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Results: 1-13 |
Results: 13
ELECTROPHYSIOLOGICAL AND PHARMACOLOGICAL CORRESPONDENCE BETWEEN KV4.2CURRENT AND RAT CARDIAC TRANSIENT OUTWARD CURRENT
Authors: YEOLA SW SNYDERS DJ
Citation: Sw. Yeola et Dj. Snyders, ELECTROPHYSIOLOGICAL AND PHARMACOLOGICAL CORRESPONDENCE BETWEEN KV4.2CURRENT AND RAT CARDIAC TRANSIENT OUTWARD CURRENT, Cardiovascular Research, 33(3), 1997, pp. 540-547
MOLECULAR ANALYSIS OF A BINDING-SITE FOR QUINIDINE IN A HUMAN CARDIACDELAYED RECTIFIER K- ROLE OF S6 IN ANTIARRHYTHMIC DRUG-BINDING( CHANNEL )
Authors: YEOLA SW RICH TC UEBELE VN TAMKUN MM SNYDERS DJ
Citation: Sw. Yeola et al., MOLECULAR ANALYSIS OF A BINDING-SITE FOR QUINIDINE IN A HUMAN CARDIACDELAYED RECTIFIER K- ROLE OF S6 IN ANTIARRHYTHMIC DRUG-BINDING( CHANNEL ), Circulation research, 78(6), 1996, pp. 1105-1114
MOLECULAR LOCALIZATION OF THE BINDING-SITE FOR QUINIDINE IN A CARDIACK-CHANNEL
Authors: YEOLA SW UEBELE VN TAMKUN MM SNYDERS DJ
Citation: Sw. Yeola et al., MOLECULAR LOCALIZATION OF THE BINDING-SITE FOR QUINIDINE IN A CARDIACK-CHANNEL, Biophysical journal, 70(2), 1996, pp. 116-116
FUNCTIONAL AND PHARMACOLOGICAL CORRESPONDENCE BETWEEN KV4.2 AND CARDIAC TRANSIENT OUTWARD CURRENTS
Authors: YEOLA SW SNYDERS DJ
Citation: Sw. Yeola et Dj. Snyders, FUNCTIONAL AND PHARMACOLOGICAL CORRESPONDENCE BETWEEN KV4.2 AND CARDIAC TRANSIENT OUTWARD CURRENTS, Biophysical journal, 70(2), 1996, pp. 261-261
INVOLVEMENT OF S6 IN VOLTAGE-DEPENDENT DEACTIVATION GATING OF HKV 1.5POTASSIUM CHANNELS
Authors: SNYDERS DJ RICH TC MAYS DJ TAMKUN MM YEOLA SW
Citation: Dj. Snyders et al., INVOLVEMENT OF S6 IN VOLTAGE-DEPENDENT DEACTIVATION GATING OF HKV 1.5POTASSIUM CHANNELS, Biophysical journal, 70(2), 1996, p.
DETERMINANTS OF ANTIARRHYTHMIC DRUG-ACTION - ELECTROSTATIC AND HYDROPHOBIC COMPONENTS OF BLOCK OF THE HUMAN CARDIAC HKV1.5 CHANNEL
Authors: SNYDERS DJ YEOLA SW
Citation: Dj. Snyders et Sw. Yeola, DETERMINANTS OF ANTIARRHYTHMIC DRUG-ACTION - ELECTROSTATIC AND HYDROPHOBIC COMPONENTS OF BLOCK OF THE HUMAN CARDIAC HKV1.5 CHANNEL, Circulation research, 77(3), 1995, pp. 575-583
DELETION OF HIGHLY CONSERVED C-TERMINAL SEQUENCES IN THE KV1 K-TYPE CHARACTERISTICS( CHANNEL SUBFAMILY DOES NOT PREVENT EXPRESSION OF CURRENTS WITH WILD)
Authors: UEBELE VN YEOLA SW SNYDERS DJ TAMKUN MM
Citation: Vn. Uebele et al., DELETION OF HIGHLY CONSERVED C-TERMINAL SEQUENCES IN THE KV1 K-TYPE CHARACTERISTICS( CHANNEL SUBFAMILY DOES NOT PREVENT EXPRESSION OF CURRENTS WITH WILD), FEBS letters, 340(1-2), 1994, pp. 104-108
MOLECULAR-BASIS FOR OUTWARD RECTIFICATION OF THE HKV1.5 DELAYED RECTIFIER
Authors: SNYDERS DJ YEOLA SW TAMKUN MM RICH TC
Citation: Dj. Snyders et al., MOLECULAR-BASIS FOR OUTWARD RECTIFICATION OF THE HKV1.5 DELAYED RECTIFIER, Circulation, 90(4), 1994, pp. 415-415
UNSATURATED FATTY-ACIDS INACTIVATE THE DELAYED RECTIFIER HKV1.5
Authors: SNYDERS DJ YEOLA SW
Citation: Dj. Snyders et Sw. Yeola, UNSATURATED FATTY-ACIDS INACTIVATE THE DELAYED RECTIFIER HKV1.5, Circulation, 90(4), 1994, pp. 415-415
UNSATURATED FATTY-ACIDS INACTIVATE THE DELAYED RECTIFIER HKV1.5
Authors: SNYDERS DJ YEOLA SW
Citation: Dj. Snyders et Sw. Yeola, UNSATURATED FATTY-ACIDS INACTIVATE THE DELAYED RECTIFIER HKV1.5, Circulation, 90(4), 1994, pp. 415-415
MOLECULAR-BASIS FOR OUTWARD RECTIFICATION OF THE HKV1.5 DELAYED RECTIFIER
Authors: SNYDERS DJ YEOLA SW TAMKUN MM RICH TC
Citation: Dj. Snyders et al., MOLECULAR-BASIS FOR OUTWARD RECTIFICATION OF THE HKV1.5 DELAYED RECTIFIER, Circulation, 90(4), 1994, pp. 415-415
DELETION OF THE CONSERVED C-TERMINAL TD(L V) MOTIF IN THE KV1 K+-CHANNEL FAMILY DOES NOT PREVENT EXPRESSION OF WILD-TYPE CHANNELS IN MOUSE FIBROBLASTS/
Authors: UEBELE V YEOLA SW SNYDERS DJ TAMKUN MM
Citation: V. Uebele et al., DELETION OF THE CONSERVED C-TERMINAL TD(L V) MOTIF IN THE KV1 K+-CHANNEL FAMILY DOES NOT PREVENT EXPRESSION OF WILD-TYPE CHANNELS IN MOUSE FIBROBLASTS/, Biophysical journal, 66(2), 1994, pp. 10000108-10000108
QUATERNARY QUINIDINE DERIVATIVES AS A TOOL TO STUDY BLOCK OF HUMAN POTASSIUM CHANNELS
Authors: RICH TC YEOLA SN BLAIR IA YEOLA SW SNYDERS DJ
Citation: Tc. Rich et al., QUATERNARY QUINIDINE DERIVATIVES AS A TOOL TO STUDY BLOCK OF HUMAN POTASSIUM CHANNELS, Biophysical journal, 66(2), 1994, pp. 10000143-10000143
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