Pseudoalteromonas piscicida: B1L02_07555 Help Entry B1L02_07555       CDS       T04942                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism ppis  Pseudoalteromonas piscicida Pathway ppis00220   Arginine biosynthesis ppis00250   Alanine, aspartate and glutamate metabolism ppis00430   Taurine and hypotaurine metabolism ppis00910   Nitrogen metabolism ppis01100   Metabolic pathways ppis01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:ppis00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     B1L02_07555   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     B1L02_07555    00220 Arginine biosynthesis     B1L02_07555   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     B1L02_07555 Enzymes [BR:ppis01000]  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      B1L02_07555 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 DUF7774 Motif Other DBs NCBI-ProteinID:  ASD66887 UniProt:  A0AAD0RGM7 LinkDB All DBs Position 1:1579477..1584315 Genome browser AA seq 1612 aa AA seqDB search MTQNEGTASVILDNVCKLIHKKVHADKVSLVETFAKTLYSNMSKEDLAHRNDSDLYGAAL SLWNALDKNKSDDAVIRVFNPEVAKDGWQSSHTIVEIIAKDMPFLVDSVRMAMNRKNIVS HLLLHSPLKLQRNDAGAITAVSNLKAEQESTSTKTVFFIEIDRQTDDSVIADFTAELESV LNDVSVAVADWLPIRDKLVSVSKELPTRHYSCSKEEVAEAVEFLDWLVSDNFTFMGYRQY DLTPVQGDYELKPVEGTSLGLMKNSGDDHSRLLSELPEVARKEARSNNLLILTKTNSLSR VHRPAYIDYVGIKRFDDEGNVIGEDRFIGLFSSSFYNNSAVDVPVLKSKINRIMEQCDFA KGTHAYKAVLNILETYPRDELVQARESELLEVAMGVLQTQERDMCRLFVRKDVYGRFFSC MVYVPRERYNTALRRETQQLLGRAFKSSDKVEFTTFFSESTLARTHYIVRVDDNNIDYNV KEIENNLVEAARTWEDKLQSALLERTGESRGNELNRKYTNAFQSAYKDQVLPSAAVVDIE KLEQLNDDNKLEMLFYRPQEEATSQLVRLSLFHKAEPIHLSDVMPMLENFGLRVIGETPY AVKTTDGQVNWIMDFSMLIDSKGITDFEKVSARFRAALTNVWNNRLENDGFNRLVLLGGL TGREASILRAYAKYMRQIGVTFSQSYIENTFDRYPHIAAMIVDLFVKKFAPKKVATEKAL QKVVDAIYLELENVANLDDDRIIRLYVDMINATLRTNFYQKEADGTNKSYTSFKIQPSAV PDMPLPLPAFEIFVYSPRVEGVHLRGGKVARGGLRWSDRREDFRTEVLGLVKAQQVKNTV IVPVGSKGGFVCKQLPTEREAFFKEGQECYKIFIRGLLDITDNIVHGDIVPPVDVVRHDE DDPYLVVAADKGTATFSDIANGIAESYNFWLGDAFASGGSIGYDHKKMGITAKGGWESVK RHFREMDIDCQTTDFTAVGIGDMGGDVFGNGMLLSKHIRLQAAFNHMHIFIDPNPDAASS YVERERLFNLPRSSWEDYNKELISEGGGIFSRAAKAITLSAEMKKMIGTKKSSMTPNELI KALLKMPVDLLWNGGIGTYIKSKSETDAEVGDRANDALRINGGELGAKIFGEGGNLGATQ LGRIEFASNGGRINTDFIDNVGGVACSDNEVNIKILLNGLVAEGELTNKQRNELLYSMTD EVSELVLKDCYRQTHTLSITKSKGPATLKEKVRFIHALEKEGKLNRAIEFLPTDEELAER AAAGKDLTRPELSVLVSYSKMVLKETLVVDEISENPYYRQLLVNSFPAPLRERFNAAMDN HPLRKEIIATKLANNIVNDMGLNFMVRMHEETGATDAEIAVCYSISSAIFEMKETWSAIS ALDNKIPAAVQTEMLYQLRRTVRRATRWFLRHRDKSQTIEQAIAFFAPTFKDLSANLHNY MVANESEQIVDKARDLESQGVPAEIALRIVSLSSLFSVMDLAEVAHSSGRKIGVVSNTYF TLGANMGLHWFLDQITAQPVANHWQALARASYREELDWQQRSLSEVVLNSFAGDDNDINE QIEQWMDKQAGLLHRWQQMLTEFKTSQSHDFAKFSVALRELMLLSHNCDTSK NT seq 4839 nt NT seq  +upstreamnt  +downstreamnt atgacacaaaatgaaggcacagcttctgttatcctagataacgtctgcaagcttatccat aaaaaagtccatgctgacaaagtgtcacttgtcgaaacgtttgccaaaaccttgtacagc aacatgtctaaagaggatttggcacatcgtaacgacagtgacttatacggcgcagcattg agcctttggaatgcccttgataaaaacaagtctgacgatgccgtcattcgcgtttttaat cctgaggttgcaaaggatggatggcaatcatcgcatacgattgtcgagataatcgctaaa gatatgccgtttttggttgattcagtgcgcatggcgatgaatcgaaaaaacatagtctct cacctattacttcattctccacttaagttacaaagaaacgatgcaggtgcaatcaccgca gtttctaacttaaaagcagaacaagaatctacgtctactaagaccgtattctttatcgaa atcgacaggcaaacagatgattcggtgatcgctgattttacggctgagcttgaatctgtc ttaaatgatgtttctgttgcggttgctgattggctaccaattcgcgataaattggtgagc gtaagtaaagagctgccgacccgtcattatagttgttcaaaagaagaagttgctgaagcc gtcgagtttttagactggctggttagcgacaactttacctttatgggctatcgccaatat gatttgactccagttcaaggtgactatgagctgaagccagttgaaggcacaagtctcggc ctgatgaagaactcaggtgacgatcatagccgtttattgtctgaactgcctgaagttgcg cgcaaagaggcacgtagtaacaacttgttgatcttaaccaagacaaactcattgtcacgc gttcatagaccagcgtatatcgactatgttggtatcaagcgttttgatgatgaaggtaac gtgattggtgaagaccgtttcattggtttgttttcatctagcttctacaacaacagtgcg gtagatgttccggtacttaagagtaaaattaaccgcatcatggagcaatgtgactttgct aaaggcacacatgcatacaaggcggtactcaatattcttgaaacctatcctcgtgatgag ttagtacaggcacgcgaaagcgagctacttgaagtggcaatgggcgttctacaaactcaa gagcgtgacatgtgtcgcttatttgtgcgtaaggatgtgtatggtcgtttcttctcttgt atggtttatgtgccaagagagcgatacaacactgcgttgcgccgtgaaactcagcaactg ctaggccgtgcatttaagtctagcgacaaagtagagttcaccacctttttctctgaatca acactagcgcgtacgcattacatcgtccgtgttgatgacaacaacatagattacaacgtg aaagaaatcgaaaataacttggtagaagccgctcgtacttgggaagacaagctacaatca gcgcttcttgaaagaacgggtgagtctcgtggtaacgagttaaaccgtaaatacacgaat gcgttccagtctgcttataaagaccaagtgttgccaagcgcagcagtcgtagacatcgag aagctagagcaactaaacgatgacaataaacttgagatgctgttctacagacctcaagaa gaagcaacgtcacaacttgttcgtttgagtctgttccataaagcagagcctattcactta tcagacgtgatgccaatgcttgagaactttggtctacgtgttattggtgaaacaccatac gccgtgaagacgactgatggtcaagtaaactggatcatggatttctctatgcttatcgac agcaaagggatcacggattttgaaaaagtatcagcgcgttttcgtgcagcattgaccaat gtgtggaataaccgccttgaaaatgatggctttaaccgtttagtgttactaggtggacta acaggtcgtgaagcatctattctacgcgcgtatgctaaatatatgcgccagattggtgtg acgttctcgcagtcttacatcgagaatacgtttgaccgttatccgcatattgcagcgatg attgttgatctatttgtgaagaagtttgcaccgaagaaagtggccactgaaaaagcactt cagaaagtcgtcgatgcaatctaccttgagcttgaaaatgtagcgaatttagatgatgac cgtatcattcgtttatacgttgatatgatcaatgcaacgctgcgtactaacttctatcaa aaagaagcagacggcacgaataagtcgtacacgtcattcaagatccagccaagcgcagtg ccagatatgccgttgccattaccagcgtttgaaatcttcgtatactctccacgcgtagaa ggtgttcacttacgtggcggtaaagtggcgcgtggtggtctacgttggtcagaccgtcgt gaagatttccgcacagaagtacttggcttagttaaagcccagcaagttaagaatacggtt atcgtgcctgtaggttctaaaggtggttttgtttgtaaacaacttccaactgaacgtgaa gctttcttcaaagaaggccaagagtgttacaagatcttcatccgtggtctactagacatc actgataacatcgtacatggtgacatcgtaccgccagtggatgttgttcgtcacgacgaa gacgacccatacctagttgttgcagcggataaaggcactgcgactttctctgatatcgca aatggtattgctgagtcttataacttttggcttggtgacgctttcgcatcaggtggttca atcggttacgaccacaagaagatgggtattactgctaaaggcggttgggaatcggtcaag cgtcacttccgtgaaatggacattgactgtcaaacaactgacttcacagcggttggtatc ggtgacatgggtggtgatgtatttggtaacggtatgctgctatctaagcatattcgttta caagcggcattcaaccacatgcacatctttatcgatccaaacccagatgcagcaagctcg tatgtagagcgtgagcgcctatttaatctgccacgttcaagctgggaagattataataag gagctgatctctgagggcggtggtattttctctcgtgcagcaaaagcaattacgctaagc gctgaaatgaagaaaatgataggcaccaagaaatcgagcatgacaccaaacgagttgatc aaagcattgttgaagatgccagttgatttactttggaacggtggtatcggtacttacatt aagtctaaatctgaaacggatgctgaagtaggcgaccgtgcaaacgacgcgctacgtatc aacggtggtgagcttggggcgaagatcttcggtgaaggtggtaacttaggtgctactcag ttgggtcgtattgaatttgcttcaaacggtggtcgtatcaatactgactttatcgacaac gtaggtggtgttgcctgttcggataacgaagttaatatcaagatcctacttaacggccta gtggctgaaggtgaattgacgaataagcagcgtaacgaattactgtattcaatgactgat gaagtatcagaattggtactgaaagattgttatcgccaaacgcatacgctttcgattacc aagtctaaaggtcctgcaacgcttaaagagaaagtacgctttatccatgcacttgaaaaa gaaggcaagctaaatcgtgcaatcgaattcttaccgacggatgaagagctagcagagcgc gcggcggcaggtaaagacctaacgcgtcctgagctatctgtattggtttcttactctaag atggtattaaaagagacattagttgttgatgagatctcagaaaatccatactaccgtcag ttgttagtgaactcgttcccagcaccgctgcgcgagcgcttcaatgctgcgatggataat cacccgctacgtaaagagatcattgcaacgaaacttgcaaacaatatcgtcaacgatatg ggtctaaacttcatggttcgtatgcacgaagaaacaggtgcaacggatgcagaaattgca gtttgctactcaatttcaagtgcaatctttgaaatgaaggaaacgtggtcagcgatttct gcgcttgataataagatcccagcggcggttcaaacggaaatgctatatcaattacgtcgt acggttcgccgcgcaacgcgttggttcttacgtcaccgtgataagtctcaaactatcgag caagccatcgcattctttgcaccaacatttaaagatctaagtgcaaatttacacaactat atggttgctaatgaaagtgagcagatcgttgataaagcacgtgaccttgaatctcaaggt gtgccagctgagattgcactgcgtatcgtatcgctttcaagcttgttctcggtcatggac ttagcggaagtcgcacatagctctggtcgtaagattggtgttgtgtctaatacttacttt acgcttggtgcaaatatgggtctacattggttccttgaccaaattacggctcagcctgtt gcaaaccattggcaggcgcttgctcgtgcttcatatcgtgaagagcttgattggcagcag cgttcattgtcagaggttgtgttaaacagctttgctggtgatgacaatgacatcaatgaa cagattgaacagtggatggataagcaagccggcttactacaccgttggcagcaaatgcta actgagtttaagacgtcgcaaagccacgactttgctaagttctcagttgcacttcgtgag ctaatgttactaagccacaactgcgatacttccaaataa

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