The Department of Microbiology and Biotechnology at McPherson University recently hosted a pivotal seminar exploring recent advances and future perspectives in Actinobacteria research within Nigeria. The presentation, delivered by Dr. Sunday O. Omeike on May 26, 2026, as part of the department’s ongoing academic seminar series, underscored the vast, untapped potential of these microorganisms across the medical, agricultural, and environmental sectors.

During the presentation, Dr. Omeike highlighted that Streptomyces stands as the most frequently reported isolate in Nigeria, playing a vital and foundational role in the production of essential antibiotics currently used in modern healthcare. While these microorganisms are globally renowned for yielding crucial therapeutic and industrial compounds, the seminar called for a strategic paradigm shift. Dr. Omeike urged local researchers to pivot their focus away from heavily documented, well-known areas and toward lesser-researched avenues to unlock novel scientific breakthroughs.

A major highlight of the seminar focused on current studies investigating the presence and application of Actinobacteria during the fermentation of Ogi (traditional corn pap). Researchers are currently working on the formulation of a specialized growth medium utilizing Ogi as a primary source, aiming to diversify and expand its medical applications.
Significantly, Dr. Omeike noted that Actinobacteria do not produce harmful microtoxins, ensuring an inherently safe profile for human applications. The targeted end result of this research is to develop advanced antimicrobials and probiotics by determining precisely which external compounds can be added to optimize and improve the therapeutic properties of Ogi.

Beyond food biotechnology, the seminar detailed how this research remains vital to the pharmaceutical, environmental, and agricultural industries alike. A key technical focus was placed on the utilization of corn steep liquor. Dr. Omeike explained the biochemical advantages of leveraging low molecular weight structures in these processes, noting that higher molecular weight alternatives require significantly more time to break down within the body, thereby affecting efficacy.

To sustain this momentum, Dr. Omeike encouraged researchers to venture into underutilized and extreme local environments, such as marine sediments, medicinal plants, and specialized insect habitats in search of rare Actinobacteria species. However, he stressed that maximizing these discoveries will heavily depend on upgrading laboratory facilities and adopting advanced scientific methodologies.

The seminar ended with a call for stronger collaboration among universities, industries, and healthcare institutions to promote scientific discoveries and practical solutions in biotechnology, healthcare, agriculture, and environmental sustainability.