Genipin-structuredpeptide–polysaccharide nanoparticleswith significantly improved resistance to harsh gastrointestinal environmentsand their potential for oral delivery of polyphenolsGenipin-cross-linked caseinophosphopeptide(CPP)–chitosan(CS) nanoparticles (smaller than 300 nm) showed significantly improvedstability and adjustable release profile in the gastrointestinal (GI)tract....
Chaperonecopolymer-assisted aptamer-patterned dnahydrogels for triggering spatiotemporal release of protein...chemistry.Upon the addition of complementary sequences (CSs) of aptamer, theaptamer was hybridized with CSs, leading to the fast dissociationof protein from aptamer with an adjustable release rate in specificregions at prospective times....
Enzyme-responsiveamphiphilic peg-dendron hybridsand their assembly into smart micellar nanocarriers... Such smart amphiphilichybrids could potentially be applied for the fabrication of nanocarrierswith adjustable release rates for delivery applications
Aptamer-patternedhydrogel films for spatiotemporally programmable capture and releaseof multiple proteins... This research successfully proves that multiple proteinscan be captured and released from the aptamer-patterned hydrogel filmswith an adjustable release rate at a prospective time and in specificregions utilizing the complementary DNA strand of aptamers via photoclickchemistry and DNA hybridization....
