms isolated from the neonates were related to an environmental isolate. Additional prevention and control measures are proposed, including routine weekly microbiological sampling.

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