… (>5 mm internal diameter) vascular vascular graft combining human cells and a xenogenic
acellular matrix by means of tissue-engineering techgrafts have been successfully developed …

… of human cells but only of the host mouse cells, and that is … our graft is that the actual cells
that are seeded onto the grafts … these cells induce a paracrine effect that recruits host cells that …

… graft with the potential to promote autologous tissue regeneration without any seeding would
be more practical than a seeded graft… vascular graft that did not require ex vivo cell seeding. …

… cell seeding: a new method for the fast application of an evenly distributed cell layer on porous
vascular grafts… cell seeding: a new method for the fast application of an evenly distributed …

… cell seeding (AES) depends on the seeding density, the primary attachment, the initial cell
loss, and the reproductive capacity of the seeded cells… The seeding density, which is of crucial …

… adhesion and decreases thrombogenicity of endothelial cell-seeded grafts. … ) spun
polyurethane polymer vascular grafts were seeded with bovine aortic endothelial cells and cultured …

… have prevented clinical application of vascular graft seeding. It is with … cell seeding of
vascular grafts, armed with new technical approaches and insights into the biology of vascular cells…

… seeded and nonseeded vascular grafts. We reported [30] that EC seeded onto vascular grafts
… [31] did not find a difference in PGI2 levels between seeded and nonseeded vascular grafts…

… -engineered vascular graft (TEVG), and combining stem cells … incorporation of muscle-derived
stem cells (MDSCs) within tubular … for vascular applications. Porous PEUU scaffolds were …

… of BM-MNC seeding in a novel electrospun vascular graft. BM-MNC seeding of nanofiber
scaffolds prevented … The patent vascular grafts showed concentric laminated smooth muscle …