Research Fronts
We integrate chemistry, biology, and engineering to develop advanced biomaterials for regenerative medicine and tissue engineering.
Regenerative Medicine
Development of bioactive glasses and scaffolds for bone regeneration and neural repair.
Tissue Engineering
Advanced biofabrication and 3D bioprinting of hybrid bioinks for complex tissue reconstruction.
Drug Delivery
Design of multifunctional ion-delivery systems for targeted therapy and biomineralization.
Scientific Integration
Chemistry and Biology Convergence
We integrate advanced materials science with biological systems to develop bioactive scaffolds and ion-delivery systems. Our research focuses on the precise control of biomineralization and the engineering of mesoporous nanomaterials for targeted therapeutic applications.
By bridging the gap between synthetic chemistry and living tissues, we aim to create functional interfaces that support tissue regeneration and advanced drug delivery mechanisms. This interdisciplinary approach is fundamental to the success of our current research projects.
