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Results: 1-15 |
Results: 15
THE EFFECT OF MEMBRANE CHOLESTEROL CONTENT ON ION-TRANSPORT PROCESSESIN PLASMA-MEMBRANES
Authors: BASTIAANSE EML HOLD KM VANDERLAARSE A
Citation: Eml. Bastiaanse et al., THE EFFECT OF MEMBRANE CHOLESTEROL CONTENT ON ION-TRANSPORT PROCESSESIN PLASMA-MEMBRANES, Cardiovascular Research, 33(2), 1997, pp. 272-283
LOW EXTERNAL PH LIMITS CELL-DEATH OF ENERGY-DEPLETED CARDIOMYOCYTES BY ATTENUATION OF CA2+ OVERLOAD
Authors: ATSMA DE BASTIAANSE EML VANDERVALK L VANDERLAARSE A
Citation: De. Atsma et al., LOW EXTERNAL PH LIMITS CELL-DEATH OF ENERGY-DEPLETED CARDIOMYOCYTES BY ATTENUATION OF CA2+ OVERLOAD, American journal of physiology. Heart and circulatory physiology, 39(6), 1996, pp. 2149-2156
POSTISCHEMIC INJURY IN ISOLATED RAT HEARTS IS NOT AGGRAVATED BY PRIORDEPLETION OF MYOCARDIAL GLUTATHIONE
Authors: VERBUNT RJAM VANDOCKUM WG BASTIAANSE EML EGAS JM VANDERLAARSE A
Citation: Rjam. Verbunt et al., POSTISCHEMIC INJURY IN ISOLATED RAT HEARTS IS NOT AGGRAVATED BY PRIORDEPLETION OF MYOCARDIAL GLUTATHIONE, Molecular and cellular biochemistry, 156(1), 1996, pp. 79-85
EICOSAPENTAENOIC ACID INCORPORATION IN MEMBRANE PHOSPHOLIPIDS MODULATES RECEPTOR-MEDIATED PHOSPHOLIPASE-C AND MEMBRANE FLUIDITY IN RAT VENTRICULAR MYOCYTES IN CULTURE
Authors: DEJONGE HW DEKKERS DHW BASTIAANSE EML BEZSTAROSTI K VANDERLAARSE A LAMERS JMJ
Citation: Hw. Dejonge et al., EICOSAPENTAENOIC ACID INCORPORATION IN MEMBRANE PHOSPHOLIPIDS MODULATES RECEPTOR-MEDIATED PHOSPHOLIPASE-C AND MEMBRANE FLUIDITY IN RAT VENTRICULAR MYOCYTES IN CULTURE, Journal of Molecular and Cellular Cardiology, 28(5), 1996, pp. 1097-1108
GLUTATHIONE DISULFIDE AS AN INDEX OF OXIDATIVE STRESS DURING POSTISCHEMIC REPERFUSION IN ISOLATED RAT HEARTS (VOL 144, PG 85, 1995)
Authors: VERBUNT RJAM VANDOCKUM WG BASTIAANSE EML EGAS JM VANDERLAARSE A
Citation: Rjam. Verbunt et al., GLUTATHIONE DISULFIDE AS AN INDEX OF OXIDATIVE STRESS DURING POSTISCHEMIC REPERFUSION IN ISOLATED RAT HEARTS (VOL 144, PG 85, 1995), Molecular and cellular biochemistry, 146(2), 1995, pp. 187-187
GLUTATHIONE DISULFIDE AS AN INDEX OF OXIDATIVE STRESS DURING POSTISCHEMIC REPERFUSION IN ISOLATED RAT HEARTS
Authors: VERBUNT RJAM VANDOCKUM WG BASTIAANSE EML EGAS JM VANDERLAARSE A
Citation: Rjam. Verbunt et al., GLUTATHIONE DISULFIDE AS AN INDEX OF OXIDATIVE STRESS DURING POSTISCHEMIC REPERFUSION IN ISOLATED RAT HEARTS, Molecular and cellular biochemistry, 144(1), 1995, pp. 85-93
SEPARATION OF VLDL-SUBFRACTIONS BY DENSITY GRADIENT ULTRACENTRIFUGATION
Authors: ZHAO SP BASTIAANSE EML HAU MF SMELT AHM LEUVEN JAG VANDERLAARSE A VANTHOOFT FM
Citation: Sp. Zhao et al., SEPARATION OF VLDL-SUBFRACTIONS BY DENSITY GRADIENT ULTRACENTRIFUGATION, The Journal of laboratory and clinical medicine, 125(5), 1995, pp. 641-649
ROLE OF CALCIUM-ACTIVATED NEUTRAL PROTEASE (CALPAIN) IN CELL-DEATH INCULTURED NEONATAL RAT CARDIOMYOCYTES DURING METABOLIC INHIBITION
Authors: ATSMA DE BASTIAANSE EML JERZEWSKI A VANDERVALK LJM VANDERLAARSE A
Citation: De. Atsma et al., ROLE OF CALCIUM-ACTIVATED NEUTRAL PROTEASE (CALPAIN) IN CELL-DEATH INCULTURED NEONATAL RAT CARDIOMYOCYTES DURING METABOLIC INHIBITION, Circulation research, 76(6), 1995, pp. 1071-1078
METABOLIC INHIBITION OF CARDIOMYOCYTES CAUSES AN INCREASE IN SARCOLEMMAL FLUIDITY WHICH MAY BE DUE TO LOSS OF CELLULAR CHOLESTEROL
Authors: BASTIAANSE EML ATSMA DE VANDERVALK LJM VANDERLAARSE A
Citation: Eml. Bastiaanse et al., METABOLIC INHIBITION OF CARDIOMYOCYTES CAUSES AN INCREASE IN SARCOLEMMAL FLUIDITY WHICH MAY BE DUE TO LOSS OF CELLULAR CHOLESTEROL, Archives of biochemistry and biophysics, 319(2), 1995, pp. 350-354
CELLULAR CHOLESTEROL MODULATION AFFECTS THE INTRACELLULAR CALCIUM-IONCONCENTRATION IN CARDIOMYOCYTES INDEPENDENT OF MEMBRANE FLUIDITY
Authors: BASTIAANSE EML KUIJPERS MC ATSMA DE VANDERVALK LJM VANDERLAARSE A
Citation: Eml. Bastiaanse et al., CELLULAR CHOLESTEROL MODULATION AFFECTS THE INTRACELLULAR CALCIUM-IONCONCENTRATION IN CARDIOMYOCYTES INDEPENDENT OF MEMBRANE FLUIDITY, Journal of the American College of Cardiology, 1994, pp. 10000463-10000463
A NOVEL 2-COMPARTMENT CULTURE DISH ALLOWS MICROSCOPIC EVALUATION OF 2DIFFERENT TREATMENTS IN ONE-CELL CULTURE SIMULTANEOUSLY - INFLUENCE OF EXTERNAL PH ON NA+ CA2+ EXCHANGER ACTIVITY IN CULTURED RAT CARDIOMYOCYTES/
Authors: ATSMA DE BASTIAANSE EML INCE C VANDERLAARSE A
Citation: De. Atsma et al., A NOVEL 2-COMPARTMENT CULTURE DISH ALLOWS MICROSCOPIC EVALUATION OF 2DIFFERENT TREATMENTS IN ONE-CELL CULTURE SIMULTANEOUSLY - INFLUENCE OF EXTERNAL PH ON NA+ CA2+ EXCHANGER ACTIVITY IN CULTURED RAT CARDIOMYOCYTES/, Pflugers Archiv, 428(3-4), 1994, pp. 296-299
THE EFFECT OF SARCOLEMMAL CHOLESTEROL CONTENT ON THE TOLERANCE TO ANOXIA IN CARDIOMYOCYTE CULTURES
Authors: BASTIAANSE EML VANDERVALKKOKSHOORN LJM EGASKENNIPHAAS JM ATSMA DE VANDERLAARSE A
Citation: Eml. Bastiaanse et al., THE EFFECT OF SARCOLEMMAL CHOLESTEROL CONTENT ON THE TOLERANCE TO ANOXIA IN CARDIOMYOCYTE CULTURES, Journal of Molecular and Cellular Cardiology, 26(5), 1994, pp. 639-648
SIMVASTATIN-SODIUM DELAYS CELL-DEATH OF ANOXIC CARDIOMYOCYTES BY INHIBITION OF THE NA+ CA2+ EXCHANGER/
Authors: BASTIAANSE EML ATSMA DE KUIJPERS MMC VANDERLAARSE A
Citation: Eml. Bastiaanse et al., SIMVASTATIN-SODIUM DELAYS CELL-DEATH OF ANOXIC CARDIOMYOCYTES BY INHIBITION OF THE NA+ CA2+ EXCHANGER/, FEBS letters, 343(2), 1994, pp. 151-154
THE EFFECT OF SARCOLEMMAL CHOLESTEROL CONTENT ON INTRACELLULAR CALCIUM-ION CONCENTRATION IN CULTURED CARDIOMYOCYTES
Authors: BASTIAANSE EML ATSMA DE KUIJPERS MMC VANDERLAARSE A
Citation: Eml. Bastiaanse et al., THE EFFECT OF SARCOLEMMAL CHOLESTEROL CONTENT ON INTRACELLULAR CALCIUM-ION CONCENTRATION IN CULTURED CARDIOMYOCYTES, Archives of biochemistry and biophysics, 313(1), 1994, pp. 58-63
HEPTANOL-INDUCED DECREASE IN CARDIAC GAP JUNCTIONAL CONDUCTANCE IS MEDIATED BY A DECREASE IN THE FLUIDITY OF MEMBRANOUS CHOLESTEROL-RICH DOMAINS
Authors: BASTIAANSE EML JONGSMA HJ VANDERLAARSE A TAKENSKWAK BR
Citation: Eml. Bastiaanse et al., HEPTANOL-INDUCED DECREASE IN CARDIAC GAP JUNCTIONAL CONDUCTANCE IS MEDIATED BY A DECREASE IN THE FLUIDITY OF MEMBRANOUS CHOLESTEROL-RICH DOMAINS, The Journal of membrane biology, 136(2), 1993, pp. 135-145
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