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Results: 1-11 |
Results: 11
A SIDE-CHAIN IN S6 INFLUENCES BOTH OPEN-STATE STABILITY AND ION PERMEATION IN A VOLTAGE-GATED K+ CHANNEL
Authors: LIU Y JOHO RH
Citation: Y. Liu et Rh. Joho, A SIDE-CHAIN IN S6 INFLUENCES BOTH OPEN-STATE STABILITY AND ION PERMEATION IN A VOLTAGE-GATED K+ CHANNEL, Pflugers Archiv, 435(5), 1998, pp. 654-661
REGIONAL AND CELLULAR EXPRESSION PATTERNS OF 4 K-RNAS IN THE ADULT-RAT BRAIN( CHANNEL MESSENGER)
Authors: VERMAKURVARI S BORDER B JOHO RH
Citation: S. Vermakurvari et al., REGIONAL AND CELLULAR EXPRESSION PATTERNS OF 4 K-RNAS IN THE ADULT-RAT BRAIN( CHANNEL MESSENGER), Molecular brain research, 46(1-2), 1997, pp. 54-62
PLEIOTROPIC EFFECTS OF A DISRUPTED K- REDUCED BODY-WEIGHT, IMPAIRED MOTOR SKILL AND MUSCLE-CONTRACTION, BUT NO SEIZURES( CHANNEL GENE )
Authors: HO CS GRANGE RW JOHO RH
Citation: Cs. Ho et al., PLEIOTROPIC EFFECTS OF A DISRUPTED K- REDUCED BODY-WEIGHT, IMPAIRED MOTOR SKILL AND MUSCLE-CONTRACTION, BUT NO SEIZURES( CHANNEL GENE ), Proceedings of the National Academy of Sciences of the United Statesof America, 94(4), 1997, pp. 1533-1538
OXIDATION OF AN ENGINEERED PORE CYSTEINE LOCKS A VOLTAGE-GATED K+ CHANNEL IN A NONCONDUCTING STATE
Authors: ZHANG HJ LIU Y ZUHLKE RD JOHO RH
Citation: Hj. Zhang et al., OXIDATION OF AN ENGINEERED PORE CYSTEINE LOCKS A VOLTAGE-GATED K+ CHANNEL IN A NONCONDUCTING STATE, Biophysical journal, 71(6), 1996, pp. 3083-3090
INTERACTION BETWEEN THE PORE OF A K-SITU OXIDATION OF AN ENGINEERED CYSTEINE( CHANNEL AND RESIDUES IN S6 REVEALED BY IN)
Authors: ZHANG HJ LIU Y ZUHLKE RD JOHO RH
Citation: Hj. Zhang et al., INTERACTION BETWEEN THE PORE OF A K-SITU OXIDATION OF AN ENGINEERED CYSTEINE( CHANNEL AND RESIDUES IN S6 REVEALED BY IN), Biophysical journal, 70(2), 1996, p.
EXPLORING THE PORE OF A K-SPECIFIC REAGENTS OF DIFFERENT SIZE AND CHARGE( CHANNEL WITH THIOL)
Authors: JOHO RH LIU Y KURZ LL
Citation: Rh. Joho et al., EXPLORING THE PORE OF A K-SPECIFIC REAGENTS OF DIFFERENT SIZE AND CHARGE( CHANNEL WITH THIOL), Biophysical journal, 70(2), 1996, p.
SIDE-CHAIN ACCESSIBILITIES IN THE PORE OF A K-SPECIFIC REAGENTS CYSTEINE-SCANNING MUTAGENESIS (VOL 68, PG 900, 1995)( CHANNEL PROBED BY SULFHYDRYL)
Authors: KURZ LL ZUHLKE RD ZHANG HJ JOHO RH
Citation: Ll. Kurz et al., SIDE-CHAIN ACCESSIBILITIES IN THE PORE OF A K-SPECIFIC REAGENTS CYSTEINE-SCANNING MUTAGENESIS (VOL 68, PG 900, 1995)( CHANNEL PROBED BY SULFHYDRYL), Biophysical journal, 69(1), 1995, pp. 288-288
SIDE-CHAIN ACCESSIBILITIES IN THE PORE OF A K-SPECIFIC REAGENTS AFTERCYSTEINE-SCANNING MUTAGENESIS( CHANNEL PROBED BY SULFHYDRYL)
Authors: KURZ LL ZUHLKE RD ZHANG HJ JOHO RH
Citation: Ll. Kurz et al., SIDE-CHAIN ACCESSIBILITIES IN THE PORE OF A K-SPECIFIC REAGENTS AFTERCYSTEINE-SCANNING MUTAGENESIS( CHANNEL PROBED BY SULFHYDRYL), Biophysical journal, 68(3), 1995, pp. 900-905
ROLE OF AN INVARIANT CYSTEINE IN GATING AND ION PERMEATION OF THE VOLTAGE-SENSITIVE K+ CHANNEL KV2.1
Authors: ZUHLKE RD ZHANG HJ JOHO RH
Citation: Rd. Zuhlke et al., ROLE OF AN INVARIANT CYSTEINE IN GATING AND ION PERMEATION OF THE VOLTAGE-SENSITIVE K+ CHANNEL KV2.1, Receptors & channels, 2(3), 1994, pp. 237-248
ROLE OF AN INVARIANT CYSTEINE IN GATING AND ION PERMEATION OF THE VOLTAGE-SENSITIVE K+ CHANNEL KV2.1
Authors: ZUHLKE RD ZHANG HJ JOHO RH
Citation: Rd. Zuhlke et al., ROLE OF AN INVARIANT CYSTEINE IN GATING AND ION PERMEATION OF THE VOLTAGE-SENSITIVE K+ CHANNEL KV2.1, Receptors & channels, 2(3), 1994, pp. 237-248
PROBING THE MOUTH OF A K-SPECIFIC REAGENT AFTER CYSTEINE SUBSTITUTIONMUTAGENESIS( CHANNEL BY A SULFHYDRYL)
Authors: KURZ LL ZHANG HJ ZUHLKE RD JOHO RH
Citation: Ll. Kurz et al., PROBING THE MOUTH OF A K-SPECIFIC REAGENT AFTER CYSTEINE SUBSTITUTIONMUTAGENESIS( CHANNEL BY A SULFHYDRYL), Biophysical journal, 66(2), 1994, pp. 10000024-10000024
Risultati: 1-11 |