This study presents a bilayer structure as a skin scaffold comprised of an electrospun sheet
layer made of polycaprolactone and polyvinil alcohol and a porous hydrogel layer made of …

In this study, two distinct systems of biomaterials were fabricated and their potential use as a
bilayer scaffold (BS) for skin bioengineering applications was assessed. The initial …

This study presents the advantages of combining three-dimensional biodegradable
scaffolds with the injection bioprinting of hydrogels. This combination takes advantage of the …

Various types of biological materials have been developed and applied for tissue
regeneration and wound repair. Among them, hydrogel fibers obtained by combining …

Optimized electrospinning conditions were applied to produce single and multilayered (ML)
scaffolds composed of polycaprolactone, collagen and elastin. The ML scaffold was cross …

In this study, a novel bilayer scaffold composed of electrospun polycaprolactone and poly
(lacto-co-glycolic acid)(PCL/PLGA) membrane and glutaraldehyde (3.5% v/v) cross-linked …

Recently, in the field of tissue engineering, fabrication of three-dimensional (3D) electrospun
scaffold or membrane is much emphasized. In this study, layered composite scaffolds or …

A bilayer nonwoven material for tissue regeneration was prepared from chitosan (CS) and
hyaluronic acid (HA) by needleless electrospinning wherein 10–15 wt%(with respect to …

The electrospinning technique allows engineering biomimetic scaffolds within micro to
nanoscale range mimicking natural extracellular matrix (ECM). Chitosan (CS) and …

A bilayered electrospun membrane was produced in this study, using the electrospinning
technique, to be applied as a skin substitute. The upper layer of the membrane was …