Alteromonas pelagimontana: CA267_018575 Help Entry CA267_018575      CDS       T06582                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism apel  Alteromonas pelagimontana Pathway apel00220   Arginine biosynthesis apel00250   Alanine, aspartate and glutamate metabolism apel00430   Taurine and hypotaurine metabolism apel00910   Nitrogen metabolism apel01100   Metabolic pathways apel01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:apel00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     CA267_018575   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     CA267_018575    00220 Arginine biosynthesis     CA267_018575   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     CA267_018575 Enzymes [BR:apel01000]  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      CA267_018575 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:  QJR82613 UniProt:  A0A6M4MHQ8 LinkDB All DBs Position 4232732..4237570 Genome browser AA seq 1612 aa AA seqDB search MTVTSQRHSVLLDNVFSLIDKKVDAQQKALVNQFGRLLYKNISNEDLEHRNDSDLYGATL SLWNKFFKFDASSPFIRVFNPEIAKHGWHSSHTVVEIIVKDMPFLVDSVRMALNRMGITA HLLLHCPIGLKRDEDKKLTAFVEPGKNTKDSHKETVLFIEIDRQTSRKDIENLTKELHSI VDEVSLAVTDWQPMSEQLDEVRKKASLMNWPVSEADVKQTEGFLAWLADHNFTLMGYRYY DVKAVEGDHRWIPANDSSLGLMKNSVSDRERLLSKLPASARAEALSKNPLMLTKTNSRAR VHRPAHMDYVGVKVFNKEGQVVGEHRFLGLYSASFYNSSVTALPILREKIRRLCDLSGYE PGTHAYKAFLNIIETYPRDELLQTPAEELAQIITGIFQMQERGITRLFIRKDLFGRFFSC MVFVPRERYNTQLRKETQALLKASLGAVEEVEFTTFFSESVYARTHYIARVKDNNAEYDV KEIEQNIIELTKTWNDRLANAITAAHGEANGKALERKYNNAFSRSYMEQNLPSAALIDIQ KLELLDENHTLDMLYYRPQEEQSDSQIVKLKLFHKSEPIHLSDVLPMLEHFGLRVIDESP FKITCSEGERNWVMDFTMLHKGGQRLEMERAQILFQDAFAKVWYNTLEDDSFNRLILGAG LTGRKVTILRAYAKYMRQTGSSFSRDYIANTLANYPAIAKILVSFFEQRFHPLKKRNAKK EEAYLEDIKVQLDNVSNLDDDRIIRRYLDMMQATLRTNFYQPDEEGNEKPYVSFKMAPEM IPEMPLPLPKFEIFVYSPKMEGVHLRGGKVARGGLRWSDRQEDFRTEILGLVKAQQVKNT VIVPVGAKGGFVCKQLPVGEGRAAIQAEGQACYRTFIRSLLDITDNIVNGEIVPPRDVVR LDDDDPYLVVAADKGTATFSDIANGISQEYNFWLGDAFASGGSIGYDHKKMGITARGAWE SVKRHFREMGIDCQTTDFTAVGIGDMAGDVFGNGMLLSRHTRLVAAFNHLHIFFDPNPDA ESSYQERQRLFENPSLSWEDYDSKLISKGGGVFSRASKSIKLTPEMKKRLGTRQVTMTPN ELIHNILKMPVDLIWNGGIGTYIKSSKESHTEVGDRANDDLRVNGKDVNAKIIGEGGNLG LTQLGRVEYAFTGGRVNTDFIDNVGGVDCSDNEVNIKILLNSLVGNGDLTLKQRNNLLHE MTDDVAQLVIEDCYRQTQSISITERSGVSQLKEQLRFIHGLEREGKLNRELEFIPSDDEI SDRVASDRGLTRPELSVMIAYGKMVLKDALNIPEITDNAYHGRLLLQAFPMVLRDKFSEQ MQQHPLRGEIIATKLTNRMVNDMGLNFVFRMQEETGASVHEIADAYVIVKGIFNVEVLWQ QIEDLDTVISAELQLRMLEEVRRIMRRTARWYIRHGNKSLSIQEAIDSYRATFENLSKNL QQYIVEDEYTALEQQIARLTKEGVPDDIAYQVASFSNLFSSLDIAQIDDADKHDTSVIAR LYFQLGYKLELHWFLDQINNQAVSNHWQALARASYREELDWQQRSITANLLHSRPDATDA DDILDTWMDSNQLLLKRWYHMMSEFKTSSTHEFAKFSVALRELMLLSVKSNH NT seq 4839 nt NT seq  +upstreamnt  +downstreamnt atgacagtcacctcacagcggcattctgtactgcttgataatgttttctcgctaatagac aagaaggtggacgcacagcagaaggcattagttaatcaatttggccgcctgctttacaaa aatatttctaatgaagatctcgaacatcgcaatgacagcgacctttacggagcgacactg agcctatggaacaagttttttaaatttgatgcgagcagcccttttattcgggtttttaat cctgaaatagcgaagcacggctggcattcaagccatacggtggttgaaattatcgtcaaa gatatgccgtttttggtagattccgtgcgcatggcactcaaccgcatgggcattactgca cacttgttactacattgcccaattggcttaaagcgtgacgaagataaaaaactaacggct tttgtcgagcctggtaaaaatacgaaagactcacacaaagaaaccgttctgtttattgag attgaccggcaaacgtctagaaaagatattgaaaatctgaccaaagaacttcattccatt gttgacgaagtctctttggcagtaactgattggcagccaatgtcagagcaactggatgaa gtacgtaaaaaagcttcgttaatgaactggcctgtttctgaagcggatgtaaagcaaact gagggtttcctcgcatggcttgcagatcataattttacgttgatgggctatcgttattac gatgtaaaggcagtcgagggagatcaccgctggataccggctaacgacagcagtttgggg ttgatgaaaaactcagttagcgaccgggaacgattgttatcaaaattgccagcttccgca cgtgccgaagcgctgagcaaaaatccgttgatgctcactaaaacaaactcccgcgcgcgg gttcatcgcccggcacacatggattatgtaggagttaaagtatttaacaaagaagggcaa gtggttggggagcaccgcttcctggggctttattctgcttctttctataactccagtgtg actgcgctgcctattttgcgagaaaaaattcggcggttatgcgatctgtctggctatgag ccaggcacgcatgcttataaagcgtttttaaacatcattgaaacctatcccagagatgaa ctgttacaaactcccgctgaggaattggctcagatcattaccggcattttccagatgcag gagcgcgggataacccgtctatttattcgtaaagatctgtttgggcgcttcttctcctgt atggtgtttgttcccagagagcgctacaacacgcagcttcgcaaggagactcaggcgctg ttaaaagcgtcactgggcgctgtagaagaagttgaatttactacgtttttctctgagtcg gtgtatgcgcgaacccattacatcgctcgtgttaaagataataatgcggaatatgatgtg aaggaaatcgaacaaaatatcatcgagttgacgaagacgtggaacgatcgattagcgaat gccatcactgccgctcatggcgaagcgaatgggaaggcgctggagcgcaaatataacaac gcgttttctcgcagctatatggaacaaaacctgccgagtgccgctttaattgatattcaa aagctggaactgctggatgaaaatcacacgctggacatgctttattatcgtcctcaggaa gagcagtcagacagccagatagtgaagctaaagctgtttcataagtctgagccaatccat ttatcagatgtactgccaatgcttgagcattttgggctgcgtgttattgatgaaagcccg tttaaaatcacctgttctgaaggcgagcgtaactgggtgatggatttcaccatgttacat aaaggcggccaacgtcttgagatggaaagagcgcaaattctgtttcaggatgcttttgct aaagtgtggtacaacactttagaagatgattcgtttaaccgcttaattcttggcgcggga cttaccggcagaaaagtaactattcttcgtgcttacgctaagtatatgcgccaaacgggc agctcgtttagccgagattatattgctaatacgttggctaattatcccgccattgcaaag attttagtaagcttctttgagcagcgttttcatcctttaaagaaacgtaatgctaagaaa gaagaggcgtatcttgaagacattaaagttcagttggataacgtcagcaatttagatgat gatcgtattatccgccgatacctggacatgatgcaggcgacattgcgtaccaacttctat cagcccgatgaagaaggtaacgaaaaaccttacgtctcatttaaaatggctccggaaatg atccccgagatgccgttaccattaccgaagtttgaaattttcgtttacagtccgaaaatg gaaggtgtgcatctgcgtggcggcaaagtggcgcggggagggcttcgttggtcagaccgt caggaagatttcagaaccgaaattttaggactggttaaggctcagcaggtaaaaaatact gttattgtaccggtcggtgctaaaggcgggttcgtctgtaagcagttgcctgtaggcgag gggcgcgcagctatccaagctgaaggtcaggcctgctaccgcacatttattcgtagttta ctggatattacagataacatcgtaaacggcgaaatcgttccgcccagagacgtggtacgt cttgacgacgatgacccttacctggttgttgcagcagataaaggcaccgccactttttcc gatatcgccaacggtatttcacaagaatataacttttggcttggcgatgcgtttgcttca ggtggcagtatcggttatgaccataaaaaaatgggtattacggctcgtggtgcctgggaa tctgtgaaacgccatttccgggaaatgggtatcgattgccaaacgactgatttcaccgct gtcggtatcggcgatatggcgggtgatgtatttggaaatggtatgctgttgtctcgccat acgcgtttagtagcagcatttaaccatttacatatcttcttcgatcctaatccagatgct gagtcaagctatcaggaacgccaacgactgttcgaaaatcccagcttgtcgtgggaagat tacgatagcaaacttatctctaaaggcggaggcgttttcagtcgcgcatcgaaatcaatt aagctcactcctgagatgaaaaagcggcttggcactcgtcaagtgacaatgacacccaat gaactcattcataacatcctgaagatgccggttgaccttatctggaacggtggaatcggt acctatattaagagcagcaaagagtctcacactgaagtaggtgatcgcgctaacgacgac ttacgggttaacgggaaagacgtcaatgcgaaaataataggcgagggtggcaatttgggt ttaacccagcttggccgggtggaatacgcctttacaggtggccgagttaataccgacttt attgacaacgtagggggtgttgactgctctgacaatgaagtaaatattaaaattttgctt aacagtctggtaggcaatggtgacctgacacttaagcaacgcaataatttattgcacgaa atgaccgacgatgtggcgcaactggtaattgaagactgttatcgccaaactcagtcgatt tcgataaccgaacgttcgggggttagccagctgaaagaacagctacgctttatccacggc cttgagcgcgaaggcaaattgaatcgcgagcttgaatttattccttcggatgatgagata tctgatcgcgtagcatcagatagaggcctcacgcgacctgagttaagcgtgatgattgcc tatggcaaaatggtcctaaaagacgcgcttaatatccctgagattacggataatgcttat catggacgcctgttactgcaagcgtttcctatggtgctacgggataagtttagcgagcaa atgcagcaacatccgctccgcggagaaattattgcgactaagttaaccaaccgaatggtt aacgatatgggcttgaactttgtctttcgaatgcaggaagagaccggtgccagcgtgcat gaaattgccgatgcctatgtcattgttaaaggaatttttaacgttgaggtgttgtggcaa cagattgaagatttagatacggtaatttcagctgaattacagctacgcatgctagaagaa gtgcgtcgcatcatgcgccgaactgctcgttggtatattcgtcatggtaataaatcgctg agtatccaggaagccattgatagctatcgcgctacgtttgaaaacttgtcgaaaaatctt caacaatacattgttgaagatgaatataccgccttagaacaacaaattgcacgtttaact aaagaaggagtgcctgatgatattgcttatcaggtcgccagcttctctaatttattctcc agtctggatattgcgcaaattgatgacgctgacaagcacgatacctctgttattgccagg ttgtacttccagttaggttataaactggaattacattggttccttgatcagattaacaat caagcggtgagtaaccactggcaggctcttgcgcgggcatcatatcgtgaagagttggac tggcaacaacgttctatcactgcaaacctgctgcactcgcggcctgatgctactgatgct gatgacattttggatacctggatggacagtaatcagttgctgcttaaacgctggtatcac atgatgtcggagtttaagaccagctcaacgcacgaatttgctaagttttctgtcgcatta cgtgaattgatgcttttaagcgtgaaatctaaccattag

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