Candidatus Midichloria mitochondrii: midi_00639 Help Entry midi_00639        CDS       T01561                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism mmn  Candidatus Midichloria mitochondrii Pathway mmn00220   Arginine biosynthesis mmn00250   Alanine, aspartate and glutamate metabolism mmn00910   Nitrogen metabolism mmn01100   Metabolic pathways mmn01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:mmn00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     midi_00639   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     midi_00639    00220 Arginine biosynthesis     midi_00639   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     midi_00639 Enzymes [BR:mmn01000]  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      midi_00639 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Bac_GDH_CD GDH_C GDH_ACT1 GDH_HM3 GDH_HM1 GDH_ACT2 GDH_ACT3 GDH_HM2 Motif Other DBs NCBI-ProteinID:  AEI88936 UniProt:  F7XW87 LinkDB All DBs Position 600872..605620 Genome browser AA seq 1582 aa AA seqDB search MKCNEPIMSHTIGSFLEEICKIIPEKNTRKFCKALYSDVPLDAISLINTHDLAEACISIF ESLQYRSHHSTNINFTKLQKNPDLVVLEIITKEVPFLVESLSNELKKQGITIHLIVHPTI PIERKKSGELIEVGKSKADKESVMQFFVSNQFSDDYYNKLKSGLKNVIECVEVVVEDWQA MQQQMKGAIKNITAKNWYQATAPEKKESIQFLEWLLDNHFIFLGSVVVNYESGRSIIDPD NNLGMTKSDLYRNEITETEIDDDYENVIFIKKSNSRSIVHRDSYMDCIQIKQFDKQDKCV SVIVFIGFFTSSVHKESVRNIPLIRNKINNVLSRYGYNADSYNAKELVSVMEDFSRSDLV QMSEDELFEISTGMVSLNLMPRVKVFLRQDRASQLLHCFIFIPKAKFTAEIMKIVERIIS QQIYGTVSRYYVNVGESQLARIQIVIKPVKGLKKEYNVKKIEELVNEATSVWLDNLLKAL QIKYSQQSAIEKFNKFKNAFDLKYTSSFAPKQAVHDIKMAELATAENQVKFDFYLSAKSG KELLQLKIFSPYKELPLSLTLPTMENFGFFVIDTLTFKLALEESTKENTELFIHHFRINT NNKQNKPLAPSVKKNIETALEKIYAKELEDGRFNSLMTYASLSWKEAIIIRAYSAYLKQI NFLHNSQVITENLINYPDLTNKLIKIFHTKFSIDNKNLKNREATILEFTNELNTALLDVP SLTTEQIFKTFIELIHATKRTNFFQKINTNFETSGLSFKISSGEVSALPLPKPFREIFVY SSRFEAIHLRGGKIARGGLRWSDRKDDFRTEILGLMKAQMTKNSVIVPVGSKGGFILKNV SPTSPDFINEGIACYKDFLRSVLDITDNVVNNKIVPPPHVIRYDEDDPYLVVAADKGTAS FSDHANAVSKEYDFWLGDAFASGGSAGYDHKKMGITARGAWISAQDHASQFGINIVEQPF TAIGIGDMAGDVFGNGLLLSKHYKLIAAFNHIHIFIDPNPDSAISFKERERLFNMPRSQW TDYDSKLISKGGGVFLRSAKNITISEEACKALGVTNNSFTPDELVKAILKAPVDIFWNGG IGTYIKSAEETNAAIGDKSNDNVRVNGADLRCKAVIEGGNLGATQLGRIEYARKGGKINT DFIDNSAGVDCSDHEVNIKIAFADLLQKNAIEIEERNKVLFNMTEEISELVLQDNKNQTL LISLEQHKGRKRLDEHFWLIKNLESRKELSRELEKLPTIEDFTEIANLYGKLSRPEIAIL IAYAKNSAILTSMASKKNLDKYLDYYLISYFPRTIQKSFKDSILQHKLKREIIVTTTVNH FVNTLGCCLFHQLIEQGHDAIDIIHTFAIASDLFSLESIWSDTAKLAHTISANTQLSLFD EISKSIEKLVLWLLNHKHLLDNVSKTIKDLKPTFDDLLKLQQITIPTSSLYKKFNNDKSH PNELSNITNKDLLNSINQISVLSNLLDIIAITQNSGKPIKIAANEYMKIYNLLGINHLIE QVKNVEIFDYAENTALKTILAELNELMSFITITNIKEDKLSRQAKKIEEYNEFLNDITKN IVPTNAVSVLVIALKRLKEVIK NT seq 4749 nt NT seq  +upstreamnt  +downstreamnt atgaaatgtaacgaaccaattatgtcacatactatagggtcttttttagaagagatctgc aaaattattcctgaaaaaaatacacgtaaattctgtaaagcactatatagtgatgtccct ttagatgctatatctttaattaatactcatgacctagctgaagcatgcatttctatattt gagtcattacaatatagatctcatcattctactaatatcaatttcactaagttacaaaaa aaccctgatttagtagtattagaaatcataacaaaagaagttccttttttagtagagtca cttagcaacgagttaaaaaaacagggtattacaatacatttgatagtacatcctaccata cctattgaaagaaaaaaaagtggagagttaattgaagttggaaaaagtaaagctgataaa gaatcagtaatgcaattttttgtttctaatcaatttagtgacgattactacaataaattg aaaagcggactaaaaaatgtgatcgaatgtgtggaggtggtcgtagaagattggcaagcc atgcaacagcaaatgaaaggagcgattaagaatattacggccaagaattggtaccaagcg accgctccagaaaaaaaagagtcgatccagtttttagagtggttactagataaccatttt atttttttgggaagcgtagtagtaaactatgagtcggggcgctcaatcatagatccagat aataatctaggaatgactaaatctgacctttatagaaacgaaatcactgaaacagaaatc gatgatgactatgagaatgtaattttcatcaaaaaatccaacagccgttctatagttcat agagattcatatatggattgcattcaaattaaacaatttgataagcaagacaaatgtgta tcggtcattgtttttataggcttctttacctcctccgtacacaaagagagcgtaagaaat ataccattgattagaaataaaattaataatgtcttaagtaggtatggctataatgcagat agctataatgctaaagaattagttagcgttatggaagatttttctcgtagcgacctagta caaatgagtgaagatgagctgtttgaaatttcaaccggcatggtttcgcttaacctaatg cctagggttaaggtgttcttaagacaagaccgcgcttctcaacttctgcattgttttata tttattccaaaagccaagtttactgctgaaataatgaaaattgtggaaagaattatttca caacaaatctacggaacggtatcgagatactatgtcaacgtcggagaatctcagcttgct cgcatacagattgtaatcaaaccagtaaaaggccttaaaaaggagtataacgtaaagaaa atcgaagagctggttaatgaagctacgagtgtttggctagataatttactgaaagcgtta caaatcaaatactctcaacaatctgctattgaaaaatttaataaatttaaaaatgccttt gatttaaaatatacctcgagctttgcaccaaaacaggcagttcacgatattaaaatggca gaattagcaactgctgaaaatcaagttaaattcgacttttatttatcggccaaaagtggt aaggaactgttacaattgaagattttttcaccatataaagaacttcctttatccctcact ttgcctactatggaaaattttggctttttcgttatagatactctcacattcaaactcgct ttagaggaatcaacgaaggaaaacactgagctttttattcatcatttcagaattaacacc aacaacaaacaaaacaaacctcttgcaccttcagtaaaaaagaatattgaaaccgcttta gaaaagatatacgcaaaagaactcgaagacggtcgcttcaattcattaatgacttatgct tctcttagctggaaagaagcaattataattagggcgtactcagcttatctaaagcaaata aactttctgcataatagtcaagttattacagaaaacttgataaattatcctgacttaacc aataaactcattaaaatttttcatactaagttctcaatagataataaaaatctcaagaat agagaggcgaccatccttgaatttacgaatgagctgaatacagctttgcttgatgtacca agcttgacaactgagcagatatttaaaacttttattgaattgatacacgcaaccaaaaga accaactttttccaaaaaattaatacaaatttcgaaaccagtgggctctcttttaaaatt tcttcaggagaagtttctgccctacctctaccaaagcctttcagagaaatttttgtttac tcatcacgctttgaagccatacatttaaggggcggtaaaattgcaagaggaggcttgcgc tggtccgacagaaaagatgatttcagaaccgaaatcctggggttaatgaaagcacaaatg acaaaaaattctgttatagtacctgttggatctaagggtggatttattttgaaaaatgta agtcctacatcgcccgattttataaatgaagggattgcatgttataaagatttcttaaga agcgttttagatattacagataacgtagtaaataataaaatagtacccccaccccatgtt attagatatgatgaagacgatccttacctagttgtcgctgcagataaaggtacagcctct ttttcagatcatgctaatgcggtttctaaggaatacgatttctggttaggagacgcattt gcctctggcggatcagcaggatatgatcacaaaaaaatgggtattactgctcgaggagct tggatttcagctcaggaccatgcaagtcaatttggtataaatattgtagaacagcccttt actgcaataggtattggagatatggcaggagatgtatttggcaatggcctattactttca aagcattataaacttattgctgcttttaatcatattcatatatttattgaccctaatcca gattcagcaatttcttttaaagaaagagaaaggttatttaatatgccacgttcacagtgg acagattacgattcaaagttgatctccaaaggcggcggggtatttttaaggagtgccaaa aacattactatctcagaagaagcatgtaaagctctaggggtaacaaacaatagctttact cctgatgaattggtaaaagcaatcttaaaagcgcctgttgatatattttggaatggaggc attggaacatatataaaatcagcagaagaaacaaatgcggctattggtgataaaagcaat gataacgtaagagttaatggtgcagatttacgctgtaaagcagtgatagaaggtggaaac cttggggctacacaacttggtaggatagagtatgcaagaaaaggaggtaaaatcaataca gattttatagataactcagctggtgttgactgctcagatcatgaggtaaatatcaagata gccttcgcagatctactacagaaaaacgctatcgagatagaggaaagaaacaaagtgttg ttcaatatgactgaagaaatatctgagttggtcttacaagataacaaaaatcaaacctta ttaattagcctagaacagcataaaggcaggaaacgtttggatgagcatttttggttaatc aaaaacttagaatcaaggaaggagttaagtagagaattagagaaattacctactatagaa gattttactgaaattgcgaacttatacggtaaattaagccggccagaaatcgcaattcta atagcatacgccaaaaactctgctatactaacctctatggcaagtaaaaagaatttagac aaatacctagattattatctaattagttacttccccagaacaatacagaaaagttttaaa gattctatcttacagcacaaactaaaaagagagattatcgtaaccacaacagttaatcac ttcgtaaatacgcttggttgctgtttgtttcatcaactgattgagcaaggacatgacgct attgatataattcatacctttgccatcgcttctgatttattttctctagaatcaatttgg agtgatactgcaaaattggctcatactatatcagcaaatacccagcttagtttgtttgat gaaattagtaaaagtatcgaaaaattagtactatggcttttaaatcataagcacttactt gataatgtaagtaaaactataaaagatctaaaacctacttttgatgatttattaaagctt cagcaaataactattccaacctcttctttatataagaaattcaataatgataaatcccat cccaatgagttgagtaacattactaacaaagaccttttaaactccattaatcaaatatcc gtcttaagtaatctgttagatattatcgccataactcaaaattctggtaagcctattaag atcgcagctaacgaatatatgaaaatctataaccttttgggtattaaccatttaatcgaa caagttaaaaatgtagaaattttcgactacgcagaaaatactgccttaaaaactattcta gccgaattaaacgagttgatgtcctttataacaattacaaatattaaagaagataaatta agtcgacaggccaaaaaaattgaggaatataatgaatttttaaatgatataaccaaaaac attgttccaaccaatgcagtgtcggttcttgtcattgctctaaaaagattaaaggaggta ataaagtga

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