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INCREASED GLYCOLYTIC SUBSTRATE PROTECTS AGAINST ISCHEMIC DIASTOLIC DYSFUNCTION - P-31-NMR STUDIES IN THE ISOLATED BLOOD-PERFUSED RAT-HEART
Authors: CAVE AC EBERLI FE NGOY S ROSE J INGWALL JS APSTEIN CS
Citation: Ac. Cave et al., INCREASED GLYCOLYTIC SUBSTRATE PROTECTS AGAINST ISCHEMIC DIASTOLIC DYSFUNCTION - P-31-NMR STUDIES IN THE ISOLATED BLOOD-PERFUSED RAT-HEART, Circulation, 88(4), 1993, pp. 43-43
MISMATCH AMONG ATP CONTENT, SYNTHESIS AND TURNOVER RATES AND FUNCTIONDURING ISCHEMIA AND REPERFUSION - A P-31-NMR STUDY IN THE BLOOD-PERFUSED ISOLATED RAT-HEART
Authors: CAVE AC EBERLI FE NGOY S ROSE J APSTEIN CS INGWALL JS
Citation: Ac. Cave et al., MISMATCH AMONG ATP CONTENT, SYNTHESIS AND TURNOVER RATES AND FUNCTIONDURING ISCHEMIA AND REPERFUSION - A P-31-NMR STUDY IN THE BLOOD-PERFUSED ISOLATED RAT-HEART, Circulation, 88(4), 1993, pp. 526-526
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