Aspergillus nidulans: ANIA_08449 Help Entry ANIA_08449        CDS       T01016                                  Name (RefSeq) hypothetical protein   KO K10534   nitrate reductase (NAD(P)H) [EC:1.7.1.1 1.7.1.2 1.7.1.3] Organism ani  Aspergillus nidulans Pathway ani00910   Nitrogen metabolism ani01100   Metabolic pathways ani01310   Nitrogen cycle Module ani_M00531   Assimilatory nitrate reduction, nitrate => ammonia ani_M00615   Nitrate assimilation Brite KEGG Orthology (KO) [BR:ani00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     ANIA_08449 Enzymes [BR:ani01000]  1. Oxidoreductases   1.7  Acting on other nitrogenous compounds as donors    1.7.1  With NAD+ or NADP+ as acceptor     1.7.1.1  nitrate reductase (NADH)      ANIA_08449     1.7.1.2  nitrate reductase [NAD(P)H]      ANIA_08449     1.7.1.3  nitrate reductase (NADPH)      ANIA_08449 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Oxidored_molyb NAD_binding_1 Mo-co_dimer FAD_binding_6 Cyt-b5 Motif Other DBs NCBI-GeneID:  2868886 NCBI-ProteinID:  XP_681718 UniProt:  Q5ATD1 LinkDB All DBs Position V:complement(513902..517198) Genome browser AA seq 1016 aa AA seqDB search MPPATKLDIFNEPDWTKTHSHRVGLRSRDDRFPGLTHSGDDWRFVLEEEAEEKIAELKRK VERGELLTVRDFLAKQQDFHLQRPEVHPQNWRYVLHTSENHIKEEQPWFINEKKKERREE EEKDKEREGENAERRDSKLDGQDMGRKSDEDQGSKEEQEEQKGLSPEEKELLELLRNEEA HMRSLKQNTGQGHSPAKSDFLPAEIDEIDQMTPDNWIPRTDHLIRITGKHPLNAEPVVTE LFDAGLITPNWLHYVRSHGSVPHLLWENHRLEISVGENMTLLMDDLKDQFESINIPVFVA CDGNRRKELNMIKRSKGFNWGPGAVGCAYWRGVRLRDVLKRAGIKALMNEYSESRLWVNF QGAETLSEGKYETCLPLEYVMDKTHDVLLAYEMNDSPLPPDHGYPLRLVVPGYVGGRWVK WLEKIWVTDKENDSHYHIWDNRVVPEFVTDKESELAETVYRNPSTACMEQVLNSILVRPG PKEKIDLVNVKKGKKYRIQGFAYNGGGNEIQRVEISLDEGVSWLYCARRVRYLLAQGRGI ADRSSTPNIRCDMGRNSGHGYTGIEIIRVRCWDVNKNAQPEHPTWNLEGMMNNCHYTVKS DIVEDEESGRISIIFRHPCEPATGEGGWMKPSAQIQAEEIQRQASTPGKQFTREEIEKHS TEDDCWIVINGNVYDATGVMSWHPGGKAPIMAHAGRVHQDTTNEFESIHDDFANSKLKEC ILGTVTKKAKDFMQQEVKVKAKERASSSKQEGQIALKRHKWTQARFVRKTPLSGDTNRYT FELLERTKKLGLQTGQHIQIGFHFKDQLVFRSYTPVKPIMEEEEDGTFDLIVKTYYPDPG QPGGTMSNILDCLAEGEEVEIKGPAGEIVYKGNGTFKIDHKERTFERITLVLGGSGVTPG YQVIAKILLSDGRDKTKIRVIDGNRTENDILLRKELQDFAKEHPEQFQIVHVLSHAGDDW KGERGHVSAEILHKFGFEPDEKSVALLCGPPAMIQKAVLPALVDWGYDQDSNLFGF NT seq 3051 nt NT seq  +upstreamnt  +downstreamnt atgcctcccgcgacgaaactagatatcttcaatgagccggactggacgaaaacccatagc catcgggttggtctgcgctcgcgcgatgaccgtttccccggtctcacgcactcgggagat gactggcgctttgtgcttgaggaggaggcggaagagaagatcgcagagctgaaaaggaag gttgaaagaggagagctccttaccgtgagagattttttagcgaagcagcaggattttcat cttcaacggccagaggtccatccgcagaattggagatacgtgcttcatacatcggagaat catattaaagaagagcaaccttggttcataaatgagaagaagaaggaaaggagggaggag gaggagaaggataaggagagagagggtgagaatgcagagcgaagagactcgaaactggac ggtcaggatatgggcaggaagtctgatgaggatcaaggcagtaaagaggaacaggaagag caaaaaggactgagccctgaagaaaaagaactattggagcttctgcgcaacgaggaggcg cacatgcgctctctcaaacaaaacaccgggcaaggccactcgcctgcgaagtctgacttc ctcccggctgagatcgacgagatcgaccagatgacgccggataactggatccctcgaaca gaccatctcatccggataactgggaaacatccactgaatgcagagcctgtagtgacagaa ctctttgacgcaggtctaatcacgcctaactggcttcactacgtgcgcagccacggctcg gtccctcatctgctctgggagaaccacagactggagatatcggtgggcgagaacatgacc ctattaatggatgatttgaaagaccagttcgagagtatcaatatccccgtcttcgttgcg tgcgacggtaataggcgcaaagagctgaatatgatcaagcggagtaagggattcaactgg ggccctggcgctgtagggtgtgcttactggagaggcgtgcggctgcgagatgtcctgaaa cgagcgggcatcaaagcgttgatgaacgagtacagtgaatcgcgtctctgggtgaacttc cagggcgccgagacgctgagcgagggcaagtatgagacctgtctcccgctagagtatgtg atggacaagacacacgacgtgctgctggcgtatgagatgaacgactctcctcttcccccg gatcatgggtatccgcttcgcctggtggtcccaggttacgttgggggtagatgggtgaaa tggctggaaaagatctgggtcacagataaagagaatgacagccactatcatatatgggac aatcgagtcgtaccggagtttgtaacggataaggagtcagagctggcggagacggtgtat cgcaatccaagtacagcgtgtatggaacaggtgctgaactctattctggtcagaccgggc cctaaagagaagatcgaccttgtcaacgtgaagaagggcaagaagtaccgaattcaagga ttcgcatacaacggcggaggcaacgagatacagagggtcgagatcagtctcgatgaaggg gtctcttggctatactgcgctcgacgggtaaggtacctccttgcacaaggaagaggaata gctgacagaagtagtaccccgaacatccgctgcgacatgggaagaaattctggacatggc tacactggcatcgagatcatcagggtgcgttgctgggatgtgaacaaaaatgcgcaaccg gagcacccgacttggaacctcgaagggatgatgaacaactgtcactacactgtcaagtca gatattgtggaagatgaagaatctggcaggatatccataattttccgacatccgtgcgaa cctgctacaggcgaaggaggatggatgaagccgtccgctcaaatccaggcagaagaaatt cagagacaagcatcgaccccagggaagcagttcactcgcgaggagattgaaaaacatagc actgaggacgattgctggatcgtcatcaacgggaatgtatacgacgctacgggtgttatg agctggcatcccgggggtaaggcaccaattatggcacacgccggccgggtccatcaagac acgacgaacgagtttgagagtatacacgatgactttgcaaattctaaactcaaagagtgc atcctaggaacagtgacgaagaaagcaaaagacttcatgcaacaagaggtcaaagtgaag gctaaagagcgagcaagctcatccaagcaggagggtcagatagctttgaagcgccataaa tggacccaagcgcgattcgtccgcaaaacacccttatctggagacacgaaccgatatacg tttgagctgcttgaaaggaccaagaaactcggtctccaaacgggccagcacattcagata gggttccatttcaaagatcagcttgtcttccgctcctatacacccgttaaaccgatcatg gaggaagaagaagacgggaccttcgatctcattgtgaaaacatactatcccgaccccgga cagcccggtggcacgatgagtaacatccttgactgtctggcggaaggagaagaggtcgag atcaagggccccgcaggtgaaattgtgtacaagggtaacgggacgttcaagatcgaccac aaggagcgtacttttgagcggatcacgcttgttctgggagggtctggagttacaccgggg taccaggtcattgcaaagatcctgttatctgatggaagggataagaccaagatccgtgtt attgatgggaacaggacggagaacgatatactacttcgcaaggagttgcaggatttcgcg aaggagcatccggagcagttccagattgttcatgttctgagtcatgctggagatgactgg aagggcgagaggggacacgtcagtgcagaaattctccataagttcgggtttgaacccgac gagaagagtgttgcgttgctgtgtggcccgccagcgatgatacaaaaggcagtactcccc gcactggtcgactggggatacgatcaggacagcaatctttttggattctaa

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