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Functional Exhaustion of Bone Marrow Derived Endothelial Progenitor Cells in a Chronic Swine Model of Myocardial Ischemia

Hung Q. Ly

The practical impairment of bone marrow derived epithelial tissue ascendent cells remains a crucial barrier for viscus cell-based therapies. Our aim was to form a relevant even-toed ungulate model of chronic anemia and document its result on bone derived ascendent cells. we have a tendency to hypothesized that bone marrow derived epithelial tissue ascendent cells would be functionally impaired within the setting of chronic viscus pathology of anemia origin. At baseline, Landrace miniswine was instrumented with a set occluder to the proximal left anterior degressive artery. we have a tendency to evaluated the animals over a 3-month amount (0, forty five and ninety days). Focal proximal left anterior degressive pathology was angiographically confirmed all told animals (mean diameter pathology = 96±4%, n=12). The ensuing anemia heart muscle had proof of contracted pathology however preserved viability. A progressive decline in current levels of epithelial tissue ascendent cells was documented three months following instrumentation (P<0.001).

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