尿动力科一起木糖氧化无色杆菌爆发的检测与分析。

Simón Juárez Zapata , Carla Benjumea Moreno , Charo Porrón , Carles Alonso-Tarrés
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引用次数: 0

摘要

简介:木氧无色杆菌是一种对多种抗生素耐药的革兰氏阴性杆菌,存在于环境和医院中。本研究描述了Puigvert基金会泌尿动力学单位爆发的木氧化木杆菌的定植和感染。方法:2022年11月11日,1例患者出现发热症状,在尿、血中检出木糖酸甲杆菌。该病例与最近的一项尿动力学研究有关。因此,审查了自2018年以来所有木糖氧化单胞杆菌病例,并在该单位进行了检查,同时收集了24个环境样本。结果:自2022年4月以来,该综述确定了21例尿动力学手术后木糖氧化单胞杆菌感染患者。环境微生物控制显示压力传感器可能是感染源。纠正措施包括暂时关闭设备,用次氯酸盐彻底清洁,使用一次性导尿管,每天更换设备管线和压力传感器,以及在消毒、处理和工作流程方面的其他改进。成立了一个多学科小组来执行和监督这些行动。结论:这些措施消除了疫情,安全恢复了该单位的活动。这一事件突出了在临床环境中进行持续监测和快速反应以预防感染和改善患者安全的重要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Detection and analysis of an Achromobacter xylosoxidans outbreak in a urodynamics unit

Introduction

Achromobacter xylosoxidans is a gramnegative bacillus resistant to multiple antibiotics, present both in the environment and in hospitals. This study describes an outbreak of colonizations and infections by A. xylosoxidans in the urodynamics unit of the Puigvert Foundation.

Methods

On November 11, 2022, a patient developed a fever, and A. xylosoxidans was detected in their urine and blood. The case was linked to a recent urodynamic study. As a result, all A. xylosoxidans cases since 2018 were reviewed, and inspections were conducted in the unit, along with the collection of 24 environmental samples.

Results

The review identified 21 patients with A. xylosoxidans infections after urodynamic procedures since April 2022. Environmental microbiological controls revealed that pressure transducers were the likely source of infection. Corrective measures included the temporary closure of the unit, thorough cleaning with hypochlorite, use of single-use urinary catheters, daily replacement of equipment lines and pressure transducers, as well as other improvements in disinfection, handling, and workflows. A multidisciplinary team was formed to implement and supervise these actions.

Conclusions

The measures resulted in the elimination of the outbreak and the safe resumption of activities in the unit. This incident highlights the importance of continuous surveillance and rapid response in clinical settings to prevent infections and improve patient safety.
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