O U R R E S E A R C H
Our group seeks to provide fundamental insights and practical solutions in the field of supramolecular biomaterials made from polymers and recombinant proteins, inspired Nature. We aim at engineering nanostructure and mechanical/biological properties of self-assembled biomaterials by leveraging a beauty of block copolymer self-assembly and recombinant technology to create biomimetic functions in synthetic materials. The supramolecular biomaterials developed in our group include multicompartment vesicles, porous or multilayered thin films, and a variety of self-assembled structure in a solution or at a surface, which can serve as artificial cells, drug eluting thin films, and antibacterial surfaces. See more details at Research, Publications
Colloid & Surface Science
Fundamental Study of
Protein Vesicle Membranes |
Self-Assembled Materials
Creation of New Suprastructure
in Solution & Thin Films |
Functional Coatings
Engineering Functional Thin Films
with Fusion Proteins |
Open Positions
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