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AbstractThe ability of cyclodextrin‐based polycationic cluster to undergo reversible DNA condensation and release in a physiologically useful pH window has been finely tuned by the installation of a capping xylylene moiety at the secondary face of the cyclooligosaccharide. This strategy can be exploited advantageously in the design of self‐assembling nonviral gene‐delivery systems from molecular entities.
Cyclodextrins, Circular Dichroism, Self-assembly, DNA, Hydrogen-Ion Concentration, pH sensitivity, Transfection, Polyelectrolytes, Fluorescence, Nanostructures, COS Cells, Chlorocebus aethiops, Polyamines, Cyclodextrin, Animals, Gene delivery, Dimerization
Cyclodextrins, Circular Dichroism, Self-assembly, DNA, Hydrogen-Ion Concentration, pH sensitivity, Transfection, Polyelectrolytes, Fluorescence, Nanostructures, COS Cells, Chlorocebus aethiops, Polyamines, Cyclodextrin, Animals, Gene delivery, Dimerization
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