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Results: 1-13 |
Results: 13
CELL-SPECIFIC PROMOTER IN ADENOVIRUS VECTOR FOR TRANSGENIC EXPRESSIONOF SERCA1 ATPASE IN CARDIAC MYOCYTES
Authors: INESI G LEWIS D SUMBILLA C NANDI A STROCK C HUFF KW ROGERS TB JOHNS DC KESSLER PD ORDAHL CP
Citation: G. Inesi et al., CELL-SPECIFIC PROMOTER IN ADENOVIRUS VECTOR FOR TRANSGENIC EXPRESSIONOF SERCA1 ATPASE IN CARDIAC MYOCYTES, American journal of physiology. Cell physiology, 43(3), 1998, pp. 645-653
DIRECT DEMONSTRATION OF CA2-ENDOPLASMIC RETICULUM CA2+ ATPASE MUTANTSOVEREXPRESSED IN COS-1 CELLS TRANSFECTED WITH ADENOVIRUS VECTORS( BINDING DEFECTS IN SARCO)
Authors: STROCK C CAVAGNA M PEIFFER WE SUMBILLA C LEWIS D INESI G
Citation: C. Strock et al., DIRECT DEMONSTRATION OF CA2-ENDOPLASMIC RETICULUM CA2+ ATPASE MUTANTSOVEREXPRESSED IN COS-1 CELLS TRANSFECTED WITH ADENOVIRUS VECTORS( BINDING DEFECTS IN SARCO), The Journal of biological chemistry, 273(24), 1998, pp. 15104-15109
DIRECT DEMONSTRATION OF CA2+ BINDING DEFECTS IN SERCA1 ATPASE MUTANTSOVEREXPRESSED IN COS1 CELLS INFECTED WITH ADENOVIRUS VECTORS
Authors: STROCK C CAVAGNA MG PFEIFER W SUMBILLA C INESI G
Citation: C. Strock et al., DIRECT DEMONSTRATION OF CA2+ BINDING DEFECTS IN SERCA1 ATPASE MUTANTSOVEREXPRESSED IN COS1 CELLS INFECTED WITH ADENOVIRUS VECTORS, Biophysical journal, 74(2), 1998, pp. 147-147
SHORT AND LONG-RANGE FUNCTIONS OF AMINO-ACIDS IN THE TRANSMEMBRANE REGION OF THE SARCOPLASMIC-RETICULUM ATPASE - A MUTATIONAL STUDY
Authors: CHEN L SUMBILLA C LEWIS D ZHONG LL STROCK C KIRTLEY ME INESI G
Citation: L. Chen et al., SHORT AND LONG-RANGE FUNCTIONS OF AMINO-ACIDS IN THE TRANSMEMBRANE REGION OF THE SARCOPLASMIC-RETICULUM ATPASE - A MUTATIONAL STUDY, The Journal of biological chemistry, 271(18), 1996, pp. 10745-10752
A ROLE IN ENERGY TRANSDUCTION AND KINETIC REGULATION FOR THE PEPTIDE SEGMENT CONNECTING PHOSPHORYLATION AND CATION-BINDING DOMAINS IN TRANSPORT ATPASES
Authors: GARNETT C BELDA FF SUMBILLA C INESI G
Citation: C. Garnett et al., A ROLE IN ENERGY TRANSDUCTION AND KINETIC REGULATION FOR THE PEPTIDE SEGMENT CONNECTING PHOSPHORYLATION AND CATION-BINDING DOMAINS IN TRANSPORT ATPASES, Biophysical journal, 70(2), 1996, pp. 387-387
MEMBRANE TARGETING AND PROTEIN-FOLDING FOLLOWING SERCA ATPASE GENE-TRANSFER IN CULTURED-CELLS
Authors: SUMBILLA C LEWIS D GARNETT C HUSSAIN A ZHANG Z KLEIN M INESI G
Citation: C. Sumbilla et al., MEMBRANE TARGETING AND PROTEIN-FOLDING FOLLOWING SERCA ATPASE GENE-TRANSFER IN CULTURED-CELLS, Biophysical journal, 70(2), 1996, pp. 392-392
ENERGY TRANSDUCTION AND KINETIC REGULATION BY THE PEPTIDE SEGMENT CONNECTING PHOSPHORYLATION AND CATION-BINDING DOMAINS IN TRANSPORT ATPASES
Authors: GARNETT C SUMBILLA C BELDA FF CHEN L INESI G
Citation: C. Garnett et al., ENERGY TRANSDUCTION AND KINETIC REGULATION BY THE PEPTIDE SEGMENT CONNECTING PHOSPHORYLATION AND CATION-BINDING DOMAINS IN TRANSPORT ATPASES, Biochemistry, 35(34), 1996, pp. 11019-11025
CA2-RETICULUM ATPASE - FUNCTIONAL AND STRUCTURAL CONSIDERATIONS( BINDING AND TRANSLOCATION BY THE SARCOPLASMIC)
Authors: INESI G CHEN L SUMBILLA C LEWIS D KIRTLEY ME
Citation: G. Inesi et al., CA2-RETICULUM ATPASE - FUNCTIONAL AND STRUCTURAL CONSIDERATIONS( BINDING AND TRANSLOCATION BY THE SARCOPLASMIC), Bioscience reports, 15(5), 1995, pp. 327-339
MUTATIONAL ANALYSIS OF THE PEPTIDE SEGMENT LINKING PHOSPHORYLATION AND CA2-BINDING DOMAINS IN THE SARCOPLASMIC-RETICULUM CA2+-ATPASE()
Authors: ZHANG Z SUMBILLA C LEWIS D SUMMERS S KLEIN MG INESI G
Citation: Z. Zhang et al., MUTATIONAL ANALYSIS OF THE PEPTIDE SEGMENT LINKING PHOSPHORYLATION AND CA2-BINDING DOMAINS IN THE SARCOPLASMIC-RETICULUM CA2+-ATPASE(), The Journal of biological chemistry, 270(27), 1995, pp. 16283-16290
A LONG-RANGE INTRAMOLECULAR LINKAGE OF PHOSPHORYLATION AND CATION-BINDING DOMAINS IS THE BASIC MECHANISTIC DEVICE IN TRANSPORT ATPASES
Authors: ZHANG ZY SUMBILLA C LEWIS D SAGARA Y INESI G
Citation: Zy. Zhang et al., A LONG-RANGE INTRAMOLECULAR LINKAGE OF PHOSPHORYLATION AND CATION-BINDING DOMAINS IS THE BASIC MECHANISTIC DEVICE IN TRANSPORT ATPASES, The FASEB journal, 8(7), 1994, pp. 10001455-10001455
HIGH-SENSITIVITY TO SITE-DIRECTED MUTAGENESIS OF THE PEPTIDE SEGMENT CONNECTING PHOSPHORYLATION AND CA2+ BINDING DOMAINS IN THE CA2+ TRANSPORT ATPASE
Authors: ZHANG ZY SUMBILLA C LEWIS D INESI G
Citation: Zy. Zhang et al., HIGH-SENSITIVITY TO SITE-DIRECTED MUTAGENESIS OF THE PEPTIDE SEGMENT CONNECTING PHOSPHORYLATION AND CA2+ BINDING DOMAINS IN THE CA2+ TRANSPORT ATPASE, Biophysical journal, 66(2), 1994, pp. 10000121-10000121
CA(2-DEPENDENT AND THAPSIGARGIN-INHIBITED PHOSPHORYLATION OF NA+,K+-ATPASE CATALYTIC DOMAIN FOLLOWING CHIMERIC RECOMBINATION WITH CA(2+)-ATPASE())
Authors: SUMBILLA C LU L LEWIS DE INESI G ISHII T TAKEYASU K FENG Y FAMBROUGH DM
Citation: C. Sumbilla et al., CA(2-DEPENDENT AND THAPSIGARGIN-INHIBITED PHOSPHORYLATION OF NA+,K+-ATPASE CATALYTIC DOMAIN FOLLOWING CHIMERIC RECOMBINATION WITH CA(2+)-ATPASE()), The Journal of biological chemistry, 268(28), 1993, pp. 21185-21192
HIGH-SENSITIVITY TO SITE-DIRECTED MUTAGENESIS OF THE PEPTIDE SEGMENT CONNECTING PHOSPHORYLATION AND CA2+ BINDING DOMAINS IN THE CA2+ TRANSPORT ATPASE
Authors: ZHANG ZY SUMBILLA C LEWIS D INESI G
Citation: Zy. Zhang et al., HIGH-SENSITIVITY TO SITE-DIRECTED MUTAGENESIS OF THE PEPTIDE SEGMENT CONNECTING PHOSPHORYLATION AND CA2+ BINDING DOMAINS IN THE CA2+ TRANSPORT ATPASE, FEBS letters, 335(2), 1993, pp. 261-264
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