Shewanella youngdeokensis: RGE70_10515 Help Entry RGE70_10515       CDS       T10660                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism syou  Shewanella youngdeokensis Pathway syou00220   Arginine biosynthesis syou00250   Alanine, aspartate and glutamate metabolism syou00430   Taurine and hypotaurine metabolism syou00910   Nitrogen metabolism syou01100   Metabolic pathways syou01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:syou00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     RGE70_10515   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     RGE70_10515    00220 Arginine biosynthesis     RGE70_10515   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     RGE70_10515 Enzymes [BR:syou01000]  1. Oxidoreductases   1.4  Acting on the CH-NH2 group of donors    1.4.1  With NAD+ or NADP+ as acceptor     1.4.1.2  glutamate dehydrogenase      RGE70_10515 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Bac_GDH_CD GDH_C GDH_ACT1 GDH_ACT2 GDH_HM3 GDH_ACT3 GDH_HM1 GDH_HM2 ELFV_dehydrog Motif Other DBs NCBI-ProteinID:  WOT03777 LinkDB All DBs Position complement(2458782..2463620) Genome browser AA seq 1612 aa AA seqDB search MALKDAMPSVLLENVVNLIHAKVPHSQAKQVEQFATCLYAHMSKDDLDARNDSDLYGAVL SQWNALNRTVVGEGHIRVFNPSQSKHGWESSHSIIEIIQPDMPFLVDSVGMALNRVGITA HMVLHTPMAIERQDGVVKHVSYRAKDHANVDNIAVFLIEIDRQSSEADIKTLTKEIESVI ADVAGSVNGWDAMSAKLSQTIDELATRPYPGSKEELNEATRFLQYLNDHHFTLLGYRRYD LRKVEGDLELVADKTTSLGLMTKSDEPETGLLLSTFSESARKEALDSSLLILTKSSEKSR VHRPAYVDYIGVKRFDEQGNVIGEDRFIGLYASNLYNRSPREIPLLAEKVQRVLDNSGLT AHSHDYKALMNILETLPRDELIQASVDELASVAHGVLEMQDRDKLKLFVRKDGFGRFLSC LVYVSKDRYNTKLREDTQRILAQHFNSREAVEFTTYFSESTLARTHYIIKVDNNNMDVDV AAIENNLSEAARSWEDKLGSALITAQGEEAGTCLVKRYVNAFPRSYKEDVLPSSSVVDIQ HLEALDDDHKLGMLFYQPQETALNNSKVRLKLFHKDEPIHLSDVLPKLENFGLRVINERP YEVITSAGDTYWILDFLMTTQGVASTDLADSQERFQTALSQVWKKELEDDGFNRLVLSTG LTGREVSILRAYAKYMRQIDSTFSQAYIEDTFARYPQIADLLVKMYIRKFNPKLKTRTLN KFIEQIDIRLEDVSSLDDDRIIRRYLDLINATSRTNFYQVTSSGSEKAYVSFKFEPALIP EMPKPLPKYEIFVYSPRVEGVHLRGGKVARGGLRWSDRREDFRTEVLGLVKAQQVKNTVI VPVGAKGGFVCKQLPTDGGREAFFAEGQQCYRLFIRGLLDISDNIINGEVVAPTNVVRHD EDDAYLVVAADKGTATFSDIANEIAQEYNFWLGDAFASGGSNGYDHKKMGITARGAWESV KRHFREMGVNCQTTDFTCVAVGDMAGDVFGNGMLLSKHTRLVAAFNHMHIFIDPNPDAAI SYVERERLFALPRSSWEDYNAELISKGGGIFKRSAKSIPLSAEMKKMLGTQKASMPPLEL LKQLLKMPVDLIWNGGIGTYVKATNETHAEVGDRANDAIRVNGNEVMAKIIGEGGNLGCT QLGRIEYCANGGRMNTDFVDNVGGVDCSDNEVNIKILLNALVADGEMTVKQRNRLLEEMT DEVSRIVLQDCKDQTRSISVTQVRGAEQLKEQIRFIQHLEKEGKLDRTLEFLPSEDELAD RLVNGKCLTRPELSVLVAYAKMVLKEQLLTPVITEDSFLSQLLVAYFPQQLQENYITNMV AHPLRGEIIATSLANELVNDMGLNFVQRMQDETGASVAEAAICYTMAREVFGLAELTKSI TDLNGLIPAVVQCEMLHQLRRNIRRASRWFLRHRNRNLNIEQTVEFFRPVLTELKANVHQ YMVNDEVEAIHAESNALIKEGVPEDVAMVVANVSTLFSALDIAQICDLETKPVALVAETY FKLGASVDLHWFLEQISAQPVSNHWQALARAAFREELDWQQRSLSSVVLRTCTESCDANQ IISQWIESNQSLLERWFHMLADFKTSQSHEFAKFSVALRELNLLILHCEGQK NT seq 4839 nt NT seq  +upstreamnt  +downstreamnt atggccttgaaagatgcaatgccttcagtactactcgaaaatgtagttaatctaattcac gctaaagttccccattctcaagcaaagcaagttgagcagttcgcaacttgtttgtatgcg cacatgtcgaaagacgatctcgatgctcgtaatgacagcgatttgtatggtgcggtttta agccaatggaatgcacttaatcgaaccgtcgttggtgaagggcatattcgagtgtttaac ccaagtcagtcgaaacatggttgggaatcaagccactctattattgaaattattcaacct gatatgccatttttagtcgattcagttggcatggctcttaatcgcgttggtataactgct catatggtgctgcatacaccgatggcaattgagcgccaagatggtgtggttaaacacgtt agttaccgtgcaaaagaccatgcaaatgtcgacaacatcgctgtatttttgattgagatc gatagacagagtagcgaagctgacattaaaacattgaccaaagagatagagtctgtgatt gccgatgttgccggttctgttaatggctgggatgcaatgtcggcgaagctaagccaaacg attgacgaacttgctacccgtccatatcctgggtcaaaggaagagctaaacgaagcgaca cgttttcttcaatacctaaatgatcatcactttaccttgttaggctaccgtcgttatgat ttacgtaaagtagaaggtgatttagaactggttgccgataaaacgacaagcttaggctta atgactaaatcagacgagcctgaaacgggtttgttgttgtctactttttcagaaagtgcg cggaaagaagcccttgatagcagcctattaatactgactaaaagtagcgagaaaagccga gttcatcggcctgcatatgtcgattacatcggtgttaaacgatttgacgaacaaggtaat gtgattggcgaagaccgctttattggtttgtacgcatctaatctttataaccgcagtcca cgagaaatcccgctactagctgaaaaagtgcaacgtgttttagacaattcaggtctcacg gctcactctcatgattacaaagcgttaatgaacattttggaaacgctacctcgtgatgaa ttaattcaagcaagtgtggatgaactagcaagtgttgcccacggcgtactagagatgcaa gaccgagacaaactaaaactgtttgtcagaaaagacggttttggtcgtttcttgtcttgc ttagtctatgtgtctaaagaccgctacaacactaagctgcgagaagacacacaacgtatt ttagcgcaacattttaacagtcgtgaggcggttgaatttacaacgtatttctctgagtca accttggctagaactcactatattatcaaagtagataacaacaatatggatgtcgatgtg gctgcaatagagaataacttgtctgaggcagcgcgctcttgggaagacaaacttggcagt gctttaattacggctcaaggtgaagaagctggaacatgtttagttaagcgttatgttaat gcttttccacgtagctataaagaagatgtattaccaagctcttcggtggtagatattcag catcttgaagctttagatgatgaccacaaactgggcatgttattttatcaacctcaggaa acggcgctcaataatagtaaagtacgcttaaagttattccacaaagatgagcccattcat ctatctgatgttttgcctaagttagaaaactttggtttacgagtgattaatgaaaggcct tatgaagtcattacatctgctggtgatacctattggattttagacttcttaatgacaacc caaggggttgctagtaccgatttagctgatagccaagagcgttttcaaaccgcattgtcg caagtttggaaaaaagagctagaagatgacggttttaaccgccttgtgctctcaacaggc ttaacgggtcgtgaagtgtctattttacgtgcatatgctaaatatatgcgtcaaatcgac tcaacatttagccaagcgtatattgaagatacctttgcaaggtatccacaaattgctgat ttactggttaaaatgtacatccgcaagttcaaccctaaacttaaaacgcggacattaaac aagtttattgagcagattgatattcgccttgaagatgtttcaagtttggatgatgatcga attattcgtcgctacctcgatcttattaacgccacaagccggactaacttttatcaagtc acaagttcggggagtgaaaaagcttatgtatcctttaagtttgagcctgcattgatccct gaaatgccaaagccattgccaaaatacgaaattttcgtatattcccctcgtgtagaaggc gtgcatttgcgcggcggcaaagtggctcgtggcggactacgttggtctgatcgacgtgaa gatttcagaaccgaagtattgggcttagttaaagcacaacaagttaaaaacaccgtcatt gtgcccgtgggcgcaaaaggtggctttgtctgtaaacagctaccgacagacggtggcaga gaagcgttttttgctgaaggccaacagtgttaccgcctgtttatccgcggtttactcgat atcagcgataacattattaatggcgaggtggttgcgccaactaacgtcgttagacatgac gaagacgatgcatatcttgtggttgctgccgacaaaggtaccgcgacattctctgacatt gccaacgaaatcgctcaagagtataacttttggcttggcgatgcctttgcatcgggtggc agtaacggctatgaccataagaaaatgggcattaccgcacgaggtgcttgggaatcggtt aagcgccatttccgtgagatgggtgtaaattgtcaaaccactgacttcacctgtgtagcc gtgggcgatatggcaggcgacgtgttcggtaatggtatgttgctgtctaaacacacacgt ttagtggccgcttttaaccatatgcatatatttatcgacccgaacccagatgctgctatt agctatgttgagcgtgagcgtttatttgcactacctcgctcaagttgggaagattataac gccgaacttatttccaaaggtggcggcatattcaagcgctctgcgaagtcgattccacta tcggctgaaatgaaaaaaatgctaggcactcaaaaagcatcaatgccaccacttgagttg cttaaacaactgcttaaaatgccagtagatttgatttggaacggcggtataggcacttat gtaaaagccacaaacgaaacccatgcagaagttggcgatcgtgcaaacgacgctattcga gttaacggtaacgaagtgatggctaaaatcattggcgaaggcggtaacttaggttgtacg caactaggtcgtattgaatactgtgccaatggtggcaggatgaatactgactttgttgac aatgtgggtggcgttgattgttccgataacgaagtgaacatcaaaatattgcttaacgca cttgtcgctgacggtgagatgaccgttaaacagcgcaatcggttacttgaagagatgact gatgaagttagtcgtattgtattgcaagattgtaaagatcaaacacgttctatttcagta acccaagtacgtggggctgagcagctaaaagagcaaatcagatttatccaacaccttgaa aaagaaggcaagttggatagaacattagagtttttgcctagtgaagacgagcttgcagat agattagttaacggtaagtgtttaactcgtcctgagttgtcagtgttggttgcttacgcc aaaatggtattaaaagagcaattactcacgccagtaattaccgaagatagcttcttgagt cagttactggttgcgtatttcccgcaacaattgcaagaaaactatataacaaatatggtc gctcatccgttacgtggcgagattattgcaacctcgttagccaatgaattggttaacgat atggggcttaattttgttcaacgtatgcaagatgagacaggtgcctcagtcgcagaagct gccatctgttacactatggctcgcgaggtgtttggtttagctgaattaactaaatctatt actgatctcaatggcctaattccagctgttgtacagtgtgaaatgctgcatcagttacga cgtaatattcgtcgtgctagccgttggttcttgcgtcatcgtaatcgaaacctcaatatt gaacagacggtagagtttttcagaccagtgctgacagagctcaaagctaatgtacatcaa tacatggttaacgatgaagttgaagcgatacacgcagagtctaatgcattaattaaagaa ggtgtaccagaagacgtcgcaatggttgttgctaacgtgagtacattattctccgcatta gatatagctcaaatttgtgatcttgaaaccaagccagtagcattagttgctgaaacctac tttaagttaggtgcaagtgtagatttgcattggttccttgaacaaattagcgcacagccg gtatcaaaccattggcaggcattagcaagagcagcctttagagaagagctagattggcag caacgttcattaagttcggtcgtgttgcgaacatgcacagaaagttgtgatgctaatcag atcatttcacaatggatagagtcaaaccaaagtttattagaacgttggttccatatgtta gctgactttaaaacctcgcaaagccatgagtttgcaaagttctcggttgctttacgtgaa cttaatcttttgatcctgcattgtgaaggacaaaagtaa

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