In ophthalmic tissue engineering, amniotic membrane (AM) is one of the most prevalent
natural matrices used for limbal epithelial cell (LEC) cultivation and transplantation …

A novel strategy of cryogenic 3D bioprinting assisted by free-from extrusion printing has
been developed and applied to printing of a decellularized small intestinal submucosa …

Electrospun fibers with an average fiber diameter in the nanometer range were prepared
from soy protein isolate to develop scaffolds for tissue engineering applications. Poly …

Enthralling evidence of the potential of graphene-based materials for neural tissue
engineering is motivating the development of scaffolds using various structures related to …

Hyaluronic acid (HA), a carbohydrate polymer naturally found in the eye, has been
chemically modified by cross-linking to enhance its performance as a drug carrier. Although …

This study investigated a dual crosslinking paradigm, consisting of (a) photocrosslinking with
Rose Bengal (RB) and green light followed by (b) chemical crosslinking with 1‐ethyl‐3‐(3 …

Compromised angiogenesis is a major factor contributing delayed wound healing in diabetic
patients. Graft-assisted healing using synthetic and natural scaffolds supplemented with …

Graft-assisted healing is an important strategy for treating full-thickness skin wounds. This
study evaluated the properties of porcine cholecyst–derived scaffold and its use for treating …

Carbodiimide cross-linking can easily regulate the functionality of gelatin carriers used for
retinal sheet delivery. This paper investigates the effect of cross-linker concentrations (0–0.4 …

With the increasing use of animal-based biomaterials for regenerative medical applications,
the need for their safety assessment is paramount. A porcine cholecyst-derived scaffold …