Guillardia theta: GUITHDRAFT_68771 Help Entry GUITHDRAFT_68771  CDS       T02925                                  Name (RefSeq) hypothetical protein   KO K11262   acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15] Organism gtt  Guillardia theta Pathway gtt00061   Fatty acid biosynthesis gtt00620   Pyruvate metabolism gtt00640   Propanoate metabolism gtt01100   Metabolic pathways gtt01110   Biosynthesis of secondary metabolites gtt01212   Fatty acid metabolism Module gtt_M00082   Fatty acid biosynthesis, initiation Brite KEGG Orthology (KO) [BR:gtt00001]  09100 Metabolism   09101 Carbohydrate metabolism    00620 Pyruvate metabolism     GUITHDRAFT_68771    00640 Propanoate metabolism     GUITHDRAFT_68771   09103 Lipid metabolism    00061 Fatty acid biosynthesis     GUITHDRAFT_68771   09110 Biosynthesis of other secondary metabolites    00254 Aflatoxin biosynthesis     GUITHDRAFT_68771 Enzymes [BR:gtt01000]  2. Transferases   2.1  Transferring one-carbon groups    2.1.3  Carboxy- and carbamoyltransferases     2.1.3.15  acetyl-CoA carboxytransferase      GUITHDRAFT_68771  6. Ligases   6.3  Forming carbon-nitrogen bonds    6.3.4  Other carbon-nitrogen ligases     6.3.4.14  biotin carboxylase      GUITHDRAFT_68771   6.4  Forming carbon-carbon bonds    6.4.1  Ligases that form carbon-carbon bonds (only sub-subclass identified to date)     6.4.1.2  acetyl-CoA carboxylase      GUITHDRAFT_68771 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Carboxyl_trans ACC_central CPSase_L_D2 Biotin_carb_N Biotin_carb_C ACCA_BT Biotin_lipoyl ATP-grasp ATP-grasp_3 Dala_Dala_lig_C ATP-grasp_5 Mod_r Motif Other DBs NCBI-GeneID:  17304931 NCBI-ProteinID:  XP_005835324 JGI:  Guith1_68771 UniProt:  L1JJM5 LinkDB All DBs Position Unknown AA seq 2054 aa AA seqDB search MVAVDTTQEGALAGTDKIAEYVKAKGGNYPIRKILIANNGMAATKCILSIRQWAYMELGD EKAIKFVAMATPEDLNANAEFIRLADSFVEVPGGSNKNNYANVDVIVDIAVSQGVDAVWP GWGHASENPRLPNTLAQKGIKFIGPKGPVMYALGDKIAANILAQTAGVPSIPWSGSFGGP NDGPLVGELDDKGTLDAEVFQKATVKTVDEALAAANRIGYPVMLKASEGGGGKGIRMSAN DEELRSNFVQVQNEVPGSPMFMMQLCKNARHLEVQIVGDEHGNAVALNGRDCSTQRRFQK IFEEGPPTIAKANTFREMEKAAMRLTQSIGYNGAGTVEYLYNAESDKFFFLELNPRLQVE HPVTEGITGVNLPATQLQVAMGIPLYRMPQVRRFFGKKSDGTEAIDFQNEEYTPITKHVI AARITAENPDEGFKPTSGRIDRVKFQSSEKVWGYFSVGNNGGIHEYADSQFGHLFASGDN REAARKSLVLALKEIDVRGEIRNPVEYLTKLLETDDFKSNKIDTSWLDGIIKNKSVTTKA DTATVVLGAAIYRAHQYVKKEFVSFEESLKKGQTSVSDISSINSFSTEITYQGVKYPFKV NRASPDRFSLTLPSGDTTNIKFREQADGSLLCSFGGVVRKVYGQEEPLGLRMVIDGSTIM IPNVFDPSELRSDVTGKVVRYLHEDGAAVEAGVPYVECEAMKMIMQLRTTEAGNIKHELQ AGSIISAGDLIASLDLKDPSKVAKIELFEGDLNVESGPSDQSPMHLLELILAGYPGEVET QLSKALLDVDADTANERVVSLLQRYLAVEDLFKGKPLDLAVLDLINSNKDNTRPVIDAVQ AHSALKSRNTLVLAILRNMAGFVDRFPGYKVSDGVNTVLERLAALTGTEYGEVALTASAI LNEFKVPDFNARIEELKTLIMSDSPDVVSKSRKLSLAVDFLTQLFDHPEEAVRKAALEVY VRRTYRAHVIQDVKISDKNGVSTIKWKFTLQDLPASEAPIRHGMLMVLQSAKDVPAALPA ALQEFKDNGATASPSEALNTFHIAFKANEVITNDDQFIAEAERVLRENKSTFRALGVRHV NYIVPQIPKAPRYFTFLECHDFSEEPLRRDMRASFPYILELTRLQGNYDLTRIPALGRNA QLWIGTEKPDDNVVVTRPRPQTIFLRALSHSVDTDTNSGAERLMLAAMDELDRALLHPLV TGQQRMKTPYPVQYGAASTRIFLHVLNEYEADTQSVIKGFKSILDNLLAKHSTRLLQLRV DEIEVKARISYVVDGRKHIQPIRLVASSTSGDWLKTDAYLEYPDPVTGVTKQFRSLEEAQ AGVMQISPYPTSNTVQMKRATARRVGSTYAFDFLGLFEVGLIQQWGKRPDLQMPPSGSLF EAKELVLGADGELQQQVRPVGSNKIGMLAWVCKMKTPEYPNGREVVLIANDVTVQSGSFG VEEDQFYFKASEYARKRGLPRLYIACNSGARIGLVEELKPKFKVAWNDDKDTTKGFKYLY LTEDDYKALPEGTVQATKTSGPSGEVRYALDTIVGTNHGIGVENLRGSGMIAGETSRAYD ETFTLSYVTGRSVGIGAYIVRLGQRIIQMVDGPMILTGYSALNKLLGKDVYTSQDQLGGP QVMFPNGVTHQVVGNDQEGVKAMLDWLSFVPETKFSVPPILPVSDPVEREIEFVPTKTPY DPRHMLAGYNKADGSWVSGFFDKDTFKEYLAGWGKSVVTGRARLGGIPMGVIAVETRLVD RRIPADPANPESRESIEPQAGQVWFPDSAYKTAQAIEDFNRGENLPLIIFANWRGFSGGT RDMYNEILKFGSMIVDGLRTYKHPVFVYLPPNGELRGGAWVVVDPTINEEMMEMYADVQS RGGILEPPGICEVKYRAPDQIKTMHRLDPELQELDAKLDKATAEEAAQIKEQIKKRENTL MPLYLQIAHEFADLHDRAGRMKAKGVIRDALSWKKSREYFYWRVQRRLAEMKLRKAMMHA NPHMTFSEVTAKMQSMVTCDWDDDRAVLQWFTAEQDSINKTVAHMRADGIASAVEEMLAK LSPDDRANIVSKLR NT seq 6165 nt NT seq  +upstreamnt  +downstreamnt atggttgcagtcgatacaacccaagagggagctcttgctggaacggacaaaattgctgaa tacgtcaaggcaaaaggcggcaattacccaatcaggaagatcctaatcgcaaacaatggc atggcagcaactaagtgcattctttccattcgtcagtgggcttacatggaacttggcgat gagaaggctatcaagtttgttgccatggcaacaccggaggatctcaatgccaacgcagaa tttatcaggctggctgactccttcgtagaagtcccgggtgggagcaacaagaacaattat gcgaacgttgacgtcatcgtcgacatcgctgtcagtcagggagttgatgcagtctggcct ggctggggacatgcttctgaaaatcctcgcttgccaaacacacttgcccagaagggaatc aagttcatcggaccgaagggtcctgttatgtacgcactcggtgacaagattgcagcaaac atccttgctcagactgctggagtccccagtatcccttggtcaggatcgtttgggggaccc aacgacggccctctcgtcggtgagctcgatgacaagggcacacttgatgcggaggtcttt cagaaggccactgtcaagactgttgatgaagccctggctgcagccaacagaatcggatat cccgttatgctcaaggcgtcagagggtggcggtggaaagggtattcgtatgtctgctaac gatgaagagctccgctccaacttcgtccaggttcagaatgaggttccaggatctccaatg ttcatgatgcaactgtgcaagaatgcccgtcacttggaagtccagattgtgggagacgag catggaaacgctgttgctctgaatggccgcgattgctcaacccaaaggcgcttccagaaa attttcgaggagggcccaccaaccattgcaaaagctaatacctttcgtgaaatggagaag gctgcaatgcgcttgactcaatccattggttacaacggtgcgggaacggtcgagtacttg tacaacgccgaatccgacaagttcttcttcttggagttgaaccctcgtcttcaggtagag catcctgtcactgaggggatcactggagtcaatcttcctgccactcagcttcaggtagct atgggaatcccattgtaccgtatgccccaggttcgtcgtttcttcggaaagaaatctgat ggaaccgaagccatcgattttcagaacgaggaatacacacccatcaccaagcacgttatt gctgctcgtatcactgccgagaaccctgatgaaggcttcaagccaacctctggaaggatt gatcgagtcaagttccaatccagcgagaaagtttggggatatttttctgttggaaacaac ggtggtatccatgaatatgctgattctcagtttggtcatctttttgcaagcggagacaac cgtgaagcagctcgcaaatctttggtcttggcgttgaaagagattgatgtcaggggagaa attcgcaatccagttgagtacttgaccaagcttcttgaaactgatgactttaagtcaaac aagattgatacttcctggttggacggaatcatcaagaacaagtctgtaacaactaaggct gacactgctaccgttgtgctgggagctgcaatctatcgtgctcatcagtacgtcaagaag gagttcgttagttttgaggagagtttgaagaaagggcaaacaagtgtcagtgacatttcc agcatcaactcgttctcaaccgaaattacctatcaaggtgtgaagtatcctttcaaggtc aaccgtgctagtccagacaggttcagcttgacgttgcccagcggagacactacgaacatc aaattccgtgaacaagcagacggcagccttctttgctcttttggtggagttgtgcgcaag gtttatggtcaagaggagcctcttggacttcgcatggtcattgatggctctacaatcatg atccccaacgtctttgatccatcggaacttcgctcagacgtgactggcaaggtcgtccgt taccttcacgaagacggtgctgcagtggaagctggagtaccctatgtggaatgtgaagct atgaagatgatcatgcaactcagaacaaccgaagcaggcaacatcaagcacgaactgcag gctggttccatcatctcagcaggcgacttgattgcatccctcgacctcaaagacccctcc aaggttgctaagattgaactctttgagggtgacttgaacgtggaatctggccctagcgat cagtccccaatgcaccttcttgaacttattctcgctggatatcccggtgaggttgaaacc cagctttcaaaggctctcctggatgtcgatgctgacactgcaaatgaacgtgttgtaagc ctgttgcagaggtatcttgctgttgaagacctcttcaaaggaaaaccacttgatctcgcg gtgcttgatctgatcaactcaaacaaggataacacccgcccagtgattgatgcggtgcaa gctcacagcgctctgaagagcaggaatacccttgttctggcaatcttgagaaacatggct ggatttgttgaccgattcccaggatacaaagtcagcgatggggtcaacaccgtcttggag cgattggcagctttgaccggcactgaatatggtgaagtggctcttacagcctcagccatt ctcaacgagttcaaggtgccagacttcaatgccaggattgaggagctcaagactttgatc atgtctgattctccagatgttgtcagcaagtcccgcaagctttccttggccgtcgatttc ttgacgcagctctttgaccatcctgaggaggctgtgaggaaggctgctctcgaagtctat gttcgtcgtacctaccgtgctcatgtcatccaggatgtcaaaatttctgacaagaatgga gtttctacgatcaaatggaaattcacccttcaggaccttcctgccagtgaggctcctatt cgtcatggcatgctcatggtcttgcagtcggccaaggacgttcctgctgcgctaccagct gctctccaagagttcaaggacaacggtgcaactgctagcccctcggaggcgctgaacact tttcacattgccttcaaggccaatgaagtcatcaccaacgatgatcaattcatcgctgag gctgagcgtgtgctaagagagaacaagtccactttccgtgcactgggtgttcgccatgtg aactacattgtgcctcagatccccaaggctccaagatacttcactttcttggagtgccat gacttctccgaggagcctttgagaagagacatgcgtgcttcattcccttacatccttgag ttgactcgcttgcaaggaaactatgacctcactcgcatccctgctcttggcaggaatgct cagctttggattggaactgagaaacccgatgacaacgtcgtcgtgactcgtcctcgtcct cagaccatctttctccgcgccttgtctcacagtgtagacacagacaccaactctggagct gagagattgatgctggctgccatggacgagttggaccgtgccctccttcacccgctcgtc accggtcaacagagaatgaagactccctaccctgtgcagtatggagcagcttcaactcgc atcttcctccacgtcttgaacgaatacgaggctgacacccaatccgttatcaagggcttc aagagcatcttggacaatctgctggccaagcactcgacccgtctccttcagttgagagtt gatgagatcgaagtgaaggcaaggatcagctacgtcgtcgatggacgcaagcacatccaa ccgatcagacttgttgcttcgtctacttcgggtgactggctcaagacggacgcatacctt gagtatcctgatcccgttactggagttacgaagcagttccgctctctggaggaagcccaa gctggagttatgcagatctctccctacccaacttctaataccgtccagatgaagcgtgct actgctagaagagtcggttctacctacgcgttcgacttcttgggtctctttgaagtcgga cttatccaacaatggggcaagaggcccgatcttcagatgcctccgtccggcagcttgttc gaggccaaagagcttgttcttggagctgatggtgagctccagcaacaggttcgtcctgtt ggatccaacaagattggaatgctcgcatgggtttgcaagatgaagacgcccgaatatccc aacggcagagaggtggtgctcattgctaacgacgtcactgttcagagtggatcatttgga gtggaagaagatcagttctactttaaagcatccgagtacgcgcgcaagcgaggtcttcca aggctctacatcgcttgcaactcaggagctaggatcggattggtagaggagctcaagccc aagttcaaggttgcatggaatgatgacaaggacacaaccaagggcttcaagtacctctat ctcaccgaagatgactacaaggccctgcccgagggaactgtccaggctaccaagacttcc ggaccttctggcgaggtgaggtatgcccttgataccatcgtgggcaccaaccacggcatt ggtgtcgagaacttgagaggatctggcatgattgctggagaaaccagccgagcctacgac gagactttcaccctcagctatgtcactggcaggtctgttggaatcggcgcatacatcgtt cgccttggacagcgtatcattcaaatggttgatggtccaatgatcttgaccggctacagt gcgttgaacaagctcctcggaaaggatgtgtacacctcccaggatcagcttggtggacca caggtcatgtttcccaacggagtgacgcatcaggttgtcggaaacgatcaggaaggtgtc aaggctatgctggattggttgtccttcgtgccagagaccaagttctctgttcctcctatc ctccccgtgtctgatccagttgagcgagagatcgaattcgttcctaccaagactccttac gatccccgacacatgcttgccggctacaacaaggctgatggaagctgggtgagcggattc ttcgacaaggacaccttcaaggagtacttggcagggtggggcaagtcagtggtgactggc cgtgctcgtcttggaggcatcccaatgggagtgatcgctgttgagacaagattggtcgat cgtcgcatccccgcagatcctgctaaccctgagtccagagaatccattgagccgcaagcc ggccaagtgtggttcccagactcggcctacaagacagctcaggccatcgaagacttcaac aggggagagaaccttcctcttatcatcttcgccaactggagaggattctccggtggtacc agggacatgtataacgagatcttgaagttcggatccatgatcgtcgacggccttcgcacc tacaagcaccctgtcttcgtctacctccctcccaacggtgaacttcgtggaggcgcctgg gttgtggtggatcctaccatcaatgaggagatgatggagatgtatgctgacgtacagtct cgcggcggtatcctcgagcctcctggcatctgcgaggtcaagtacagggcccccgaccag atcaagactatgcacaggttggaccctgagctgcaggagctcgacgctaagctggacaag gccacggccgaggaggcagcacagattaaggaacagatcaagaagcgcgagaacacgttg atgccgctctacttgcagatcgctcacgagtttgcggatcttcacgatcgtgccggacgc atgaaggccaagggcgtgatccgtgatgctctctcatggaagaagtcgcgagagtacttc tactggcgcgtgcagcgaaggctggcagagatgaagttgcgcaaggcgatgatgcacgcg aacccacacatgaccttctccgaggtgactgccaagatgcagagcatggtgacctgcgac tgggacgacgaccgtgccgtcctccagtggttcacagccgagcaggactcgatcaacaag acggttgctcatatgcgggctgatggaatcgcttctgctgtcgaggagatgctggcgaaa ctttctccggatgatcgcgctaacatcgtgagcaagctgagataa

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