Christiangramia fulva: C7S20_09515 Help Entry C7S20_09515       CDS       T05367                                  Name (GenBank) nitrite reductase   KO K00392   sulfite reductase (ferredoxin) [EC:1.8.7.1] Organism grs  Christiangramia fulva Pathway grs00920   Sulfur metabolism grs01100   Metabolic pathways grs01120   Microbial metabolism in diverse environments grs01320   Sulfur cycle Module grs_M00176   Assimilatory sulfate reduction, sulfate => H2S Brite KEGG Orthology (KO) [BR:grs00001]  09100 Metabolism   09102 Energy metabolism    00920 Sulfur metabolism     C7S20_09515 Enzymes [BR:grs01000]  1. Oxidoreductases   1.8  Acting on a sulfur group of donors    1.8.7  With an iron-sulfur protein as acceptor     1.8.7.1  assimilatory sulfite reductase (ferredoxin)      C7S20_09515 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  NIR_SIR NIR_SIR_ferr HEPN DNA_pol3_a_NII TDH Motif Other DBs NCBI-ProteinID:  AVR47401 UniProt:  A0A2R3ZAW8 LinkDB All DBs Position 2084544..2086637 Genome browser AA seq 697 aa AA seqDB search MQSFRTEIENPVVEQDILDLEKKIRLFREGKANEEKFRSLRLARGVYGQRQAGVQMVRIK LPFGKVTSEQLHRIANVSDEYSTGRLHITTRQDIQIHHVSLDRTPELWAQLEKDDITLRE ACGNTVRNVTASPTAGIDPKEPFDVSPYAEATFKFFLRNPICQEMGRKFKISFSSSDDDT ALSYIHDLGFIPKLKEGKRGFKVMLGGGLGSQPRHADELYDFLPVEELIPLIEGVLRVFD RYGERAKRLKARMKFLIKDIGKEAFMDLVAEQQTALSKKQPDFQIEKFEAAPPLQNVEVP EVEIEDQKEFETWKNTNVFPQKQEGLFAVGIRVPLGDFYTGGARELADLVKKYAGNEIRL TLRQDILVRHIKEEFLPFFYTELKKLGYAETGYNKTVDITACPGTDTCNLGIASSTGIAD VLEDVLKEEYPQFVNGRDITIKISGCMNACGQHNMAEIGFQGMSVKVGKAVAPALQVLLG GGTLGNGNGRFADKVVKIPSKRGPEALRLLLNDFEANSESGEGYAAYYDRQGKTYFYDLL KDLADTSNLTENDFIDWGHEKPYIKAVGVGECAGVVIDLVATLLFESEEKIDNAKTALER KAWSDSIYHSYTSIVNSAKALLTAEDVKTNTQAGIISQFDEIFIETGKIELSTSFKEFAY QLKENEPSEAFAKKYLDDAHLFLKRVDAYRTKEVQHV NT seq 2094 nt NT seq  +upstreamnt  +downstreamnt atgcaaagttttagaaccgaaattgaaaatccagtggtggaacaggatattctggatctg gaaaaaaagatcaggcttttccgtgaaggaaaggctaatgaagagaaattccgaagtctg cgtcttgcgcgtggagtgtacggacaaaggcaggctggcgttcagatggttcgtataaaa ctgccttttgggaaagtgacttcggaacagttgcatcgtattgccaatgtttccgatgaa tattccacaggaaggttgcatatcaccacccggcaggatattcaaatccatcacgtgagc ctggatcgaactcctgagttgtgggcacagctggaaaaagatgatatcaccctgcgtgaa gcctgtgggaatacggttagaaatgtcactgcttcgcctaccgcggggattgacccaaag gaaccctttgatgtttcgccttatgccgaagctacctttaaatttttccttcggaatcca atttgccaggaaatgggtagaaaattcaaaatttccttttcttcttcagatgatgacacc gcgctgagctacatccacgacctcggatttattcctaaactgaaagaaggcaaacgcgga tttaaagtaatgctgggtggagggcttggttcacagccacgtcacgccgatgagctttac gattttctgccggttgaagaattgattcctttgatcgaaggcgtgcttcgtgtttttgac cgctatggtgaaagagccaaacgtttgaaggcaagaatgaaatttctgataaaagatatc ggaaaagaggcttttatggatctggtagctgaacagcaaaccgcactttccaaaaaacaa cccgattttcagattgaaaaattcgaagcggctccgcccttgcagaatgtggaagttcct gaagttgaaatagaagatcagaaagaattcgaaacctggaagaataccaatgtttttccg caaaaacaggagggattgttcgctgtgggaattcgcgttcccttaggtgatttttatacc ggcggcgctagagaactggccgatctggtgaagaaatatgccggaaatgagataagacta accttgagacaggatattctggtccgacatattaaagaagaattcttgccatttttctat actgaattgaaaaaactcggctatgctgaaaccggctataacaaaacggttgatattact gcatgcccgggcaccgatacctgtaacctggggattgccagcagcacaggtattgccgat gtactggaagatgtattaaaagaagaatatcctcagttcgttaatggccgggatattacc atcaagatcagcggttgtatgaatgcctgcgggcagcataatatggctgagatcggcttc cagggaatgtcggttaaagtagggaaggcggtggctcctgcgcttcaggtgttgcttggt ggcggaacccttggcaacggtaatggccgttttgccgataaagtagtgaaaattccaagt aagagaggtccggaagctttaagattattattgaatgattttgaagccaattctgaaagt ggtgaaggctatgcagcctattatgaccgtcagggtaaaacgtatttctatgatctactt aaagatctggccgatacgtccaatctcaccgaaaatgactttatagactggggccatgaa aagccatatatcaaagccgtgggagtgggagaatgtgccggagtagttattgatttggta gcgactttgctttttgaaagcgaagaaaagatcgacaatgccaaaaccgctttggaaaga aaagcctggagtgacagtatttatcattcctacacttccattgtgaattcggctaaagct ttattgaccgctgaagatgttaaaacgaacactcaggcaggaattatttcccagttcgat gagatttttatagaaacaggtaaaatagaactttcaacttcatttaaggagtttgcctat cagttaaaagaaaatgagccctctgaggcttttgcaaagaaatatttagatgacgcgcat ttattcttaaagagagtagatgcctatagaacgaaggaggtacaacatgtttaa

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