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水安全计划、一氯胺消毒及广泛环境采样有效控制医院环境中的军团菌及其他水传播病原体:一家意大利医院的十年经验

Water Safety Plan, Monochloramine Disinfection and Extensive Environmental Sampling Effectively Control and Other Waterborne Pathogens in Nosocomial Settings: The Ten-Year Experience of an Italian Hospital.

作者信息

Farina Claudio, Cacciabue Eleonora, Averara Franca, Ferri Nadia, Vailati Francesca, Del Castillo Gabriele, Serafini Antonello, Fermi Beatrice, Doniselli Nicola, Pezzoli Fabio

机构信息

Microbiology and Virology Laboratory, ASST "Papa Giovanni XXIII", 24127 Bergamo, Italy.

Health Care Coordination Offices, ASST "Papa Giovanni XXIII", 24127 Bergamo, Italy.

出版信息

Microorganisms. 2023 Jul 13;11(7):1794. doi: 10.3390/microorganisms11071794.

Abstract

contamination control is crucial in healthcare settings where patients suffer an increased risk of disease and fatal outcome. To ensure an effective management of this health hazard, the accurate application of a hospital-specific Water Safety Plan (WSP), the choice of a suitable water disinfection system and an extensive monitoring program are required. Here, the ten-year experience of an Italian hospital is reported: since its commissioning, Legionellosis risk management has been entrusted to a multi-disciplinary Working Group, applying the principles of the World Health Organization's WSP. The disinfection strategy to prevent and other waterborne pathogens relies on the treatment of domestic hot water with a system ensuring the in situ production and dosage of monochloramine. An average of 250 samples/year were collected and analyzed to allow an accurate assessment of the microbiological status of water network. With the aim of increasing the monitoring sensitivity, in addition to the standard culture method, an optimized MALDI-ToF MS-based strategy was applied, allowing the identification of species and other relevant opportunistic pathogens. Data collected so far confirmed the effectiveness of this multidisciplinary approach: the fraction of positive samples never overcame 1% on a yearly basis and Legionnaires' Disease cases never occurred.

摘要

在患者面临疾病风险和致命后果增加的医疗环境中,污染控制至关重要。为确保有效管理这种健康危害,需要准确应用针对医院的水安全计划(WSP)、选择合适的水消毒系统以及广泛的监测计划。在此,报告一家意大利医院的十年经验:自投入使用以来,军团病风险管理一直委托给一个多学科工作组,该工作组应用世界卫生组织水安全计划的原则。预防军团菌和其他水传播病原体的消毒策略依赖于使用一种能确保现场生产和投加一氯胺的系统来处理生活热水。每年平均采集并分析250个样本,以便准确评估水网络的微生物状况。为提高监测灵敏度,除了标准培养方法外,还应用了一种基于基质辅助激光解吸电离飞行时间质谱(MALDI-ToF MS)的优化策略,可鉴定菌种及其他相关机会性病原体。目前收集到的数据证实了这种多学科方法的有效性:每年阳性样本比例从未超过1%,且从未发生过军团病病例。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/264f/10384652/d94c72b4dd26/microorganisms-11-01794-g001.jpg

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