Aquimarina sp. AD1: D1815_09115 Help Entry D1815_09115       CDS       T05625                                  Name (GenBank) NAD(P)H-nitrite reductase   KO K00367   ferredoxin-nitrate reductase [EC:1.7.7.2] Organism aqa  Aquimarina sp. AD1 Pathway aqa00910   Nitrogen metabolism aqa01100   Metabolic pathways aqa01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:aqa00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     D1815_09115 Enzymes [BR:aqa01000]  1. Oxidoreductases   1.7  Acting on other nitrogenous compounds as donors    1.7.7  With an iron-sulfur protein as acceptor     1.7.7.2  ferredoxin---nitrate reductase      D1815_09115 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Molybdopterin Pyr_redox_2 Molydop_binding Rubredoxin_C Molybdop_Fe4S4 Pyr_redox Fer2_BFD Pyr_redox_3 NAD_binding_7 HI0933_like NAD_binding_8 DAO Lys_Orn_oxgnase Lycopene_cycl FAD_binding_3 Rep_Org_C 3HCDH_N Motif Other DBs NCBI-ProteinID:  AXT55902 UniProt:  A0A3A9XKZ3 LinkDB All DBs Position complement(2042543..2046061) Genome browser AA seq 1172 aa AA seqDB search MAFKSYKTTCSYCGVGCGIIAKKDAKGVITVEGDPDHPVNKGMLCSKGMNLHHVVQDKSD RILYPEMRWSKGHELQRVSWDQAFDRAVAVFNTIINKYGPDSVGFYVSGQCLTEEYYLVN KLTKGFIGTNNIDTNSRLCMSSAVVGYKQALGEDSVPIAYEDIELADCFMIAGANPAWCH PILFRRIEAHKEKNPNTKIIVVDPRKTQSCDIADLHLQIIPGTDVVLYNAIAKRLIDRKK IDKSFIANHTDNFELLKESLQSTSLTEAAKICGITAADIKKAATYISNAKGFITLWAMGL NQSSIGVNKNNALLNLSLVTGHIGKPGSGPFSLTGQPNAMGGREVGGMANLLAAHKDLSN KEHRTEVANFWGGKEISEKPGLTATEMFDALESGKLKAVWVICTNPLVSLPNANKVEKAL QKAKFVVVQDISHRSETLEYADLVLPAAGWAEKEGTMTNSERRITYLNKVVDPPGEALPD AEILWKFAQRMGYRGFDYTSVEEVYKEHCQLTKGTNIDITGLNYDRLKNEGSFQWPVPET NHSGTARLFQNKKFYTDTGNAKFVVPRFTKPTSELLTDKHPLILTTGRVRDQWHTRTKTG KVNRLLTHIPHPFLEINQVDAFLRKIKDGDIAVVESKRGKVQVKVKVSDTIAKGVVFLPM HWGKVLGNDYGRANNLTTSIIDPISKEPDFKFSAVQVSKFVKEKQKICIIGAGTAAYRFI QTYREQNTEDDITVFSKEPYPFYNRVLLPEYVSEELTWEQLQKMREGSMESLNVALSTSN PVTEINREEKYLIDSKGEKHEYDIVLMATGSRAFVPKEVPIHLPGRFTMRDRGDADKLKN YLEETGLPENQQHVTIVGGGLLGLELAAALRKKSVKITIIQRGNRLMERQLDIIASRLLA EDVREKGIQIHFDNEVDTVFNQDSGSLLVNLKSGKSFNCNAVVYSIGTIPNIDLAKTVGI DCRRGIVVNQYLQSSDPDIFAVGEIAEFEGNLFGITAAAEQQADIVAKYILGDFSAIYRG SVFMNILKFEDLDLCSIGNIDMPKDDPSYEEVIFMDVGKRFYKKCIVKNDWLVGAILMGD KSEFADFKRLIEEKIELSEKREELLRSSQPDEPVLGKLICSCSQVGEGNLEEAIKSGCED FSELCIKTGAGLGCGSCKPEVKEVLNNVMQLA NT seq 3519 nt NT seq  +upstreamnt  +downstreamnt atggcatttaaatcttataaaactacctgttcttattgtggtgttggttgtggaataata gctaaaaaagatgctaaaggggtaattacagtagaaggtgatccagatcatccagttaac aaagggatgttatgttctaaaggaatgaatttacatcatgttgtacaggataaaagcgat cgaattctctatccagagatgagatggagtaaagggcacgagttacaacgagtttcttgg gatcaagcttttgatcgtgcggttgcagtatttaatactattattaataaatacggtccg gatagtgttggtttttacgtttctgggcagtgtcttacagaagagtattatttggttaac aagcttacaaaaggatttatcggaactaataatatagatactaattctagattatgcatg agttctgcagttgtaggctataagcaagcattaggagaagatagtgttcctattgcctac gaggatatagagcttgccgattgttttatgattgcaggagcaaacccagcttggtgtcac ccaattttatttagaaggatagaagctcataaagagaaaaatccaaatacaaaaattatt gtagtagatccaagaaaaacacaatcttgtgatattgcagatttacatttacagataatt ccaggcactgatgtagtattgtacaatgcgattgctaaaagattaattgatcgaaaaaaa attgataaaagctttatagcgaatcatactgataatttcgaattattgaaagaatcttta caatccacctcactaaccgaggcagcaaaaatctgtggcataacagcagccgatataaag aaagcagctacatatattagtaatgctaaagggtttataacgctttgggcaatgggatta aatcaaagctcgataggtgtaaataaaaataatgcgcttttaaacctctcgttggtcact ggtcatataggaaaacctggatcaggtcctttttcattaacagggcagcctaatgctatg gggggtagagaagtaggaggtatggcaaatttattagcggctcataaagatttaagcaat aaagaacaccgaaccgaagtagctaatttctggggcggaaaagagatttctgaaaaacct gggttaactgctacggaaatgtttgatgcattagaaagtggaaaattaaaagcagtgtgg gttatatgtacgaatccattagtaagtctgcctaatgcaaataaagtagaaaaggcgctt cagaaagctaagtttgtagtggttcaggatatctcacatcgttccgaaacattagaatat gcagatttggtgttacccgctgcgggttgggcagagaaagaaggtacgatgactaatagt gaacgtcgtattacctatttgaataaagtagtggatcctcctggagaagcattaccagat gcagaaattctttggaaatttgcacagcgaatgggatatagaggctttgattatacatct gtagaagaagtgtataaagaacattgtcaattgactaaagggaccaatattgatattaca ggtctaaattatgatcgattaaagaacgaaggtagttttcaatggcctgttccagaaaca aatcattcgggaacagcacgattatttcaaaataaaaaattttatacagatacaggtaat gcgaagtttgtagtgccaagatttactaaaccaacttcagaattacttacggataaacac cctttgattttaacaacaggtagagtacgtgatcaatggcatactagaactaagacaggt aaagtaaatagactgttgacacatattccgcatccatttttagaaataaatcaggtagat gcttttctccgaaaaattaaagatggagacattgcagtggtagaaagtaaaagaggaaag gtacaagtaaaagtaaaagtaagtgatacaatagctaaaggggttgtgtttttaccaatg cattggggtaaagttttaggaaatgattacggaagagcaaataacttaaccactagtatt attgaccctatttctaaagaaccagattttaagttttctgcagtacaggtttcaaagttt gtaaaagaaaagcaaaaaatctgtattattggagcaggtacggctgcataccgttttata caaacatatagagaacaaaatacagaagatgatattaccgtgttctctaaagaaccatat cctttttataatagagtattgttaccagaatatgtaagtgaagaactcacttgggaacaa ttacaaaagatgagggaaggcagtatggaatctcttaacgttgccttatcaaccagtaat ccggttactgaaatcaatagagaagaaaaatatcttattgatagtaaaggagaaaaacat gaatacgatattgtcttaatggctactggaagtagagcttttgtgccaaaagaagttcct attcatttaccaggtagatttacaatgagagatcgaggagatgcagataaattgaaaaat tacttagaagaaactggtttgccagaaaatcaacaacatgtaacaattgttggaggtgga ctattaggtttagagttggctgctgcactacgaaaaaagagtgtgaagattacgattata caaagaggtaatcgtttaatggaaagacaactagatattatcgcaagtcgtttgttagca gaagatgttagagaaaaaggaatacagattcattttgataatgaagtagatacggttttt aatcaggattctggttccctattagtaaatctaaagtcaggaaaatcatttaattgtaat gctgtagtttactctattggtaccattcccaatattgatttggcaaaaacagttggtatt gattgtcgtcgcggaattgtagtaaatcaatacttgcaatccagtgatccagatattttt gctgttggtgagattgcagaattcgaaggtaatttatttgggataacagcagcggctgaa caacaagcagatattgtagctaagtatattttaggagattttagtgcaatatatagaggg tcggtatttatgaatattctaaaattcgaagacttggatctatgtagtatcggtaatatt gatatgcctaaggatgatccatcatatgaagaggttattttcatggatgttgggaaacga ttttataaaaaatgtatcgttaaaaatgattggttggtaggtgctattttgatgggagat aagagtgaatttgcagattttaaaagattgatcgaagaaaagatagaattgtctgagaag agagaagaattacttagatcatcccaacccgatgaacctgtgttgggtaaattaatttgt tcttgtagtcaggttggtgaaggaaacttggaagaagctatcaaatcaggatgcgaagat ttctccgaattatgtattaaaacaggagctggattaggttgcggtagctgtaaacctgaa gtaaaagaggtgttgaataatgtaatgcaattagcttag

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