Polymer vesicles, or polymersomes, are promising candidates for applications in drug
delivery and tissue imaging. While a vast variety of polymers have been explored for their …

Until now, most preparative methods used to form polymeric vesicles involve either organic
cosolvents or sonication. In this communication, we demonstrate for the first time a detergent …

Targeted drug delivery offers the possibility to greatly improve treatment outcomes for
diseases such as cancer by enhancing specificity, thus minimizing detrimental side effects …

We describe a versatile technique for fabricating monodisperse polymersomes with
biocompatible and biodegradable diblock copolymers for efficient encapsulation of actives …

Polymersomes, ie, polymer vesicles, have received great interest in recent years. It has been
shown that polymersomes can be formed from block copolymers using organic solvents, 1 …

Polymersomes are self-assembled polymeric vesicles prepared from amphiphilic block-
copolymers. This chapter provides an overview of their composition, preparation, and …

Polymersomes are latest entry to the drug carrier systems and have proven their utility to
deliver therapeutic agents to specific tissues/organs due to their versatile polymeric …

Nanoparticles are being developed as delivery vehicles for therapeutic pharmaceuticals and
contrast imaging agents. Polymersomes (mesoscopic polymer vesicles) possess a number …

Polymersomes are self-assembled spherical vesicles based on amphiphilic block
copolymers. This review presents a summary of the achievements in the field of …

One of the major engineering challenges for the implementation of block copolymer
vesicles, or polymersomes, as therapeutic drug carriers is obtaining high encapsulation …