INFLAMMATION INDUCES POST-ISCHEMIC HEART FAILURE: SYSTEMIC MONOCYTES STIMULATE HUMAN CARDIAC MYOFIBROBLAST ACTIVATION BY DIRECT CELL-CELL CONTACT von Mewhort, H.E, Lipon, B.D, Svystonyuk, D.A, Guzzardi, D.G, Fedak, P.W

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EXTRACELLULAR MATRIX BIOMATERIAL PROMOTES VASCULOGENESIS AND CARDIAC REPAIR: EVIDENCE OF A BIOINDUCTIVE FGF-2 DEPENDENT MECHANISM von Svystonyuk, D.A, Mewhort, H.E, Turnbull, J.D, Teng, G, Belke, D.D, Guzzardi, D.G, Park, D.S, Kang, S, Fedak, P.W

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SURGICAL APPLICATION OF A NOVEL BIOMATERIAL ATTENUATES POST-MI REMODELING AND HEART FAILURE: IMPACT OF INTERVENTION TIMING RELATIVE TO INFARCT STAGE ON FUNCTIONAL RECOVERY von Mewhort, H.E, Turnbull, J.D, Teng, G, Belke, D.D, Svystonyuk, D.A, Guzzardi, D.G, Duff, H.J, Fedak, P.W

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SIS-ECM BIOMATERIAL DECREASES HUMAN CARDIAC MYOFIBROBLAST ACTIVATION AND ATTENUATES LOCAL MATRIX REMODELING von Svystonyuk, D.A, Malik, G, Mewhort, H.E, Guzzardi, D.G, Park, D.S, Belke, D.D, Teng, G, Fedak, P.W

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SURGICAL APPLICATION OF A NOVEL BIOMATERIAL ENHANCES POST-MI FUNCTIONAL RECOVERY BY STIMULATING VASCULOGENESIS THROUGH AN ACTIVE BIO-INDUCTIVE MECHANISM von Mewhort, H.E, Turnbull, J.D, Teng, G, Belke, D.D, Svystonyuk, D.A, Guzzardi, D.G, Duff, H.J, Fedak, P.W

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FIBROBLAST GROWTH FACTOR (FGF-2) PREVENTS HUMAN CARDIAC FIBROBLAST-MEDIATED EXTRACELLULAR MATRIX REMODELING von Svystonyuk, D.A, Ngu, J.M, Mewhort, H.E, Guzzardi, D.G, Lipon, B.D, Park, D, Teng, G, Belke, D.D, Fedak, P.W

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EXTRACELLULAR MATRIX PATCH THERAPY TO ENHANCE INFARCT HEALING: PRECLINICAL VALIDATION OF A NOVEL SURGICAL STRATEGY von Mewhort, H.E, Turnbull, J.D, Flewitt, J.A, Meijndert, H.C, Guzzardi, D.G, Lipon, B.D, Svystonyuk, D.A, Fedak, P.W

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4D FLOW MRI IDENTIFIES REGIONS OF MORE SEVERE AORTOPATHY IN THE HUMAN BICUSPID AORTA von Guzzardi, D.G, Barker, A.J, van Ooij, P, Malaisrie, S.C, Puthumana, J.J, Belke, D.D, Kang, S, Mewhort, H.E, Svystonyuk, D.A, Verma, S, Collins, J, Carr, J, Bonow, R.O, Markl, M, Thomas, J.D, McCarthy, P.M, Fedak, P.W

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4D-FLOW MRI MAPPING OF REGIONAL AORTIC WALL SHEAR STRESS IMPLICATES HEMODYNAMICS IN HUMAN BICUSPID AORTOPATHY von Guzzardi, D.G, van Ooij, P, Barker, A.J, Markl, M, McCarthy, P.M, Malaisrie, S.C, Puthumana, J.J, Belke, D.D, O'Brien, E.R, Mewhort, H.E, Svystonyuk, D.A, Carr, J, Bonow, R.O, Fedak, P.W

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