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Results: 1-11 |
Results: 11
CARDIAC MYOCYTE CALCIUM-TRANSPORT IN PHOSPHOLAMBAN KNOCKOUT MOUSE - RELAXATION AND ENDOGENOUS CAMKII EFFECTS
Authors: LI L CHU GX KRANIAS EG BERS DM
Citation: L. Li et al., CARDIAC MYOCYTE CALCIUM-TRANSPORT IN PHOSPHOLAMBAN KNOCKOUT MOUSE - RELAXATION AND ENDOGENOUS CAMKII EFFECTS, American journal of physiology. Heart and circulatory physiology, 43(4), 1998, pp. 1335-1347
IN-VIVO PHOSPHORYLATION OF CARDIAC TROPONIN-I BY PROTEIN-KINASE C-BETA-2 DECREASES CARDIOMYOCYTE CALCIUM RESPONSIVENESS AND CONTRACTILITY IN TRANSGENIC MOUSE HEARTS
Authors: TAKEISHI Y CHU GX KIRKPATRICK DM LI ZL WAKASAKI H KRANIAS EG KING GL WALSH RA
Citation: Y. Takeishi et al., IN-VIVO PHOSPHORYLATION OF CARDIAC TROPONIN-I BY PROTEIN-KINASE C-BETA-2 DECREASES CARDIOMYOCYTE CALCIUM RESPONSIVENESS AND CONTRACTILITY IN TRANSGENIC MOUSE HEARTS, The Journal of clinical investigation, 102(1), 1998, pp. 72-78
TRANSGENIC APPROACHES TO DEFINE THE FUNCTIONAL-ROLE OF DUAL SITE PHOSPHOLAMBAN PHOSPHORYLATION
Authors: LUO WS CHU GX SATO Y ZHOU ZP KADAMBI VJ KRANIAS EG
Citation: Ws. Luo et al., TRANSGENIC APPROACHES TO DEFINE THE FUNCTIONAL-ROLE OF DUAL SITE PHOSPHOLAMBAN PHOSPHORYLATION, The Journal of biological chemistry, 273(8), 1998, pp. 4734-4739
GENETICALLY-ENGINEERED MICE OFFER UNIQUE INSIGHTS INTO THE FUNCTIONAL-SIGNIFICANCE OF DUAL SITE PHOSPHOLAMBAN PHOSPHORYLATION
Authors: CHU GX LESTER JW LUO WS MESNARDROUILLER L KRANIAS EG
Citation: Gx. Chu et al., GENETICALLY-ENGINEERED MICE OFFER UNIQUE INSIGHTS INTO THE FUNCTIONAL-SIGNIFICANCE OF DUAL SITE PHOSPHOLAMBAN PHOSPHORYLATION, Circulation, 98(17), 1998, pp. 736-736
MONOMERIC PHOSPHOLAMBAN OVEREXPRESSION IN TRANSGENIC MOUSE HEARTS
Authors: CHU GX DORN GW LUO WS HARRER JM KADAMBI VJ WALSH RA KRANIAS EG
Citation: Gx. Chu et al., MONOMERIC PHOSPHOLAMBAN OVEREXPRESSION IN TRANSGENIC MOUSE HEARTS, Circulation research, 81(4), 1997, pp. 485-492
PENTAMERIC ASSEMBLY OF PHOSPHOLAMBAN IS NECESSARY FOR ITS OPTIMAL REGULATION OF MYOCARDIAL RELAXATION
Authors: CHU GX SATO Y LI L LUO WS KADAMBI VJ BERS DM KRANIAS EG
Citation: Gx. Chu et al., PENTAMERIC ASSEMBLY OF PHOSPHOLAMBAN IS NECESSARY FOR ITS OPTIMAL REGULATION OF MYOCARDIAL RELAXATION, Circulation, 96(8), 1997, pp. 988-988
COMPENSATORY MECHANISMS ASSOCIATED WITH THE HYPERDYNAMIC FUNCTION OF PHOSPHOLAMBAN-DEFICIENT MOUSE HEARTS
Authors: CHU GX LUO WS SLACK JP TILGMANN C SWEET WE SPINDLER M SAUPE KW BOIVIN GP MORAVEC CS MATLIB MA GRUPP IL INGWALL JS KRANIAS EG
Citation: Gx. Chu et al., COMPENSATORY MECHANISMS ASSOCIATED WITH THE HYPERDYNAMIC FUNCTION OF PHOSPHOLAMBAN-DEFICIENT MOUSE HEARTS, Circulation research, 79(6), 1996, pp. 1064-1076
CARDIOMYOCYTE MECHANICS IN TRANSGENIC MICE EXPRESSING MONOMERIC PHOSPHOLAMBAN
Authors: CHU GX KADAMBI VJ LUO WS KIRKPATRICK DL WALSH RA KRANIAS EG
Citation: Gx. Chu et al., CARDIOMYOCYTE MECHANICS IN TRANSGENIC MICE EXPRESSING MONOMERIC PHOSPHOLAMBAN, Circulation, 94(8), 1996, pp. 2449-2449
EFFECTS OF ENDOCARDIAL ENDOTHELIUM IN MYOCARDIAL MECHANICS OF HYPERTROPHIED MYOCARDIUM OF RATS
Authors: CHU GX LING Q GUO ZG
Citation: Gx. Chu et al., EFFECTS OF ENDOCARDIAL ENDOTHELIUM IN MYOCARDIAL MECHANICS OF HYPERTROPHIED MYOCARDIUM OF RATS, Zhongguo yaoli xuebao, 16(4), 1995, pp. 352-356
ENDOCARDIAL ENDOTHELIUM SELECTIVELY MODIFIES RELAXATION IN RAT PAPILLARY-MUSCLE
Authors: CHU GX LING Q GUO ZG
Citation: Gx. Chu et al., ENDOCARDIAL ENDOTHELIUM SELECTIVELY MODIFIES RELAXATION IN RAT PAPILLARY-MUSCLE, Cardioscience, 5(3), 1994, pp. 199-202
ENDOCARDIAL ENDOTHELIUM MODULATES CARDIAC RESPONSES TO HISTAMINE AND IMPROMIDINE IN ISOLATED WORKING RIGHT VENTRICLE OF GUINEA-PIGS
Authors: CHU GX ZHANG Y GUO ZG
Citation: Gx. Chu et al., ENDOCARDIAL ENDOTHELIUM MODULATES CARDIAC RESPONSES TO HISTAMINE AND IMPROMIDINE IN ISOLATED WORKING RIGHT VENTRICLE OF GUINEA-PIGS, Zhongguo yaoli xuebao, 14(3), 1993, pp. 225-228
Risultati: 1-11 |