We have recently achieved efficient cytosolic delivery by using pH-sensitive poly (2-
(methacryloyloxy) ethylphosphorylcholine)-co-poly (2-(diisopropylamino) …

Recently, the ability of natural phospholipids to self-assemble into organized membrane-
enclosed structures has been mimicked by amphiphilic copolymers.[1, 2] These synthetic …

We report the self‐assembly of a series of amphiphilic diblock copolymers comprising a
biocompatible, hydrophilic block, poly (2‐methacryloyloxyethyl phosphorylcholine)(PMPC) …

There is an emerging need both in pharmacology and within the biomedical industry to
develop new tools to target intracellular mechanisms. The efficient delivery of functionally …

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

The extracellular and subcellular compartments are characterized by specific pH levels that
can be modified by pathophysiological states. This scenario encourages the use of …

We have previously reported the preparation of a novel pH-sensitive and biocompatible
polymer vesicle in pure water based on the spontaneous self-assembly of a diblock …

Multicompartmentalized polymersomes are formed using block co-polymers PMOXA–PDMS–
PMOXA and PS-PIAT, and are subsequently proven to be capable of selective …

Development of pH sensitive biocompatible block copolymer polymersomes, which are
stable in physiological conditions, is enabling the intracellular delivery of water soluble …

The formation of a novel drug‐delivery carrier for the controlled release of plasmid DNA that
comprises layer‐by‐layer polymer capsules subcompartmentalized with pH‐sensitive …