TCT-282 Unstable Coronary Microvascular Physiology - The Critical Relationship of Patency and Perfusion Pressure Assessed by Controlled Flow Infusion von Gerteis, Esther, Schwartz, Robert, Rothman, Martin, Schwartz, Jonathan, Bludau, Oliver, Hoem, Jon, Cesarovic, Nikola, Gastl, Mareike, Feldman, Blathnaid

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TCT-874 Coronary Microvascular Function During STEMI: Real Time Absolute Dynamic Microvascular Resistance in an Experimental Porcine Model Using Controlled Flow Infusion von Schwartz, Robert, Gerteis, Esther, Schwartz, Jonathan, Rothman, Martin, Hoem, Jon, Bludau, Oliver, Feldman, Blathnaid, Cesarovic, Nikola, Gastl, Mareike

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CONTROLLED CORONARY FLOW INFUSION MEASURES MYOCARDIAL MICROVASCULAR RESISTANCE IN REAL TIME DURING EXPERIMENTAL ST-ELEVATION MYOCARDIAL INFARCTION von Schwartz, Robert S., Hoem, Jon, Bludau, Oliver, Cesarovic, Nikola, Gastl, Mareika, Feldman, Blathnaid, Rothman, Martin

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ST-ELEVATION MYOCARDIAL INFARCTION-DERIVED CORONARY MICROVASCULAR OBSTRUCTION IS NOT THROMBUS DEPENDENT: RESULTS IN A PORCINE CORONARY MODEL von Pellegrini, Giovanni, Cesarovic, Nikola, Gastl, Mareika, Hoem, Jon, Rothman, Martin, Bludau, Oliver, Feldman, Blathnaid, Torii, Sho, Virmani, Renu, Schwartz, Robert

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CORONARY MICROVASCULAR DYSFUNCTION IS INDUCED BY HEMODYNAMIC INSTABILITY: QUANTITATION BY CONTROLLED FLOW INFUSION von Schwartz, Robert, Hoem, Jon, Cesarovic, Nikola, Bludau, Oliver, Gastl, Mareike, Gerteis, Esther, Feldman, Blathnaid, Schwartz, Jonathan, Rothman, Martin

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