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Results: 1-7 |
Results: 7
THE EFFECT OF SYMBIOTIC MICROORGANISMS ON PHYTOALEXIN CONTENTS OF SOYBEAN ROOTS
Authors: SCHARFF AM JAKOBSEN I ROSENDAHL L
Citation: Am. Scharff et al., THE EFFECT OF SYMBIOTIC MICROORGANISMS ON PHYTOALEXIN CONTENTS OF SOYBEAN ROOTS, Journal of plant physiology, 151(6), 1997, pp. 716-723
IDENTIFICATION OF A TRANSPORT MECHANISM FOR NH4-NODULES( IN THE SYMBIOSOME MEMBRANE OF PEA ROOT)
Authors: MOURITZEN P ROSENDAHL L
Citation: P. Mouritzen et L. Rosendahl, IDENTIFICATION OF A TRANSPORT MECHANISM FOR NH4-NODULES( IN THE SYMBIOSOME MEMBRANE OF PEA ROOT), Plant physiology, 115(2), 1997, pp. 519-526
EFFECT OF PROLINE ON NITROGENASE ACTIVITY IN SYMBIOSOMES FROM ROOT-NODULES OF SOYBEAN (GLYCINE-MAX L) SUBJECTED TO DROUGHT STRESS
Authors: PEDERSEN AL FELDNER HC ROSENDAHL L
Citation: Al. Pedersen et al., EFFECT OF PROLINE ON NITROGENASE ACTIVITY IN SYMBIOSOMES FROM ROOT-NODULES OF SOYBEAN (GLYCINE-MAX L) SUBJECTED TO DROUGHT STRESS, Journal of Experimental Botany, 47(303), 1996, pp. 1533-1539
IN-VITRO INDOLE-3-ACETIC-ACID UPTAKE IN SYMBIOSOMES FROM SOYBEAN (GLYCINE-MAX L) ROOT-NODULES
Authors: ROSENDAHL L JOCHIMSEN BU
Citation: L. Rosendahl et Bu. Jochimsen, IN-VITRO INDOLE-3-ACETIC-ACID UPTAKE IN SYMBIOSOMES FROM SOYBEAN (GLYCINE-MAX L) ROOT-NODULES, Symbiosis, 19(2-3), 1995, pp. 99-110
PREPARATION AND CHARACTERIZATION OF SEALED INSIDE-OUT PERIBACTEROID MEMBRANE-VESICLES FROM PISUM-SATIVUM L AND GLYCINE-MAX L ROOT-NODULES BY AQUEOUS POLYMER 2-PHASE PARTITIONING
Authors: CHRISTIANSEN JH ROSENDAHL L WIDELL S
Citation: Jh. Christiansen et al., PREPARATION AND CHARACTERIZATION OF SEALED INSIDE-OUT PERIBACTEROID MEMBRANE-VESICLES FROM PISUM-SATIVUM L AND GLYCINE-MAX L ROOT-NODULES BY AQUEOUS POLYMER 2-PHASE PARTITIONING, Journal of plant physiology, 147(2), 1995, pp. 175-181
A SOYBEAN PERIBACTEROID SPACE COMPONENT, RIBOFLAVIN, REPRESSES DAIDZEIN-INDUCED COMMON NOD-GENE EXPRESSION IN BRADYRHIZOBIUM-JAPONICUM (VOL144, PG 34, 1994)
Authors: MELLOR RB ROSENDAHL L
Citation: Rb. Mellor et L. Rosendahl, A SOYBEAN PERIBACTEROID SPACE COMPONENT, RIBOFLAVIN, REPRESSES DAIDZEIN-INDUCED COMMON NOD-GENE EXPRESSION IN BRADYRHIZOBIUM-JAPONICUM (VOL144, PG 34, 1994), Journal of plant physiology, 144(6), 1994, pp. 767-767
A SOYBEAN PERIBACTEROID SPACE COMPONENT, RIBOFLAVIN, REPRESSES DAIDZEIN-INDUCED COMMON NOD-GENE EXPRESSION IN BRADYRHIZOBIUM-JAPONICUM
Authors: MELLOR RB ROSENDAHL L
Citation: Rb. Mellor et L. Rosendahl, A SOYBEAN PERIBACTEROID SPACE COMPONENT, RIBOFLAVIN, REPRESSES DAIDZEIN-INDUCED COMMON NOD-GENE EXPRESSION IN BRADYRHIZOBIUM-JAPONICUM, Journal of plant physiology, 144(1), 1994, pp. 34-37
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