Unlocking nitrogen regulation: structural insights into the NifL-NifA complex and prospects for engineered diazotrophs. [PDF]
FEBS JGerhardt ECM, Selim KA.
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Ecological and genetic diversity of plant growth-promoting genes in rhizobacteria isolated from the rhizosphere of wild flora on Mount Erciyes, Türkiye. [PDF]
Front Plant SciAzizoglu U.
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Azotobacter vinelandii as a Nitrogen-Negative Chassis for Bio-Oil and Bio-Wax Production of Heterologous and Native Lipids. [PDF]
MicrobiologyopenBarney BM +4 more
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SUCCINIC DEHYDROGENASE OF AZOTOBACTER VINELANDII [PDF]
Journal of Bacteriology, 1954 openaire +2 more sources
Enhanced Urea Production in the Diazotroph Azotobacter vinelandii as a Means of Stable Nitrogen Biofertiliser Production. [PDF]
Microb BiotechnolBarney BM, Dietz BR.
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Regulation of proteolysis of the sigma factor RpoS by the Gac-Rsm signal transduction system in <i>Azotobacter vinelandii</i>. [PDF]
Microbiology (Reading)Rojo-Rodríguez JB, Moreno S, Espin G.
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Microbiome-volatile metabolome analysis reveals aroma regulation driven by microbial niche competition in Jinggang honey pomelo wine. [PDF]
Front MicrobiolWu Y +10 more
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Alginate-based biomaterials in orthopedics: What are the prospects for bacterial alginate? [PDF]
World J OrthopDudun AA, Bonartseva GA, Bonartsev AP.
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Biofertilizers mitigate salinity stress: insights from spring wheat physiology and gene expression. [PDF]
Front Plant SciAl Khallaf H, Rashad HM, Alsamadany H.
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Azotobacter vinelandii gene fitness following carbon shift from sucrose to acetate, succinate and glycerol. [PDF]
Microbiology (Reading)Knutson CM, Barney BM.
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