
Proceedings of the National Academy of Sciences, 2026
Publication LinkI am fundamentally a molecular microbiologist, with a primary interest in bacterial cell biology and development. I investigate how bacterial cells divide with spatial and temporal fidelity and how division is coordinated with other essential cellular processes, including chromosome organization, cell-envelope remodeling, and flagellar assembly. Bioinformatics and computational analysis are integral to my research, enabling me to examine protein function, structure, conservation, and evolution alongside experimental observations.
My broader interests extend to environmental microbiology and antimicrobial resistance, particularly bacterial adaptation in environmentally stressed and contaminated ecosystems. I also contribute to collaborative research in infectious diseases and One Health, applying microbiological expertise to questions relevant to human and population health.

Proceedings of the National Academy of Sciences, 2026
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Applied and Environmental Microbiology, 2026
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Pan African Journal of Life Sciences, 2024
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Journal of Research and Review in Science, 2020
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In Microbial Biotechnology for Sustainable Pollution Control, 2026
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Peer Researcher
Contributed to the development of AI-enabled tools for experimental scientists, with a focus on integrating intelligent, interactive guidance into wet-lab workflows.
Visiting Scholar
Worked at the intersection of African genomics, biomedical data, and precision medicine, contributing to efforts aimed at improving the representation of African populations in genomic research.
News Features

AZoLifeSciences
Coverage of the Indiana University study identifying a vulnerable stage in bacterial flagellum construction.
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The Microbiologist
The Microbiologist highlights how incomplete flagellar assembly can become harmful to bacterial cells.
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News-Medical
A report on the newly identified weakness that emerges while bacteria assemble their motility machinery.
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Phys.org
Phys.org covers the research into bacterial flagellar assembly and its potential biological implications.
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Technology Networks
Technology Networks examines the unexpected vulnerability revealed during bacterial tail assembly.
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