Raphidiopsis curvata: NIES932_17880 Help Entry NIES932_17880     CDS       T09812                                  Name (GenBank) glutamate synthase   KO K00284   glutamate synthase (ferredoxin) [EC:1.4.7.1] Organism rcs  Raphidiopsis curvata Pathway rcs00630   Glyoxylate and dicarboxylate metabolism rcs00910   Nitrogen metabolism rcs01120   Microbial metabolism in diverse environments Brite KEGG Orthology (KO) [BR:rcs00001]  09100 Metabolism   09101 Carbohydrate metabolism    00630 Glyoxylate and dicarboxylate metabolism     NIES932_17880   09102 Energy metabolism    00910 Nitrogen metabolism     NIES932_17880  09180 Brite Hierarchies   09181 Protein families: metabolism    01002 Peptidases and inhibitors [BR:rcs01002]     NIES932_17880 Enzymes [BR:rcs01000]  1. Oxidoreductases   1.4  Acting on the CH-NH2 group of donors    1.4.7  With an iron-sulfur protein as acceptor     1.4.7.1  glutamate synthase (ferredoxin)      NIES932_17880 Peptidases and inhibitors [BR:rcs01002]  Cysteine peptidases   Family C44    NIES932_17880 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  GATase_2 Glu_synthase Glu_syn_central GXGXG FMN_dh Motif Other DBs NCBI-ProteinID:  BAZ90291 LinkDB All DBs Position complement(1901391..1906082) Genome browser AA seq 1563 aa AA seqDB search MNDQSLNQAQNITMLDEENREIYQGQRWLVEERDACGVGFIAHRKNSANHEILTKALDAL TCLEHRGGCSADKDSGDGAGILTAIPWQLLAEEGWTDNTGNIAVGMIFLPKEQESARKAR QLFEQVITEEKLEVLGWRAVPVSPEVLGKQARENQPHIEQVFVRSADKSGDELEREMYIV RRRIVKAAKQLRELEDDFYVCSLSSRTIVYKGMVRSAVLGSFYQDLKNPAFKSAFAVYHR RFSTNTMPKWPLAQPMRLLGHNGEINTLLGNINWMRARESILVHPLWQGRDEEYKPLVNP DSSDSANLDNVLELLVRSGRSPLEALMIMVPEAYKNQPSLKDHPEIVDFYEYYSGLQEAW DGPALIVFSDGKSVGATLDRNGLRPARYVITNDDYIVVASEAGVVDFPEASIVEKGRLGP GQMIAVDLISNEVLKNWEIKQRIAKLHPYKEWLEKHRQDLKDLLPSSVNGNGHHTGNGHL SWEVPDRETLLQNQIAFGYTSEDVEMIIHVMGNTGGEPTFSMGDDIPLAVLSAKPHLLYD YFKQRFAQVTNPPIDPLREKLVMSLTVELGERGNLLDPQSGGDQRLRLDSPVLTDGELEA IKLCGFGTAEISTLFAIDGGPEGLKVAVESLQKQAAESVRAGAKILILSDKIAADGQKGI NANLSYIPPLLAVGAVHHYLISQGIRMKTSLVVHTAQCWSTHHFACLLGYGAGAVCPYTA LDTVRDWWLDPRTQQLRERGKLNDISLEQAVANYRQAVESGLLKILSKMGISLLSSYQAA QIFEAIGIGEDLIKLGFKGTTSRIGGISCAELAQEVLSFHSKAFPELSTKKLENLGFVQF RPGGEYHSNNPELVKALHKAVDGKQYNHYELYKQHLQARPTTALRDLLDFNSDRSKIDLE EVESVSDIAKRFCTGGMSLGALSREAHENLAIAMNRIGGKSNSGEGGEDPVRYGVLKDVD ENGHSPTLPHLNGLRNGDTASSAIKQIASGRFGVTPGYLASAKQLEIKIAQGAKPGEGGQ LPGPKVSPYIAMLRRSKPGVTLISPPPHHDIYSIEDLAQLIFDLHQINPKAQVSVKLVAE IGIGTIAAGVAKANADIIQISGHDGGTGASPLSSIKHAGSPWELGLTEVHRVLMDNGLRD RVVLRVDGGIKSGWDVVVAALMGAEEFGFGSIAMIAEGCIMARVCHLNTCPKGVATQKEE LRQRFTGIPEHVVNFFYFIAEEVRSLLAKLGYRSLNELTGRADLLSKRSDVKLSKTQSVN LDCLTKLPDTKSNRTWLTHEEVHSNGEVLDNRILADEDIQTTITNQATVTKTYKVVNTDR TVGSRLAGAIASKYGDSGFEGQINLNFQGSVGQSFGAFILPGITLTLEGEANDYVGKGMH GGEIIIKPPAGANYDAGKNVIVGNTCLYGATGGALFASGLAGERFAVRNSKGTAVIEGAG DHCCEYMTGGVVVVLGKVGRNVGAGMTGGLAYFLDEDGSFPDLVNKTIVKLQPVVTEAGK KQLYDLITAHRDRTGSQKAQLILNKWEEYLPKFWQVVPPSEADSLEANAEEEKASKEMSS AVS NT seq 4692 nt NT seq  +upstreamnt  +downstreamnt atgaatgatcaatcattaaatcaagctcaaaatatcacaatgttggatgaagaaaatagg gaaatttatcagggacaaaggtggttggtagaagaacgagatgcttgtggagtgggattt atagctcatagaaaaaatagtgccaaccatgaaattttaaccaaggcgttggacgcactg acctgtttagagcatcggggagggtgtagtgcggataaagactcaggagatggagcgggg attttaacagctattccctggcaattgttagcagaagaaggatggactgataacacaggt aatatagctgtaggaatgatattcttacccaaagagcaagaatccgccagaaaagccaga caactatttgaacaggtgatcactgaagaaaagttagaggttttgggttggcgagcagta cccgtatctccagaggttctaggaaaacaagcgcgggaaaatcaaccccatatagagcag gtatttgtccgttccgcagataaaagcggggatgaattagaaagagaaatgtatatagtg cgtcgtcggatagtgaaagctgcaaaacagctaagagaattagaagatgacttttatgtt tgctccctctccagtcgcaccatagtttataagggtatggtacgctcagccgttttgggc agtttttatcaagacttaaagaatccagcctttaaatctgcttttgccgtatatcatcgt cgttttagtaccaatactatgcctaaatggcctttagctcaaccaatgcggttgctgggt cacaatggggaaattaacaccctactgggcaatattaactggatgagggcgagggaatct attctagtacatcccctttggcaaggtagggatgaagaatataaacccttagttaatcca gatagtagtgattcggcaaatttggataacgtcctagagttattagtacgctctgggcgt agtcctttagaggcgctaatgataatggtgccggaagcatataaaaatcaaccttcttta aaagatcacccagaaattgtagatttctacgaatattacagtggactgcaagaagcatgg gatggacctgctctcatagtatttagtgatggtaaaagtgtaggggcgaccttagatagg aatggactgagaccagcgcgttatgtaattaccaatgatgattatattgtggtggcttca gaagcgggtgtggtggattttcccgaagcgagtattgtggagaagggtagactgggtcca ggacaaatgattgcggtggacttgattagcaatgaggtgttaaagaactgggaaattaaa cagcggattgctaagttacatccatataaggaatggttggaaaaacaccgtcaagactta aaggatttattaccatccagtgtaaatgggaatggtcaccatacaggtaatggacatctc agttgggaagtaccagacagggaaactttgttgcaaaaccagattgcgtttggctataca agtgaagatgtggaaatgattattcacgtcatgggtaatactggaggtgaaccgactttt agtatgggtgacgatattcccctggcagttttatcggccaaacctcatttgctctacgat tattttaagcagcgttttgcccaggtgactaacccccccattgaccccctacgggaaaaa ttggtgatgtctttgacagtggaactaggggaaaggggaaatttattagatcctcaatcg gggggagatcaaagattaagattagattcacccgttttgactgatggggagttggaagca attaagttatgtggatttggtacagctgaaatatctaccctatttgctattgatggaggt ccggaaggattaaaggtagctgtggagtctttgcaaaaacaagcagcagagtctgtgcga gcgggagcaaagatcctaatcctgagtgataaaattgctgcggatggtcaaaaaggaatt aatgctaatttaagttatattccaccattgttagccgtgggtgcggtacaccactactta attagccagggaatcagaatgaaaacctccttggtggtgcacaccgcccagtgttggagt acccatcattttgcctgtttgttgggctatggtgcaggtgcggtttgtccctatacggcc ctggacacggtgcgtgattggtggcttgatcctagaacccagcagttgcgagagcggggt aagttaaatgatatttccctagagcaagcagttgccaattatcgtcaagcggtggagtcc ggtttgttgaaaatcctttctaaaatgggaatttccctgctttctagttatcaagcagca caaatttttgaagctattggtattggtgaggatctaattaagttaggtttcaaaggcact acatcgcgtattggtggtatcagttgtgcggaattagctcaggaggtgctttctttccac agtaaggccttccccgaattatcaacgaagaagttggagaacctgggatttgttcagttt cgccccggtggagaatatcatagtaataatccagaattggtgaaagctctacataaagct gtggatggtaaacagtataaccattatgagctttataagcagcacttgcaagccagacca actaccgctttgagagatttattggactttaatagcgatcgctcaaagatagatttagaa gaggtggaaagtgtcagtgacattgctaaacgtttctgtactggtgggatgtctttagga gcgttatcacgggaagcccatgaaaatctagccattgccatgaatcgtattggtggtaag tcgaattctggggaaggtggggaagatccagtgcgttatggggtgttaaaggatgtggat gaaaatgggcattcaccgaccttacctcatttaaatggcttgaggaatggtgatacggct tccagtgccattaaacagatagcttccggtcgttttggcgtaacaccgggatatttagcc agtgctaaacagttagaaatcaaaattgcccagggtgcaaaacccggtgaaggtggacag ctacccggaccgaaagtgagtccttacattgctatgttgcgacgttctaaaccgggtgta actttgatttctccgcctccccatcatgatatttattcgattgaggatttagcacagttg attttcgacctgcatcaaattaatcccaaagcacaggtttctgtaaaattagtggcggaa attggtattggaacaattgcagcaggtgtggctaaagctaatgctgatattatccaaatt tctggtcatgatgggggtactggagcttctcccttgagttctattaaacacgcgggtagc ccatgggaactcggattaaccgaagtgcatcgggtactgatggataacgggctgcgcgat cgcgtagttttaagagttgatggtggcatcaagagtggttgggatgttgtagttgctgct ttaatgggtgcagaagaatttggttttgggtctatagcaatgattgctgagggttgtatt atggcgcgggtgtgtcatttaaacacctgtcctaaaggtgtagctacccaaaaagaagaa ctacgtcaaaggtttacgggtattcccgaacatgtggtaaatttcttctattttatagca gaagaagtccggagtttattggctaaactgggatatcgctccctaaatgagttgactggt agagcagacctgttaagtaaacgttccgatgtgaagttaagcaaaactcaatctgttaat ttagactgtttaactaagttaccagatactaaatcaaatcgtacttggttaacccatgaa gaagttcacagtaatggagaagttctggacaacagaattttggctgatgaggatattcaa acaaccatcaccaatcaagctactgtcactaaaacctacaaagttgtaaacaccgataga accgtaggatcaagattagcaggtgcgatcgcatctaaatacggtgattctggttttgaa gggcagataaacttaaatttccaaggtagtgtgggacagagttttggagcgtttatttta cctgggataaccctaaccctggagggtgaagctaatgattatgtaggtaaagggatgcac ggtggggaaattattattaaacccccagcgggagctaactatgatgcaggtaaaaacgtg attgttggtaacacctgtctttatggtgcgactggaggagctttatttgctagtggttta gctggtgaaaggtttgcagtgcgtaattccaaaggtacagcagtaattgaaggagctgga gaccactgttgtgagtatatgacaggtggggtagtggtagttttgggcaaagtagggcgt aacgttggtgcgggaatgactggaggactggcctacttcttagacgaagatggtagcttc cctgacctagtgaataaaacaatagtcaagcttcagcccgtggtaaccgaagcaggcaaa aaacagttgtatgacctaattacagcccaccgcgatcgcacgggatctcaaaaagcgcaa ttaattctcaataaatgggaagaatacctacctaaattctggcaagtagtaccgccatcg gaagcagatagtttagaagctaatgcagaagaggaaaaggccagcaaagaaatgagttcc gcagttagttag

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