Annotation: nitrogenase iron-molybdenum cofactor biosynthesis protein NifN Type 1: Protein-coding gene Located on scaffold NC_007626, - strand, nucleotides 1,695,856 to 1,697,214 See nucleotide sequence around AMB_RS07905 or for all of scaffold NC_007626
Other databases: NCBI , uniprot: Q2W703
Nearby Genes
500 nt AMB_RS07880 and AMB_RS07885 are separated by 81 nucleotides AMB_RS07885 and AMB_RS07890 are separated by 139 nucleotides AMB_RS07890 and AMB_RS07895 are separated by 26 nucleotides AMB_RS07895 and AMB_RS07900 are separated by 17 nucleotides AMB_RS07900 and AMB_RS07905 overlap by 29 nucleotides AMB_RS07905 and AMB_RS07910 overlap by 1 nucleotides AMB_RS07910 and AMB_RS07915 are separated by 145 nucleotides AMB_RS07915 and AMB_RS07920 are separated by 180 nucleotides AMB_RS07920 and AMB_RS07925 are separated by 100 nucleotides AMB_RS07925 and AMB_RS07930 are separated by 96 nucleotides
AMB_RS07880: AMB_RS07880 - iron-sulfur cluster assembly accessory protein, at 1,693,417 to 1,693,755
_RS07880
AMB_RS07885: AMB_RS07885 - nitrogen fixation protein NifQ, at 1,693,837 to 1,694,454
_RS07885
AMB_RS07890: AMB_RS07890 - ferredoxin III, nif-specific, at 1,694,594 to 1,694,893
_RS07890
AMB_RS07895: AMB_RS07895 - DUF269 domain-containing protein, at 1,694,920 to 1,695,366
_RS07895
AMB_RS07900: AMB_RS07900 - nitrogen fixation protein NifX, at 1,695,384 to 1,695,884
_RS07900
AMB_RS07905: AMB_RS07905 - nitrogenase iron-molybdenum cofactor biosynthesis protein NifN, at 1,695,856 to 1,697,214
_RS07905
AMB_RS07910: AMB_RS07910 - nitrogenase iron-molybdenum cofactor biosynthesis protein NifE, at 1,697,214 to 1,698,596
_RS07910
AMB_RS07915: AMB_RS07915 - hypothetical protein, at 1,698,742 to 1,699,971
_RS07915
AMB_RS07920: AMB_RS07920 - N-acetyltransferase, at 1,700,152 to 1,700,670
_RS07920
AMB_RS07925: AMB_RS07925 - nitrogenase molybdenum-iron protein subunit beta, at 1,700,771 to 1,702,306
_RS07925
AMB_RS07930: AMB_RS07930 - nitrogenase molybdenum-iron protein alpha chain, at 1,702,403 to 1,703,860
_RS07930
Or browse nearby genes
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