Alegransi Bones Ubiratan, Flach Kauane Andressa, da Rosa Genesio Mario, Corralo Vanessa da Silva, Lutinski Junir Antonio, Maccagnan Juliana Cristina
Department of Health Sciences, Unochapecó, Chapecó, Santa Catarina, Brazil E-mail:
Postgraduate Program in Civil and Environmental Engineering, Federal University of Santa Maria, Santa Maria, Rio Grande do Sul, Brazil.
J Water Health. 2025 Jun;23(6):671-683. doi: 10.2166/wh.2025.184. Epub 2025 Jun 9.
This study analyzed a 22-year historical series of outbreaks of waterborne and foodborne diseases, aiming to provide a mapping of the main associated pathogens, regions with the highest incidence, foods involved, and places of infection. The results, in the scenario of Brazilian macro-regions, showed heterogeneity in the macro-regional microbiological profile, with the Southeast region being the one with the highest number of diseases caused by viruses, while in the others there was bacterial predominance. Of the 78 organisms reported, 10 caused more than 95% of illnesses. Among them, was the bacteria that grew the most in the number of notifications from 2011 to 2021. Water was one of the main vehicles of transmission, in addition to foods that showed classic behavior in terms of microbiological transmission. Weaknesses were observed in the records that limit the carrying out of more specific analyses due to the large number of inconsistent, ignored, or inconclusive cases, which, in some parameters, exceeded 50% of notifications. This research highlights the need to strengthen the health system, so that there is a more specific and effective diagnosis of factors related to the spread of infectious diseases.
本研究分析了22年历史系列的水传播和食源性疾病暴发情况,旨在绘制主要相关病原体、发病率最高的地区、涉及的食品以及感染地点的图谱。在巴西各大区域的情况下,结果显示各大区域微生物特征存在异质性,东南部地区是病毒引起疾病数量最多的地区,而其他地区则以细菌为主。在报告的78种病原体中,10种导致了95%以上的疾病。其中,[此处原文缺失具体细菌名称]是2011年至2021年通报数量增长最多的细菌。水是主要传播媒介之一,此外,食品在微生物传播方面表现出典型特征。由于大量不一致、被忽视或不确定的病例,记录存在缺陷,限制了更具体分析的开展,在某些参数中,这些病例超过了通报数量的50%。本研究强调需要加强卫生系统,以便对与传染病传播相关的因素进行更具体、有效的诊断。