Daich Adam

Dr. Daich Adam serves as a Research Professor at the Organic and Macromolecular Chemistry Research Unit (URCOM) within Université Le Havre Normandie, France. He leads research activities in Axis 1: Sustainable Chemistry and Health, focusing on innovative synthetic methodologies with applications in medicinal chemistry and green catalysis.

His research spans multiple domains including catalysis (with 204 documented contributions), organic chemistry, green chemistry, and medicinal applications. Dr. Daich specializes in heterocyclic chemistry, particularly in developing novel synthetic routes for nitrogen-containing compounds with biological activity. His work frequently involves domino reactions, C-H functionalization, and heterogeneous catalysis using eco-friendly materials like ryegrass biomass. Recent research demonstrates strong focus on anticancer compounds, antimicrobial agents, and sustainable catalytic processes.

Analysis of his publication trends reveals consistent contributions to high-impact journals in organic and medicinal chemistry. His recent work (2020-2025) shows increasing emphasis on heterocyclic compounds with biological activity, particularly targeting cancer cells and microbial pathogens. The research integrates experimental synthesis with computational approaches like molecular docking, while maintaining strong commitment to green chemistry principles through development of biosourced catalysts and sustainable methodologies.

Dr. Daich has established extensive collaborative networks, particularly with researchers like Mohamed Othman, Ata Martin Lawson, and Sébastien Comesse. His work bridges fundamental organic chemistry with practical applications in pharmaceutical development and environmental sustainability.

He operates within the URCOM laboratory infrastructure, which includes specialized equipment for organic synthesis and characterization. His research group contributes to the unit's mission of developing sustainable chemical processes with applications in health and environmental protection.