Our previous studies of the native rhizobial population associated with peanut nodules in the
Córdoba soils of Argentina revealed that this population is highly diverse and includes slow …

In order to investigate bean-nodulating rhizobia in different types of soil, 41 nodule isolates
from acid and alkaline soils in Mexico were characterized. Based upon the phylogenetic …

As a legume crop widely cultured in the world, faba bean (Vicia faba L.) forms root nodules
with diverse Rhizobium species in different regions. However, the symbionts associated with …

We examined the bean rhizobia community other than the predominant species Rhizobium
etli present in soils of a region that is part of the range occupied by the host in Northwest …

Rhizobium spp. strains able to nodulate beans (Phaseolus vulgaris L.) were isolated from
Andalusian (Southern Spain) soils with no record of recent bean cultivation (except soil 14) …

RSα sequencing is a valuable tool for identification of bacterial strains, and for evaluating
the genetic structure of indigenous rhizobial populations. The purpose of this study was to …

The diversity of thirty-nine isolates from peanut plants growing at fourteen different sites in
the Argentinean province of Córdoba was examined by rep-PCR, RFLP of PCR amplified …

Although Phaseolus vulgaris L. is native from the Americas and is currently cultured in
diverse areas, very little is known about the diversity of symbiotic nitrogen fixing Rhizobium …

Soybean was introduced in Paraguay in the 1920s and commercial crops have been grown
since the 1970s. Root nodulation occurs at the majority of the producing sites, although …

Rhizobial bacteria are commonly found in soil but also establish symbiotic relationships with
legumes, inhabiting the root nodules, where they fix nitrogen. Endophytic rhizobia have also …