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The knowledge of the root nodule microbiome is still beyond the minimum. This study has been designed to isolate and characterize plant growth promoting bacteria and testing their ability to promote plant growth. In addition to  Rhizobium  MAP7, four other strains have been isolated from  Phaseolus vulgaris  nodules, and they have been molecularly identified as  Bacillus  MAP3,  Brevibacillus  MAP4,  Pseudomonas  MAP5, and  Pseudomonas  MAP8. The obtained strains showed the ability to produce IAA, siderophores, and HCN with different capabilities. A pot experiment was conducted to investigate the effect of the obtained strains on the physical growth parameters of  Vicia faba . The inoculation with  Rhizobium  MAP7 along with  Brevibacillus  MAP4 and  Pseudomonas  MAP5 led to four times increase in the number of nodules (57/plant) compared with that of the control in addition to a significant increase in the physical growth parameters   . Additionally, different nitrogen fractions increased significantly in response to this inoculum (226 and 206 mg/g dry weight total nitrogen for shoot and root respectively compared with 175 and 92.5 for control plants). The obtained strains in this study showed a good potentiality as plant growth promotors that might be tried with further crops on wider scale.

Insights in nodule-inhabiting plant growth promoting bacteria and their ability to stimulate Vicia faba growth