… synthesized via polycondensation or ring-opening polymerization. All aliphatic polyesters
have … to fabricate CNT/GelMA hydrogels to develop functional engineering cardiac tissues. In a …

… physiology are systems based on the following: (i) hydrogels, … The glassware used in PUR
synthesis was also dried under … The tissue engineering approach used in this work allowed …

… In this study, the gold nanoparticle-chitosan hydrogel was … hydrolyzable aliphatic
semicrystalline polyester polymerized … In this study, the electrospinning method was used to …

… also been used for cardiac tissue engineering. During this study, we aimed to synthesize
polyester urethane urea (PEUU) for application in myocardial tissue engineering. Gelatin, a …

… the efficiency of synthesized composite hydrogels for engineered multilayer … of aliphatic
polyesters because the monomer units are joined together by ester bonds. The synthesis of …

… in elastomeric polyesters, their synthesis and fabrication … on the synthesis of lignin-based
functional polymers, hydrogels … Four aliphatic diols are typically used for PDC synthesis: 1,6-…

… Synthesized by cardiac fibroblasts, they provide elasticity … situ forming alginate hydrogel in
acute myocardial infarction (MI… family of bioresorbable aliphatic polyesters normally produced …

… for cardiovascular applications, we previously synthesized 1,… a great candidate for cardiac
tissue engineering. The polymer … and a collagen/Matrigel hydrogel for encapsulating CMs and …

… soft biomaterial polyester elastomers including aliphatic-… of PICO scaffolded cardiac
tissue engineered patches, which … compaction around PICO scaffolding in hydrogel ECM (scale …

… scaffolds and hydrogels with respect to cardiac applications … with various materials such
aliphatic polyesters and carbon … de novo-synthesized matrix elements. Several disorders in …