Alteromonas sp. 76-1: ALT761_02049 Help Entry ALT761_02049      CDS       T10165                                  Name (GenBank) glutamate dehydrogenase (NAD)   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism alte  Alteromonas sp. 76-1 Pathway alte00220   Arginine biosynthesis alte00250   Alanine, aspartate and glutamate metabolism alte00430   Taurine and hypotaurine metabolism alte00910   Nitrogen metabolism alte01100   Metabolic pathways alte01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:alte00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     ALT761_02049   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     ALT761_02049    00220 Arginine biosynthesis     ALT761_02049   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     ALT761_02049 Enzymes [BR:alte01000]  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      ALT761_02049 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:  VEL97050 UniProt:  A0A3S5BGM6 LinkDB All DBs Position cAlt76:complement(2322813..2327651) Genome browser AA seq 1612 aa AA seqDB search MTVTSQRHSVLLDNVFALIEKKVDAQQKSLVQQFGRLLYKNISSDDLEDRNDSDLYGATL SLWNGLAKFDNSAPYIRVFNPEIEKHGWHSSHTIVEIIVRDMPFLVDSVRMSLNRLNITA HLFLHSPIRIKRNNKNQVVEFAEPGKTVENTRKETVIFIEVDHQSAKKDIDELTKELHSV VDEVSLAVKDWQEMTTKLETVVKDSTKLNWPGSADEKKQTKAYLQWLSDHNFTMMGYRYY EVKAIEGDHRWIPANDTSLGLLKNSINDRERLLSKLPASARAEALSQSPLILTKTNSRAR VHRPAYMDYVGVKAFNKDGQVVGEHRFLGLYSASFYNQSVTQLPMLSEKIQRICDLSGYE PGTHAFKAFVNIVETYPRDELLQTPAEELAQIVMGIFQMQERGISRLFIRKDVFGRFFSC MVFVPRERYNTQLRVDTQALLKASLGAKEEVEFTTFFSESVYARTHYIARVNDNNAEFDV KEIERNIIELTKTWSDRLASSISAAHGEAQGKALERKYGNAFSRSYMEQNLPGDALVDIG KIEQLDDDHTLDMLFYRPQEEQSDSQIVKLKLFHRAEPIHLSDVLPMLENFGLRVIDESP YKITCPDGLRNWVMDFTMLHKSGQHFDMERAQTLFQDAFAKVWNNDLEDDAFNRLILGAN LTGRKVTILRAYAKYMRQTGSSFSRDYIANTLANYPDIARLLVEFFDQRINPKKKRSAKK EEALLDNIKTQLDSVSNLDDDRIIRRYLDMMSATLRTNFYQPDEAGNEKSYVSFKMLPEM IPDMPLPLPKFEIFVYSPRLEGVHLRGGKVARGGLRWSDRQEDFRTEILGLVKAQQVKNT VIVPVGAKGGFVCKKLPVGEGREAIQAEGQACYRTFITSLLDITDNIVNGEIVPPKDVVR LDEDDPYLVVAADKGTATFSDIANGIADEFGFWLGDAFASGGSVGYDHKKMGITARGGWE SVKRHFREIGIDCQTTDFTAVGVGDMAGDVFGNGMLLSKHTKLISAFNHLHIFFDPDPDA AASYKERARLFENPRLSWEDYDSTLISKGGGIFSRSAKSIKLTPEMKKWLGTRQMSMTPN ELIHNILKMPVDLLWNGGIGTYVKSSKESHAEVGDRANDDLRLNGKDVQAKIVGEGGNLG LTQLGRIEYAASGGRVNTDFIDNVGGVDCSDNEVNIKILLNSVVNDGELTVKQRNNLLHD MTDDVSRIVIKDCYRQTQSISITEMSGVSLLKEQLRFIHGLEREGQLNRELEFIPSDDEI SDRVASDRGLTRPELSVLIAYGKMVLKDALNIPEITDNPYHGKLLLQAFPEVLREKFSTH MQQHPLRSEIIATKLTNNMVNDMGLNFMFRIQEETGASVDDVANAYAIVHGIFDMETLWS RIEDLDNVISAKLQLKMLDEARRIMRRAARWYIRHGNKALSIEEAIASYRETFNNLSKNL KNYLVEAEYSQLEEKTSTYVSQDVPKDIAYQVASFSNMFSSFDLAHVVAAEKRNVDVVAR LYFQLGSKLELHWFLDQINNQAVSNHWQALARASYREELDWQQRSIAANLLQINPDASDA DKILEDWMQSNQVLLKRWYHMMSEFKTSTTHEFAKFSVALRELMLLSVKSSH NT seq 4839 nt NT seq  +upstreamnt  +downstreamnt atgacagtcacctcacagcgacactcagtactgctagataatgtatttgcactcattgaa aaaaaggtggatgcccagcagaagtcactcgtgcagcaattcggacgcctgttgtataaa aatatctcaagtgatgacttagaagatcgcaacgacagcgatttatatggtgccacttta agcttatggaatgggcttgctaaatttgataattcagcaccctacattcgtgtattcaac ccagaaattgaaaaacatggctggcactcaagccataccattgttgaaataattgttaga gacatgccgtttcttgtcgattcggttcgtatgtcactcaaccggttaaatattaccgcg catttgtttttgcatagcccaattagaataaagcgaaataataaaaaccaagtggtggaa ttcgctgagcctggcaagacagtggaaaataccagaaaagaaaccgtcatatttattgag gttgaccatcaaagtgcgaaaaaagacattgatgaattaacgaaagaattacactcagtg gtagacgaagtgtcgttggcggttaaagactggcaagaaatgaccactaagttagaaaca gtagttaaagacagtacgaaactaaactggcctgggtctgctgatgaaaagaaacaaact aaagcttatttgcaatggttaagcgatcacaactttaccatgatgggctatcgttattac gaagtgaaggctatagaaggcgaccatcgctggatacccgctaacgatacaagtttaggg ttattgaaaaactcaattaacgacagagaacgtctgttgtcgaaactgccagcaagtgca agagcagaagcactaagccaaagtccgttgattttgaccaaaaccaactctcgtgctcgc gttcatcgtcctgcttacatggattatgttggcgtaaaagcattcaacaaggacgggcaa gttgtgggtgagcaccgttttcttggcctttattctgcgtctttctataatcaaagtgtg acgcaactccctatgctgagcgaaaagattcagcgtatttgcgatttatctggctatgaa ccgggtacccatgcatttaaagccttcgttaatattgtagaaacctatcctcgtgatgag ctactgcaaacaccagcggaagaattagcccaaatcgtgatgggtatattccagatgcaa gagcggggtatttcacgcttatttattcgcaaagatgtatttggacgcttcttctcgtgt atggtatttgttcctcgtgagcgttacaacacgcaactgcgtgtagatactcaagcgctt ctgaaagcgtcgttaggtgctaaagaagaagttgaatttactacgttcttttctgaatct gtgtatgcgcgcacgcattacattgccagggtcaacgacaacaacgcggaatttgatgtg aaggaaatagaacgtaatattattgagctaactaaaacgtggagcgatcgattagcttcc tctatttcagcggcacacggtgaagcgcaaggtaaagcccttgagcgcaaatatggtaat gcgttttcacgtagctatatggaacagaacttaccgggtgatgctcttgttgatattggt aaaattgaacagttagatgatgatcatactctcgacatgctgttttatcgtcctcaagaa gagcagtctgacagccagatagtgaaacttaagttgttccaccgcgctgaacctatccat ctttccgacgtactgccgatgcttgaaaactttggtttacgcgtcattgatgaaagccca tataaaatcacttgtccagatggtttaagaaactgggtgatggatttcaccatgttacat aaaagtggccaacactttgatatggagcgcgcacagacattattccaagatgcctttgcg aaagtatggaataacgatttagaagatgatgcattcaaccgtttgattttaggtgctaat ttaacgggtcgtaaagtcactattttacgtgcgtacgcaaaatacatgcgtcaaaccggc agttcattcagtcgtgattacattgcgaacaccttggcgaattaccctgatattgcccgc ttgttagtggagtttttcgatcagcgcattaatccgaagaaaaaacgtagtgcgaagaaa gaagaagcgttacttgataatattaaaacccagttagacagcgtgagtaacttagatgac gacagaattattcgtcgttatttagatatgatgtcggcgacccttcgcaccaacttctat cagcccgatgaagcaggcaatgaaaaatcttatgtgtcatttaagatgctgcctgaaatg attcctgatatgccattgccgctgcctaaatttgaaatatttgtatatagcccgcgttta gagggtgtgcatttacgtggcggaaaagtagcccgcggtggccttcgttggtctgatcgc caagaagatttccggactgaaatcttaggcttagtaaaagcccagcaagtaaaaaatacg gttatcgtgcccgtaggtgctaaaggtggctttgtttgtaagaaactacctgttggcgaa ggcagagaagctatacaagcagaaggccaagcgtgttatcgcacctttattactagtttg cttgatatcactgacaatattgttaacggtgaaatagtaccgcctaaagatgtggtgcga ctagatgaagatgacccgtatctggttgtggcagccgataaaggcaccgcgactttctct gatatcgctaatggtattgctgatgaatttggcttttggttaggtgatgcttttgcctca ggtggcagtgtcggttatgaccataaaaaaatgggtatcactgcacgtggtggttgggag tctgttaaacgtcacttccgtgaaattggtatcgattgccaaaccacagacttcacagcg gttggtgtgggtgatatggcgggagatgtattcggtaacggcatgcttttatctaagcac accaagttaatatcggcgtttaaccatttacatattttcttcgacccagaccccgatgca gctgcaagttataaagagcgcgctaggttgttcgaaaaccctcggttaagttgggaagat tacgattcaacattgatttcaaaaggtggcggtatcttcagccgttccgcgaaatcgata aagctaaccccagaaatgaaaaagtggttaggcacccgtcaaatgtcgatgacgccaaac gaacttatccataacattttaaaaatgcctgtggatttgctttggaatggtggcatcggg acttacgttaagagctcaaaagagtctcatgctgaagtgggcgacagagccaatgacgat ttacggttaaacggcaaagacgtgcaagccaaaattgtaggtgagggcggtaacctaggc ttaacgcagttaggtcgaattgagtatgcagcgtctggcggccgcgttaacactgacttt attgataacgtaggtggtgttgattgctccgataacgaagttaatatcaaaatcttgctt aacagcgtggttaacgacggtgaacttacggttaaacagcgcaacaacttactgcacgat atgaccgacgacgtatcccgtatcgtaattaaagattgttatcgtcaaactcaatctatt tcgattactgagatgtcaggcgttagcttattgaaagaacagcttcgctttattcacggc ttagagcgtgaagggcaacttaacagagagcttgaatttattcctagtgatgatgaaatt tcggatagagtggcttcagatcgtggtcttactcgacctgaacttagtgtcttaatcgcc tatgggaaaatggtgttaaaagatgcactgaatattcctgaaatcactgataacccttat cacggtaaattgctgcttcaagctttccctgaagtgttacgtgaaaaattcagtacacat atgcagcagcatccacttagaagcgagattattgccactaaattaaccaacaatatggtt aacgatatgggccttaattttatgttccgtattcaggaagaaaccggcgcgagcgttgat gacgttgctaacgcttacgctatcgtgcacggtatttttgatatggaaacactatggagc cgtattgaagacctagataacgttatttctgctaagctacagcttaagatgctagatgaa gctcgccgcattatgcgccgcgccgcacgctggtacattaggcatggcaataaagccttg tctattgaagaggctattgcgagttatcgtgaaaccttcaataacttatctaagaatcta aagaattacttagtagaagctgagtactcacagttagaagagaaaacaagtacctatgtg tcgcaagatgtaccgaaggatattgcgtaccaagtggccagcttctctaatatgttctca agtttcgacttagcacacgtggttgcagctgaaaaacgtaacgtagatgttgtcgcgcgc ttatacttccagctaggttctaaactagaattgcattggttcttagatcaaattaacaat caagcagtcagcaaccattggcaagcactagcccgcgcgtcttaccgtgaagaattggat tggcagcagcgttctattgcggcgaatctacttcagattaatccagacgctagcgatgca gacaaaatattggaagattggatgcagagtaatcaagtgctgttgaagcgctggtatcat atgatgtcagagtttaagaccagcacgactcacgaatttgcgaaattttctgtcgcatta cgtgaattgatgcttttaagcgtgaagtctagccattag

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