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Keywordsblock copolymers; RAFT polymerization; complex; hydrogen bonding interactions; pH-responsive; block copolymers; photo-responsive; self-assembly; micellization; non-surface activity; self-assembly; hydrophobicity; zwitterionic amphiphilic block copolymer; light scattering; polymer micelle; prodrug; polymer micelles; pH-sensitive; acetal; paclitaxel; polymeric micelle; photo irradiation; core crosslinking; immunogenicity of PEG; amphiphilic block copolymers; micelles; self-assembly; encapsulation; magnetic nanoparticles; indomethacin; micelle; self-assembly; surfactant; block copolymer; Pluronic; Poloxamer; poly(ethylene oxide); ionic liquid; water; calorimetry; self-assembly; micelle; organic solvents; block copolymers; graft copolymers; triblock terpolymers; amphiphilic polymers; random copolymers; alternating copolymers; flower micelles; flower necklaces; vesicle; Tetronics; micelles; in vitro release; anticancer drugs; solubilization; drug delivery; aggregation; amphiphilic block copolymer; poly(vinyl ether); antimicrobial activity; polymer micelles; Pluronic; mixed micelle; micellization; synergistic effect; differential scanning calorimetry; anomalous small-angle X-ray scattering; polymer micelle; drug delivery system; amphoteric random copolymer; polyelectrolyte; polyion complex; block copolymer; polymer micelle; electrostatic interaction; protein antifouling; n/a
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