… fibrous scaffolds is still lacking. In the present paper, the in vitro responses of Schwann
cells on various types of electrospun fibrous scaffolds that were fabricated from a number of …

… and biocompatible synthetic or natural polymers has been … lineages on pure chitosan
nanofibrous scaffolds is still … types of cells, ie, Schwann cells, osteoblast-like cells, keratinocytes …

… as it is biodegradable and biocompatible, exhibits good mechanical … The surface morphology
of the electrospun scaffolds was … the average fiber diameter in the PCL scaffold and those …

… to have similar in vitro and in vivo biocompatibility to PLGA a … available biocompatible and
biodegradable polymers, ie, poly(3-… with those of the cells on corresponding solution-cast film. …

… be biocompatible and should have a large surface area as … fibers and compared with
solution-cast films. Similarly, Miller … in terms of in vitro biocompatibility property of various carbon …

… biodegradable and biocompatible thermoplastic polyesters … in vitro with mouse fibroblasts
(L929) and Schwann cells (… tested against those of the corresponding solution-cast films. …

… 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 …

… nanofibrous scaffolds were also fabricated by electrospinning … , fiber alignment and collagen
incorporation on Schwann cell (… the in vitro assays illustrated the cellular biocompatibility of …

… on the surface functionalization of PHAs electrospun fibrous … activity of electrospun PHB/PHBV
fibrous scaffolds which have … and PHBV affects their biocompatibility for application in …

… Although PHB is inherently biodegradable and biocompatible, the … scaffolds may serve as
a potential scaffold for Schwann cell … the stem cell surface marker expression of human MSCs. …