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Results: 1-9 |
Results: 9
CONTROL OF CL- EFFLUX IN CHARA-CORALLINA BY CYTOSOLIC PH, FREE CA2-MEMBRANE ANION CHANNELS IN CYTOSOLIC PH REGULATION(, AND PHOSPHORYLATIONINDICATES A ROLE OF PLASMA)
Authors: JOHANNES E CROFTS A SANDERS D
Citation: E. Johannes et al., CONTROL OF CL- EFFLUX IN CHARA-CORALLINA BY CYTOSOLIC PH, FREE CA2-MEMBRANE ANION CHANNELS IN CYTOSOLIC PH REGULATION(, AND PHOSPHORYLATIONINDICATES A ROLE OF PLASMA), Plant physiology, 118(1), 1998, pp. 173-181
ION CHANNELS AND CALCIUM-BASED SIGNALING IN PLANTS
Authors: SANDERS D ALLEN GJ ERMOLAYEVA E JOHANNES E
Citation: D. Sanders et al., ION CHANNELS AND CALCIUM-BASED SIGNALING IN PLANTS, European journal of cell biology, 72, 1997, pp. 52-52
IONIC MECHANISM AND ROLE OF PHYTOCHROME-MEDIATED MEMBRANE DEPOLARIZATION IN CAULONEMAL SIDE BRANCH INITIAL FORMATION IN THE MOSS PHYSCOMITRELLA PATENS
Authors: ERMOLAYEVA E SANDERS D JOHANNES E
Citation: E. Ermolayeva et al., IONIC MECHANISM AND ROLE OF PHYTOCHROME-MEDIATED MEMBRANE DEPOLARIZATION IN CAULONEMAL SIDE BRANCH INITIAL FORMATION IN THE MOSS PHYSCOMITRELLA PATENS, Planta, 201(2), 1997, pp. 109-118
KINETIC-ANALYSIS OF CA2+ K+ SELECTIVITY OF AN ION-CHANNEL BY SINGLE-BINDING-SITE MODELS/
Authors: GRADMANN D JOHANNES E HANSEN UP
Citation: D. Gradmann et al., KINETIC-ANALYSIS OF CA2+ K+ SELECTIVITY OF AN ION-CHANNEL BY SINGLE-BINDING-SITE MODELS/, The Journal of membrane biology, 159(2), 1997, pp. 169-178
RED LIGHT-INDUCED MEMBRANE-POTENTIAL TRANSIENTS IN THE MOSS PHYSCOMITRELLA PATENS - ION-CHANNEL INTERACTION IN PHYTOCHROME SIGNALING
Authors: JOHANNES E ERMOLAYEVA E SANDERS D
Citation: E. Johannes et al., RED LIGHT-INDUCED MEMBRANE-POTENTIAL TRANSIENTS IN THE MOSS PHYSCOMITRELLA PATENS - ION-CHANNEL INTERACTION IN PHYTOCHROME SIGNALING, Journal of Experimental Botany, 48, 1997, pp. 599-608
SYSTEMIN TRANSIENTLY DEPOLARIZES THE TOMATO MESOPHYLL CELL-MEMBRANE AND ANTAGONIZES FUSICOCCIN-INDUCED EXTRACELLULAR ACIDIFICATION OF MESOPHYLL TISSUE
Authors: MOYEN C JOHANNES E
Citation: C. Moyen et E. Johannes, SYSTEMIN TRANSIENTLY DEPOLARIZES THE TOMATO MESOPHYLL CELL-MEMBRANE AND ANTAGONIZES FUSICOCCIN-INDUCED EXTRACELLULAR ACIDIFICATION OF MESOPHYLL TISSUE, Plant, cell and environment, 19(4), 1996, pp. 464-470
CALCIUM-DEPENDENT MEMBRANE DEPOLARIZATION ACTIVATED BY PHYTOCHROME INTHE MOSS PHYSCOMITRELLA PATENS
Authors: ERMOLAYEVA E HOHMEYER H JOHANNES E SANDERS D
Citation: E. Ermolayeva et al., CALCIUM-DEPENDENT MEMBRANE DEPOLARIZATION ACTIVATED BY PHYTOCHROME INTHE MOSS PHYSCOMITRELLA PATENS, Planta, 199(3), 1996, pp. 352-358
LUMENAL CALCIUM MODULATES UNITARY CONDUCTANCE AND GATING OF A PLANT VACUOLAR CALCIUM-RELEASE CHANNEL
Authors: JOHANNES E SANDERS D
Citation: E. Johannes et D. Sanders, LUMENAL CALCIUM MODULATES UNITARY CONDUCTANCE AND GATING OF A PLANT VACUOLAR CALCIUM-RELEASE CHANNEL, The Journal of membrane biology, 146(2), 1995, pp. 211-224
THE VOLTAGE-GATED CA2-BEET RESIDES IN 2 ACTIVITY STATES( RELEASE CHANNEL IN THE VACUOLAR MEMBRANE OF SUGAR)
Authors: JOHANNES E SANDERS D
Citation: E. Johannes et D. Sanders, THE VOLTAGE-GATED CA2-BEET RESIDES IN 2 ACTIVITY STATES( RELEASE CHANNEL IN THE VACUOLAR MEMBRANE OF SUGAR), FEBS letters, 365(1), 1995, pp. 1-6
Risultati: 1-9 |