Bioinspired Catechol-Based Systems: Chemistry and Applications

© 2019 by the authors; CC BY license

catechol; hydroxylated 4-thiaflavanes; inhibition; amyloid aggregation; hen egg white lysozyme; antioxidant activity; catechol; peroxyl radicals; proton-coupled electron transfer; kinetics; thermodynamics; mechanisms; catechol; chitosan; hydrogel; information processing; redox-capacitor; electrochemistry; polydopamine; melanin; composite films; core-shell nanoparticles; depigmenting agents; l-DOPA; dopachrome; tyrosinase; melanin; caffeic acid; dihydrolipoic acid; lipoic acid; keratinocytes; adhesion; adhesive; byssus; catechol; DOPA; mussel; plaque; thread; catechol; melanin; nanoparticle; dopamine; noncovalent interactions; catechol; aromatic dimers; computation; electronic correlation; dispersion; mussel-inspired; biomimetic; dopamine; multilayer freestanding membranes; adhesiveness; osteogenic differentiation; bone tissue engineering; porphyrin; eumelanin; DFT; ab initio calculation; catechol; coating; surface modification; hydrophobicity; cross-linking; polydopamine; surface functionalization; tissue glues; reinforced hydrogels; bioinspired adhesives; catechol-functionalized polymers; nanocomposite; n/a; n/a