A genealogical concordance approach was used to delineate strains isolated from Acacia
dealbata and Acacia mearnsii root nodules in South Africa. These isolates form part of …

Two bradyrhizobial strains, CTAW71T and CTAW69, previously isolated from root nodules of
Cytisus villosus, have been analysed using a polyphasic approach. These strains have …

Bradyrhizobia are particularly abundant in Australia, where they nodulate native legumes
growing in the acidic and seasonally dry soils that predominate in these environments. They …

The genus Bradyrhizobium is considered as the probable ancestor lineage of all rhizobia,
broadly spread in a variety of ecosystems and with remarkable diversity. A polyphasic study …

Bradyrhizobium is a heterogeneous bacterial genus capable of establishing symbiotic
associations with a broad range of legume hosts, including species of economic and …

Sixteen strains of symbiotic bacteria from root nodules of Glycine max grown in Ottawa,
Canada, were previously characterized and placed in a novel group within the genus …

Strain aSej3T was isolated from a root nodule of a Lupinus angustifolius plant growing in
Bizerte, Tunisia. 16S rRNA gene analysis placed this strain within the genus …

Strains of the genus Bradyrhizobium associated with agronomically important crops such as
soybean (Glycine max) are increasingly studied; however, information about symbionts of …

We have characterized genetic, phenotypic and symbiotic properties of bacterial strains
previously isolated from nitrogen-fixing nodules of Retama sphaerocarpa from Northern …

Two slow-growing strains, AMBPC1010T and AMBPC1011, were isolated from nodules of
Cajanus cajan in the Dominican Republic. 16S rRNA gene analysis placed these strains …