Abstract
Degradation of amphiphilic block copolymer (ABP) micelles in response to external stimuli (stimuli-responsive degradation) is a desired property in the design of controlled delivery vehicles. Here, a versatile methodology that combines facile carbodiimide coupling polycondensation with controlled radical polymerization to synthesize thiol-responsive degradable ABP micelles is described. These smart micelles consist of a hydrophobic degradable polyester block with disulfide linkages labeled repeatedly along the main chain; more importantly, in response to thiols they exhibit rapid and controlled degradation, thereby leading to enhanced release of encapsulated model drugs. Moreover, the proposed method allows for a facile bioconjugation of hydrophilic coronas using cell-targeting biomolecules during polymerization.
Accepted Version
Published Version
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