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Results: 1-7 |
Results: 7
MITOCHONDRIAL CA2-CONTRACTION CYCLE - EFFECTS OF PACING AND HORMONAL-STIMULATION( TRANSIENTS IN CARDIAC MYOCYTES DURING THE EXCITATION)
Authors: OHATA H CHACON E TESFAI SA HARPER IS HERMAN B LEMASTERS JJ
Citation: H. Ohata et al., MITOCHONDRIAL CA2-CONTRACTION CYCLE - EFFECTS OF PACING AND HORMONAL-STIMULATION( TRANSIENTS IN CARDIAC MYOCYTES DURING THE EXCITATION), Journal of bioenergetics and biomembranes, 30(3), 1998, pp. 207-222
SUBSTRATE EFFECTS ON SARCOLEMMAL PERMEABILITY IN THE NORMOXIC AND HYPOXIC PERFUSED RAT-HEART
Authors: LOCHNER A PENTZ A WILLIAMS K TROMP E HARPER IS
Citation: A. Lochner et al., SUBSTRATE EFFECTS ON SARCOLEMMAL PERMEABILITY IN THE NORMOXIC AND HYPOXIC PERFUSED RAT-HEART, Basic research in cardiology, 91(1), 1996, pp. 64-78
MITOCHONDRIAL FREE CALCIUM TRANSIENTS DURING EXCITATION-CONTRACTION COUPLING IN RABBIT CARDIAC MYOCYTES
Authors: CHACON E OHATA H HARPER IS TROLLINGER DR HERMAN B LEMASTERS JJ
Citation: E. Chacon et al., MITOCHONDRIAL FREE CALCIUM TRANSIENTS DURING EXCITATION-CONTRACTION COUPLING IN RABBIT CARDIAC MYOCYTES, FEBS letters, 382(1-2), 1996, pp. 31-36
PRECONDITIONING WITH A SINGLE SHORT EPISODE OF GLOBAL-ISCHEMIA IN THEISOLATED WORKING RAT-HEART - EFFECT ON STRUCTURE, MECHANICAL FUNCTION, AND ENERGY-METABOLISM FOR VARIOUS DURATIONS OF SUSTAINED GLOBAL-ISCHEMIA
Authors: MOOLMAM JA GENADE S WINTERBACH R HARPER IS WILLIAMS K LOCHNER A
Citation: Ja. Moolmam et al., PRECONDITIONING WITH A SINGLE SHORT EPISODE OF GLOBAL-ISCHEMIA IN THEISOLATED WORKING RAT-HEART - EFFECT ON STRUCTURE, MECHANICAL FUNCTION, AND ENERGY-METABOLISM FOR VARIOUS DURATIONS OF SUSTAINED GLOBAL-ISCHEMIA, Cardiovascular drugs and therapy, 9(1), 1995, pp. 103-115
EFFECT OF H2O2 ON THE ULTRASTRUCTURE, SARCOLEMMAL PERMEABILITY AND MECHANICAL PERFORMANCE OF THE ISOLATED RAT-HEART
Authors: COETZEE IH HARPER IS GENADE S LOCHNER A
Citation: Ih. Coetzee et al., EFFECT OF H2O2 ON THE ULTRASTRUCTURE, SARCOLEMMAL PERMEABILITY AND MECHANICAL PERFORMANCE OF THE ISOLATED RAT-HEART, South African journal of science, 90(1), 1994, pp. 17-22
HALOTHANE PROTECTS THE ISOLATED RAT MYOCARDIUM AGAINST EXCESSIVE TOTAL INTRACELLULAR CALCIUM AND STRUCTURAL DAMAGE DURING ISCHEMIA AND REPERFUSION
Authors: LOCHNER A HARPER IS SALIE R GENADE S COETZEE AR
Citation: A. Lochner et al., HALOTHANE PROTECTS THE ISOLATED RAT MYOCARDIUM AGAINST EXCESSIVE TOTAL INTRACELLULAR CALCIUM AND STRUCTURAL DAMAGE DURING ISCHEMIA AND REPERFUSION, Anesthesia and analgesia, 79(2), 1994, pp. 226-233
INHIBITION OF NA+ H+ EXCHANGE PRESERVES VIABILITY, RESTORES MECHANICAL FUNCTION, AND PREVENTS THE PH PARADOX IN REPERFUSION INJURY TO RAT NEONATAL MYOCYTES/
Authors: HARPER IS BOND JM CHACON E REECE JM HERMAN B LEMASTERS JJ
Citation: Is. Harper et al., INHIBITION OF NA+ H+ EXCHANGE PRESERVES VIABILITY, RESTORES MECHANICAL FUNCTION, AND PREVENTS THE PH PARADOX IN REPERFUSION INJURY TO RAT NEONATAL MYOCYTES/, Basic research in cardiology, 88(5), 1993, pp. 430-442
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