The researcher's work focuses on integrating findings from a diverse range of publications to advance understanding of viral infections in bats and related fields. Key themes include: 1. **Virology of Bats and Related Infections**: Studies on paramyxoviruses, Hepaciviruses, and other coronaviruses highlight their impact on bat populations and human diseases. 2. **Anticipating and Controlling Viral Diseases**: Research explores preventing preventable diseases in humans through environmental and behavioral interventions. 3. **Zoonotic Infections from Bats**: Analysis of zoonotic coronaviruses from African bats, such as Bats worldwide, to understand their role in transmitting diseases like SARS-CoV-2. 4. **Hepatitis Studies**: Contributions on Hepaciviruses and related issues in wildlife and humans are significant, especially in Ghana. 5. **Bats as Vectors for Zoonotic Diseases**: Research examines bat host relationships with coronaviruses to study zoonotic transmission dynamics. 6. **Diversity of Bat Species and Behavior**: Studies on bats worldwide provide insights into their behavior, conservation, and ecological roles. 7. **Conservation and Management of Bats**: Work on bat populations in Ghana emphasizes their importance in wildlife conservation and sustainable agriculture. This integrated approach provides a comprehensive understanding of bat-related viral infections, their biological aspects, and their role in disease transmission, supported by extensive research spanning various domains.
All Papers
This profile is generated from publicly available publication metadata and is intended for research discovery purposes. Themes, summaries, and trajectories are inferred computationally and may not capture the full scope of the lecturer's work. For authoritative information, please refer to the official KNUST profile.