Alteromonas mediterranea DE: MADE_1003695 Help Entry MADE_1003695      CDS       T00747                                  Name (GenBank) nitrite reductase   KO K00362   nitrite reductase (NADH) large subunit [EC:1.7.1.15] Organism amc  Alteromonas mediterranea DE Pathway amc00910   Nitrogen metabolism amc01100   Metabolic pathways amc01120   Microbial metabolism in diverse environments amc01310   Nitrogen cycle Brite KEGG Orthology (KO) [BR:amc00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     MADE_1003695 Enzymes [BR:amc01000]  1. Oxidoreductases   1.7  Acting on other nitrogenous compounds as donors    1.7.1  With NAD+ or NADP+ as acceptor     1.7.1.15  nitrite reductase (NADH)      MADE_1003695 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Pyr_redox_2 NIR_SIR Pyr_redox Fer2_BFD NIR_SIR_ferr Rubredoxin_C Pyr_redox_3 HI0933_like DAO FAD_binding_2 GIDA NAD_binding_8 LpxI_N Lys_Orn_oxgnase 3HCDH_N Amino_oxidase FAD_binding_3 Pyr_redox_dim AlaDh_PNT_C DUF436 Motif Other DBs NCBI-ProteinID:  AEA96887 UniProt:  F2G975 LinkDB All DBs Position 762422..764971 Genome browser AA seq 849 aa AA seqDB search MTSLDSKTQIVVVGNGMVGHHFVEQLHQSDANVEITVLCGESRLAYDRVYLSSFFSGASA DDLALTTPAQYAQWGVSVVTNALVTDIDRDNKKVTTSEGQVFSYDKLVLATGSYPFVPPI PGNEQEHCLVYRTIDDLLAIEASAAVSSVGVVVGGGLLGLEAANALKQAGLDTHVVEFAP QLMAVQLDQAGGKVLKDKIEDLGVTVHTQKATQSIEAGNTCRYKMVFADGTELETDMILF SAGIRPSDQLGRKSALTLGERGGIVIDNHCVTSDPNIYAVGECALWDNKIFGLVAPGYTM ARTAVSHLTGGDAEFSGADMSTKLKLMGVEVGSIGDAHERTEGALSYTYLNQPEGVYKKL VVDSEQKKVLGAVLVGDTSDYDTLLQYALNAIDLPEHPESLILPSSDAAPALGADALPDT ASICSCLNVTKGDIVSAIEGGCCSVADVKGETKASTGCGGCAALLKNVVDSELEKRGVEV SKAICEHFNYTRQELFHIVKVNGIRTFDDLLEQHGEGLGCEICKPAVGSILASVYNDYIL KSAHLPLQDTNDIYLGNMQKDGTYSVVPRVPGGEITPEKLILLGEVAKEYNLYTKITGGQ RIDLFGARVEHLPDIWEKLVAGGFETGHAYAKALRTVKSCVGSTWCRYGVQDSVGTAIDL ENRYKGLRAPHKIKFAVSGCTRECAEAQSKDIGVIATEQGWNLYVCGNGGMKPRHADLFA TDLDTETLIKYIDRVLMFYVKTADRLQRTSVWMDNLEGGLAYLQDVVINDALGINDELEA QMDTVVDAYQCEWKTTIEDPEARKRFRQFVNSNAGDTNIQFVSERGQVRPATEAEKVAGK DQFIPVAMV NT seq 2550 nt NT seq  +upstreamnt  +downstreamnt atgacttcattggactcaaaaacgcaaattgtcgtcgtaggcaacggcatggtggggcac cattttgttgaacagcttcaccaaagcgacgccaatgtagaaataaccgtcttatgcggc gagtctcgcctcgcgtacgaccgcgtttacttatcttcgttttttagtggcgcaagtgct gatgatttagcgcttaccaccccagcacagtatgcccagtggggcgtaagtgtagtgacc aatgcgttggtgaccgatatagaccgtgacaacaaaaaagtgacgacgtcagaggggcag gtatttagttacgataaacttgtgcttgctaccggctcatatcctttcgtgccgcctatt cccggtaacgagcaagagcactgtttggtctaccgtaccatcgatgacttacttgccatt gaggcctcggcggcggtaagtagcgtgggggtggttgtcggcggcggcctgttaggctta gaagcggcgaacgcacttaagcaagccggccttgatactcatgtcgtcgagttcgcgcca cagctaatggcggttcaacttgaccaagccggtggtaaagtccttaaagataaaattgaa gatttgggcgtgactgttcatacccaaaaagcgacacaaagcattgaagcgggaaatacc tgtcgctataaaatggtgttcgccgatggcaccgaacttgaaaccgacatgatccttttt tctgcgggtattcgcccttcggatcagcttggtaggaagtcagcactaacacttggcgag cgcggcggtattgttattgataaccactgtgtgacgtctgatccgaatatatacgccgta ggcgagtgcgcgctatgggacaacaaaattttcggccttgttgcccccggctatactatg gctcgcactgcggtaagtcatctaaccggtggtgatgctgagttttcaggtgccgatatg agcaccaagttgaagcttatgggggttgaagttggctcaattggtgatgcgcacgaacgt actgaaggggcattaagttatacctacttaaaccaacctgaaggcgtttacaaaaagctt gttgttgatagtgaacaaaagaaagtgctgggcgcggtactggtaggtgacacaagcgat tacgatacgttattgcagtatgcgcttaacgctatcgaccttcctgagcatcctgaaagc cttattcttccgtcgtcggatgccgctcctgctcttggcgccgatgcgttacccgacacc gcgtctatttgttcctgcctgaatgtaacaaaaggcgatattgtttcagccattgaaggt ggctgctgtagcgtagcggatgtgaaaggtgaaaccaaagccagtacaggctgtggtggc tgtgcagcgctacttaaaaacgtggtggacagcgagcttgaaaaacgcggcgttgaagtt tcaaaagccatttgtgagcactttaactatacacgtcaagagctctttcacattgtaaaa gtaaacggtattcgcacgtttgatgatctgctagagcagcatggtgaaggtttaggttgc gagatttgtaagcccgcagtgggctctattttggcatcagtttataacgactacattcta aaatcggcccacctaccgttacaagatactaacgatatctaccttggcaacatgcaaaaa gacgggacttattccgttgtgccacgggtgccgggcggagaaatcacgccagagaaattg attttgttaggtgaagtggcgaaagagtacaacctgtacaccaaaataaccggtgggcag cgtatcgatttattcggcgcgcgtgttgaacaccttcctgacatctgggagaagctagta gcggggggatttgaaaccggtcatgcgtatgcgaaagcactgcgcactgtgaagtcgtgc gtgggaagtacttggtgtcgctatggcgtacaagactcagttggtaccgctatcgattta gaaaatcgctataaaggcttacgtgcaccgcacaaaatcaaatttgctgtatcaggctgt acccgtgaatgtgctgaggcccaaagtaaagacattggtgttattgccactgagcagggc tggaacttgtatgtatgcggtaacggcggtatgaagccccgccatgccgacttgtttgcc accgacttagataccgaaacccttatcaaatatatcgaccgcgtgttgatgttctatgtg aagactgccgatcgccttcagcgtacttcagtgtggatggataacctagaaggcggctta gcttatcttcaagatgtggtgataaacgacgccttgggcattaacgacgagctagaagcg caaatggataccgtggttgacgcgtatcaatgtgagtggaaaaccactatcgaagaccct gaagcgcgcaagcgtttccgtcagtttgtaaacagtaatgcaggcgataccaatattcag tttgtttcagagcgcggccaggttcgccctgcaacagaagctgaaaaagtggcagggaaa gaccagtttattccagtcgctatggtatag

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