Anaplasma marginale Gypsy Plains: U128_01820 Help Entry U128_01820        CDS       T02900                                  Name (GenBank) NAD-glutamate dehydrogenase   KO K15371   glutamate dehydrogenase [EC:1.4.1.2] Organism amp  Anaplasma marginale Gypsy Plains Pathway amp00220   Arginine biosynthesis amp00250   Alanine, aspartate and glutamate metabolism amp00910   Nitrogen metabolism amp01100   Metabolic pathways amp01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:amp00001]  09100 Metabolism   09102 Energy metabolism    00910 Nitrogen metabolism     U128_01820   09105 Amino acid metabolism    00250 Alanine, aspartate and glutamate metabolism     U128_01820    00220 Arginine biosynthesis     U128_01820   09106 Metabolism of other amino acids    00430 Taurine and hypotaurine metabolism     U128_01820 Enzymes [BR:amp01000]  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      U128_01820 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Bac_GDH_CD GDH_C GDH_HM3 GDH_HM1 GDH_ACT1 GDH_ACT2 GDH_ACT3 GDH_HM2 ELFV_dehydrog Glft2_N Motif Other DBs NCBI-ProteinID:  AGZ78768 LinkDB All DBs Position complement(431765..436621) Genome browser AA seq 1618 aa AA seqDB search MYAPLLFFVPKIRCKVMRIPEDSACGFEGHVVTSVLKALREKFPSQTDEYGLLKSFIEKF YNFSYSTDVELTSQFLLNIAEDLYNFISNRKPKESMVRVFTVERPGFPEKSLTIVETAND NLPFIIDSVIIALKKHNLPIYHYTNAVLLLKRKGGRIVSVDALSTSCADDNACESVAYFV VGPTSEELQSTLKTEVEQALHSVVCCVGDWQPMLGRVDELLSSMKNDPSREEICNFLKWL REDSFVFLGYSEYTKSKSGELVLDPERSLGLQRMGQQAQKSLSCQTQSKEPLYVVQSNFV SHVHRYGYMICIGLRTFDKAGNLEQEKCFYGFFTSSVEFQSACHIPVIRKKIGLVEERSG FLKNGHNGKALMAIMQRFSREELFRFSEEDLFQISMGILFLSSNPKVRLFMLKDAINGFI GCIIFMPKNLASTELADRIATVLEGALDGKVVGKYYNMYDESDLVRLQFTIKTDSTASYA ISVQEVEKMVVESTKRWEDRLQQVLSQKLEGDFSGYVNAFPTSYQEYFSPENARHDVLKI HKVLESPTGGEGEVDLYLSEDCSHYQLKIYVLLEGDRRLSQVLDVVKKMGAGMLQHHSYD ITVRERCVRLHHFVLANASKSFDHHSVKSRFETTLKKVFSGETENDYFNSLVILANLRWK EVLLVRTLSRYLKQILFNYSQAYIQKVVRKHSYMVHLFVRLFEARFDPDISGDRAAKVAG VRKSIDELFAQVSDMVHDYILRCMYNLILAVLRTNYYQDGRNYISLKLDSGAVPNIPRPF PFREIYVYSNTFEGIHLRGGKVARGGIRWSDRTEDFRTEVLGLMKAQMTKNSVIVPVGSK GGFVLKGNSKKSGSVECAIECYKSFLRGILDITDNVIDNQCVTPSRVVRYDDDDPYLVVA ADKGTASFSDHANQVSAEYNFWLGDAFASGGSVGFDHKKIGITARGAWAAAQRHFWTMGK DIQKDTFTAVGIGDMSGDVFGNGMLLSDKICLLGAFNHIHIFVDPSPDPATSFAERKRLF ETPGSSWQDYKPSLISKGGGVFCRSSRSITLTPEMKQCFQLNTEEDSISPTALIRAMLKA PVDMIWNGGIGTYVKSSKETHPAVGDKANDLLRINGEDLRASMVIEGGNLGCTQLGRVEY ASKGGRINTDFIDNAGGVICSDFEVNLKICLEMAVRDKFISLEERNKILYDMLLDVPGIL MARHNKLETRTLMLECMQATKRIEQHHRIMQYLEKINALDRSMEFLPSDEEILRMISESR GLAAPQIAVLIAYTRTFIKGGIMKSNLLQHGLANVYESQYLLSYFPESMRNRFEKYIKQH KLKHEILATCISNDIVNRMGCVFVSHIESMGITIDTIARVYVTISRVYNLQDIWSELDRV DGTIDVNDYVTIIREVQKFIGQATFWMLRHMHKFPDVETRLESLSSQTLLIEENMENILC GEFLESYNTARQNLPQQNLDPKIAQRIGGLQFSVFAMDIIHLAESTGADIVAVGKVYFKL RSVLSFSRIRELAMQVDAASPYWQRVAVRNLLDDLSDYQSIITGNIVKRMILEKVDMQKC VDGVVQEHVDSWCTQYKSQLDVYYRFLEDINSTQLDLSRLVLIIRALSVFTVEKDHHV NT seq 4857 nt NT seq  +upstreamnt  +downstreamnt gtgtacgctcctcttttgttttttgttcctaagatacgttgtaaagtaatgcgcatccca gaagatagtgcttgtggcttcgaagggcacgtggtcacctctgtgctgaaggccctgcgg gaaaagttcccatcacaaactgatgagtacggcttgctcaaaagcttcatagagaagttt tacaacttttcttacagcacagatgtggaattaaccagccagtttctgctaaacattgca gaagatctgtataattttatcagtaataggaagcccaaagagagcatggtgcgcgtattc acggtggagcgcccagggttcccggaaaaatccctcacaatagtggagacggccaatgac aatctgccgttcataatagactccgtaataatagcgctgaaaaagcataatttaccaata tatcactacacaaacgcggttttgctcctgaagaggaaaggcggcagaattgtgagcgtt gatgccctatccacgtcctgcgccgatgataatgcttgcgaatctgtagcatattttgtg gtgggacctacaagtgaagagctacaaagcacgctcaagacggaagtcgaacaggcactg cactcggttgtatgctgcgtaggcgattggcaaccgatgcttggccgagtggacgaactg ctgtcaagtatgaaaaatgacccatcgcgtgaggagatctgcaatttcctgaaatggcta cgcgaggacagcttcgtgttccttgggtacagtgagtatacaaaatcaaagtcaggggag ctagttctggatccggaacgcagcttggggttacaaaggatggggcagcaagcccaaaaa tctttaagttgccagacgcaaagtaaagagccactgtacgttgtgcagtcaaatttcgtt tcccacgtgcataggtacggatacatgatttgcataggcctgcgcacgttcgataaggcg ggaaatctggaacaggaaaagtgcttctacgggttttttacctcttcagtcgagtttcag agcgcatgccacataccggtgatcagaaagaagattgggctcgtcgaagaaagatccgga ttcttgaaaaatggacacaatggaaaggcattgatggccattatgcagcggttctctagg gaagagcttttccgcttctctgaagaagacctgttccagatctcgatgggaatacttttc ctgtccagcaacccaaaagtccggctattcatgctgaaagatgcaatcaacggcttcatt gggtgcatcatcttcatgccaaaaaacctagctagcacagagctcgcggatcgcatagct accgtactggaaggcgccctagacggtaaagtcgttggcaaatactacaacatgtatgat gagtctgatttggtaagactgcaatttacgatcaagaccgacagcacggcttcctatgct atatcggtgcaggaagttgagaagatggtggtagaatccacaaagcggtgggaagatagg ctgcagcaggtactatctcagaagctcgagggtgatttttccggatatgtaaacgccttc cccactagctatcaggagtacttttccccagaaaatgcgcgccacgacgtcttgaagatc cataaagtattggaaagccctacaggtggtgagggcgaggtagatctatacttgtccgaa gactgcagccattaccagctaaagatatacgtactgcttgagggggaccgacgcctatcg caggttttggacgtcgtaaagaagatgggcgcggggatgctgcagcaccacagttatgat atcacagtgcgggagaggtgcgtgcgtttgcaccactttgtgctcgcaaacgctagcaag tcctttgaccatcatagcgtgaagagccgatttgaaacgacgttgaaaaaggtattttcc ggagaaactgagaacgactacttcaacagcttggtgattttggcaaacttaagatggaag gaagttttactcgtaagaacgctaagtagatacttaaagcaaatcctattcaactatagc caggcgtacatccaaaaggttgttaggaagcattcttacatggtccatttgtttgttcgg ctattcgaggctaggtttgacccagatatatctggtgacagagccgccaaggtagcgggc gtgcgcaaatcaattgacgagttgtttgcacaagtctcagatatggtccacgactacata ctgagatgcatgtataacctgatattggcggtcttgcgcacaaattactatcaagacggt agaaattatatctcgctaaagctagactccggcgcagtccccaacattcctcgccctttt cccttcagggaaatatatgtttactcaaacacgtttgagggtatacacctacgcggtggg aaggtggcaagaggcggcataaggtggtccgacaggaccgaagattttcgcactgaggtc ttagggttgatgaaggcacagatgacgaaaaactccgttatcgtcccagtcggttctaaa ggcggttttgttctgaagggtaactcaaagaagtcggggtcggttgagtgcgcgattgag tgctacaagagctttttgcgtggtatattggacattactgacaacgtaatagacaaccag tgcgttaccccaagccgagtagtaagatacgatgacgacgatccatacttggtagttgcg gccgataagggcaccgcgtctttttctgatcacgcaaatcaagtttctgcagagtataac ttctggctcggtgatgcatttgcatctggagggtccgttgggtttgaccataaaaaaata ggcattactgccagaggagcgtgggccgctgcacagcgacacttctggaccatgggtaaa gatatacaaaaagatacattcaccgctgttggcataggggatatgtcgggtgacgtgttc ggaaatgggatgttgttatccgataagatctgcctactgggggcctttaaccacatacac atatttgttgacccatctcctgaccctgcaacaagcttcgcggaacgtaagcgcttgttt gaaactccggggtcatcttggcaagattacaaaccgagccttatatcaaaaggcgggggt gttttctgtcgcagctcaagatctattactcttactccggagatgaagcaatgcttccaa ctgaacaccgaggaggacagcatctcccctactgccctcattagggcgatgctaaaagcg ccagtagacatgatttggaacggcggtataggtacatacgtaaaatcgtccaaggaaact caccctgctgttggtgataaggccaatgatctgctcagaataaatggggaagacctgcgc gcctctatggtcatagaagggggaaatctcggctgtacgcaactaggtagagtagaatat gcgagcaagggaggcaggattaatactgactttatagacaacgcaggcggtgttatctgc tcagacttcgaagtcaacctcaaaatctgcctggaaatggccgtcagagataaattcatc tccctggaggaacgcaacaagatcctctacgacatgcttctcgacgtacccggcattctc atggcgcgccataataaactcgagaccagaacgttgatgctggaatgcatgcaggcaaca aagcgtatagagcagcaccatcggataatgcagtaccttgaaaagataaatgccctggac cgcagcatggagttcctgcccagcgacgaggaaatcctgaggatgatttcggaatccagg gggctcgctgcccctcagatagccgtgcttatagcgtacacccggacgttcataaaagga ggaattatgaagtccaatttgctgcagcacggcctggcaaatgtctacgaatctcaatat ctgctttcatacttccctgagtctatgaggaacaggtttgagaagtatataaaacagcac aaactgaagcacgaaatactcgccacatgcatatccaacgacatagtaaacaggatgggt tgtgttttcgtcagccacatagaaagcatgggtattaccatagacacgatcgccagggtt tatgtgacaatctccagagtatataacttacaagatatttggagcgagcttgacagggtc gacggcactatagacgttaatgactatgtcacaatcatcagggaagtgcaaaagttcatt gggcaggcaactttctggatgctccggcacatgcacaagttcccggatgtagaaacaagg ttagagagcctgtcatcgcaaaccctgctcatcgaagaaaacatggaaaacatcttgtgc ggggagtttttagaatcttacaacactgcacgacagaacctgccgcaacaaaatttggat cccaaaatagcacagaggatcggtgggttgcagttttccgtttttgccatggatataata catctggcagagagtacaggggcagatatagttgcggtcggcaaggtatacttcaagctg cgttctgtcttgagctttagtcgtatacgggagctcgcaatgcaagtagacgcggcttca ccgtactggcagcgcgtagctgtaaggaacttattggatgatcttagcgattaccagtcc ataatcactggcaacatagtaaagcgcatgatactcgagaaagtagatatgcaaaagtgc gtggacggcgtggtacaggagcatgtagattcctggtgcactcaatacaagagtcagctg gatgtatactacagatttttggaggatataaactctacacaattggatctcagtagatta gtgctaataatcagggcgttaagtgtcttcactgtagaaaaggatcaccatgtttaa

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