Articles
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2 days ago |
biorxiv.org | Marcelo Batista |Jake Richardson |Michael Webster |Dmitry Ghilarov
AbstractUnderstanding the molecular basis of regulated nitrogen (N2) fixation is essential for engineering N2-fixing bacteria that fulfill the demand of crop plants for fixed nitrogen, reducing our reliance on synthetic nitrogen fertilizers. In Azotobacter vinelandii and many other members of Proteobacteria, the two-component system NifL-NifA controls the expression of nif genes that encode the nitrogen fixation machinery.
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