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Results: 1-7 |
Results: 7
DISTRIBUTION OF HIGH-CONDUCTANCE CA2-ACTIVATED K+ CHANNELS IN RAT-BRAIN - TARGETING TO AXONS AND NERVE-TERMINALS()
Authors: KNAUS HG SCHWARZER C KOCH ROA EBERHART A KACZOROWSKI GJ GLOSSMANN H WUNDER F PONGS O GARCIA ML SPERK G
Citation: Hg. Knaus et al., DISTRIBUTION OF HIGH-CONDUCTANCE CA2-ACTIVATED K+ CHANNELS IN RAT-BRAIN - TARGETING TO AXONS AND NERVE-TERMINALS(), The Journal of neuroscience, 16(3), 1996, pp. 955-963
DISTRIBUTION OF HIGH-CONDUCTANCE CA2-ACTIVATED K+ CHANNELS IN RAT-BRAIN - TARGETING TO A PRESYNAPTIC COMPARTMENT()
Authors: KNAUS HG SCHWARZER C KOCH ROA EBERHART A KACZOROWSKI GJ GLOSSMANN H WUNDER F PONGS O GARCIA ML SPERK G
Citation: Hg. Knaus et al., DISTRIBUTION OF HIGH-CONDUCTANCE CA2-ACTIVATED K+ CHANNELS IN RAT-BRAIN - TARGETING TO A PRESYNAPTIC COMPARTMENT(), Biophysical journal, 70(2), 1996, pp. 183-183
IMMUNOHISTOCHEMICAL LOCALIZATION OF 5 MEMBERS OF THE KV1 CHANNEL SUBUNITS - CONTRASTING SUBCELLULAR LOCATIONS AND NEURON-SPECIFIC CO-LOCALIZATIONS IN RAT-BRAIN
Authors: VEH RW LICHTINGHAGEN R SEWING S WUNDER F GRUMBACH IM PONGS O
Citation: Rw. Veh et al., IMMUNOHISTOCHEMICAL LOCALIZATION OF 5 MEMBERS OF THE KV1 CHANNEL SUBUNITS - CONTRASTING SUBCELLULAR LOCATIONS AND NEURON-SPECIFIC CO-LOCALIZATIONS IN RAT-BRAIN, European journal of neuroscience, 7(11), 1995, pp. 2189-2205
MOLECULAR-CHARACTERIZATION AND FUNCTIONAL-CHARACTERIZATION OF A RAT-BRAIN K-V-BETA-3-POTASSIUM CHANNEL SUBUNIT
Authors: HEINEMANN SH RETTIG J WUNDER F PONGS O
Citation: Sh. Heinemann et al., MOLECULAR-CHARACTERIZATION AND FUNCTIONAL-CHARACTERIZATION OF A RAT-BRAIN K-V-BETA-3-POTASSIUM CHANNEL SUBUNIT, FEBS letters, 377(3), 1995, pp. 383-389
FUNCTIONAL EXPRESSION OF A RAT HOMOLOG OF THE VOLTAGE-GATED ETHER A GO-GO POTASSIUM CHANNEL REVEALS DIFFERENCES IN SELECTIVITY AND ACTIVATION KINETICS BETWEEN THE DROSOPHILA CHANNEL AND ITS MAMMALIAN COUNTERPART
Authors: LUDWIG J TERLAU H WUNDER F BRUGGEMANN A PARDO LA MARQUARDT A STUHMER W PONGS O
Citation: J. Ludwig et al., FUNCTIONAL EXPRESSION OF A RAT HOMOLOG OF THE VOLTAGE-GATED ETHER A GO-GO POTASSIUM CHANNEL REVEALS DIFFERENCES IN SELECTIVITY AND ACTIVATION KINETICS BETWEEN THE DROSOPHILA CHANNEL AND ITS MAMMALIAN COUNTERPART, EMBO journal, 13(19), 1994, pp. 4451-4458
INACTIVATION PROPERTIES OF VOLTAGE-GATED K-SUBUNIT( CHANNELS ALTERED BY PRESENCE OF BETA)
Authors: RETTIG J HEINEMANN SH WUNDER F LORRA C PARCEJ DN DOLLY JO PONGS O
Citation: J. Rettig et al., INACTIVATION PROPERTIES OF VOLTAGE-GATED K-SUBUNIT( CHANNELS ALTERED BY PRESENCE OF BETA), Nature, 369(6478), 1994, pp. 289-294
CLONING AND FUNCTIONAL EXPRESSION OF A RAT HOMOLOG OF THE VOLTAGE-GATED EAG ION-CHANNEL
Authors: LUDWIG J TERLAU H BRUGGEMANN A WESELOH R WUNDER F MARTINEZ A STUHMER W PONGS O
Citation: J. Ludwig et al., CLONING AND FUNCTIONAL EXPRESSION OF A RAT HOMOLOG OF THE VOLTAGE-GATED EAG ION-CHANNEL, Biophysical journal, 66(2), 1994, pp. 10000426-10000426
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