The researcher's research focuses on integrating computational methods into drug discovery and development, particularly addressing public health issues such as infectious diseases, toxic environments, traditional medicine, and plant biochemistry. Their work encompasses a wide range of topics, including computational chemistry, mathematical modeling, molecular dynamics simulations, toxicity assessment, and the application of advanced analytical techniques across various biological systems. The researcher's contributions span themes like heavy metals, traditional Ghanaian medicines, malaria research, traditional use of Annonaceae plants, merozotetunia, traditional herbal extracts, toxic metal residues, plant biochemistry, enzymatic studies, marine sponges, organometallic compounds, phytochemistry, ginger and zingiberaceae research, Leishmania control, mathematical modeling for toxicity, mine management, water quality assessment, child nutrition, biofuel production, plant biochemistry, algal biology, chemical synthesis, genetic and molecular insights into infectious diseases, distributed computing systems, mycobacterium research, and genomics. Their research integrates computational approaches with biological and chemical methods to develop innovative solutions for public health challenges.
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