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Background Non ST-segment acute coronary syndromes (NSTEACS) comprise 70% of all ACS. Difficulty in recognizing which patients have myocardium at risk contributes to heterogeneity in NSTE-ACS management, leading to poor outcomes compared to ST-elevation myocardial infarction (STEMI). To date, lack of suitable animal models has impeded progress in optimizing care. We developed a novel canine model to mimic NSTE-ACS, and evaluated ex vivo myocardial characteristics in the context of in vivo T2-CMR that may identify at-risk and salvageable regions.

Ex vivo signatures of myocardial edema by in vivo T2-CMR in a novel large animal model of NSTE-ACS