Medicago sativa (Alfalfa) is an important forage crop legume worldwide including Saudia Arabia due to its high nutritive value. Soil bacteria exist in root or root-nodules of Medicago sativa in either symbiotic relationships or in associations. The aim of the present study was to isolate and characterize endophytic bacteria that live in association with non-nodulated roots of Medicago sativa growing in Al-Ahsaa region, Saudia Arabia. Several bacterial strains were isolated from sterilized roots of Medicago sativa. Strains were characterized using 16S rRNA gene sequences, phylogenetic relationships analysis, morphological and biochemical characteristics. The strains utilized 50% (10 out of 20) of the different chemical substrates contained i...
Abstract: In present study, a total of 15 rhizobial isolates were isolated from the root nodules of ...
Nitrogen fixing rhizobia associated with the Medicago L. genus belong to two closely related species...
We characterized 34 endophytic bacterial isolates associated to root nodules collected from spontane...
Soil bacteria associated with plant roots that can exert beneficial effects on their hosts are desig...
Purpose: Studying the legume nodule microbiome is important for understanding the development and nu...
Background: Plant-associated bacterial communities caught the attention of several investigators whi...
Although plant growth-promoting rhizobacteria (PGPR) have shown tremendous potential to be used as i...
In addition to being a forage crop, Caliph medic (Medicago truncatula) is also a model legume plant ...
Abstract Background Plant-associated bacterial communities caught the attention of several investiga...
Rhizobia represents one of the most important types of beneficial soil bacteria, as it contributes t...
The common bean is one of the most important legumes in the human diet, but little is known about th...
This study focused on rhizobacteria to promote sustainable crop production in arid regions of Saudi ...
The root nodule bacteria were isolated from three different leguminous plants belonging to the Fabac...
Legumes are the most important source of human food and forage. Legumes are able to provide the bene...
<p>This study focused on rhizobacteria to promote sustainable crop production in arid regions of Sau...
Abstract: In present study, a total of 15 rhizobial isolates were isolated from the root nodules of ...
Nitrogen fixing rhizobia associated with the Medicago L. genus belong to two closely related species...
We characterized 34 endophytic bacterial isolates associated to root nodules collected from spontane...
Soil bacteria associated with plant roots that can exert beneficial effects on their hosts are desig...
Purpose: Studying the legume nodule microbiome is important for understanding the development and nu...
Background: Plant-associated bacterial communities caught the attention of several investigators whi...
Although plant growth-promoting rhizobacteria (PGPR) have shown tremendous potential to be used as i...
In addition to being a forage crop, Caliph medic (Medicago truncatula) is also a model legume plant ...
Abstract Background Plant-associated bacterial communities caught the attention of several investiga...
Rhizobia represents one of the most important types of beneficial soil bacteria, as it contributes t...
The common bean is one of the most important legumes in the human diet, but little is known about th...
This study focused on rhizobacteria to promote sustainable crop production in arid regions of Saudi ...
The root nodule bacteria were isolated from three different leguminous plants belonging to the Fabac...
Legumes are the most important source of human food and forage. Legumes are able to provide the bene...
<p>This study focused on rhizobacteria to promote sustainable crop production in arid regions of Sau...
Abstract: In present study, a total of 15 rhizobial isolates were isolated from the root nodules of ...
Nitrogen fixing rhizobia associated with the Medicago L. genus belong to two closely related species...
We characterized 34 endophytic bacterial isolates associated to root nodules collected from spontane...