… and PLGA biocompatible polymers as the main polymers of the … In the NS group, some
Schwann cells entered into the scaffold in … acceptable biocompatibility as we observed thin fibrous …

… To determine the overall biocompatibility of the 5 wt.% PCL … [63] investigated viability of
Schwann cells on five different polymer … , they were biocompatible and promoted cell adhesion. …

… resorbable gastrointestinal patches of solution-cast film of PHB, … Polymers from the PHA group
are biocompatible, because … the outer surface of the scaffold, while host Schwann cells did …

… superior biocompatibility compared to other degradable polymers … biocompatible scaffold
alone or in cooperation with other … demonstrated that all three scaffolds promoted Schwann cell …

… of biocompatible PHA-based electrospun scaffolds has been … surface modification method
aiming to increase the scaffolds’ … to assess the scaffolds functionality and biocompatibility, …

… its high biocompatibility. PCL is another biocompatible and bioresorbable synthetic polymer
[11, … on attachment and proliferation of human Schwann cells has been shown by Vleggeert-…

… good scaffold material to be utilized in tissue engineering even though its biocompatibility is
… and immobilization of laminin on the surface of electrospun poly(3-hydroxybutyrate) fibrous …

… FDA defines materials as biocompatible when they do not … However, conventional solution
casting/particle leaching … vitro culture of Schwann cells on PCL-chitosan scaffolds and …

… Biocompatible fibrous scaffolds based on highly … , such as sufficient mechanical properties,
biocompatibility, and, in most … chitosan, and PEO solution-cast films were prepared with the …

… biodegradability, biocompatibility, and bio-stability [ Citation 18 ] . … In this section,
electrospinning and microfluidic methods, as two … manufacturing method was biocompatible. …