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Results: 1-9 |
Results: 9
PROBING THE G-PROTEIN REGULATION OF GIRK1 AND GIRK4, THE 2 SUBUNITS OF THE K-ACH CHANNEL, USING FUNCTIONAL HOMOMERIC MUTANTS
Authors: VIVAUDOU M CHAN KW SUI JL JAN LY REUVENY E LOGOTHETIS DE
Citation: M. Vivaudou et al., PROBING THE G-PROTEIN REGULATION OF GIRK1 AND GIRK4, THE 2 SUBUNITS OF THE K-ACH CHANNEL, USING FUNCTIONAL HOMOMERIC MUTANTS, The Journal of biological chemistry, 272(50), 1997, pp. 31553-31560
SPECIFIC REGIONS OF HETEROMERIC SUBUNITS INVOLVED IN ENHANCEMENT OF G-PROTEIN-GATED K+ CHANNEL ACTIVITY
Authors: CHAN KW SUI JL VIVAUDOU M LOGOTHETIS DE
Citation: Kw. Chan et al., SPECIFIC REGIONS OF HETEROMERIC SUBUNITS INVOLVED IN ENHANCEMENT OF G-PROTEIN-GATED K+ CHANNEL ACTIVITY, The Journal of biological chemistry, 272(10), 1997, pp. 6548-6555
IDENTIFICATION OF SPECIFIC DETERMINANTS OF ACTIVITY OF A G-PROTEIN-GATED K+ CHANNEL WITHIN ITS HETEROMERIC SUBUNITS
Authors: CHAN KW SUI JL VIVAUDOU M LOGOTHETIS DE
Citation: Kw. Chan et al., IDENTIFICATION OF SPECIFIC DETERMINANTS OF ACTIVITY OF A G-PROTEIN-GATED K+ CHANNEL WITHIN ITS HETEROMERIC SUBUNITS, Biophysical journal, 72(2), 1997, pp. 36-36
PROBING THE INTERACTIONS WITH G-PROTEINS OF GIRK1 AND GIRK4, THE 2 SUBUNITS OF THE K-ACH CHANNEL, USING FUNCTIONAL HOMOMERIC MUTANTS
Authors: VIVAUDOU M CHAN KW SUI JL LOGOTHETIS DE
Citation: M. Vivaudou et al., PROBING THE INTERACTIONS WITH G-PROTEINS OF GIRK1 AND GIRK4, THE 2 SUBUNITS OF THE K-ACH CHANNEL, USING FUNCTIONAL HOMOMERIC MUTANTS, Biophysical journal, 72(2), 1997, p.
CONTROL OF CHANNEL ACTIVITY THROUGH A UNIQUE AMINO-ACID RESIDUE OF A G-PROTEIN-GATED INWARDLY RECTIFYING K+ CHANNEL SUBUNIT
Authors: CHAN KW SUI JL VIVAUDOU M LOGOTHETIS DE
Citation: Kw. Chan et al., CONTROL OF CHANNEL ACTIVITY THROUGH A UNIQUE AMINO-ACID RESIDUE OF A G-PROTEIN-GATED INWARDLY RECTIFYING K+ CHANNEL SUBUNIT, Proceedings of the National Academy of Sciences of the United Statesof America, 93(24), 1996, pp. 14193-14198
MECHANISM OF ACTION OF K CHANNEL OPENERS ON SKELETAL-MUSCLE K-ATP CHANNELS - INTERACTIONS WITH NUCLEOTIDES AND PROTONS
Authors: FORESTIER C PIERRARD J VIVAUDOU M
Citation: C. Forestier et al., MECHANISM OF ACTION OF K CHANNEL OPENERS ON SKELETAL-MUSCLE K-ATP CHANNELS - INTERACTIONS WITH NUCLEOTIDES AND PROTONS, The Journal of general physiology, 107(4), 1996, pp. 489-502
MODIFICATION BY PROTONS OF FROG SKELETAL-MUSCLE K-ATP CHANNELS - EFFECTS ON ION CONDUCTION AND NUCLEOTIDE INHIBITION
Authors: VIVAUDOU M FORESTIER C
Citation: M. Vivaudou et C. Forestier, MODIFICATION BY PROTONS OF FROG SKELETAL-MUSCLE K-ATP CHANNELS - EFFECTS ON ION CONDUCTION AND NUCLEOTIDE INHIBITION, Journal of physiology, 486(3), 1995, pp. 629-645
DOSE-DEPENDENT ACTIVATION AND BLOCK BY BISG10, A K-MUSCLE K-ATP CHANNELS( CHANNEL BLOCKER, OF MOUSE AND FROG SKELETAL)
Authors: ALLARD B FOURNET G ROUGIER O DESCANS B VIVAUDOU M
Citation: B. Allard et al., DOSE-DEPENDENT ACTIVATION AND BLOCK BY BISG10, A K-MUSCLE K-ATP CHANNELS( CHANNEL BLOCKER, OF MOUSE AND FROG SKELETAL), FEBS letters, 375(3), 1995, pp. 215-219
INTRACELLULAR PROTONS CONTROL THE AFFINITY OF SKELETAL-MUSCLE ATP-SENSITIVE K-CHANNEL-OPENERS( CHANNELS FOR POTASSIUM)
Authors: FORESTIER C DEPRESLE Y VIVAUDOU M
Citation: C. Forestier et al., INTRACELLULAR PROTONS CONTROL THE AFFINITY OF SKELETAL-MUSCLE ATP-SENSITIVE K-CHANNEL-OPENERS( CHANNELS FOR POTASSIUM), FEBS letters, 325(3), 1993, pp. 276-280
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