Biography

I am an experienced computational chemist collaborating closely with experimentalists. My research focuses on the structure-based design and optimization of molecules using various computational chemistry methods, with applications in drug discovery and therapeutic development.
Key areas of my work include, but are not limited to:
* Elucidating molecular mechanisms governing protein-DNA interactions and photocontrol processes.
*Designing potent enzyme inhibitors through the integration of quantum mechanics/molecular mechanics and structural data.
* Targeting immune pathways for therapeutic intervention in viral diseases and cancer.
* Engineering chemical regulators to address distinct pathological factors in neurodegenerative diseases.