Authors: LORQUIN J LORTET G FERRO M MEAR N DREYFUS B PROME JC BOIVIN C

Citation: J. Lorquin et al., NOD FACTORS FROM SINORHIZOBIUM-SAHELI AND SINORHIZOBIUM-TERANGA BV SESBANIAE ARE BOTH ARABINOSYLATED AND FUCOSYLATED, A STRUCTURAL FEATURE SPECIFIC TO SESBANIA-ROSTRATA SYMBIONTS, Molecular plant-microbe interactions, 10(7), 1997, pp. 879-890

Authors: BOIVIN C NDOYE I LORTET G NDIAYE A DELAJUDIE P DREYFUS B

Citation: C. Boivin et al., THE SESBANIA ROOT SYMBIONTS SINORHIZOBIUM-SAHELI AND S-TERANGA BV SESBANIE CAN FORM STEM NODULES ON SESBANIA-ROSTRATA, ALTHOUGH THEY ARE LESS ADAPTED TO STEM NODULATION THAN AZORHIZOBIUM-CAULINODANS, Applied and environmental microbiology, 63(3), 1997, pp. 1040-1047

Authors: LORQUIN J LORTET G FERRO M MEAR N PROME JC BOIVIN C

Citation: J. Lorquin et al., SINORHIZOBIUM TERANGA BV ACACIAE ORS1073 AND RHIZOBIUM SP STRAIN ORS1001, 2 DISTANTLY RELATED ACACIA-NODULATING STRAINS, PRODUCE SIMILAR NOD FACTORS THAT ARE O CARBAMOYLATED, N METHYLATED, AND MAINLY SULFATED, Journal of bacteriology, 179(9), 1997, pp. 3079-3083

Authors: LORTET G MEAR N LORQUIN J DREYFUS B DELAJUDIE P ROSENBERG C BOIVIN C

Citation: G. Lortet et al., NOD FACTOR THIN-LAYER CHROMATOGRAPHY PROFILING AS A TOOL TO CHARACTERIZE SYMBIOTIC SPECIFICITY OF RHIZOBIAL STRAINS - APPLICATION TO SINORHIZOBIUM-SAHELI, SINORHIZOBIUM-TERANGA, AND RHIZOBIUM SP STRAINS ISOLATED FROM ACACIA AND SESBANIA, Molecular plant-microbe interactions, 9(8), 1996, pp. 736-747

Authors: ARDOUREL M LORTET G MAILLET F ROCHE P TRUCHET G PROME JC ROSENBERG C

Citation: M. Ardourel et al., IN RHIZOBIUM-MELILOTI, THE OPERON ASSOCIATED WITH THE NOD BOX N5 COMPRISES NODL, NOEA AND NOEB, 3 HOST-RANGE GENES SPECIFICALLY REQUIRED FOR THE NODULATION OF PARTICULAR MEDICAGO SPECIES, Molecular microbiology, 17(4), 1995, pp. 687-699