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Results: 1-12 |
Results: 12
SELECTIVITY OF LIQUID MEMBRANE CADMIUM MICROELECTRODES BASED ON THE IONOPHORE N,N,N',N'-TETRABUTYL-3,6-DIOXAOCTANEDITHIOAMIDE
Authors: PINEROS MA SHAFF JE KOCHIAN LV BAKKER E
Citation: Ma. Pineros et al., SELECTIVITY OF LIQUID MEMBRANE CADMIUM MICROELECTRODES BASED ON THE IONOPHORE N,N,N',N'-TETRABUTYL-3,6-DIOXAOCTANEDITHIOAMIDE, Electroanalysis, 10(14), 1998, pp. 937-941
DEVELOPMENT, CHARACTERIZATION, AND APPLICATION OF A CADMIUM-SELECTIVEMICROELECTRODE FOR THE MEASUREMENT OF CADMIUM FLUXES IN ROOTS OF THLASPI SPECIES AND WHEAT
Authors: PINEROS MA SHAFF JE KOCHIAN V
Citation: Ma. Pineros et al., DEVELOPMENT, CHARACTERIZATION, AND APPLICATION OF A CADMIUM-SELECTIVEMICROELECTRODE FOR THE MEASUREMENT OF CADMIUM FLUXES IN ROOTS OF THLASPI SPECIES AND WHEAT, Plant physiology, 116(4), 1998, pp. 1393-1401
MEASUREMENT OF LEAD FLUXES IN CORN ROOTS USING A LEAD -SELECTIVE VIBRATING MICROELECTRODE
Authors: HUANG JWW SHAFF JE KOCHIAN LV
Citation: Jww. Huang et al., MEASUREMENT OF LEAD FLUXES IN CORN ROOTS USING A LEAD -SELECTIVE VIBRATING MICROELECTRODE, Plant physiology, 114(3), 1997, pp. 990-990
USE OF VIBRATING ION-SELECTIVE MICROELECTRODES TO STUDY THE PHYSIOLOGY OF HEAVY-METAL TRANSPORT INTO ROOTS
Authors: PAPERNIK LA SHAFF JE JONES DL KOCHIAN LV
Citation: La. Papernik et al., USE OF VIBRATING ION-SELECTIVE MICROELECTRODES TO STUDY THE PHYSIOLOGY OF HEAVY-METAL TRANSPORT INTO ROOTS, Plant physiology, 111(2), 1996, pp. 128-128
DIRECT MEASUREMENT OF FE-59-LABELED FE2+ INFLUX IN ROOTS OF PEA USINGA CHELATOR BUFFER SYSTEM TO CONTROL FREE FE2+ IN SOLUTION
Authors: FOX TC SHAFF JE GRUSAK MA NORVELL WA CHEN Y CHANEY RL KOCHIAN LV
Citation: Tc. Fox et al., DIRECT MEASUREMENT OF FE-59-LABELED FE2+ INFLUX IN ROOTS OF PEA USINGA CHELATOR BUFFER SYSTEM TO CONTROL FREE FE2+ IN SOLUTION, Plant physiology, 111(1), 1996, pp. 93-100
ROLE OF CALCIUM AND OTHER IONS IN DIRECTING ROOT HAIR TIP GROWTH IN LIMNOBIUM-STOLONIFERUM .1. INHIBITION OF TIP GROWTH BY ALUMINUM
Authors: JONES DL SHAFF JE KOCHIAN LV
Citation: Dl. Jones et al., ROLE OF CALCIUM AND OTHER IONS IN DIRECTING ROOT HAIR TIP GROWTH IN LIMNOBIUM-STOLONIFERUM .1. INHIBITION OF TIP GROWTH BY ALUMINUM, Planta, 197(4), 1995, pp. 672-680
UNCOUPLING FE2-SATIVUM CV SPARKLE AND THE FE HYPERACCUMULATOR E107( INFLUX FROM FERRIC REDUCTION IN PISUM)
Authors: FOX TC SHAFF JE NOVELL WA KOCHIAN LV
Citation: Tc. Fox et al., UNCOUPLING FE2-SATIVUM CV SPARKLE AND THE FE HYPERACCUMULATOR E107( INFLUX FROM FERRIC REDUCTION IN PISUM), Plant physiology, 108(2), 1995, pp. 21-21
EFFECT OF ALUMINUM ON CALCIUM HOMEOSTASIS AND IP3 MEDIATED SIGNAL-TRANSDUCTION IN TRITICUM-AESTIVUM AND N-PLUMBAGINIFOLIA
Authors: JONES DL SHAFF JE KOCHIAN LV
Citation: Dl. Jones et al., EFFECT OF ALUMINUM ON CALCIUM HOMEOSTASIS AND IP3 MEDIATED SIGNAL-TRANSDUCTION IN TRITICUM-AESTIVUM AND N-PLUMBAGINIFOLIA, Plant physiology, 108(2), 1995, pp. 41-41
AMMONIUM UPTAKE BY RICE ROOTS .3. ELECTROPHYSIOLOGY
Authors: WANG MY GLASS ADM SHAFF JE KOCHIAN LV
Citation: My. Wang et al., AMMONIUM UPTAKE BY RICE ROOTS .3. ELECTROPHYSIOLOGY, Plant physiology, 104(3), 1994, pp. 899-906
CONTROL OF IRON(III) AND COPPER(II) REDUCTION IN PEA ROOTS BY FE AND CU STATUS - DOES THE ROOT-CELL PLASMALEMMA FE(III)-CHELATE REDUCTASE PERFORM A GENERAL ROLE IN REGULATING CATION UPTAKE
Authors: KOCHIAN LV WELCH RM NORVELL WA SCHAEFER SC SHAFF JE
Citation: Lv. Kochian et al., CONTROL OF IRON(III) AND COPPER(II) REDUCTION IN PEA ROOTS BY FE AND CU STATUS - DOES THE ROOT-CELL PLASMALEMMA FE(III)-CHELATE REDUCTASE PERFORM A GENERAL ROLE IN REGULATING CATION UPTAKE, Plant physiology, 102(1), 1993, pp. 21-21
EVIDENCE FOR COMMON TRANSPORT-SYSTEMS FOR K-4+ ABSORPTION IN MAIZE ROOTS - AN INVESTIGATION UTILIZING EXTRACELLULAR VIBRATING K+ AND NH-4+ MICROELECTRODES( AND NH)
Authors: SHAFF JE LUCAS WJ KOCHIAN LV
Citation: Je. Shaff et al., EVIDENCE FOR COMMON TRANSPORT-SYSTEMS FOR K-4+ ABSORPTION IN MAIZE ROOTS - AN INVESTIGATION UTILIZING EXTRACELLULAR VIBRATING K+ AND NH-4+ MICROELECTRODES( AND NH), Plant physiology, 102(1), 1993, pp. 106-106
TOWARDS AN UNDERSTANDING OF THE MOLECULAR-BASIS OF PLANTS K- CHARACTERIZATION OF CLONED K+ TRANSPORT CDNAS( TRANSPORT )
Authors: KOCHIAN LV GARVIN DF SHAFF JE CHILCOTT TC LUCAS WJ
Citation: Lv. Kochian et al., TOWARDS AN UNDERSTANDING OF THE MOLECULAR-BASIS OF PLANTS K- CHARACTERIZATION OF CLONED K+ TRANSPORT CDNAS( TRANSPORT ), Plant and soil, 156, 1993, pp. 115-118
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