… , when implanted as a vascular graft, was able to function, and to become populated with
host cells. A completely cellular approach culturing cells into tissue sheets and wrapping these …

… scaffolds that promote cell migration into the walls of small-diameter grafts. Although the …
somewhat confining to host cells, the grafts revealed fast cellular ingrowth and continuing …

… from porcine tissues implanted in a canine model could be repopulated from the host cells,
indicating the grafts’ potential to develop into living tissues that can adapt and respond to …

… and biochemical stimuli, functional vascular tissues have been … vascular grafts. Upon
implantation into the human body, the cell-free vascular graft will be repopulated by the host cells …

… in the lumen to engineer a cell-free vascular graft. [ 7 ] Acellular … the grafts developed a
confluent endothelium from host cells, … We developed cell-free, VEGF-fortified vascular grafts that …

… into immunodeficient mice as host macrophages invaded the graft. As a … entirely of host cell
origin. Here, we investigate the source of neotissue cells in syngeneic BMMC-seeded grafts, …

… of synthetic grafts by developing alternative sources of grafts … for tissue-engineered vascular
grafts. This strategy is based … material is replaced by the host's cells and extracellular matrix (…

… vascular-specific host cells in vitro by various preseeding techniques, or vitalization of the
graft is completely directed to spontaneous cell reconstitution in situ after implantation (Fig. 1). …

… With the results we demonstrate our way of thinking in relation to bioartificial vascular grafts…
cell components inside the graft wall. A smallnumber of host cells have migrated into the graft …

… [ 2, 7 ] The aim of TEVGs is to provide the structural framework for host cells to re-grow
the functional tissue. The overall idea is to design a scaffold (a tubular scaffold in this context) …