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Water behavior in nanoconfined hydrophobic environment is different from that in the bulk, which greatly influences mass transport. Hydrophobicity switching of nanopores showing great potential for controlled water or ion transport has been realized through several methods, especially the voltage‐triggered wetting/dewetting inspired by biological ion channels. However, in the hydrophobic silanized...
Self‐assembly prevails in nature and learning from nature will lead to biofunctional materials. Inspired by the protein of elastin, we reported in this study on a supramolecular hydrogel bearing the elastin repeating peptide of VPGAG. The visco‐elasticity property, morphology of the nanostructures, and aromatic stacking in the self‐assembled nanostructure were characterized by a rheometry, transmission...
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