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Results: 1-9 |
Results: 9
CONNEXIN56 CAN FORM HETEROMERIC CHANNELS IN NORMAL RAT-KIDNEY CELLS
Authors: BERTHOUD VM MONTEGNA EA ATAL N AITHAL N BRINK PR BEYER EC
Citation: Vm. Berthoud et al., CONNEXIN56 CAN FORM HETEROMERIC CHANNELS IN NORMAL RAT-KIDNEY CELLS, Molecular biology of the cell, 9, 1998, pp. 539-539
MOLECULAR MECHANISMS UNDERLYING A MISSENSE MUTATION IN HUMAN CONNEXIN-50 ASSOCIATED WITH CONGENITAL CATARACTS
Authors: PAL JD MCKAY D SHIELS A BERTHOUD VM BEYER EC EBIHARA L
Citation: Jd. Pal et al., MOLECULAR MECHANISMS UNDERLYING A MISSENSE MUTATION IN HUMAN CONNEXIN-50 ASSOCIATED WITH CONGENITAL CATARACTS, Molecular biology of the cell, 9, 1998, pp. 1895-1895
THE GAP-JUNCTION PROTEIN CONNEXIN-56 IS PHOSPHORYLATED IN THE INTRACELLULAR LOOP AND THE CARBOXY-TERMINAL REGION
Authors: BERTHOUD VM BEYER EC KURATA WE LAU AF LAMPE PD
Citation: Vm. Berthoud et al., THE GAP-JUNCTION PROTEIN CONNEXIN-56 IS PHOSPHORYLATED IN THE INTRACELLULAR LOOP AND THE CARBOXY-TERMINAL REGION, European journal of biochemistry, 244(1), 1997, pp. 89-97
PHOSPHORYLATION OF CONNEXIN56 BY PROTEIN-KINASE-C AND PROTEIN-KINASE-A
Authors: BERTHOUD VM LAMPE PD KURATA WE LAU AF BEYER EC
Citation: Vm. Berthoud et al., PHOSPHORYLATION OF CONNEXIN56 BY PROTEIN-KINASE-C AND PROTEIN-KINASE-A, Molecular biology of the cell, 6, 1995, pp. 1095-1095
DISTINCT BEHAVIOR OF CONNEXIN56 AND CONNEXIN46 GAP JUNCTIONAL CHANNELS CAN BE PREDICTED FROM THE BEHAVIOR OF THEIR HEMI-GAP-JUNCTIONAL CHANNELS
Authors: EBIHARA L BERTHOUD VM BEYER EC
Citation: L. Ebihara et al., DISTINCT BEHAVIOR OF CONNEXIN56 AND CONNEXIN46 GAP JUNCTIONAL CHANNELS CAN BE PREDICTED FROM THE BEHAVIOR OF THEIR HEMI-GAP-JUNCTIONAL CHANNELS, Biophysical journal, 68(5), 1995, pp. 1796-1803
CHARACTERIZATION OF THE GAP JUNCTION PROTEIN CONNEXIN56 IN THE CHICKEN LENS BY IMMUNOFLUORESCENCE AND IMMUNOBLOTTING
Authors: BERTHOUD VM COOK AJ BEYER EC
Citation: Vm. Berthoud et al., CHARACTERIZATION OF THE GAP JUNCTION PROTEIN CONNEXIN56 IN THE CHICKEN LENS BY IMMUNOFLUORESCENCE AND IMMUNOBLOTTING, Investigative ophthalmology & visual science, 35(12), 1994, pp. 4109-4117
BOVINE CONNEXIN44, A LENS GAP JUNCTION PROTEIN - MOLECULAR-CLONING, IMMUNOLOGICAL CHARACTERIZATION, AND FUNCTIONAL EXPRESSION
Authors: GUPTA VK BERTHOUD VM ATAL N JARILLO JA BARRIO LC BEYER EC
Citation: Vk. Gupta et al., BOVINE CONNEXIN44, A LENS GAP JUNCTION PROTEIN - MOLECULAR-CLONING, IMMUNOLOGICAL CHARACTERIZATION, AND FUNCTIONAL EXPRESSION, Investigative ophthalmology & visual science, 35(10), 1994, pp. 3747-3758
CHANGES IN CONNEXIN43, THE GAP JUNCTION PROTEIN OF ASTROCYTES, DURINGDEVELOPMENT OF THE RAT PINEAL-GLAND
Authors: BERTHOUD VM SAEZ JC
Citation: Vm. Berthoud et Jc. Saez, CHANGES IN CONNEXIN43, THE GAP JUNCTION PROTEIN OF ASTROCYTES, DURINGDEVELOPMENT OF THE RAT PINEAL-GLAND, Journal of pineal research, 14(2), 1993, pp. 67-72
ON THE MECHANISMS OF CELL UNCOUPLING INDUCED BY A TUMOR PROMOTER PHORBOL ESTER IN CLONE-9 CELLS, A RAT-LIVER EPITHELIAL-CELL LINE
Authors: BERTHOUD VM ROOK MB TRAUB O HERTZBERG EL SAEZ JC
Citation: Vm. Berthoud et al., ON THE MECHANISMS OF CELL UNCOUPLING INDUCED BY A TUMOR PROMOTER PHORBOL ESTER IN CLONE-9 CELLS, A RAT-LIVER EPITHELIAL-CELL LINE, European journal of cell biology, 62(2), 1993, pp. 384-396
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