Evaluation of the Microbiological Quality of Bathing Waters in the Mamou Region, Republic of Guinea

Souleymane DIALLO *

Department of Biology, University of Kindia (UK), Laboratory of Applied Research in Natural Sciences (LARASCINA), BP. 212, Republic of Guinea.

Boubacar Sidy Sily BAH

Department of Biology, University of Kindia (UK), Laboratory of Applied Research in Natural Sciences (LARASCINA), BP. 212, Republic of Guinea.

Mohamed DIALLO

Department of Biology, University of Kindia (UK), Laboratory of Applied Research in Natural Sciences (LARASCINA), BP. 212, Republic of Guinea.

Ouo-Ouo BALAMOU

Institute for Research in Applied Biology of Guinea (IRBAG), Republic of Guinea.

*Author to whom correspondence should be addressed.


Abstract

The bacteriological quality of bathing water is a major public health issue. The aim of this study is to assess the correlation between the bacteriological quality of bathing water and the risk of disease outbreaks. The study was prospective in nature, and ran from June to December 2022. Fifty-nine (59) samples were taken from water sources used for bathing. The membrane filtration method and the direct inoculation method were used.   In Mamou, the results showed that EI and E. coli exceeded WHO threshold values in rivers and streams, with 2/4 (20%) and 8/11 (80%) respectively. Whereas in Pita, Enterococci had exceeded these standards in 25% of backwater and 75% of streams, and E. coli in 14.28 and 85.71% of rivers and streams respectively. E. coli (streams: 66.66% and backwater: 33.33%) and E. coli (streams: 83.33% and backwater: 16.66%) values exceeded WHO thresholds in Dalaba. Many sites had bacterial loads above WHO thresholds. This would be an important element to say that these water sources constitute a real public health issue.

Keywords: Bacterial indicators, contamination, bathing water, Mamou


How to Cite

DIALLO, Souleymane, Boubacar Sidy Sily BAH, Mohamed DIALLO, and Ouo-Ouo BALAMOU. 2025. “Evaluation of the Microbiological Quality of Bathing Waters in the Mamou Region, Republic of Guinea”. Microbiology Research Journal International 35 (1):1-7. https://doi.org/10.9734/mrji/2025/v35i11530.

Downloads

Download data is not yet available.