Di Onofrio Valeria, Pagano Mariangela, Santulli Marco, Rossi Annamaria, Liguori Renato, Di Dio Mirella, Liguori Giorgio
International PhD Programme/UNESCO Chair "Environment, Resources and Sustainable Development", Department of Sciences and Technologies, University of Naples "Parthenope", Business District, Block C4, 80143 Naples, Italy.
ARPA Campania-Salerno Department-Via Lanzalone, 54/56, 84100 Salerno, Italy.
Microorganisms. 2023 Jul 20;11(7):1840. doi: 10.3390/microorganisms11071840.
The COVID-19 pandemic period was marked by the absence or reduced circulation of some infectious diseases. Legionellosis may have been affected by the prevention measures adopted to counter COVID-19. Legionellosis is a form of pneumonia interstitial that is normally transmitted via aerosol-containing bacteria (genus ), that could be present in contaminated water sources and is often associated with travel and with staying in hotels. In this work, the data of the environmental surveys carried out by ARPA Campania in accommodation facilities since 2019 were analyzed for a better understanding of the dispersion patterns of associated with the environment and to evaluate the variation of the data during the pandemic period. The aim was to provide a better understanding of at different geographic scales and to define a predictive epidemiological method. Results: In 2019, the genus contaminated 37.7% of all tourist facilities evaluated. In 2020, the genus contaminated 44.4% of all tourist facilities evaluated. In 2021, the genus contaminated 54.2% of all tourist facilities evaluated. Conclusions: was the most prevalent species in our community, serogroup 1 was the most frequently isolated and the most implicated risk factor of contamination was the temperature of water in circulation.
新冠疫情期间的特点是一些传染病的传播减少或消失。军团病可能受到了为应对新冠疫情而采取的预防措施的影响。军团病是一种间质性肺炎,通常通过含有细菌(属)的气溶胶传播,这些细菌可能存在于受污染的水源中,并且常常与旅行以及入住酒店有关。在这项工作中,对自2019年以来坎帕尼亚大区环境保护局在住宿设施中进行的环境调查数据进行了分析,以便更好地了解与环境相关的[细菌名称]的传播模式,并评估疫情期间数据的变化。目的是在不同地理尺度上更好地了解[细菌名称],并确定一种预测性流行病学方法。结果:2019年,[细菌名称]属污染了所有评估旅游设施的37.7%。2020年,[细菌名称]属污染了所有评估旅游设施的44.4%。2021年,[细菌名称]属污染了所有评估旅游设施的54.2%。结论:[细菌名称]是我们社区中最普遍的物种,血清型1是最常分离出的,污染的最主要风险因素是循环水的温度。