In recent years, a variety of devices (drug-eluting stents, artificial organs, biosensors,
catheters, scaffolds for tissue engineering, heart valves, etc.) have been developed for …

Tissue engineering remains a promising therapeutic strategy for the repair or regeneration
of diseased or damaged tissues. Previous approaches have typically focused on combining …

Written by more than 400 subject experts representing diverse academic and applied
domains, this multidisciplinary resource surveys the vanguard of biomaterials and …

Our objective is to develop a synthetic biodegradable replacement dermal substitute for
tissue engineering of skin and oral mucosa. Our in vivo criteria were that candidate scaffolds …

The development of neotissue in tissue engineered vascular grafts remains poorly
understood. Advances in mouse genetic models have been highly informative in the study of …

The fibrotic response of the body to synthetic polymers limits their success in tissue
engineering and other applications. Though porous polymers have demonstrated improved …

Substrates with a nanofibrous morphology are considered as a prospective matrix to
populate and support cells in the tissue regeneration area. Although the nanofibers made of …

Osteoarthritis (OA) is a prevalent degenerative joint disease that places a significant burden
on the socioeconomic efficacy of communities around the world. Tissue engineering repair …

Poly (lactide-co-glycolic acid)(PLGA) has been widely applied to tissue engineering as a
good biocompatible material because of its biodegradability and nontoxic metabolites, but …

Nanotechnology is an emerging technology seeking to exploit distinct technological
advances controlling the structure of materials at a reduced dimensional scale approaching …