IMPROVED ISLET FUNCTION AND REVASCULARIZATION BY CO-TRANSPLANTATION OF HUMAN MULTIPOTENT ADULT PROGENITOR CELLS IN DIABETES MOUSE MODEL
Background:Commonly used islet transplantation protocols experiencesignificant islet injury and graft loss; therefore new methods to support thelong-term benefits of this treatment are needed. Recent studies have shownthat non-endothelial bone marrow-derived multipotent adult progenitor cells(MAPC) possess significant immune-modulating abilities and can secreteangiogenic molecules, which could mak
