Dana Egozi

TL;DR: A “relay” approach is suggested in which extended in vitro incubation, enabling the formation of a more structured vascular bed, allows for graft-host angiogenic collaboration that promotes anastomosis and vascular integration that supports enhanced muscle regeneration, maturation, and integration.

TL;DR: The described engineered muscle flap, equipped with an autologous vascular pedicle, constitutes an effective tool for reconstruction of large defects, thereby circumventing the need for both harvesting autologously flaps and postoperative scarification.

TL;DR: These data demonstrate optimal vascular network formation upon co-culture of microvascular endothelial cells and adipose-derived MSCs in vitro and constitute a significant step in appreciation of the potential of microVascular endothelium cells and M SCs in different tissue engineering applications that can also be advantageous in in vivo studies.

TL;DR: The data suggest that stimulation of angiogenesis by a cluster ofAngiogenic factors and decreased fat cell apoptosis account for potential mechanisms that underlie the improved long-term survival of fat transplants following EPO treatment.

TL;DR: It is shown that EPO and FN have an additive effect on wound repair in diabetic mice and this effect was associated with increased angiogenesis, increased eNOS and β1-integrin expression, and reduced expression of inflammatory cytokines and apoptosis.