Aquimarina sp. BL5: D1818_20920 Help Entry D1818_20920       CDS       T05615                                  Name (GenBank) pyruvate carboxylase   KO K01958   pyruvate carboxylase [EC:6.4.1.1] Organism aqb  Aquimarina sp. BL5 Pathway aqb00020   Citrate cycle (TCA cycle) aqb00620   Pyruvate metabolism aqb00720   Other carbon fixation pathways aqb01100   Metabolic pathways aqb01120   Microbial metabolism in diverse environments aqb01200   Carbon metabolism aqb01230   Biosynthesis of amino acids Brite KEGG Orthology (KO) [BR:aqb00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     D1818_20920    00620 Pyruvate metabolism     D1818_20920   09102 Energy metabolism    00720 Other carbon fixation pathways     D1818_20920 Enzymes [BR:aqb01000]  6. Ligases   6.4  Forming carbon-carbon bonds    6.4.1  Ligases that form carbon-carbon bonds (only sub-subclass identified to date)     6.4.1.1  pyruvate carboxylase      D1818_20920 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PYC_OADA CPSase_L_D2 Biotin_carb_N Biotin_carb_C Biotin_lipoyl HMGL-like ATP-grasp Dala_Dala_lig_C ATP-grasp_4 ATP-grasp_3 BSH_YhbJ BSH_RND BSH_YknX RimK ATPgrasp_ST ATPgrasp_YheCD BSH_CzcB Motif Other DBs NCBI-ProteinID:  AXT53168 LinkDB All DBs Position 4976977..4980429 Genome browser AA seq 1150 aa AA seqDB search MQIKKVLVANRGEIAIRIFRACTEIGLQTVGVYTYEDRYSLHRYKADEAYQIGADNEPLK PYLNIEAIIKVAKKNNVDAIHPGYGFLSENADFAQRCEENDIIFIGPKVTVLRSLGDKIM AKEVAIANDIPIIQSNKEDLTDVKVAIKEAKRIGFPVMLKAASGGGGRGMRVIRSVEELE KAYPESQREALNAFGDDTVFLEKFVENPKHIEIQIVADHHGNMVHLFERDCSVQRRYQKV IEYAPSYGVEQEILDNLYHYALTICKAVDYNNIGTVEFLVDDDGSIYFIEVNPRVQVEHT VTEIVTGIDLIKAQIFIAGGYKLSDKQIKIESQENLKVNGYAVQCRITTEDPENDFKPDY GTITTYRSASGFGIRLDAGSVYQGVTISPFFDSMLVKVSANSRTLDGACRKMRRALSEFR IRGVRTNMPFLDNILQHDTFRKGAVTVNFIRDTKTLFAIKESRNRATKLANFLGDIIVNG NPDVKTVDPTKTFVLPKVPEFDQTNGYKKGTKDLLTELGPEKFAAWLKNEKKVHFTDTTM RDAHQSLLATRMRTYDMQKVAEGFAKNHPEVFSMEVWGGATFDVCLRFLRENPWERLRAL RKAMPNLLLQMLIRGSNGVGYTAYPDNLIGKFVEQSWENGVDVFRIFDSLNWMKSIAPCI EHVRTRTQGLAEGSLCYTGDILDPKRTKYTLEYYVQLAKDIENAGAHILGIKDMAGLLKP YAAYELVSALKSEINIPIHLHTHDTSSVQSATYLKAIEAGVDVVDVALGGLSGLTAQPNF NAIMEMLRFHDRENSMDMTKLNEYSNYWEAVREYYYVFESGLKAGTGEVYQHEIPGGQYS NLKPQAQGLGLADRFHEITKMYGEVNTLFGDIVKVTPSSKVVGDMAQYLVSNNLTIADVK ERGETISFPQSVVNLFKGELGQPEGGFPKDLQKSILKDQKPFTNRPNAHLEPVDFETEFK DFVKIFKKGMGRELDITDFLSYKLYPKVFTGAYNHHLKYGNVMNIPTKNFFYGMTPGEEI IIELDKGKILLIELISIGEPHDDGMVTIFFKVNGQTRNVEIKDNSIKVDKVVHAKVDKSD TKQIGAPLQGSLSSVLVKTGQEIKKNDPLFIIEAMKMETTITANEDATVKKIVLKSGTMV EADDLVITLK NT seq 3453 nt NT seq  +upstreamnt  +downstreamnt atgcaaatcaaaaaggttttagttgccaatcgaggggaaatagctattcgaatttttaga gcttgtacggagataggtttacaaaccgtaggagtttatacctatgaagatagatattct ttacaccgatataaagcagatgaggcttaccaaataggagcagataatgagccattaaaa ccgtatttaaatattgaagcgatcattaaggttgcaaaaaagaacaacgtagacgcaata catccgggatatggattcctttcggaaaatgctgattttgcacaaagatgtgaggagaat gatattatttttattggacctaaagtaacagtacttcgttcattaggtgataagatcatg gctaaggaagtcgctattgctaacgatattcctattatccaaagtaataaagaggatctt acagatgtaaaggtagcaatcaaagaagcaaaacggattggatttccagtgatgcttaaa gctgcttctggtggtggaggacgaggaatgcgtgtaatccgtagtgtagaagaattagaa aaagcgtatccagaatcccaaagagaagccttaaatgcttttggagatgataccgttttt ctagaaaagttcgtagaaaatcccaaacatatagaaatacagattgttgccgatcatcat ggtaatatggtacaccttttcgagcgtgattgttctgtgcagcgccgttatcaaaaagtg attgagtatgctccttcttatggagttgaacaagaaattttagataacctatatcattat gctttaaccatatgtaaagcggtagattataataatataggtactgtagagttcttggtg gatgatgatggtagtatttattttatagaagtaaatcctagagtacaagtagaacataca gttaccgaaatagtaacgggtattgatttgatcaaagctcaaatttttattgcaggtggt tataagttatctgataaacagatcaaaatagaaagccaagagaacctgaaagtaaatgga tatgcggtacaatgtaggatcacaaccgaagatcccgaaaatgactttaaacctgattac ggaactattaccacctatagaagtgcttcaggatttggtattcgattagatgcagggagt gtgtatcaaggagtgacgatttcgccattttttgattctatgcttgtaaaggtttctgcg aatagtagaaccttagatggagcatgtagaaaaatgcgcagagcgctttcagaatttagg attcgtggtgtaagaacaaacatgccatttttagataatattctgcaacatgacactttt agaaaaggagcagttacggttaattttataagagatacaaaaacgttattcgcgattaaa gaatctcgaaatagagctaccaaactagctaattttttaggagatattatcgtaaatggt aatcctgatgtaaagacagtggatccaacaaaaacttttgttcttcctaaggttccggaa tttgatcaaacgaacggatataaaaaagggaccaaagatttattaacggaattgggacct gagaagtttgcagcttggttaaaaaatgaaaagaaagttcattttacagataccacgatg cgagatgcgcatcagagtttattggctactagaatgcgtacttatgatatgcaaaaagtg gcagaaggatttgctaaaaaccatccagaagtttttagtatggaagtttggggtggagca acttttgatgtttgccttaggtttttaagagaaaatccctgggaacgccttcgagcttta agaaaagcaatgcctaatctcctattacagatgttaattcgaggatctaatggagtagga tatactgcttatcctgataatttgataggaaagtttgtcgagcaatcttgggagaatgga gtagatgttttcagaatttttgattcattaaattggatgaaatctattgctccatgtata gaacatgtgagaactagaacacaaggtttggctgaaggttctttatgttacaccggagat atcttagatcccaagagaactaaatataccttggagtattacgtgcaattggcaaaggat attgagaatgcgggtgcgcatatattaggaattaaagatatggcaggtttattaaaacca tacgcagcttatgagttagtttcagcattaaaatctgaaattaatattcctattcattta catactcacgacacatcttctgtgcaatcggcaacctatttaaaggctatcgaagcagga gtagatgtcgtggatgttgctttaggaggactttccggattaactgcacaacctaatttt aacgcaattatggaaatgcttaggtttcatgaccgagaaaattcaatggacatgacaaag ctaaatgaatattctaattattgggaagccgttcgcgaatattattatgttttcgaatct ggtctgaaggcaggaacaggagaagtatatcaacacgaaattccgggagggcagtattct aatttgaaaccacaagcacaaggattaggattggctgatcgttttcatgagataactaag atgtatggtgaagtcaatacattgtttggtgatattgtgaaggtaacaccaagttctaaa gtggttggggatatggcgcaatatctggtaagtaataatctaacgatagcagatgtaaaa gaacgaggagaaactatttcttttccgcaatctgtagttaatctgttcaaaggagaatta ggacaacccgaaggaggatttccgaaagatcttcaaaaatcaatactaaaagatcagaag ccatttaccaatagaccaaatgcacatctggaaccagtagattttgaaacagagtttaaa gattttgtgaaaatctttaagaaaggaatgggtagagaactggatattacagattttctt tcatataagttatacccaaaggtgtttaccggagcatataatcaccatcttaagtacgga aatgtcatgaatattccgactaaaaacttcttttacggaatgactcctggggaagagatt atcatagaattagataaaggtaaaatcttattgatcgaactaatctcaatcggagagcct catgatgatgggatggtaaccatattctttaaagtaaatggtcagacaagaaacgtagag attaaagataactctattaaagtagataaagttgtacacgcaaaagtagataaatcagat actaagcagataggagctccattgcaaggatccttatcctctgtattggtaaagactggt caggaaataaagaagaacgatccattgtttattatagaagctatgaaaatggaaactact attactgctaatgaagatgcgactgttaaaaaaatagttcttaaatctggcacgatggta gaagcagatgatttggtgataaccttgaaataa

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