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Results: 1-14 |
Results: 14
COMPUTATION OF SURFACE ELECTRICAL POTENTIALS OF PLANT-CELL MEMBRANES - CORRESPONDENCE TO PUBLISHED ZETA POTENTIALS FROM DIVERSE PLANT SOURCES
Authors: KINRAIDE TB YERMIYAHU U RYTWO G
Citation: Tb. Kinraide et al., COMPUTATION OF SURFACE ELECTRICAL POTENTIALS OF PLANT-CELL MEMBRANES - CORRESPONDENCE TO PUBLISHED ZETA POTENTIALS FROM DIVERSE PLANT SOURCES, Plant physiology (Bethesda), 118(2), 1998, pp. 505-512
3 MECHANISMS FOR THE CALCIUM ALLEVIATION OF MINERAL TOXICITIES
Authors: KINRAIDE TB
Citation: Tb. Kinraide, 3 MECHANISMS FOR THE CALCIUM ALLEVIATION OF MINERAL TOXICITIES, Plant physiology (Bethesda), 118(2), 1998, pp. 513-520
SORPTION OF ALUMINUM TO PLASMA-MEMBRANE VESICLES ISOLATED FROM ROOTS OF SCOUT-66 AND ATLAS-66 CULTIVARS OF WHEAT
Authors: YERMIYAHU U BRAUER DK KINRAIDE TB
Citation: U. Yermiyahu et al., SORPTION OF ALUMINUM TO PLASMA-MEMBRANE VESICLES ISOLATED FROM ROOTS OF SCOUT-66 AND ATLAS-66 CULTIVARS OF WHEAT, Plant physiology, 115(3), 1997, pp. 1119-1125
ROOT ELONGATION IN SALINE SOLUTION RELATED TO CALCIUM-BINDING TO ROOTCELL PLASMA-MEMBRANES
Authors: YERMIYAHU U NIR S BENHAYYIM G KAFKAFI U KINRAIDE TB
Citation: U. Yermiyahu et al., ROOT ELONGATION IN SALINE SOLUTION RELATED TO CALCIUM-BINDING TO ROOTCELL PLASMA-MEMBRANES, Plant and soil, 191(1), 1997, pp. 67-76
BINDING AND ELECTROSTATIC ATTRACTION OF LANTHANUM (LA3-MEMBRANES() AND ALUMINUM (AL3+) TO WHEAT ROOT PLASMA)
Authors: YERMIYAHU U RYTWO G BRAUER DK KINRAIDE TB
Citation: U. Yermiyahu et al., BINDING AND ELECTROSTATIC ATTRACTION OF LANTHANUM (LA3-MEMBRANES() AND ALUMINUM (AL3+) TO WHEAT ROOT PLASMA), The Journal of membrane biology, 159(3), 1997, pp. 239-252
RECONSIDERING THE RHIZOTOXICITY OF HYDROXYL, SULFATE, AND FLUORIDE COMPLEXES OF ALUMINUM
Authors: KINRAIDE TB
Citation: Tb. Kinraide, RECONSIDERING THE RHIZOTOXICITY OF HYDROXYL, SULFATE, AND FLUORIDE COMPLEXES OF ALUMINUM, Journal of Experimental Botany, 48(310), 1997, pp. 1115-1124
HIGH SALINITY TOLERANCE IN THE STL2 MUTATION OF CERATOPTERIS-RICHARDII IS ASSOCIATED WITH ENHANCED K+ INFLUX AND LOSS
Authors: WARNE TR HICKOK LG KINRAIDE TB VOGELIEN DL
Citation: Tr. Warne et al., HIGH SALINITY TOLERANCE IN THE STL2 MUTATION OF CERATOPTERIS-RICHARDII IS ASSOCIATED WITH ENHANCED K+ INFLUX AND LOSS, Plant, cell and environment, 19(1), 1996, pp. 24-32
SALT TOLERANCE CONFERRED BY THE STL2 MUTATION OF CERATOPTERIS-RICHARDII IS ASSOCIATED WITH ALTERED K+ TRANSPORT, GROWTH SENSITIVITY TO K+, AND TOLERANCE TO MG2+
Authors: WARNE TR HICKOK LG KINRAIDE TB VOGELIEN DL
Citation: Tr. Warne et al., SALT TOLERANCE CONFERRED BY THE STL2 MUTATION OF CERATOPTERIS-RICHARDII IS ASSOCIATED WITH ALTERED K+ TRANSPORT, GROWTH SENSITIVITY TO K+, AND TOLERANCE TO MG2+, Plant physiology, 108(2), 1995, pp. 85-85
OXYGEN-INDUCED MEMBRANE DEPOLARIZATIONS IN LEGUME ROOT-NODULES - POSSIBLE EVIDENCE FOR AN OSMOELECTRICAL MECHANISM CONTROLLING NODULE GAS-PERMEABILITY
Authors: DENISON RF KINRAIDE TB
Citation: Rf. Denison et Tb. Kinraide, OXYGEN-INDUCED MEMBRANE DEPOLARIZATIONS IN LEGUME ROOT-NODULES - POSSIBLE EVIDENCE FOR AN OSMOELECTRICAL MECHANISM CONTROLLING NODULE GAS-PERMEABILITY, Plant physiology, 108(1), 1995, pp. 235-240
INTERACTIONS OF CALCIUM SULFITE WITH SOILS AND PLANTS
Authors: RITCHEY KD KINRAIDE TB WENDELL RR
Citation: Kd. Ritchey et al., INTERACTIONS OF CALCIUM SULFITE WITH SOILS AND PLANTS, Plant and soil, 173(2), 1995, pp. 329-335
AL3-CA2+ INTERACTIONS IN ALUMINUM RHIZOTOXICITY .1. INHIBITION OF ROOT-GROWTH IS NOT CAUSED BY REDUCTION OF CALCIUM-UPTAKE()
Authors: RYAN PR KINRAIDE TB KOCHIAN LV
Citation: Pr. Ryan et al., AL3-CA2+ INTERACTIONS IN ALUMINUM RHIZOTOXICITY .1. INHIBITION OF ROOT-GROWTH IS NOT CAUSED BY REDUCTION OF CALCIUM-UPTAKE(), Planta, 192(1), 1994, pp. 98-103
AL3-CA2+ INTERACTIONS IN ALUMINUM RHIZOTOXICITY .2. EVALUATING THE CA2+-DISPLACEMENT HYPOTHESIS()
Authors: KINRAIDE TB RYAN PR KOCHIAN LV
Citation: Tb. Kinraide et al., AL3-CA2+ INTERACTIONS IN ALUMINUM RHIZOTOXICITY .2. EVALUATING THE CA2+-DISPLACEMENT HYPOTHESIS(), Planta, 192(1), 1994, pp. 104-109
USE OF A GOUY-CHAPMAN-STERN MODEL FOR MEMBRANE-SURFACE ELECTRICAL POTENTIAL TO INTERPRET SOME FEATURES OF MINERAL RHIZOTOXICITY
Authors: KINRAIDE TB
Citation: Tb. Kinraide, USE OF A GOUY-CHAPMAN-STERN MODEL FOR MEMBRANE-SURFACE ELECTRICAL POTENTIAL TO INTERPRET SOME FEATURES OF MINERAL RHIZOTOXICITY, Plant physiology, 106(4), 1994, pp. 1583-1592
ALUMINUM ENHANCEMENT OF PLANT-GROWTH IN ACID ROOTING MEDIA - A CASE OF RECIPROCAL ALLEVIATION OF TOXICITY BY 2 TOXIC CATIONS
Authors: KINRAIDE TB
Citation: Tb. Kinraide, ALUMINUM ENHANCEMENT OF PLANT-GROWTH IN ACID ROOTING MEDIA - A CASE OF RECIPROCAL ALLEVIATION OF TOXICITY BY 2 TOXIC CATIONS, Physiologia Plantarum, 88(4), 1993, pp. 619-625
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