We are a dynamic and interdisciplinary research group working at the crossroads of organic synthesis, macromolecular chemistry, and chemical biology. Our mission is to bring synthetic chemistry beyond the bench—into living systems—by developing tools that enable chemical reactions to occur directly inside biological environments.

Using cutting-edge bioconjugation methods and advanced (bio)polymer design, we engineer natural and synthetic macromolecules with programmable and responsive functions. By combining multiple orthogonal click and dynamic covalent reactions, we create hybrid materials that bridge stability with adaptability.

Our research explores the fundamental relationships between molecular structure and function, while paving the way for innovative materials in biomedical applications—from smart, biodegradable scaffolds to sustainable reaction platforms.