Cellulophaga lytica HI1: IX49_02530 Help Entry IX49_02530        CDS       T03279                                  Name (GenBank) pyruvate carboxylase   KO K01958   pyruvate carboxylase [EC:6.4.1.1] Organism clh  Cellulophaga lytica HI1 Pathway clh00020   Citrate cycle (TCA cycle) clh00620   Pyruvate metabolism clh00720   Other carbon fixation pathways clh01100   Metabolic pathways clh01120   Microbial metabolism in diverse environments clh01200   Carbon metabolism clh01230   Biosynthesis of amino acids Brite KEGG Orthology (KO) [BR:clh00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     IX49_02530    00620 Pyruvate metabolism     IX49_02530   09102 Energy metabolism    00720 Other carbon fixation pathways     IX49_02530 Enzymes [BR:clh01000]  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      IX49_02530 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PYC_OADA CPSase_L_D2 Biotin_carb_N Biotin_carb_C HMGL-like Biotin_lipoyl Dala_Dala_lig_C ATP-grasp ATP-grasp_3 BSH_RND ATP-grasp_4 BSH_YknX BSH_CusB BSH_YhbJ RimK BSH_CzcB NQRA_N RnfC_N Motif Other DBs NCBI-ProteinID:  AIM59454 LinkDB All DBs Position complement(571903..575355) Genome browser AA seq 1150 aa AA seqDB search MKINKVLVANRGEIAIRIFRACVEIGIKTVGVYTYEDRYSLHRYKADECYQIGEDHEPLK PYLNIDAIIQVAKDNGVDAIHPGYGFLSENAEFAQKCADNDIIFVGPKVSVLKSLGDKIT AKEVAVANNVPVIQSSDKDLTDVSIAIEEAKRIGYPIMLKAASGGGGRGMRVIRTQEELE KAFPEARRESLNAFGDDTVFLEKFVENPKHIEVQIVADTHGNMVHLYERDCSVQRRYQKV IEFAPSIGLPQETRDSLYKYAIDICKAVNYNNIGTVEFLVDDDGSIYFIEVNPRIQVEHT VTEMITNIDLVKAQLFIAGGYKLSDQQIKIQDQESVKINGYALQCRITTEDPANDFKPDY GVVTTYRSASGFGIRLDAGSIYQGVRISPFFDSMLVKVSAISRTLDGSCRKMRRALAEFR IRGVESNMAFLDNILKHQTFRDGKVTVNFIKNEPSLFEFVEPRNRANKLIEYLGETIVNG NPDVKKKDPNHVFSKPKVPSFEKMSSYPKGTKDLLTELGPEGFATWLKNEKKVHFTDTTM RDGHQSLLATRMRTIDMLKVSEGYAKNFPEIFSMEVWGGATFDVCLRFLQENPWERLALL RKSMPNVLLQMLLRGSNGVGYTAYPDNLIEKFVEQSWETGVDVFRIFDSLNWMKSIAPTI EHVRNRTGGLAEGSLCYTGDILDPKKTKYNLKYYIQLAKDIENAGAHILGVKDMAGLLKP NAAFELISALKSEINIPIHLHTHDTSSIQAAMYLKAIEAGVDVVDVALGGLSGLTSQPNF NSLVEMLRFHERENKLDTDKLAEYSNYWETVRNYYYTFESGLKSGTGEVYKHEIPGGQYS NLKGQAIALGLEDKFPEVTKMYGEVNQLFGDIVKVTPSSKVVGDMAQYMISNNLTVKDVL ENGDSISFPQSVISFFKGDLGQPVGGFPKELQKIILKDQEAYTERPNAHLEPIDFDKEFK TFKRKFKKGMGRDLEITDFLSYKLYPKVFTDAYNNHVKYGNVMNIPTKNFFYGMEVGEEI LVELDRGKNVLVSLMLKGEPDENGYVSIFFKINGQLRNVMVKDKAVKVIKAQNVKIDKDN PKEIGAPLQGLLSNVLVKKGQEVKKNQPLFVIEAMKMETTVTATAEGVVDKIQLTGGALV NSDDLVLVLK NT seq 3453 nt NT seq  +upstreamnt  +downstreamnt atgaagattaacaaggttttagtagctaataggggagaaattgcaatccgtatttttaga gcttgtgtagaaataggcataaaaacggtaggtgtatatacctatgaagatcgttactcg ttacacaggtataaagcagatgaatgttaccagattggagaagatcatgagcctttaaaa ccatatttaaatatagatgctataatacaagtagcaaaggataatggagtagacgccata catcctggttacggatttttatctgagaatgctgagtttgcacaaaagtgtgcagataat gatataatttttgttgggcctaaagtttctgttcttaaatctttaggagataaaataaca gcaaaagaagttgctgtagctaataatgtacctgtaatacaaagtagtgataaagattta acagatgtaagtatagctatagaagaagctaagcgtataggttatccaattatgttaaaa gctgcttctggcggtggtggccgtggtatgcgtgttatacgcacacaagaagagttagaa aaggcttttcctgaagcccgtagagagtctttaaatgcttttggtgatgacactgttttt cttgagaaatttgtagaaaacccaaaacatatagaggtacaaatagtagcagatacccac ggtaatatggtgcacttatatgagcgcgattgttctgtgcaaagacgttaccaaaaggta atagagtttgctccttctattggtttacctcaagaaactagagatagtttgtataagtac gctatagatatatgtaaagcagtaaattataataatataggtactgtagagtttttagta gatgatgatggtagtatttactttatagaagtaaacccaagaatacaagtagagcataca gtaacagaaatgattaccaatatagatttggtaaaggctcagctatttattgcaggtggt tacaaattatcagatcagcaaataaaaatacaagatcaagaatctgtaaaaattaacggt tacgcactgcaatgtagaattactacagaagatcctgcaaacgactttaaaccagattat ggtgtagttacaacttacagaagtgcttctggttttggtattaggttagatgcaggtagt atttatcaaggagtgcgtatttctccgttttttgattctatgcttgtaaaagtttctgct attagtagaacattagacggctcttgtcgtaaaatgcgtagggcattggcagagtttcgt attagaggtgtagaaagtaatatggcgtttttagataatattttaaaacaccaaactttt agagacggtaaggttactgtaaattttattaaaaatgagccttcattatttgagtttgta gagccaagaaaccgagctaataaacttatagaataccttggggaaaccatagttaatggt aatcctgatgtaaaaaagaaagatcctaaccacgttttttctaagcccaaagtaccttct tttgagaaaatgagttcttacccaaaaggaactaaagatttactaacagaattaggtcca gaaggttttgctacctggttaaaaaatgagaaaaaagttcattttacagataccacaatg cgtgatggtcaccaaagtttattggcaactcgtatgcgtactatagatatgttaaaagta tcagaaggctacgctaaaaactttccggaaatatttagtatggaagtttggggtggtgct acgtttgatgtttgcttacgatttttacaagaaaacccttgggagcgtttggcattatta cgcaaatctatgccaaatgtattgctacaaatgcttttacgtggttctaatggcgttggt tatacagcttacccagataatttaattgaaaaatttgtagaacaatcttgggaaactggg gtagatgtattccgtatttttgactctcttaactggatgaagtctattgctcctactata gaacacgtacgtaacagaactggtggtttagcagaaggatcgctttgctatacaggtgat attttagatcctaaaaaaacaaagtataatcttaaatattatattcaattagcaaaagat atagagaatgcaggtgcgcatattttaggtgtaaaagatatggctgggttattaaaacct aatgctgcgtttgagttaatatcagccttaaaatctgaaataaatataccaatacattta cacactcatgatacatcatctatacaggcggcaatgtatttaaaagctatagaagcagga gtagatgttgtagatgtagcactaggcgggttatctggtttaacatcacaaccaaacttt aactccctcgtagaaatgttgcgttttcatgagagagaaaataagttagatacagataag ctagcagaatactctaactactgggaaaccgtacgtaattattattatacttttgagtct ggactaaaatctggtacaggagaagtatataaacatgagattccaggaggacaatattct aacctaaaagggcaggcaattgcattaggtttagaagataaatttcctgaggtaacaaaa atgtatggtgaggttaaccaattgtttggagatattgtaaaagtaacccctagctctaaa gtggtaggtgatatggcgcagtatatgattagcaataacctaactgtaaaagatgtttta gagaatggtgatagtatttcttttccgcaatctgtaattagtttcttcaaaggagatttg ggacagccagtaggcggattcccaaaagaacttcaaaaaattattttaaaagatcaagag gcctatacagaaagaccaaatgcacacctagagcctatagattttgataaagaatttaaa acttttaaacgaaagtttaagaaaggaatgggacgagatttagaaattacagatttcttg tcgtataaattatatccaaaggtatttacagacgcttataacaaccacgttaaatacggt aatgttatgaatataccaacaaaaaacttcttttatggtatggaggtaggagaagaaatt ttggtagaattagatagaggtaaaaatgtattggtgtcgttaatgctaaaaggagagcca gatgaaaacggttacgttagtattttctttaaaataaatgggcaattacgtaatgtaatg gttaaggataaggctgtaaaagttattaaggctcaaaacgtaaaaatagataaagataac cctaaagaaataggagctcctttacaaggcttattatctaatgttttagttaaaaaagga caagaggtcaaaaagaatcaacctttgtttgtaattgaggcaatgaaaatggaaacaaca gtaaccgctacagcagaaggtgttgtagataaaatacaactaacaggcggagcacttgta aattctgatgatttagttttagtgcttaagtaa

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