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Palabras clave – provistas por la editorial

polymerization or post-polymerization modification methods; chitosan; diabetes therapy; electronics; molecular sieve; antitumor; chemical activation; shape memory polymers; chemotherapy; poly(methacrylamide)s; amphiphilic copolymer; Vitamin E; controlled polymerization; composite; fluoropolymers; polymers for fabrication; synergistic effect; glucose sensitivity; self-healing polymers; emulsion polymerization; electrorheological; hydrogels; polymers for water or effluent treatment; core–shell structure; hearing loss; polymers for information storage; polymers for sensing; smart fluid; saffron; CO2; gel; phase change; perfluoroaryl azides; chemical resistance; gentamicin; amphiphilicity; controlled drug delivery; paclitaxel; nucleic acid delivery; reversible polymerization; polyether imidazole ionic liquid; nanomedicine; polymers for industrial catalysis; polyvinyl alcohol; tumor imaging; endophytic exopolysaccharide; particle processing; and tissue engineering; cochlear hair cell; drug delivery; melt-shear organization; separation; polyaniline; castor oil; polycaprolactone-diol; pH responsive polymers; fine-tuning; heterogeneous catalysis; sustainable polymers; administration routes; co-delivery systems; hydrolyzable polyurea; degradability; and purification; imaging; post-polymerization functionalization; core/shell particles; polymer-based supramolecular chemistry; polyamino acids; catalyst; cancer chemotherapy; biomedical devices; antidiabetic; functional polymers used in food science; viscoelastic; multi-drug resistance; stimuli-sensitive polymers; polymeric nanoparticles; diverse therapeutic areas; glutaraldehyde; renewable polymer materials used for agriculture; solvent responsiveness; phenylboronic acid; Glycopolymer; polymerization dispersion method; functional polymers for diagnosis; conducting polymer; stimuli-responsive polymers; versatile platform; phase transition; pH responsive; core-shell nanoparticles; clinical translation; rare earth upconversion nanoparticles; hydrophobic drug delivery; breast cancer; targeted drug delivery; polyurethanes; ?-NaYF4; and antimicrobial activity); micelle; hydrophobicity; polymer-based medical devices; Staudinger reaction; polymers with biological activity (e.g.; albumin; drug release; and energy conversion; applications