… a biodegradable gelatin-based poly(urethane urea) using … The novel gelatin-based
poly(urethane urea) fibrous mats offer … biological properties for soft tissue engineering …

… polyester ether triblock copolymers were investigated [12,13] to achieve biodegradable … for
the production of structures for soft tissue engineering applications such as skin substitutes [30…

… A novel PEUU-RGD electrospun mats for vascular application were fabricated. … parameters
for the electrospun nanofibers to be used in tissue engineering applications. The porosity and …

… for soft-tissue engineering applications so that the electrospun fiber and mesh structure
mimic the properties of the native tissue structures. In this paper, we compare the mechanical …

… characterization of a novel composite nanofibrous … , electrospinning to prepare blended
fiber scaffolds, to obtain biocompatibility and mechanical properties of both tissue engineering …

… Recently, electrospinning has been considered as a versatile … in myocardial tissue
engineering. Gelatin, a natural polymer … Tissue engineering has become a novel technology to …

… novel composite nanofibrous mats of poly(p-dioxanone) (PDO) and poly(ester-urethane)ureas …
also plays an important role in tissue engineering application. The reason might be that …

… Additional degradation of urethane and urea groups to free … group for vascular tissue
engineering applications. The blend … , an aliphatic polyester, and a novel aromatic chain extender …

… tissue engineering. As a continuous work to explore the application of PEUs in vascular tissue
engineering… 1 mm diameter were fabricated using electrospinning. Long term performance …

… by changing traditional electrospinning and by modifying … extremely useful in tissue engineering
applications due to their … have recognized the need of novel methods of treatment. In a …