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1. Use of Computational Tools for Drug Design and Drug Discovery: We utilize computational tools to accelerate drug design and discovery processes. By employing techniques such as molecular modeling, virtual screening, molecular docking, and QSAR studies, we aim to efficiently identify hits and optimize them into lead compounds. Our research explores how these tools can predict drug-target interactions and ADMET (absorption, distribution, metabolism, excretion, and toxicity) properties, enhance the understanding of structure-activity relationships, and streamline lead optimization and drug repurposing efforts.
2. Small Molecule Drug Synthesis and Biochemical Assay Development: We synthesize and characterize small molecule drug candidates targeting cancer, metabolic disorders, and neglected diseases, and develop biochemical assays to evaluate their biological activity. Our research focuses on the development of novel synthetic schemes to access structurally diverse compounds with therapeutic potential. We employ techniques such as flash chromatography, HPLC, NMR, and LC-MS for the purification and characterization of new chemical entities. Our current targets include nuclear receptor modulators, epigenetic regulators, and E3 ligase inhibitors, with the goal of advancing these compounds toward therapeutic applications.
3. Research on STEM Educational Practices and Health disparities: Our research interest span two interrelated domains: STEM educational practices Our research focuses on two interconnected areas: improving STEM education and addressing health disparities. In STEM education, we study evidence-based teaching methods like active learning, assessments, and curriculum design to enhance student engagement, critical thinking, and competency development. We also utilize educational technologies and learning management systems (e.g., ExamSoft, Canvas, Kahoot) to support and evaluate learning outcomes.
In parallel, we investigate health disparities in pharmacy education and practice, examining issues such as chronic disease management, medicine use, health literacy, and drug addiction across urban and rural youth. We evaluate innovative models like tele-pharmacy and mobile pharmacy in resource-limited settings and explore the role of complementary and alternative medicine in underserved communities. By linking these fields, we aim to provide data-driven insights that improve STEM curriculum and promote equitable healthcare access and outcomes.
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