Glycomaterial Engineering Synthesis of Neo-Glycolipids and Glycopolymers
We design and synthesize non-natural glycolipids (neo-glycolipids) and glycopolymers, polymers that present carbohydrate units to mimic and study biological recognition processes. Methods include state-of-the-art polymerizations, “click” chemistry, and enzymatic approaches, enabling tailored macromolecules for diagnostics, drug delivery, and vaccine platforms.
Hybrid Biomaterials Integration of Biological Molecules in Polymers
Our lab creates hybrid materials by covalently or physically combining biomolecules with tailored synthetic polymers. These biohybrid systems are engineered for enhanced compatibility with cells and tissues, enabling new solutions in biosensors, tissue scaffolds, and regenerative medicine.
Bioink & Bioprinting Technologies Innovative Bioinks for 3D Bioprinting
We develop and optimize "bioinks", formulations of (bio)polymers and bioactive factors for 3D bioprinting of living tissues. Focus areas include printability, cellular viability, and smart functionalities for personalized biofabrication and tissue engineering.
Biomedical & Therapeutic Applications Polymers for Medicine and Health
Our materials are translated into applications such as scaffolds for tissue regeneration, drug and gene delivery vehicles, and responsive systems for precision therapeutics and diagnostics. The versatility of our functional polymers allows broad utility in clinical research and medical device innovation.
Our chair works closely with the Fraunhofer Institute for Applied Polymer Research IAP. Together we develop advanced polymer materials through joint research projects and shared facilities This collaboration speeds up the transfer of scientific results into practical applications especially in medicine and biotechnology. Students and researchers benefit from joint workshops and applied research opportunities.