Hippea maritima: Hipma_0217 Help Entry Hipma_0217        CDS       T01456                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism hmr  Hippea maritima Pathway hmr00220   Arginine biosynthesis hmr00250   Alanine, aspartate and glutamate metabolism hmr00430   Taurine and hypotaurine metabolism hmr00910   Nitrogen metabolism hmr01100   Metabolic pathways hmr01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:hmr00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     Hipma_0217   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     Hipma_0217    00220 Arginine biosynthesis     Hipma_0217   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     Hipma_0217 Enzymes [BR:hmr01000]  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      Hipma_0217 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Bac_GDH_CD GDH_C GDH_HM3 GDH_ACT2 GDH_ACT1 GDH_HM1 GDH_HM2 GDH_ACT3 ELFV_dehydrog Motif Other DBs NCBI-ProteinID:  AEA33194 UniProt:  F2LXK8 LinkDB All DBs Position 209011..213765 Genome browser AA seq 1584 aa AA seqDB search MELSRDNYVKVVKALKKDLVKKGFEEELVEVFVDSSLKYSKVESFSEKFPFKYLNRVIED SIKFLLEKRDDIKLELEDIQIENKNYTQIKLLTDNNPFIVDSITSIINNLNEFYIDFSIQ PIFVIERAKSGKLTKIEFPHESGNKELYLLFLLDAISDIQKDKLRKDIVNSVEEGRLAVS DFKDMEKRVKDIARKLNDPIYLKKISEKDTEDIKEFLMWLLDENFIFLGMRTYRLDYEED DILIQMDKPSCLGILRKIERSMFKDKISIKELPESALDTVKAGNVLVIDKTNSKSNVYDT RRMDYIAISEFDKDLKVIKRHIILGLFTSKALKEQASNIPFLKSKLDRILFEENVVEDSF EYKHMIDIFNTLTKDDLFISSTENLKILLEELLTCETEKRIKILTRQANLVHGVYLIAVL PVKFYSQKNIENFTQFLSETLKTEDIEYKIITQSPRIIRIHYYLIFDKYKKPKIDVEVVE ENLKEIVSSWKDNFRSALADMYGSGKASYYINKYMNSFDDEYISKTSPDEAIFDIEHFEK ILTSQEVEADIYTQGDSIFFNIYSLNKLPLYEILPKLNNMGLNVLYEDFVSIEINKKIVY IQRFSVDPAKLDLTNADKLFKTINENFEAIWRGIVEDDGLNELTTKAVMGYKYIDVLRTL SNYLMQINFQIKKASIISVLVKYPHLASMLIDYFENKFSPQLASEEEVKKVYEKTKNELE QINDIHEYRIVHSLFNIIESTVRTNFYKRNKKYHYISLKINSSKILTMPSPRPMFEVYVH SSFMEGCHLRGGKVARGGIRWSDRKDDFRLEILGLMKTQMVKNAVIVPVGSKGGFIVKAV AKNREEWIELGKKAYRTLMRGMLDVTDNIDENNNEIRPEDVVCYDEFDPYLVVAADKGTA TFSDIANEISEKEYNFWLKDAFASGGKHGYDHKKIGITARGAWQCVERHFREMGKNVFTD TFTVVGIGDMSGDVFGNGMLYTDKIILKAAFNHIEIFIDPNPDPEASYKERKRLFDNGLT WKYYDKKLLSKGGFVVDRNAKSIKLTKEAKEFLQTNKNEVSGEDLIKLILQADVDLLWNG GIGTYVKATDETNEDVGDRLNDAVRIDASQLRAKIVGEGGNLGLTQKARIEYALRGGKLN TDALDNSAGVDMSDHEVNLKILLGQLMKDGVLKDLEARNKMLEDLTEEVTQRVLTHNYMQ SFAVSLDEMRSKQEPDIFFELDNFLKNKGVLHKEDYPFPDRKELSLRVSRGVGYTRPELS VMLALNKMFVYNELLKSQVFSGDTIDQYAIMYFPPTIRAKYQDYIVKHRLKNEIAFTFMV NLIINNNGATSLLKIHMMTDQHIPQIMKSMIFSYDVLDILNLRNELFEYENKIPQQEIYK ISLDMFDAVNSFTINEIYMFRDGVSLDTKKEEEIKGWLNDYYSTCVEEGLYHESYLKKVD DLKSVVDETLAKKIARLYFIEPFIPSYHIARLLGKDIKTTVEALDTIDRSFGFKELKGYI NSIHIANEWDRMAQFSVIRNYILAEITMAIRLIKEFAGDINAMIESKREVYDEYKTDLDT IMGIKSINLHPAMLLYDKLQKLLH NT seq 4755 nt NT seq  +upstreamnt  +downstreamnt atggaactatccagagacaattacgttaaggttgtcaaggctctgaagaaagaccttgtg aaaaagggttttgaggaggaacttgttgaggtctttgttgattcgtctttgaaatattca aaggtagaaagcttttctgagaaatttccttttaagtatttaaatagagttattgaggac agcataaaattccttttggagaagagggatgatataaagctcgagcttgaggatatacag atagaaaataaaaactatacccaaattaaactactcacagataacaatccatttattgtt gacagtataacatcaattatcaataacctaaatgaattttatatagattttagtattcaa cccatatttgttatagaaagggctaaaagcggaaaacttacaaagatagagttcccccat gaaagtggcaacaaagagctttatttgctgtttttgcttgatgctattagtgatatacag aaagacaaacttagaaaagacattgtaaactctgttgaggaaggcaggcttgctgtatcg gattttaaagatatggaaaaaagggtcaaagatattgcgagaaaactcaacgacccgata tatcttaaaaagataagtgaaaaagatacagaggatattaaagagttcctgatgtggcta cttgatgaaaactttatatttttaggcatgagaacatataggctggactatgaagaagat gacatacttattcaaatggacaagccgagttgtttgggtattctaagaaaaatcgaaagg tctatgtttaaggataagatatcgataaaggagcttccagagagtgctctggatacggta aaggctgggaatgttttggttatagataaaacgaactcaaagagcaatgtctatgacacc cgcagaatggactatatagctatatcagaatttgataaagatttaaaggtaataaaaaga catataatattgggactatttacatccaaggctttaaaggaacaggcatccaatattccg tttttgaaatccaaacttgataggatattgtttgaagagaatgttgtagaagattctttt gaatacaaacacatgatagacatatttaatacgctaactaaggatgacttgtttatatcg agcacggagaatttgaaaattctacttgaagaacttttaacatgcgagacagagaaaagg ataaaaatattaaccaggcaggcaaatttggttcatggagtttatttgatagctgtcttg cctgttaagttttattcacagaagaatatagagaattttacccaattcctcagtgaaaca ctgaaaaccgaagatatagaatataaaataataacacaaagtcctcgaattataagaatt cactattatctaatttttgataaatacaagaaacctaaaatagatgttgaagtggttgaa gaaaacctaaaagaaatagtttcaagttggaaggataactttaggtctgctttggctgat atgtatggcagcggcaaggcttcctactatatcaataaatacatgaatagttttgatgat gagtacatctctaaaacctcacccgatgaggctatatttgacatagagcattttgagaaa attttgacctcacaagaggttgaggccgatatatacactcaaggcgatagtatatttttt aacatctactctcttaataagttgcctctttatgaaatactgccaaaactcaacaatatg ggtctgaatgttttgtatgaggattttgtaagcatagagataaacaagaagattgtctat atccagaggttttctgtagatccagcaaagttagatctaactaatgcagataaattattt aagacaataaatgaaaattttgaagccatttggagaggtatagtagaagatgacggtctg aatgaacttacaacaaaggctgtaatgggttataagtatatagatgttttgagaacatta agtaattatttgatgcagataaacttccagataaaaaaggcatccatcataagcgtttta gttaagtatccgcaccttgccagtatgcttatagactatttcgaaaataagttctcaccc cagcttgctagtgaagaagaggttaaaaaagtttatgaaaaaacaaaaaacgagcttgag cagataaacgacattcacgaatacagaatagtccattcgctatttaatatcatagaaagc accgttagaaccaatttttacaagagaaacaaaaaatatcactacatatccttaaagatt aattcatcaaagattcttacaatgccatcaccaaggcccatgtttgaggtgtatgtacat tcatcttttatggagggctgccatctcagaggcggtaaggttgcccgtggtggcatacgt tggagcgatagaaaggacgattttaggcttgagatattaggacttatgaaaacgcagatg gttaagaatgcagttatcgtacccgttggatccaaaggcggctttatagtcaaggcggta gcaaaaaacagagaagaatggattgaattaggtaaaaaggcttacagaaccctcatgagg ggtatgcttgatgtaacggataatatagatgagaataacaatgaaataagacctgaagat gttgtatgttatgatgaatttgacccatacttagttgttgctgccgacaaaggtactgct accttctctgatatagcaaacgaaatcagcgaaaaagagtataacttctggcttaaggat gcctttgcgagcggcggtaaacatggatatgaccacaaaaagataggtattacagcaagg ggagcttggcagtgcgtagaaaggcattttagagaaatgggcaagaatgtctttacggat acgtttactgttgtgggcattggtgatatgagcggtgatgtttttggaaacggaatgctt tatacagacaagattattctaaaggctgcctttaaccatatagagatatttatagacccc aatccagatcctgaagcttcatacaaagaaaggaaaaggttgtttgataacggactgacg tggaagtattatgataagaaactcctctcaaaaggtggatttgttgtagatagaaatgca aagtctataaagctaacaaaagaagcaaaggaatttctacagaccaataagaatgaggta agcggagaggatttgataaaacttatacttcaggccgatgttgaccttttgtggaacggt ggcattggaacatatgtaaaagcaacagatgaaaccaatgaagatgtcggtgatagactt aacgatgcggttaggatagatgcaagccaactcagggcaaaaatagttggtgaaggcgga aatttagggttaactcaaaaggcaaggatagagtatgccttaaggggcggaaaactaaat acggatgcattggataactctgccggcgtggatatgtcagaccacgaggttaacttaaag atacttttagggcaactaatgaaagatggtgttcttaaagacttagaggcaagaaataaa atgctggaggatttaaccgaagaagttacacaaagggttttgacgcacaactacatgcag agctttgctgttagtttagatgaaatgcgctcaaagcaggaacctgatatattctttgag ttagataactttttgaagaataaaggtgtattacataaagaggactatccattccccgat aggaaagagctttctttaagggtgtcaaggggcgttggttataccaggccggagctttct gttatgcttgctctaaataagatgtttgtctataacgagcttttaaagagtcaggtgttt agtggggataccattgaccaatatgctattatgtattttccaccaacaattagggctaaa taccaagactacatagtaaagcatagattgaaaaatgaaatagcctttacatttatggtt aatttgattatcaataataacggagcgacaagcttgctgaagattcatatgatgacagac caacacattcctcaaatcatgaaatccatgatattctcatacgatgtactcgatatatta aatctgaggaacgaactgtttgaatatgagaataagattccgcagcaagagatctataaa atatcattggatatgtttgatgctgtaaattcctttactataaacgaaatatatatgttt agagatggtgtgtcattggacacaaagaaggaggaagaaataaaaggatggctgaacgat tactactcaacttgcgttgaggaaggattgtatcatgagtcctatttgaaaaaagtagat gatttgaaatctgttgtagatgagaccttggctaagaagatagcaaggctatattttata gagccatttatcccatcttatcacatagcaaggttgctaggtaaagacataaagacaacc gttgaggcgctggatactatagataggtcgtttggctttaaagaactaaaaggttatata aactccatacatatagctaatgaatgggataggatggcgcagttctctgtcataagaaac tatatattggcagaaataacgatggccatcagacttattaaagagtttgctggggatata aatgccatgatagagtcaaaaagagaggtttatgatgagtataagaccgatcttgacact atcatgggcataaagtcgattaacttacatcctgctatgttactctatgataaacttcaa aagcttttacattag

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