Design of Protein Assemblies toward Biohybrid Solid Materials
上野 隆史 教授
Design of self-assembled protein materials with highly ordered nanostructures represents growing interest for application in material science and bionanotechnology. Protein assemblies can provide attractive chemical structures, such as cages, tubes, and crystalline materials, which are utilized as molecular templates for catalytic, therapeutic, imaging application both inside living cells and in aqueous media. Recently, we are focusing on functionalizing protein crystals as solid materials. Protein crystals have been increasingly investigated as solid materials because they present highly ordered 2D and 3D arrangements of protein molecules in the solid state and thus have significant potential for use in applications as new porous materials that allow the precise arrangement of exogenous compounds by metal coordination and chemical conjugation in the solvent channels. I would like to present that engineering of protein crystal will lead to remarkable advances in the field of materials science.
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