Agarivorans sp. TSD2052: M0C34_11045 Help Entry M0C34_11045       CDS       T08089                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism agz  Agarivorans sp. TSD2052 Pathway agz00220   Arginine biosynthesis agz00250   Alanine, aspartate and glutamate metabolism agz00430   Taurine and hypotaurine metabolism agz00910   Nitrogen metabolism agz01100   Metabolic pathways agz01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:agz00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     M0C34_11045   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     M0C34_11045    00220 Arginine biosynthesis     M0C34_11045   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     M0C34_11045 Enzymes [BR:agz01000]  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      M0C34_11045 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 DUF6794 Motif Other DBs NCBI-ProteinID:  UPW16785 LinkDB All DBs Position complement(2430487..2435319) Genome browser AA seq 1610 aa AA seqDB search MTRAQQHASVLLKKVYQIVNKKLDKNAAPLAEEFLSRLFSGMGSDDLANRSDSDLYGVGV GLWNALNLTNTCDRHIKVYNPELSRHGWQSTHTIIEIVVPDSPFLVDSMRMALSRCGINT HLLMHQPMRLDRDNNNQICGVSDVQHAELGNQTVFMIEIDRQSDETALVRLNKELNTVLD EVNAVVNDWQLMLDKLRTVSAELAGSEGLLDDQSLAQSTAFLEWMSDNNFTLMGYRHYSL KKTKGDLHLVPDESGSLGLYREYVTSQIVSLSSYTSAGRELATNNTPLVLNKSNHKSRVH RPAYIDHVGVKIFDKKGKVIGEHRFIGLYASSIYNRSALEIPLINQKLARIMVNSALPAG SHAYKSLLNIMETYPRDELIQATEHELLDIGLGVEQIQERDLVKLFVRKDIYGRFYSCLI YTTKERYNTALRIDSQQILKQHFNSKEDVEFSTYFTEGSMARTHYLVRVENNDQEFDLRE LQTNLTEAARTWEDRLVDSLISNFGEERAIRLSDKYQAAFPRSYKENVLPGSAVADIMQF EELNDEHQLGMLFYRPQEENINSNHVRLKLFHLNEPLHLSDVLPMLENMGLRVIGETPYR FTTSDNKVYWVLDFSMMYVATTELDIEKHRDNFQQALADIWLGQLEDDGFNRLVLAAQAS GRDVALLRAYAKYMRQIGSNFSQSYIEETFANYPDISMLLMELFRRRFNPALKRSEKTEE KIEAKLIGLLDGVENLDDDRIIRRYLEMIKATLRTNFYQLNSAKQIKDYISFKISPHQIS DMPQPVPMFEIFVYSPKVEGVHLRGGKVARGGLRWSDRREDFRTEVLGLVKAQQVKNTVI VPVGAKGGFVCKRLPSPSDRDAWLEAGKECYRTFIRGLLDITDNNIKGEIVPPNQVVRRD EDDPYLVVAADKGTATFSDIANQLSQEYQFWMGDAFASGGSNGYDHKGMGITARGAWESV KRHFREIGVDCQTTDFTCIAVGDMAGDVFGNGMLLSEHTCLVAAFNHQHIIIDPKPDAAS SYKERQRLFELPRSSWQDYNTSLISEGGGIFLRSAKSIKLTPQIQQLLATKETSLTPNAL IKMLLCSSVDLFWNGGIGTYIKSSSESDTDVGDRANDSLRINGKQLGAKIVGEGGNLGIT QLGRIEIAAHGGRINTDFTDNVGGVDCSDNEVNIKILLNGLVTNGDLTEKQRNKLLVDMT ENVSEIVLENAYRQGQSISITEQLGTSTVKEIIRFMHALERDGLLDRNLEFLPSDEELIE RQSKGLGLTRPELAVLVAYGKMVLKEWFNVPEVTEDSYLSQTLIKSFPVLLQKRYAEQMN HHPLRHEIVATRLANKVVDNAGFNFVTRLVEETGANPAEICTCYVTACEVFGVWDLFEKI EALDNKVSAQLQLKMMDNMRRIIRRATRRFLTLRDRSLTITQQIARYQPSYLQLQKNLMD VLAAEEVKLVNAESQELQQQHVPADIACAMAKMNSLYSVLDLTEVAEQAEQDIVQVAKLY FNLGTNIGLHWFLEQIDLQSVDNHWQALARSSFREDLDWQQRQLTVSALKWAAKMESETP LDDWLVAHEALLDRWNHMLADFKTGNTHEFAKFSVLLRELNLLNLNCSVN NT seq 4833 nt NT seq  +upstreamnt  +downstreamnt atgacaagagcgcagcaacacgcctccgtactactaaaaaaagtctatcaaattgttaat aagaaacttgataaaaatgctgctccattagctgaagagtttctctctcggctgttttct ggcatgggtagcgatgatttagccaaccgaagcgacagtgatttatatggtgttggcgtg ggtttatggaatgccctaaacctcactaacacgtgtgaccgacacatcaaagtatacaat cccgagttaagtcgacatggttggcagtccacccacacaattatagaaattgtggttccg gactcgccgtttttggttgactctatgcggatggcgctgagccgctgtggcataaatacc cacttgttgatgcaccaaccgatgcgattagatagagataataataatcaaatctgtggt gtaagtgatgttcagcatgcagagttgggcaaccaaactgtttttatgattgaaattgat cgacaaagcgatgaaacggcgttagttcgcctaaataaagagctgaacacggtacttgat gaagtcaatgcagtggtaaacgattggcagttgatgttggataaactgcgcacggtgagt gctgagctcgcaggcagcgagggtttacttgatgatcaatcgttagcgcaaagcaccgct tttttagagtggatgtcagataacaattttaccttaatgggttatcgccactacagcctt aaaaaaactaaaggtgatttacacctagttccagacgagagcggtagtttaggtttatac cgtgagtatgtgacgagccaaattgtatcactgtctagttataccagcgcaggccgagaa ttagcgactaacaacactcccttagtgttaaacaaaagtaatcataaatcgagagtgcat cgcccggcatatattgaccatgttggtgtcaaaattttcgataaaaaaggcaaggtaata ggagagcaccgctttattggtttatatgcgtcttctatctacaatcgcagcgctttagaa attccactgattaatcagaagcttgccaggattatggtcaattcagccttacccgctggt tcacatgcctataagtcactgctgaatatcatggagacttatcctcgggatgaattgatt caagcgactgagcatgagttattggatataggcttaggggtagagcaaatccaagaacgg gacttggtgaagttatttgtgcgaaaagatatatatgggcgtttttactcgtgtttgatc tataccaccaaagagcgttataacaccgctttacgtatcgacagccagcagatccttaaa cagcactttaactccaaggaagacgtagagttttctacctatttcaccgaaggttctatg gcgcgtactcactacttagtgagagtagaaaacaatgatcaggagtttgatttgagagag ttacaaaccaatctcactgaagccgctagaacgtgggaagatagattagtagattcgctt atttctaactttggcgaagaacgtgctattcgcctcagtgataaatatcaagcagcgttt ccccgctcttataaagagaatgtgttaccgggttcagcggtcgctgatatcatgcaattt gaagagttaaatgatgaacatcaattgggcatgttgttttacaggcctcaagaagaaaac attaatagtaatcatgtgcgcttaaagctctttcatctcaatgagcctctgcacttatct gatgtactgcctatgctagaaaacatgggtttacgggtcattggtgaaacaccgtatcgg ttcactaccagtgacaataaggtgtattgggtactcgatttttcaatgatgtacgtagca acaacagagctagatattgaaaaacatcgagacaacttccagcaggctttagccgatatt tggttaggtcagttggaagacgatggctttaaccgcttagtactggccgcccaagcttct ggaagagacgtggcattattgcgtgcatatgccaagtatatgcgtcaaattggcagtaac tttagccaaagttatatcgaggaaacatttgccaattatcctgatatatcaatgttattg atggaactctttaggcgtcgttttaacccagccctgaaacgctctgaaaaaaccgaagag aaaattgaggccaagttaattggtttattagatggcgttgaaaacttagacgacgaccgc attattcgccgttatcttgagatgattaaggccaccttaagaaccaatttctatcaatta aatagcgctaagcaaattaaagactacatttcttttaaaatcagtccccatcagatttca gatatgccgcagccggtccctatgtttgaaatatttgtttactcacccaaagtcgaaggc gttcatttacgtggcggcaaggtggctcgtggtggcttacgttggtctgatcgccgtgaa gattttagaactgaagtattaggtttagttaaagcccaacaagtaaaaaatacggtgatt gttccggtgggtgctaaaggcggctttgtctgtaaacgcctaccaagccctagtgataga gatgcttggctagaagcaggaaaagaatgttaccgtacctttattcgcgggctattagat atcactgataacaacattaaaggtgaaattgtcccgcccaatcaggttgtgcgacgtgac gaagacgacccctatttagtggtggccgccgataagggaacggctacgttctcagacatt gccaatcaattgagccaagaatatcaattctggatgggcgatgcttttgcttctggcgga agcaatggttacgaccataaaggaatgggaattaccgctcgaggtgcttgggagtcggtt aaacgtcacttcagagaaataggcgtggattgtcaaaccactgatttcacctgtattgca gttggtgatatggccggtgatgtatttggaaacggcatgctgttatctgagcatacctgc ttggtggcggcgtttaatcatcagcatattatcattgaccctaaaccagatgccgctagc tcctacaaagaacggcaacgcctatttgaattacctcgttcttcttggcaagactacaac accagtctaatcagcgaaggggggggaatattcctgcgcagtgctaagtcaattaaacta acaccgcaaatccaacagctgttagcgaccaaagaaaccagcctgacgcctaatgcattg attaaaatgctcctttgctcgtcggtagatctgttttggaacggcggaatcggcacatat atcaaatctagcagcgaatctgataccgatgtgggtgatcgcgccaacgacagtttacgg atcaacggtaagcagctcggcgctaaaattgtgggagagggcggtaacttagggattacc cagttaggccgtattgaaattgccgctcacggtgggcgtataaatactgatttcaccgac aacgtaggcggagtcgattgctcggacaacgaagttaacattaaaatcttgcttaatggg ctagtaactaatggtgatttaaccgaaaaacaacgcaataagttattggttgatatgacc gaaaacgtatcagagattgtgctagaaaacgcttaccgacaaggtcagtctattagtatc actgaacagctaggtactagtacggttaaagaaatcattcgtttcatgcatgccttagag cgtgacggtttattagatcgcaatctcgagtttctgcccagtgatgaggagcttattgag cgtcaatctaagggattaggtctcactcggccagagcttgcggtattagtggcttatggc aagatggtgctgaaagaatggtttaatgttcctgaagtcaccgaagacagctacttgagc caaaccctgattaagtcgttccctgtgctgttgcaaaaacgctacgcagaacagatgaac catcaccctttacgtcacgaaattgtagcgactcgactcgctaacaaagtggtagataat gccggttttaattttgtaacgcgtttagttgaagaaacgggcgctaaccctgctgaaata tgtacctgctatgtaacggcctgtgaagtgttcggcgtttgggatctatttgagaaaatt gaagctttagataataaagtgagtgcccagctgcagttgaaaatgatggacaacatgcgt cgtattatacgccgagctacacgtcgtttcttaacccttagggaccggtcactaactatc actcaacaaatagcacgttatcagccaagttacctgcaattgcaaaaaaacttgatggac gttctcgcagcggaagaagtaaaactggtcaatgcagagtcgcaagagttgcaacagcag cacgtaccggcagatattgcttgtgccatggctaaaatgaattcactttactccgtgctc gatctcactgaagtggcagagcaagctgagcaagatatcgtgcaagtggccaagctttat ttcaacttgggaaccaacatcggattacactggttcttagagcaaatcgatttacaaagt gttgataaccattggcaagccctagcgcgctcttcctttagagaagatctcgattggcaa cagcgtcagttaacggtgagcgctttaaaatgggctgcaaaaatggaaagtgagactccg ttggatgattggttagtagcacatgaagccctgttagaccgatggaaccacatgttagcg gactttaagaccggaaatacccacgagtttgcaaaattttcggtattattgagggaatta aacctattaaatttaaattgctccgtaaattag

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