@iruka-okeke.bsky.social

A few years ago we asked an important public health question:What is the quality of household water in municipal Ibadan, Nigeria? The initial study revealed the water sources did not meet the bacteriological standards, raising deeper questions on the genomic characteristics of E.coli in the water.

doi.org

We are pleased to share with you our new study, where we explored the diversity, AMR and the pathogenic potential of E. coli isolated from water sources in municipal Ibadan. The results revealed: multidrug resistant and potentially pathogenic strains across different water sources and LGAs.

Genomic characterization of resistant Escherichia coli isolated from household water in municipal Ibadan, Nigeria

Escherichia coli in water indicates recent faecal contamination and possible presence of enteric pathogens. Strains harbouring virulence and/or antimicrobial resistance genes (ARGs) heighten the publi...

journals.plos.org

There are common priority pathogens that we all work to culture, sequence & characterize; with user-friendly tools & big databases. Y'know, E. coli, Klebsiellae, MRSA &c. But what about lesser-known (also) priority pathogens? Thread pointing to our newest @MicrobioSoc paper

The world has been in a cholera pandemic since 1961. New technology could help end it. ”Recent scientific progress means we have the tools to eradicate cholera,” writes Professor Iruka Okeke. “But we need to act urgently.” Learn more in ‘Behind the Research’ ⤵️ www.linkedin.com/pulse/techno...

Technology to map cholera hotspots could help end a 60-year pandemic

This month's guest expert is Professor Iruka Okeke, Professor of Pharmaceutical Microbiology at the University of Ibadan. The world has been in a cholera pandemic since 1961.

linkedin.com