How Ogonna David is making impact in bioinorganic chemistry, unraveling mysteries of metal Ions in the gut microbiota

An expert in bioinorganic chemistry, chemical biology, and molecular biology, Ogonna David, is making waves with his famous research at the University of Houston’s Department of Chemistry.
Findings by this news medium showed that Ogonna’s innovative work focuses on designing, synthesising, and applying protein-based metal ion sensors.
A peep into his work, it was discovered how he specifically, engineers novel anaerobic FRET-based zinc sensors for detecting zinc ions in live cells and advances near-infrared protein sensors to track copper ions in live E. coli cells.
As a Researcher, Ogonna has authored and co-authored numerous research articles in high-impact, peer-reviewed journals.
His research experience spans over nine years, with stints at Obafemi Awolowo University and the University of Houston.
Ogonna’s academic background is equally impressive, holding a (link unavailable) (Hons) in Biochemistry and Molecular Biology from Obafemi Awolowo University.
Beyond that, He is an active member of the National Organization for the Professional Advancement of Black Chemists and Chemical Engineers (NOBCChE) and serves as Program Chair and Parliamentarian for the NOBCChE University of Houston chapter.
The American Chemical Society also benefits from Ogonna’s expertise, as he is an active member.
Little wonder, his comprehensive skill set encompasses protein engineering, directed evolution, and advanced screening methodologies.
Ogonna’s research has significant implications for understanding metal ion roles in biological systems. By developing novel sensors, he aims to improve detection and tracking of essential metal ions in gut microbes in a bid to understand how these microbes impact host health, disease, and immune response and hope to foster the development of novel therapeutics.
Ogonna has numerous publications to his credit and his laboratory skills are extensive, covering organic laboratory techniques, analytical skills, biochemistry, and molecular biology. He proficiently operates various equipment, including UV-vis spectrophotometers and fluorescence microscopes.

Ogonna David presented his research at conferences, including the National Organization for the Professional Advancement of Black Chemist and Chemical Engineers Conference and the Texas Chemical Biology Conference.
His seminars, such as “Metabolic engineering of E. coli for the biosynthesis of Secondary Metabolites and bioactive molecular scaffolds,” demonstrate his expertise.
Ogonna’s commitment to advancing bioinorganic chemistry and chemical biology has earned him recognition within the scientific community.
As he continues his research, Ogonna’s innovative approaches and significant findings will undoubtedly contribute to breakthroughs in metal ion detection and tracking.
With his impressive academic background, research experience, and passion for bioinorganic chemistry, Ogonna is poised to make lasting impacts in his field.

ALSO READ: Oronsanye report implementation: ASUP-NILEST opposes merger with NARICT, cites concerns