Research

1. Total Synthesis of Natural Products

We focus on the total synthesis of structurally complex and biologically significant natural products. By developing efficient and scalable synthetic routes, we aim to understand and exploit the unique chemical properties of these molecules, paving the way for new therapeutic agents and bioactive compounds.

2. Medicinal Chemistry: Small Molecules for Biologically Active Compounds

Our group designs and synthesizes small molecules with potential biological activity, targeting key biomolecular pathways relevant to human health. Through structure-based design and optimization, we strive to develop lead compounds for drug discovery and explore novel chemical scaffolds with pharmaceutical applications.

3. Development of Catalytic Reactions

We design and develop innovative catalytic systems that expand the scope of organometal-catalyzed reactions. By exploring new methodologies and improving reaction efficiency, selectivity, and sustainability, we aim to contribute to the advancement of modern organic synthesis and its applications in pharmaceuticals, materials science, and beyond.

Through these research directions, our group seeks to push the boundaries of organic chemistry, contributing to scientific discovery and practical applications that benefit human health and industry.