… reports polymer topology design principle for programming the enzymatic biodegradation
and … goal, new classes of biodegradable amphiphilic block and random copolymers based on …

… clinical use; biodegradability by enzyme and hydrolysis under … of the copolymer and the
topological variation of the triblock … block copolymers with higher degrees of polymerization than …

… blocks are designed with biodegradable aliphatic polyester chains (PCL chains); hence,
they can be readily enzymatically biodegraded by intracellular enzymes … Stability of polymer …

… star block copolymers of polycaprolactone backbone … topology controlled enzymatic
biodegradation was investigated by varying the carboxylic acid segments. The random copolymers …

… engineering of biodegradable star block polycaprolactone (PCL) to … to trace the role of the
macromolecular topology in the … Slow enzymatically biodegradable PCL segments at the core …

… Biodegradable Solid polymeric devices which break down to macromolecule degradation
… Seven specimens of each scaffold topology, after being sterilized with UV radiation for 30 …

… the use of polymers characterized by star molecular topology, … This work aimed to develop
novel biodegradable PCL-based … combined with the action of enzymes such as esterases and …

… hydrophilic and highly flexible polymer, not biodegradable but able to be eliminated … enzymes.
However, crystallinity and high molecular weight of the polymer may hinder the enzymatic …

… reports polymer topology design principle for programming the enzymatic biodegradation
and … goal, new classes of biodegradable amphiphilic block and random copolymers based on …

… , polycaprolactone was synthesized and antimicrobial agents were attached to the polymer
… Candida antarctica lipase is a common enzyme that is used for enzymatic polymerization. …