Legionella micdadei: LMI_1462 Help Entry LMI_1462          CDS       T03810                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism tmc  Legionella micdadei Pathway tmc00220   Arginine biosynthesis tmc00250   Alanine, aspartate and glutamate metabolism tmc00430   Taurine and hypotaurine metabolism tmc00910   Nitrogen metabolism tmc01100   Metabolic pathways tmc01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:tmc00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     LMI_1462   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     LMI_1462    00220 Arginine biosynthesis     LMI_1462   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     LMI_1462 Enzymes [BR:tmc01000]  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      LMI_1462 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:  CEG60767 UniProt:  A0A098GFK6 LinkDB All DBs Position I:1538071..1542945 Genome browser AA seq 1624 aa AA seqDB search MSYKFEEGKDLIIDAVVDKLQQKMGGGQAPFCIEFVRQFYGTVALEDLREWDIDDLYGAI INFWSLIQHRAPNETKIRIYNPDFERHGWQTTHTVVEIITDDMPFLVDSLRMVINRLGLV SHLIMHMGNLRVRRGKNNEIIEVLPRNGESQHKDIIVEAAIFIEIDRQTDASVLEDLHRN FERVLEDNRAVVSDWMPMREKVRAAIAELEAVSSVLEPNEASETIAFLKWIEDHHFTFLG MREYELIRKGQETILQPLPETGLGVLRQSMSKSSARSISAMTPEARELTLSSRVLVMSKT NTEATVHRRAYTDYIGIKRFNKKGQVIGELRIIGLYTSAAYNTSPRHIPFLRHKVALIMK NSNLNPRGHAGKVLLNILETLPRDDLIQASEDELLEIAMGIFYMQERRRIRMFARTDVYR RFVSCLVYVPKDRWNTELRLAMEKILKESFNSQEINFSTWFSESVLARIHFIIRTNPHDE TQWNFKEIEQKLIEVGRTWTDDFQHYLFDTFGEEKANRLFARYKGAFPVAYTAIFSPRTA VSDIKHVETLSDSNPLVMNFYKPLDEPEENFRLKIYQHDDTLALSEVLPILERLGMKAIS ERPYVLDYEDGRKTWINDFALQYTHKNDFDIDHIKDLFQNAFASVWFGQAENDGFNQLVL AASLDWRQVSVLRTYAKYFKQIGFTFSQEYIEAALINNAHIAYKLVQLFEIRFNPTIKAN RDVDFTSLVNEIFVDLDEVANLDEDKIIRLYIQAISSTIRTNYYQVDKHGEPKKYISIKL SSKDIPGVPKPYPMFEIFVYSPKFEAVHLRRGKVARGGLRWSDRKEDFRTEILGLMKAQQ VKNAVIVPSGAKGGFVPKHLPVNGTREEILAEGISCYQLFIRGLLDITDNLKNGGVVKPE NVVCYDEDDPYLVVAADKGTATFSDIANAISAEYSFWLGDAFASGGSVGYDHKKMGITAK GAWESVKRHFYEMGRDPQTSDFTVVGIGDMAGDVFGNGMLLSRHIKLLAAFNHIHIFIDP NPDPEISFKERERLFNLPRSNWTDYDKKLISKGGGVFNRNAKSISVSKEMKEVFGIKQSA IEPNELIRVILKAKVDLLWSAGIGTFVKAQSESHVDVGDRSNDSIRINAKHLRCKVVGEG GNLGLTQLARVEYALNGGLIFTDFIDNSAGVNCSDKEVNIKILLNSIVASGDLTEKQRNE LLGEMTDEVAKLVLRDNFSQPRAISVAAAQAPRLIELHARYINELERTGKLDRSLEFLPD DKALLDRKLQGQGLSRPSISVLLCYSKTILKEEILNSNVPEDPFFKEILTSSFPSQLAGR YEKQMQKHPLKREIIATRLSNIIINEMGFTFIYRQQDETGAPISAIVRAYMIARSVLGLE TIWKDIDALGTTITAEKQVELTMLYLRLLRRVTRWFLRSQCMHLDITKAVKLYSPGMREL KKALPEKFSGGNRAQYDHHYNQYLELGIPPHLAHELAITRALFSAMDIIEVSHQVNMEVG KVAEIYFDIGELLDITWIRSQIIAHPTENHWESLSREALRDDLDWQQRQLTAGIIGFDEK KKDFKKAFETWSERHKTLIERWRQILSDLRASTTLNYTMFFVTTRELLDLTQTTVKVSEK EMVA NT seq 4875 nt NT seq  +upstreamnt  +downstreamnt atgtcttataagtttgaagaaggcaaagatctaattattgatgcggtagttgataagcta cagcaaaaaatgggtggtggacaagcaccattttgcattgaatttgttcgtcaattttac ggtactgtcgcgttagaagacttacgagaatgggatattgatgatctttatggtgcgata attaatttttggtcacttattcaacatcgcgcgccaaacgaaactaaaatccgtatttat aatcctgattttgaaaggcacggttggcaaacgactcatactgtggttgagattattacc gatgacatgccattcttggttgactctttaagaatggtcatcaatcgcttaggtttagtg tcccatcttataatgcatatgggcaatttgcgcgttaggcgtggaaaaaacaatgaaatt attgaagttttgccgcgtaatggtgaaagccagcacaaggatattattgttgaagctgca atcttcattgaaatagatcgacaaacggatgcctctgtacttgaggatctgcatcgcaat tttgagcgtgtcttagaggacaatcgggctgtggtgagtgattggatgcccatgagggaa aaagtaagggcagccattgctgaacttgaagccgtttcctcggtgctggaacccaatgaa gcttcagaaacaatcgcttttttaaagtggattgaagatcatcattttacttttcttggg atgcgcgagtatgaactcattcgtaaaggacaagaaactattctgcaacctttgcctgaa acgggtttaggtgtattgcgccagagcatgagcaaatctagtgcacgcagtatttctgcg atgacaccagaagcgagagagctcactctatcaagtcgtgtgctagtcatgtcaaaaacc aatactgaggccactgtacatcgtcgcgcctacaccgactatattgggataaagcggttt aataagaaaggccaagtgattggtgagctgcgcattattggtttatatacttctgcagct tataacacaagcccaaggcatatcccctttttgcggcataaagtcgcactcattatgaaa aattccaatttgaacccacggggacatgcaggcaaagtactgctcaatatacttgaaacc ctgcctcgcgatgatttaatccaagcctctgaagatgagctgctcgaaatcgcaatgggt attttttacatgcaggagcgtcggcgaatccgtatgttcgcccggacagacgtgtatcgc cgttttgtgtcttgccttgtttatgtacctaaagaccgttggaatactgaattaagattg gccatggaaaagatattgaaagagagtttcaattctcaagaaatcaatttctcgacgtgg ttctctgaatcagtcctggcgcggatccattttatcataagaactaacccccatgatgaa actcaatggaactttaaagaaatcgagcaaaaactgattgaagtcggccgcacttggaca gatgattttcaacattacttatttgatacctttggtgaagagaaagctaatcgccttttt gcgcgttataagggtgctttcccagtggcctacacggctattttttcccctcggacagca gtttcagatattaagcatgtagagactttatccgatagtaatccgctggtgatgaatttt tataaacctttggatgaacctgaggagaatttccgtctgaagatttatcagcatgacgat acgctcgctttatctgaagtcctgcccattctagaacggcttggcatgaaagcaatcagt gaaaggccttacgttttagattacgaggacggaagaaaaacgtggattaatgattttgcc ttacagtatacccataaaaacgattttgacatcgaccatataaaagatttgtttcaaaat gcgtttgccagtgtctggtttggccaagctgagaatgatgggtttaaccagctggtcctt gcagcaagtttagattggcgtcaagtgtctgttttacgtacttatgcaaaatattttaaa cagatagggtttactttcagccaagaatatattgaagcggcattaatcaataatgcgcat attgcttataaattggttcaattgtttgaaatacgatttaatccgacaattaaagcaaat agagacgttgattttaccagcttggttaatgaaatttttgttgatcttgatgaggtggcg aaccttgatgaagacaaaattataagactctacattcaagcaatttcgtcaactatccgg acaaactactaccaagttgataaacacggtgagcccaaaaaatacatttctattaaatta agcagcaaagacattccaggggttcctaaaccttatcccatgttcgaaatttttgtctat tcaccaaaatttgaggctgtccatctacgtcgaggaaaagtagcgcgcgggggattgcgt tggtcagatcgtaaagaggactttcgaacagaaatcttaggtttgatgaaggctcagcaa gtaaaaaatgcagttattgttccaagcggtgcgaaaggcggttttgtgcctaaacattta ccagtgaatggtacgcgtgaagaaatattggcggagggaatcagctgctaccaattattt attcgcggtttgctcgatattaccgataatcttaaaaacggtggggttgtcaaaccagaa aatgttgtttgctatgatgaggatgatccttatcttgtcgttgctgcggataaaggaact gcaactttttcagacatcgctaacgcaatttctgctgagtatagtttctggctgggtgat gcttttgcatcaggtggttcagtaggttatgaccataaaaaaatgggtataacggccaaa ggggcttgggaatcagtaaaacgccatttctacgagatgggcagagatccccaaacaagc gatttcaccgttgttggcatcggcgatatggctggagatgtgtttggtaatggaatgtta ttgtccagacacattaaattacttgctgcttttaaccatattcatatttttatcgatcct aatccagatcctgaaattagttttaaagagcgcgaacgattgtttaatttgccacgctca aattggactgactacgataagaaactcatttctaaagggggtggcgtatttaaccgtaac gctaaatccattagtgttagcaaggaaatgaaagaagtctttgggatcaaacaatctgct atcgagcctaatgaattgatccgtgtgatccttaaggctaaagttgatttattgtggagt gcaggtattggaacttttgttaaggcgcagtcagaatcccatgttgatgttggcgatagg tctaatgattcaattcgaattaatgccaaacatcttcgatgtaaagtagtcggggaggga ggtaatcttggattaacccagctggcccgcgtggaatatgcgctcaatggcgggcttatt tttactgatttcattgataattctgctggggttaactgttcagacaaagaagtgaatatc aaaattctcctcaacagcattgttgcttcaggtgatttgacagaaaaacaacgaaatgaa ctattgggcgaaatgactgatgaggttgctaaactcgtattacgtgataatttcagccag cctcgtgcaatcagtgttgcagcagcccaggcgccacgtttgattgaattgcatgctcgt tatattaatgagctagaacgtacaggaaaactggatagaagcttggagtttttgcctgac gacaaagccctgctagaccggaaattacaaggccaagggttaagtcgtccgagtatttca gttttattgtgttacagtaaaacaattttgaaagaagaaatcttaaattcaaacgttcct gaggatcctttcttcaaagagattttaacgagttctttcccatcgcaattggctggacgc tatgaaaagcaaatgcaaaaacaccctcttaagcgggaaattattgcgacaaggttaagc aatatcatcattaatgaaatgggttttacttttatttatcgtcaacaagacgaaacgggc gctccgatttcagcgattgtgcgggcttacatgattgccagatctgtgcttggcttagag actatctggaaagatattgatgcacttggtacgacgatcactgctgaaaaacaagtcgaa ttgacgatgctttatttgcgtttactcaggcgagtgactcgatggtttttacgcagccaa tgcatgcacctggatatcactaaagcggttaaactctattcgcccggtatgcgtgaattg aagaaagctttgccagagaaatttagcggaggtaatagggcgcaatacgatcatcattat aatcaatacctggaattgggaattccccctcatttggctcatgaactggcgataacacgg gccctattctcagcaatggatattattgaggtatcgcaccaagttaatatggaagtcggt aaggtcgctgaaatttattttgatattggcgaacttctggatatcacgtggatacgctca caaattattgcgcaccctacggaaaatcattgggaatctttatccagagaagctttacga gacgacctagattggcaacaaagacagctgaccgcgggtatcatcggctttgatgaaaag aaaaaggatttcaaaaaagcattcgaaacttggtcagaaagacataaaacactaatcgaa agatggcgtcaaattctctctgatttgcgggcaagcaccacgcttaactataccatgttt ttcgtcactacccgtgaactgcttgatttgacgcaaacgacagtaaaggtgtcggaaaag gaaatggtagcttga

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