Rheinheimera sp. D18: E0Z06_07310 Help Entry E0Z06_07310       CDS       T05923                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism rhh  Rheinheimera sp. D18 Pathway rhh00220   Arginine biosynthesis rhh00250   Alanine, aspartate and glutamate metabolism rhh00430   Taurine and hypotaurine metabolism rhh00910   Nitrogen metabolism rhh01100   Metabolic pathways rhh01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:rhh00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     E0Z06_07310   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     E0Z06_07310    00220 Arginine biosynthesis     E0Z06_07310   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     E0Z06_07310 Enzymes [BR:rhh01000]  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      E0Z06_07310 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Bac_GDH_CD GDH_C GDH_ACT1 GDH_ACT2 GDH_HM3 GDH_ACT3 GDH_HM1 GDH_HM2 PAS_13 ELFV_dehydrog Motif Other DBs NCBI-ProteinID:  QBL09328 UniProt:  A0A4P6VRC1 LinkDB All DBs Position 1533880..1538718 Genome browser AA seq 1612 aa AA seqDB search MALKDGQPSVLLQNVNKLIKQKVKDQVGLVEKFAYTLYGNMSDEDLDGRNDSDLYGAALS LWQTFNGHAEATVKIRVFNPELAKFGWESKHTIVEMVVPDMPFLVDSVRMALSRHSITAH LLLHYPLQTERDNQQQITDFFKLGSKAKASTEQTVFHIEIDRMTDTAAIQQLTDELHSVM KDVSLAVQDWQPVSDKLQQVISNLPKQANKCSAEDITQTTEFLNWLAKDNFTLLGYREYS ITPVEGDYKISGIDASSLGLMRRSASRDLMLSELPEIGRKQALSNALLVLTKTNNKSRVH RPAYIDYIGVKKFDKDGKVVGEDRFIGLFSSSFYNNSAADIPLLKNKLGTVMQMSEFSAG THAYKALLNILETYPRDELIQATADELLHVAMGVLQMQERDMTRLFMRKDSFGRFVSAMV YVPRERYNTQLRKQTQAVLQRALGSDESVEFTTYFSESVLARTHYLVRINDSHVEYKVKD IERNLIEAARTWEDKFETALIGAYGEARGRELIAKYVNAFPRSYKEEMLPSDALVDIGKL EALNDDRKLEMLFYRPQEEKADSKAVRLNLFHKDHPIHLSDVLPMLENFGLRVIGETPYA VKCADGSVSWILNFTMELNCAVPANFEAAQQSFQESFAKVWGGDLEDDGFNRLILSAGLS GREASLLRALAKYKRQIGGTFSQSYVESTFTRYAELANLLVQLFNSKFDPSAKDGAAVSA KLEDKIAAALENVANLDDDRIIRRYVDMINAIVRTNYFQKSAQGTEKSYISFKIKADLIP DMPMPVPMFEIFVYSPRIEGSHLRFGKVARGGLRWSDRREDFRTEVLGLVKAQTVKNTVI VPSGSKGGFVCKKLPETGGREAFINEGKECYRTFIRGLLDVTDNIIQGEIVPPKDVVRLD VDDPYLVVAADKGTATFSDISNGISAEYNFWMGDAFASGGSNGYDHKKMGITARGGWESV KRHFREVGIDCQTTDFTCVGIGDMAGDVFGNGMLLSKHLCLQVAFNHMHIFVDPKPNSAK GWEERNRLFRLPTSTWDDYDKSLISEGGGVFSRSAKAIKLSPQMQEMLATTKTSMTPTEL IREALMMKVDLIWNGGIGTYLKASTETHAEVGDRGSEAMRVNGKDLKATIVGEGGNLGAT QRGRIEYALNGGRINTDFVDNVGGVTCSDNEVNIKILLNTLVASGDLTLKQRNQLLLDMT PDITAIVLRDCYSQTQSISISSLLGAEQLKEYTRFIHELEKDGKLNRELEFLPSDDELAE RAAKGQGLTRPELAILTAYGKMVLKERLVLPEIYENAYFKRQLFSNFPQLLQDKYAAEME NHPLKAEIIATKLANMMVNEMGPNFAQRMQEEAGASLGEVTLCYAIARDLFDLPTMWHKL EQLDNVISATLQTKFLHQLRRTMRRVTRWFLRHRNKALDIQQTVDFFKPAYQQLSKDLSN YLAPAEAEQLLQKQAALVEQGVPEDIAKYLAQLSTVFSVMDIAQVVDAEKMALPLVAEIY FKLGDKLDLHWFLEQITNQPVANHWQALARASYREELDWQQRSLSAVVARSCGKTCSADE VISTWITEHNALLERWRLMLAEFKTTKNHEFAKFSVALRELMLLSHHCDTVK NT seq 4839 nt NT seq  +upstreamnt  +downstreamnt atggcattgaaagacggtcaaccctctgtattactacaaaatgttaataaattaatcaaa caaaaagtaaaagatcaggttggcctggtcgagaaatttgcttatacgctgtacggtaat atgtctgatgaagacttagatggccgtaatgacagtgacctatatggtgcagcgcttagc ttgtggcaaacatttaatggccatgctgaagctacagtaaaaattcgggtattcaatccg gaattagcaaaatttggctgggaatctaaacatactatcgttgagatggtggtgcctgat atgccatttttggttgattctgtgcggatggcactaagtcgtcacagtattacggcgcat ttgctattgcattatccattgcaaaccgaacgcgacaaccagcaacaaattactgatttc tttaagcttggcagcaaagcgaaagcgagcacggaacaaaccgtatttcatattgaaatt gaccgcatgactgatactgcggcaatacagcagttaaccgatgaactgcactcagtaatg aaagacgtgtcacttgccgtgcaagattggcagcctgtgagtgataaactgcagcaagtc attagcaacttgcctaagcaagcgaataaatgctctgcagaagatattacccaaaccact gaatttttaaactggttagctaaagataacttcaccttgttaggctatcgcgaatattca attacaccggtagaaggtgattacaaaattagcggtattgacgctagctcattgggttta atgcgccgctctgcgtcacgtgatctgatgttgtctgagctaccagagattggccgtaag caggcattaagtaatgcgttattagtattaactaagaccaataacaaatcacgggtgcac cgtccggcttatatagattacatcggcgtgaagaagtttgataaagacggtaaagttgtt ggtgaagaccgctttattggtttgttctcatcatcgttttataacaacagtgctgccgat attccgttactgaaaaacaaacttggcactgtaatgcagatgtcagagttttcagccggt actcacgcttataaagcgttattaaatattttagaaacttatccacgtgatgagttaatc caagctacagccgatgagttattgcatgtcgcgatgggcgtgctgcaaatgcaggagcgt gatatgacgcgcctgtttatgcgtaaagatagttttggtcgttttgtttcggccatggtg tatgtgccgcgcgagcgttacaacacgcaattgcgtaaacaaactcaggcggtactacaa cgcgctctgggtagcgatgagtcggtagagtttactacttatttttctgaatctgtgttg gcacgtacgcactacttagtacggatcaacgatagccatgtagagtataaagtgaaagat attgaacgtaatctaattgaagcagcccgcacttgggaagacaaatttgaaaccgcatta attggtgcatacggcgaagcgcgtggtcgcgagctgattgctaagtatgttaatgccttc ccgcgcagctataaagaagaaatgttaccgagtgatgcattagttgatatcggtaaactt gaagcgttaaacgacgatcgcaagttagaaatgttattctaccgtccgcaagaagaaaaa gccgacagtaaagcggtacgtttaaacttattccacaaagatcacccaattcatttatca gacgtactgccaatgttagaaaattttggcctgcgcgttattggtgaaacaccttatgca gtgaaatgtgctgacggttctgtaagctggatcctaaatttcactatggaattaaattgc gcagtgccggctaactttgaagcggcccagcaatcattccaagagtcgttcgcaaaagtg tggggcggcgatttagaagatgacggctttaaccgtttaatcctaagcgcaggtttaagt ggtcgtgaagcatcattactgcgtgctttggcaaaatataagcgccaaattggcggtaca tttagccaatcttatgttgaaagcactttcactcgttatgccgaactggctaacttattg gtacaactgtttaatagcaagtttgacccaagcgctaaagacggtgcagcggtgtcagct aagttagaagacaaaatagcggcggcactagaaaacgtagccaaccttgatgatgaccgt attatccgtcgttatgtcgacatgattaacgccattgtccgcactaactacttccaaaag agtgcacagggtacagagaaatcgtatatctcgtttaagattaaagctgatttaatccca gatatgccaatgccagtgccaatgtttgaaatttttgtttactcaccaagaattgaaggt tcgcatttacgttttggtaaggttgcgcgtggtggtttacgttggtcagaccgtcgtgaa gatttccgtaccgaagttctgggcctagttaaagcgcaaacggtaaaaaataccgttatt gtacctagcggctcaaaaggtggttttgtttgtaaaaagttaccagaaaccggtggtcgt gaagcctttatcaacgaaggtaaagaatgttaccgcacctttattcgtggtttgttagat gttaccgacaacattattcaaggtgaaatcgtgccaccaaaagacgtagtgcgtcttgac gttgacgatccgtacctagtagtcgcagctgacaaaggtactgcaaccttctcggatatt tctaacggcatttctgcagaatacaatttctggatgggcgatgcttttgcatcaggtggc tcaaacggttacgaccataagaaaatgggtattactgcccgcggtggttgggaatcggtt aaacgccatttccgtgaagttggcattgactgccaaactaccgactttacctgtgtgggt ataggtgacatggcgggtgacgttttcggtaacggtatgttgttgtctaagcacctatgt ttgcaggttgcctttaaccatatgcacatctttgttgacccaaaaccaaactcagccaaa ggctgggaagagcgtaatcgtctgtttagattaccaacttctacttgggatgattacgat aagtcattgatttcagaaggtggtggtgttttctctcgtagcgcgaaggcaattaagttg tcgccgcaaatgcaagaaatgttggccacgactaaaaccagcatgacaccaaccgaactg atccgcgaagccttgatgatgaaggtcgatctgatttggaacggtggtattggtacctac ttaaaagctagcactgaaacacacgctgaagtgggcgaccgtggttcagaagctatgcgc gttaatggtaaagatttaaaagcgactatcgttggtgaaggcggtaacttaggcgcaacc caacgcggccgtattgaatacgcgctaaacggtggtcgtattaataccgacttcgttgat aacgtaggtggcgtaacctgttcagataacgaagtaaatattaaaattttacttaacact ctagttgcatctggcgatttaacattaaagcagcgtaaccaattgttattggatatgacg ccagatataaccgcgattgtgcttagagactgttacagccaaacgcagagtatcagtatt tcgtcattactgggtgctgagcagttaaaagaatatacccgctttattcatgagctagaa aaagacggtaagttaaaccgtgaactagagtttttaccatctgatgatgaattagctgag cgcgcagcgaaaggccaaggtttaacacgccctgagctagcgatacttactgcttacggc aaaatggtacttaaagaacgcttagtactgccagaaatttacgaaaatgcttactttaaa cgtcagctattcagtaattttccgcaattattgcaagataagtacgctgcagaaatggaa aatcatccgttaaaagccgaaattattgctactaaactagctaatatgatggttaacgaa atgggccctaacttcgctcagcgtatgcaagaagaagctggtgcgagcttaggtgaagta acgttatgttatgctattgcacgtgatctgtttgacttgccaacaatgtggcataagtta gaacagctggataacgttatttcagccacgttacaaactaagtttttacaccagttacgc cgcactatgcgccgtgtaacacgctggttcttgcgtcatcgcaataaggcattagatatt caacaaacggttgatttctttaagccagcgtatcagcagttaagtaaagatttatctaac tacttagcaccagccgaagcagagcaactgctgcagaaacaagctgcgttagtagagcag ggtgtaccagaagatattgcgaaatacttagcgcagttaagtaccgtattctcggtaatg gatattgcccaagtagttgatgctgaaaaaatggcattaccactggttgcggaaatttac tttaaactaggtgataagctggacttacactggttcttagagcaaattactaatcaacca gtagcgaatcattggcaggcgttagcacgtgcgtcttatcgtgaagagctagactggcag caacgttcattatcggcggttgttgcgcgtagctgtggtaaaacctgttctgcagatgaa gttatttctacttggatcaccgaacataatgcactacttgaacgctggcgtttaatgctg gctgagtttaaaactactaagaaccatgaatttgctaaattctcagtagcactgcgtgaa ttaatgttattaagtcaccactgcgacactgtaaaatag

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