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Results: 1-11 |
Results: 11
MONOVALENT CATION PERMEATION THROUGH THE CONNEXIN40 GAP JUNCTION CHANNEL - CS, RB, K, NA, LI, TEA, TMA, TBA, AND EFFECTS OF ANIONS BR, CL, F, ACETATE, ASPARTATE, GLUTAMATE, AND NO3
Authors: BEBLO DA VEENSTRA RD
Citation: Da. Beblo et Rd. Veenstra, MONOVALENT CATION PERMEATION THROUGH THE CONNEXIN40 GAP JUNCTION CHANNEL - CS, RB, K, NA, LI, TEA, TMA, TBA, AND EFFECTS OF ANIONS BR, CL, F, ACETATE, ASPARTATE, GLUTAMATE, AND NO3, The Journal of general physiology, 109(4), 1997, pp. 509-522
ALTERATIONS IN CHANNEL CONDUCTANCE AND PERMEABILITY PROPERTIES AMONG ORTHOLOGS OF CONNEXIN40 AND CONNEXIN43
Authors: WANG HZ BEBLO DA BEYER EC VEENSTRA RD
Citation: Hz. Wang et al., ALTERATIONS IN CHANNEL CONDUCTANCE AND PERMEABILITY PROPERTIES AMONG ORTHOLOGS OF CONNEXIN40 AND CONNEXIN43, Molecular biology of the cell, 7, 1996, pp. 1625-1625
MONOVALENT ION PERMEABILITIES OF CONNEXIN PORES AND FUNCTIONAL DIVERSITY
Authors: VEENSTRA RD BEBLO DA WANG HZ
Citation: Rd. Veenstra et al., MONOVALENT ION PERMEABILITIES OF CONNEXIN PORES AND FUNCTIONAL DIVERSITY, Biophysical journal, 70(2), 1996, p.
ESTIMATION OF CONNEXIN CHANNEL LIMITING PORE DIAMETERS FROM IONIC CONDUCTANCE MEASUREMENTS
Authors: VEENSTRA RD BEBLO DA WANG HZ BRINK PR
Citation: Rd. Veenstra et al., ESTIMATION OF CONNEXIN CHANNEL LIMITING PORE DIAMETERS FROM IONIC CONDUCTANCE MEASUREMENTS, Molecular biology of the cell, 6, 1995, pp. 1101-1101
SELECTIVITY OF CONNEXIN-SPECIFIC GAP-JUNCTIONS DOES NOT CORRELATE WITH CHANNEL CONDUCTANCE
Authors: VEENSTRA RD WANG HZ BEBLO DA CHILTON MG HARRIS AL BEYER EC BRINK PR
Citation: Rd. Veenstra et al., SELECTIVITY OF CONNEXIN-SPECIFIC GAP-JUNCTIONS DOES NOT CORRELATE WITH CHANNEL CONDUCTANCE, Circulation research, 77(6), 1995, pp. 1156-1165
UNIQUE CONDUCTANCE, GATING, AND SELECTIVE PERMEABILITY PROPERTIES OF GAP JUNCTION CHANNELS FORMED BY CONNEXIN40
Authors: BEBLO DA WANG HZ BEYER EC WESTPHALE EM VEENSTRA RD
Citation: Da. Beblo et al., UNIQUE CONDUCTANCE, GATING, AND SELECTIVE PERMEABILITY PROPERTIES OF GAP JUNCTION CHANNELS FORMED BY CONNEXIN40, Circulation research, 77(4), 1995, pp. 813-822
MODIFICATION OF ACOUSTIC AND TACTILE STARTLE BY SINGLE MICROWAVE PULSES
Authors: SEAMAN RL BEBLO DA RASLEAR TG
Citation: Rl. Seaman et al., MODIFICATION OF ACOUSTIC AND TACTILE STARTLE BY SINGLE MICROWAVE PULSES, Physiology & behavior, 55(3), 1994, pp. 587-595
CATIONIC SELECTIVITY OF CONNEXIN40 GAP JUNCTION CHANNELS
Authors: BEBLO DA WANG HZ WESTPHALE EM BEYER EC VEENSTRA RD
Citation: Da. Beblo et al., CATIONIC SELECTIVITY OF CONNEXIN40 GAP JUNCTION CHANNELS, Circulation, 90(4), 1994, pp. 359-359
CATIONIC SELECTIVITY OF CONNEXIN40 GAP JUNCTION CHANNELS
Authors: BEBLO DA WANG HZ WESTPHALE EM BEYER EC VEENSTRA RD
Citation: Da. Beblo et al., CATIONIC SELECTIVITY OF CONNEXIN40 GAP JUNCTION CHANNELS, Circulation, 90(4), 1994, pp. 359-359
ION PERMEABILITY OF CONNEXIN-SPECIFIC CHANNELS, VARIATIONS ON A COMMON THEME
Authors: VEENSTRA RD WANG HZ BEBLO DA BEYER EC BRINK PR
Citation: Rd. Veenstra et al., ION PERMEABILITY OF CONNEXIN-SPECIFIC CHANNELS, VARIATIONS ON A COMMON THEME, Biophysical journal, 66(2), 1994, pp. 10000259-10000259
UNIQUE IONIC CONDUCTANCE AND SELECTIVITY OF CONNEXIN40 CHANNELS, A MAJOR GAP JUNCTION PROTEIN IN CONDUCTING TISSUES
Authors: VEENSTRA RD BEBLO DA WANG HZ WESTPHALE EM BEYER EC
Citation: Rd. Veenstra et al., UNIQUE IONIC CONDUCTANCE AND SELECTIVITY OF CONNEXIN40 CHANNELS, A MAJOR GAP JUNCTION PROTEIN IN CONDUCTING TISSUES, Circulation, 88(4), 1993, pp. 175-175
Risultati: 1-11 |