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Physicochemical, microbiological and parasitological analysis of water for human consumption in a quilombola community in Alagoas.

M S CorreiaE N de AraújoP K A MagalhãesA M L SantosM I C S de MessiasClaudio José Dos Santos JúniorA de P M de Carvalho NetoMayara Andrade de SouzaS A FonsecaG C Ferreira JúniorMarília Gabriela S CavalcantiJoão Gomes da CostaP R B MirandaThiago José Matos Rocha
Published in: Brazilian journal of biology = Revista brasleira de biologia (2022)
Water is the indispensable natural resource for all living beings. For human consumption, it must be potable, so as not to pose a risk to health, and can be used for ingestion, food preparation and personal hygiene. Knowing this importance, this study aimed to carry out physical-chemical, microbiological and parasitological analyzes of water for human consumption in a quilombola community of Santa Luzia do Norte in Alagoas. A cross-sectional, experimental and quantitative study was carried out between January and December 2019. The physical-chemical parameters of residual chlorine, turbidity, fluoride, fluoridation, color and pH were analyzed, microbiological analyses were based on the research of total and thermotolerant coliforms (E. coli) and parasitological analyses were performed based on the research of protozoa and intestinal helminths. Some physical-chemical parameters (turbidity and pH) were observed outside the limits required by the Ministry of Health, and the presence of total coliforms in some of the analyzed samples (17.85%), characterizing this community at risk related to waterborne diseases. The samples analyzed did not present infecting forms of parasitic species. Regarding the variables evaluated, the results found showed that the lack of adequate basic sanitation affects the quality of water used for human consumption by the quilombola population of Santa Luzia do Norte-AL.
Keyphrases
  • mental health
  • endothelial cells
  • healthcare
  • induced pluripotent stem cells
  • public health
  • pluripotent stem cells
  • physical activity
  • drinking water
  • escherichia coli
  • high resolution
  • health promotion