Dokdonia sp. Dokd-P16: DCS32_13200 Help Entry DCS32_13200       CDS       T05432                                  Name (GenBank) pyruvate carboxylase   KO K01958   pyruvate carboxylase [EC:6.4.1.1] Organism dod  Dokdonia sp. Dokd-P16 Pathway dod00020   Citrate cycle (TCA cycle) dod00620   Pyruvate metabolism dod00720   Other carbon fixation pathways dod01100   Metabolic pathways dod01120   Microbial metabolism in diverse environments dod01200   Carbon metabolism dod01230   Biosynthesis of amino acids Brite KEGG Orthology (KO) [BR:dod00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     DCS32_13200    00620 Pyruvate metabolism     DCS32_13200   09102 Energy metabolism    00720 Other carbon fixation pathways     DCS32_13200 Enzymes [BR:dod01000]  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      DCS32_13200 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PYC_OADA CPSase_L_D2 Biotin_carb_N Biotin_carb_C Biotin_lipoyl HMGL-like Dala_Dala_lig_C BSH_RND BSH_YknX ATP-grasp_3 ATP-grasp_4 RimK BSH_YhbJ ATPgrasp_ST TNP-like_GBD DUF2242 ATPgrasp_Ter Motif Other DBs NCBI-ProteinID:  AWH75084 LinkDB All DBs Position complement(2959133..2962585) Genome browser AA seq 1150 aa AA seqDB search MKIKKVLVANRGEIAIRVLRACTELNIATVAIYTYEDRYSQHRNKADESYQIGKNNEPLK PYLDMDQIIDLAKSKHVDAIHPGYGFLSENSTFARKCAENGIIFIGPEPEVMDALGDKIT AKKVAQKCGVPIIESNKIALYTLDIALSEATKIGYPVMLKAASGGGGRGMRIIRKIEDLQ LSFDSARNEALNSFGDDTMFLEKYVEDPKHIEVQIVADSHGNIRHLYERDCSVQRRHQKV VEMAPSFGLSQTLRDNLYKYAVAIATEVNYNNIGTVEFLVDADDNIYFIEVNPRIQVEHT VTEMVTGIDLVKTQIFVAGGYNLSDKQIKIYGQESIGTYGFAIQCRLTTEDPVNNFTPDY GKITTYRSASGMGIRLDAGSIYQGYKVSPFFDSMLVKVSAHGRTLDGSIRKMVRALKEFR IRGVETNIHFLQNVIQTDTFKNGKTTVNFIQNTPSLFDIKLSQDRTSKVVQFLAEVSVNG NSDVKKKDDSKIFRTPETPLYSLSDPFPKGTKDLLTELGPEEFCKWLMAEKKIHFTDTTM RDAHQSLLATRMRSYDMLKVASSFAKNHPNTFSMEVWGGATFDVCLRFLHESPWTRLREL RKAVPNILFQMLLRGSNGVGYKAYPDNLIEKFVEKSWENGVDIFRIFDSLNWVKAMEPSI QYVRNLTGGIAEGAISYTGDILDVKQTKYDLKYYTQLAKDLENAGAHMIAIKDMAGLLKP YAATELVTALKDTVNLPIHLHTHDTSSLQTATYLKAIEANVDVVDVALGGLSGLTSQPNF NAVVEMMKYQEREHPFEMDKLNQFSNFWEDTRELYYPFESGLKAGTAEVFQHEIPGGQYS NLRPQATALGLGDRFAEVKKMYAAVNSMFGNLVKVTPSSKVVGDMAIFMVTNNLTPEDVM ERGDTISFPESVINFFKGDLGQPVGGFPKKLQAIILKNKEAYTDRPNAHLAPVDFDEEYT AFTTKFQKGFTRPLEMEDFLSYMLYPKVFEQAHENYKKYGNLALVPTKNFFYGMALGEEI LIELEPGKTVIIKLLSIGIPSDEGMRTVFFKVNGENRFVEVHDTSLNIKKVENLKVDPED SNQIGAPLQGSLYKVLVKKGQEVKENDPLFIIEAMKMETTVVASTNGRVASITVSDGNMV SQNDLVLTIE NT seq 3453 nt NT seq  +upstreamnt  +downstreamnt atgaaaattaaaaaagtccttgtcgccaatcgcggggaaattgctattagagtactacgt gcctgtacagaacttaacatcgctacggttgcgatatacacctacgaagacagatactca caacatcgcaataaagcagatgagtcttaccaaataggcaagaataatgagccactcaag ccctaccttgatatggatcagattattgacctagccaaatctaaacatgtagatgccatt caccccggatacggtttcttatctgaaaactccacctttgcaagaaaatgtgccgaaaac ggtatcatctttataggtcccgaacctgaagtgatggatgccttaggtgataaaatcact gcaaaaaaagttgctcaaaagtgtggtgttcctattatagaaagtaataaaattgcactt tacacgcttgacatcgctcttagtgaagctacaaaaataggctatcctgtgatgcttaaa gctgcctcaggtggtggtggtcgagggatgcgtatcattcgtaagatagaagatttacag cttagctttgactcggctcgtaatgaggcgctaaactcatttggggatgataccatgttt ctagagaaatatgtagaagatcctaagcatatagaagtacagattgtagcagattctcac ggtaacatcaggcacttgtatgagcgtgattgctctgtacagcgtagacaccagaaagtg gtagagatggctccttcttttgggttatcacaaacactacgtgataatctatataaatat gccgttgccatcgctaccgaagtaaactataacaatattggtactgttgagtttcttgtg gatgcagatgataatatttacttcattgaggtaaatccgcgtattcaagtggagcatacg gttactgagatggtaacgggtattgatcttgtaaaaacacagatttttgtcgctggaggt tataatctttcagataagcagattaaaatttacggtcaggaatctattggaacttatggt tttgcgatacaatgccgacttacaactgaagatcctgtaaataactttacgccagattat ggtaagattaccacctaccgcagtgcatctggaatgggaatccgtcttgatgcaggaagt atttatcaagggtataaagtaagtccattttttgactctatgcttgtcaaagtttctgca catggtagaacgcttgatggctctattcgtaagatggtcagagccttaaaagagtttaga atacgtggtgtagaaacgaacattcactttctgcaaaatgtcatccagacagatactttt aagaatggaaaaactaccgtaaactttatacagaacactccttccctatttgacatcaag ctatcacaagacagaacttcaaaagtagttcagtttcttgcagaggtaagtgtcaatgga aattctgacgtaaagaaaaaggatgactctaagatatttagaacaccagaaaccccatta tacagcctctcagaccctttcccgaaagggaccaaagacttactcacagagttaggtcca gaggaattctgtaaatggctcatggcagaaaaaaagatacattttacagatacaaccatg cgtgatgcacaccagtccctactggctacacgcatgcgctcgtatgatatgctcaaagta gcatctagttttgcaaaaaatcaccctaacacctttagtatggaagtttggggaggtgca acctttgatgtttgcttgcgtttcttacacgaaagcccatggacaagactgcgcgaactg cgtaaagcggtgcctaatattcttttccagatgctcttgagaggatcaaacggtgtagga tacaaggcgtatccagataacttgatagagaaatttgtcgaaaaatcttgggagaatggt gtagatatttttagaatttttgattcgcttaactgggtaaaagccatggaacctagcatc cagtacgtgcgtaacctcacaggaggaattgccgaaggtgcgataagctacactggagat attcttgatgtaaagcaaactaagtatgatcttaagtattatacccaactagcaaaagat cttgaaaacgcaggagcacatatgattgccataaaagatatggcaggactcttgaaacca tatgccgctacagaactggtaacagcgcttaaagacaccgtaaacttaccgatacattta catacgcatgatacgtcatcactacagacggctacctatctcaaggccattgaggcaaat gtagacgtagtagatgtagccctgggcggactatcaggactcacctctcaacctaacttt aatgcggtggtagagatgatgaaatatcaagagcgtgagcatccttttgagatggacaaa ctcaatcagttttcaaatttctgggaagacacccgcgagctctactacccttttgagtct ggactcaaggcaggaacggcagaggttttccagcatgagattcctggagggcaatattct aacctgagaccacaagcaactgctttaggtcttggtgatcgctttgccgaagtaaaaaag atgtatgctgctgtaaatagtatgtttggaaacctagttaaagtaacacctagctcaaaa gtagtgggtgatatggcaatatttatggtgactaataaccttacgccagaagatgtgatg gaacgtggcgacacgatttccttcccagaatctgtgattaatttctttaaaggcgattta ggtcagccagtaggtggtttccctaaaaagttacaagctatcatcttaaagaataaagaa gcgtatacagaccgtcctaatgcgcatcttgctccagtagattttgatgaagaatacaca gcgtttacaaccaagtttcaaaaaggatttacacgtcctctagagatggaagacttctta tcatatatgctctaccctaaggtgtttgagcaagcgcatgagaattataagaagtatggc aacctagccctcgtacctactaagaatttcttttacggtatggcgttaggagaagagatt ctcattgagctagaacctggtaaaacagtcatcatcaagttactttctattgggatacct agtgatgaaggaatgcgtaccgtgttttttaaagtaaatggtgagaaccgctttgtcgaa gtacacgacacctcactcaacattaagaaagtagaaaatcttaaagtagacccagaagac agcaaccagataggcgctcccctacaaggatccctctacaaggtacttgtcaaaaaaggt caagaggtaaaggagaacgacccactctttatcatagaagccatgaaaatggaaaccacc gtagtcgcctcaacaaacggccgcgtagcatccattaccgtaagcgacggcaatatggtc tcacaaaatgacctcgttcttaccattgaatag

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