Pavan Jorge Victorio, Masachessi Gisella, Prez Verónica Emilse, Di Cola Guadalupe, Re Viviana Elizabeth, Nates Silvia Viviana
Facultad de Ciencias Médicas Universidad Nacional de Córdoba.
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Rev Fac Cien Med Univ Nac Cordoba. 2022 Jun 6;79(2):210-214. doi: 10.31053/1853.0605.v79.n2.33403.
Climate change affects the interactions between water systems, ecosystems, and the atmosphere. It also increases the risk of the presence of microorganisms which affect the systems that use these resources. The impact of the population on the water resources has become more evident in recent years, highlighting the close relationship between the levels of inorganic components and microbiological contamination of water and community health. The characterization of the variables that account for water pollution is a complex process. In this paper, it is proposed to quantified nitrites and phosphorous as chemical markers and fecal coliforms, genomic human adenovirus and/or picobirnavirus and infectious human enterovirus detection as microbiological markers for the prevention of water-borne infections in individuals exposed to superficial aqueous matrices by recreational activities.
气候变化影响水系统、生态系统和大气之间的相互作用。它还增加了影响利用这些资源的系统的微生物存在的风险。近年来，人口对水资源的影响变得更加明显，突出了水的无机成分水平、微生物污染与社区健康之间的密切关系。描述造成水污染的变量是一个复杂的过程。本文提出将亚硝酸盐和磷作为化学标志物进行定量，并将粪大肠菌群、基因组人腺病毒和/或微小双RNA病毒以及感染性人肠道病毒检测作为微生物标志物，用于预防因娱乐活动接触地表水基质的个体发生水传播感染。
