Macroscopic evidence of contracture has been identified as a major issue during the
regeneration process. We hypothesize that lack of angiogenesis is the primary cause of …

Hydrogels are one of the most versatile biomaterials in use for tissue engineering and
regenerative medicine. They are assembled from either natural or synthetic polymers, and …

Islet transplant is a curative treatment for insulin-dependent diabetes. However, challenges,
including poor tissue survival and a lack of efficient engraftment, must be overcome. An …

Three‐dimensional scaffolds have the capacity to serve as an architectural framework to
guide and promote tissue regeneration. Parameters such as the type of material, growth …

The potential to control the rate of replacement of a biodegradable implant by a tissue would
be advantageous. Here, we demonstrate that tissue invasion can be tuned through the novel …

Tracheal epithelial cells maintain airway homeostasis by mediating mucociliary clearance.
Following tracheal reconstruction, timely epithelial regeneration is required to prevent …

Angiogenesis is a vital component of the orchestrated wound healing cascade and tissue
regeneration process, which has a therapeutic prominence in treatment of ischemic vascular …

Biomaterial vascularization remains a major focus in the field of tissue engineering.
Biomaterial culture of endometrial cells is described as a platform to inform the design of …

The concept of increased blood vessel (BV) density proximal to glucose sensors implanted
in the interstitial tissue increases the accuracy and lifespan of sensors is accepted, despite …

Purpose: The aim of this study was to design naproxen sodium (NS)-containing, biomimetic,
porous poly (lactide-co-glycolide)(PLGA) scaffolds for regeneration of damaged corneal …