Abstract: 10.40 Paracrine Factors From Human Peripheral Blood Mononuclear Cells Improve Wound Healing, Scar Quality, And Angiogenesis In A Porcine Burn Model
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چکیده
results: MAPCs differentiated into lymphatic endothelial cells (LECs) and trophically supported LEC proliferation, migration and sprouting in vitro. In vivo, in addition to supporting blood vessel growth, MAPC transplantation significantly induced lymphatic capillary regrowth in wounds and functionally restored lymph drainage across skin flaps by stimulating capillary and precollector vessel growth mostly through paracrine effects.
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Abstract: 11.00 Oxygenated Perfusion Of Free Flaps Using A Modified Heart-Lung Machine To Minimize Tissue Damage During Ischemia Time: A Feasibility Study In A Porcine Model And Initial Results
T husday, M ay 6, 2016 of peripheral blood mononuclear cells (PBMCs) _ comprising all secreted factors produced over 24 hours _ has been shown to improve wound healing and angiogenesis in previous studies. We used human PBMC secretomes in an in vivo model that resembles the clinical setting to investigate its potential to improve the quality of regenerating skin, increase angiogenesis, and redu...
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T husday, M ay 6, 2016 of peripheral blood mononuclear cells (PBMCs) _ comprising all secreted factors produced over 24 hours _ has been shown to improve wound healing and angiogenesis in previous studies. We used human PBMC secretomes in an in vivo model that resembles the clinical setting to investigate its potential to improve the quality of regenerating skin, increase angiogenesis, and redu...
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