Bacteriological assessment of borehole water in some communities in Owerri West, Southeastern Nigeria

Abstract

The proliferation of boreholes dug by individuals, public and private entities in a bid to overcome the problem of water shortage has caused various communities in Owerri West, southeastern Nigeria to depend on borehole water as readily available water for drinking and domestic purposes. Unfortunately, the water is not treated before it is used for drinking and there is no surveillance of bacteria in the water to ascertain its safety. In consideration of this fact, a study was conducted to assess the bacteriological quality of borehole water in some communities in the area. Borehole water samples were aseptically collected from four communities. The bacteriological assessment was carried out using standard microbiological methods involving determination of total coliform count, total faecal coliform count and total heterotrophic bacterial count. The total coliform counts of the water samples ranged from 1.3x102 to 1.3x104 CFUmL-1 while the total faecal coliform and total heterotrophic bacterial counts ranged from 1.3x102 to 5.8x104 CFUmL-1 and 1.1x102 to 8.7x104 CFUmL-1 respectively. The organisms isolated from the borehole water samples included Shigella sp, Enterococcus faecalis, Staphylococcus sp, Klebsiella sp and Escherichia coli. The total bacteria counts exceed the limit set by the World Health Organization for drinking and domestic purposes. Moreover, the pathogenic organisms isolated from the water samples could cause serious health problems in humans. Hence, the borehole water should be treated properly before use and other preventive approaches should be adopted to minimize possible health risks associated with the use of the borehole water.

Antibiotics Susceptibility Pattern of Bacterial Isolates Obtained from Potable Water Sources in Okerenkoko Community, Delta State, Nigeria

“…with a high MDR can pose a threat of being a secondary pathogen of health importance (Shar et al, 2010). The report of Ewelike et al (2022) suggested that the microbes obtained from the portable water sources in Owerri municipal had similar organisms as observed in the present study.…”