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Results: 1-9 |
Results: 9
MITOCHONDRIAL CALCIUM TRANSPORTING PATHWAYS DURING HYPOXIA AND REOXYGENATION IN SINGLE-RAT CARDIOMYOCYTES
Authors: GRIFFITHS EJ OCAMPO CJ SAVAGE JS RUTTER GA HANSFORD RG STERN MD SILVERMAN HS
Citation: Ej. Griffiths et al., MITOCHONDRIAL CALCIUM TRANSPORTING PATHWAYS DURING HYPOXIA AND REOXYGENATION IN SINGLE-RAT CARDIOMYOCYTES, Cardiovascular Research, 39(2), 1998, pp. 423-433
INHIBITION OF MITOCHONDRIAL CALCIUM EFFLUX BY CLONAZEPAM IN INTACT SINGLE-RAT CARDIOMYOCYTES AND EFFECTS ON NADH PRODUCTION
Authors: GRIFFITHS EJ WEI SK HAIGNEY MCP OCAMPO CJ STERN MD SILVERMAN HS
Citation: Ej. Griffiths et al., INHIBITION OF MITOCHONDRIAL CALCIUM EFFLUX BY CLONAZEPAM IN INTACT SINGLE-RAT CARDIOMYOCYTES AND EFFECTS ON NADH PRODUCTION, Cell calcium, 21(4), 1997, pp. 321-329
NITRIC-OXIDE INHIBITION OF COXSACKIEVIRUS REPLICATION IN-VITRO
Authors: ZARAGOZA C OCAMPO CJ SAURA M MCMILLAN A LOWENSTEIN CJ
Citation: C. Zaragoza et al., NITRIC-OXIDE INHIBITION OF COXSACKIEVIRUS REPLICATION IN-VITRO, The Journal of clinical investigation, 100(7), 1997, pp. 1760-1767
MYOCYTE ADAPTATION TO CHRONIC HYPOXIA AND DEVELOPMENT OF TOLERANCE TOSUBSEQUENT ACUTE SEVERE HYPOXIA
Authors: SILVERMAN HS WEI SK HAIGNEY MCP OCAMPO CJ STERN MD
Citation: Hs. Silverman et al., MYOCYTE ADAPTATION TO CHRONIC HYPOXIA AND DEVELOPMENT OF TOLERANCE TOSUBSEQUENT ACUTE SEVERE HYPOXIA, Circulation research, 80(5), 1997, pp. 699-707
THE ANTIVIRAL ROLE OF NITRIC-OXIDE IN COXSACKIEVIRUS MYOCARDITIS
Authors: ZARAGOZA C OCAMPO CJ SAURA M MCMILLAN A LOWENSTEIN CJ
Citation: C. Zaragoza et al., THE ANTIVIRAL ROLE OF NITRIC-OXIDE IN COXSACKIEVIRUS MYOCARDITIS, Circulation, 96(8), 1997, pp. 2753-2753
ANTISENSE OLIGODEOXYNUCLEOTIDES AGAINST THE NA-CA EXCHANGER PREVENT MYOCYTES FROM HYPOXIC INJURY
Authors: WEI SK OCAMPO CJ STERN MD SILVERMAN HS YIN FCP
Citation: Sk. Wei et al., ANTISENSE OLIGODEOXYNUCLEOTIDES AGAINST THE NA-CA EXCHANGER PREVENT MYOCYTES FROM HYPOXIC INJURY, Circulation, 94(8), 1996, pp. 44-44
EVIDENCE FROM A TRANSGENIC MODEL THAT REVERSE-MODE SODIUM-CALCIUM EXCHANGE CONTRIBUTES TO MYOCYTE INJURY FOLLOWING HYPOXIA
Authors: WEI SK PHILIPSON KD OCAMPO CJ GRIFFITHS EJ STERN MD SILVERMAN HS
Citation: Sk. Wei et al., EVIDENCE FROM A TRANSGENIC MODEL THAT REVERSE-MODE SODIUM-CALCIUM EXCHANGE CONTRIBUTES TO MYOCYTE INJURY FOLLOWING HYPOXIA, Circulation, 92(8), 1995, pp. 901-901
EXCITATION-CONTRACTION COUPLING IN VENTRICULOCYTES FROM TRANSGENIC MICE WITH HIGH-LEVEL EXPRESSION OF CANINE SARCOLEMMAL SODIUM-CALCIUM EXCHANGE
Authors: SILVERMAN HS HAIGNEY MCP GRIFFITHS EJ WEI SK OCAMPO CJ PHILIPSON KD STERN MD
Citation: Hs. Silverman et al., EXCITATION-CONTRACTION COUPLING IN VENTRICULOCYTES FROM TRANSGENIC MICE WITH HIGH-LEVEL EXPRESSION OF CANINE SARCOLEMMAL SODIUM-CALCIUM EXCHANGE, Circulation, 92(8), 1995, pp. 1123-1123
UNEXPECTED ADAPTIVE SHIFT TO ANAEROBIC METABOLISM IN ADULT CARDIAC MYOCYTES EXPOSED TO CHRONIC MILD HYPOXIA
Authors: WEI SK OCAMPO CJ STERN MD SILVERMAN HS
Citation: Sk. Wei et al., UNEXPECTED ADAPTIVE SHIFT TO ANAEROBIC METABOLISM IN ADULT CARDIAC MYOCYTES EXPOSED TO CHRONIC MILD HYPOXIA, Circulation, 92(8), 1995, pp. 1848-1848
Risultati: 1-9 |