Our research group is developing functional materials that mimic molecular recognition mechanisms in vivo, and integrating knowledge of chemical engineering. In particular, we design and synthesize synthetic materials with excellent molecular recognition and selectivity using glycopolymers that mimic sugar chains in cells. These materials can be applied to functional materials such as biosensors and pharmaceuticals by isolation, removal, and detection of biomolecules.
We are also focusing on catalysts for organic synthesis that take advantage of unique properties of synthetic polymers. The polymer-based catalysts can be designed by precisely controlling the spatial arrangement of the active site and the mass transfer characteristics based on reaction engineering. Utilizing the polymer catalysts, continuous-flow reactors can be constructed, which is crucial in chemical processes for fine chemical synthesis.
In addition, we are promoting the scale-up and social implementation of research results through joint research with industry for practical research that integrates materials development and process engineering.
Bottom: Development of catalysts that showcase unique polymer properties for production of fine chemicals
Member
The Main Research Topics
Development of biofunctional materials using glycopolymers
Development of bio-inspired polymers by controlled polymerization
Fine flow synthesis with catalytic reactors
Development of photocatalysts for production of valuable materials