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Photoswitchable Biomaterial Functions through Tethering of Photoisomerizable Units to Proteins

1 Photoswitchable Biomaterial Functions through Tethering of Photoisomerizable Units to Proteins [Pg.168]

Intermolecular recognition is the most fundamental feature of biomaterial functions. Biochemical transformations in which intermolecular recognition and binding events play a central role include  [Pg.168]

Ala1 Leu2 Trp3 Gin4 ------------121 bases-- Cys124 [Pg.177]

2 Photoswitchable Biomaterials by Integration of Biomaterials with Photoisome-rizable Matrices and Microenvironments [Pg.178]

The physical and chemical properties of photoisomerizable molecular films or photoisomerizable polymers are controlled by light. Photochemical control of the formation of liquid crystal phases, or sol-gel transitions,137 381 of polymers containing photoisomerizable components demonstrates signal regulation of the structure and properties of microscopic and macroscopic phases. Physicochemical properties of photoisomerizable membrane-mimetic assemblies such as liposomes,1241 mono- [Pg.178]




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Functional of proteins

Functional protein-functionalized

Functional unit

Functionality protein

Functions of proteins

Photoisomerizables

Photoswitchable

Photoswitchable functions

Photoswitchable units

Photoswitches

Photoswitching

Photoswitching units

Protein units

Proteins functioning

Tether

Tethering

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