KEGG   Octopus bimaculoides (California two-spot octopus): 106879448
Entry
106879448         CDS       T04127                                 
Name
(RefSeq) acetyl-CoA carboxylase isoform X1
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
obi  Octopus bimaculoides (California two-spot octopus)
Pathway
obi00061  Fatty acid biosynthesis
obi00620  Pyruvate metabolism
obi00640  Propanoate metabolism
obi01100  Metabolic pathways
obi01212  Fatty acid metabolism
Module
obi_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:obi00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    106879448
   00640 Propanoate metabolism
    106879448
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    106879448
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    106879448
Enzymes [BR:obi01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     106879448
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     106879448
  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
     106879448
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl Dala_Dala_lig_C ATP-grasp_3 ATP-grasp XPC-binding
Other DBs
NCBI-GeneID: 106879448
NCBI-ProteinID: XP_014784494
EnsemblRapid: LOC106879448
UniProt: A0A0L8I9G4
Position
2:complement(45038548..45164374)
AA seq 2322 aa
MDTLPDKISSVSDSSENTQDSIEDEFLEMMTAGSQSSSESVDGTSVDVVTSNFPLVFPQQ
SYHSDGIGHRPVLRHTMSGVNLDHRGKRSTYPKDFTVATPEEFVKKFGGNKVINTVLIAN
NGIAAVKCIRSVRRWAYEMFRNERAIRFVVMVTPEDLKANAEYIRMGDQYVPVQGGSNHN
NYANVELILDIAKRTQVQAVWAGWGHASENPRLPELLHKHGITFIGPPEGAMWALGDKIA
STIVAQTAGVPTLPWSGTGLSLKKSDIELNKGQTQMVPKDLYNKGCIQNVDEALQVAYKI
GFPVMIKASEGGGGRGIRKANNADDFLNLFRQVQSEVPGSPIFVMKLAMAARHLEVQILA
DNYGNAISLFGRDCSIQRRHQKIIEEAPVVVAKPETFEEMEKAAVTLAKMVGYVSAGTVE
YLYCEDDSFYFLELNPRLQVEHPCTEMIADVNLPAAQLQIAMGIPLYRIKDIRLLYGEDP
AGDQIIPFDDLKIKPQPRGHVIAARITSENPEEGFKPSSGTVQELNFRSSKNVWGYFSVV
ASGGLHEFADSQFGHCFSWGECREDARENMVVALNELSIRGDFRTTVEYLTRLLETEDFQ
MNVLTTGWLDKLIATKFQAEKPDIILGVISGSLHLADHTIFTCFQNFQNALERGQIFPAN
SLKNKVDVEFIYDGVKYVTTVVRTGLASYFVLMNGSYMDIEAHRLTDGGLLLSVGGSSYT
TYMKEEVDSYRVTIGNKTCVFLKENDPTVLRSPSAGKLLSYKVEDGGHLFSGEPYAEMEV
MKMNLTLKVPESGCIYYKKRPGALLEPGVTIATLDLDDPSRTQQAELYDGSLPYNRNQST
SGNKLHQVFTSIKAELENILAGYVLPSPYFSERLKESVQTLMKCLRDPNLPLLELQDLIS
MSAGRVAPHVEKSIRKLITSYAKNITSVLSQFPSQDIAHVIDSHAATLNRRAEREVFFMT
TQGIVQLVQRYRNGIRGHMKSVVRDLLKCYVQVEAQFQHGHYDKCVAQVRERHKDDMGAV
TATIFSHSAIAEKNELVILLIEYLCGNESGLTDDLAQILSELTTLNKTENAKVALRARQI
LIAAHQPAFELRHNQMESIFLSAINISGHDFCPENLQKLINSETAIYDVLQEFFFHSNSL
VRTAALEVYVRRAYTAYELVCLRHDQLLNSLCVVEFKFLLPTSHPNRLTHPGLMVMRFDG
SITKDDIKQQWDHNESSMLTERMGIVAAFSSFAELREYFDELMLRFSDEDASEIPLIQKT
LQSGMEDAVSIQSTSDIDEPINIINVSIKYSEKLDDETLAQTFQEFCKEKEKILSEKGIR
RITFLVLFKREFPQFFTFRARFGFEEDKIYRHLEPALAFQLEINRLRNFDLEAIPTANHK
MHLYLGKAKVAKGQEVTDYRFFVRSIIRHSDLVTKEASFEYLQNEGERTLLEAMDALEVA
FSHPFSKRTDCNHIFLNFVPTLTLSEPGKLEDTVRNIVMRYGSRLWKLRVMHSELKFMIR
LHSNGSSFPIRLNVTNESGYYLDISLYREVTDAKTGLVMFQGYGTKQGPYHGLLTSTPYM
TKDHLQLKRFQAQSSGTTYVYDFPEMFRQALMKLWQEYSMQAGEGDLTLMSDMFIYIELV
LDSHGQICMQNRLHGQNEVGMVAWKMTLKTPEFQNGRDIIVIANDITHKIGSFGPQEDLL
FKGASELARKLKIPRIYLAANSGARIGLAEEIKHLFRVAWVDQIDPNKGFKYLYLRPDDF
KKVSAANSVRAELIDDDGEARYKITDIIGKEDGIGVENLRGSGMIAGETSQAYDEIVTIS
LVTCRAIGIGAYLVRLGQRIIQVENSHIILTGAGALNKVLGREVYTSNTQLGGIQIMHNN
GISHDVASDDFEGVYKILQWLSYMPKFHGGPLPIVRPLDPIDRTIEFTPSKTSYNPRMML
CGRKDSNGDWISGFFDRDSFMEIMRPWAQTVICGRARLGGIPIGVVCVETRTVEVTIPAD
PANLDSESKNLQQAGQVWFPDSAYKTAQTIKDFNQEELPLIIFANWRGFSGGMKDMYDQI
IKFGSYIVDALRVYKQPVMIYIPPYAELRGGAWVVLDPSINPTHMEIFADEYARGGVLEP
QGTVEIKFRRKDLVKAIRRIDPQCAKLVEQLNCPTLTKEEKNQLELDLSNSENELMSIYQ
QVAVEFADLHDTAGRMVDKEVINEIVRWNTSREFFYWRLRRRLLESQLKMKMIQFTKDLQ
DGQLNSMLRRWFVEDQSTVNAYLWENDKAVVEWLRDQMDDDGLHNAIAENIKCLQRDHVI
QQIRSLIQNNPEVAMDSIIHIKQHMSPTQKAEVSRIFTNIDT
NT seq 6969 nt   +upstreamnt  +downstreamnt
atggatactcttcctgacaaaatctcatctgtatctgattcatcagaaaatactcaagac
agtatagaagatgaatttttggagatgatgactgctggttctcagtcaagttctgaaagt
gttgatggaacaagtgtcgatgtagtaacatctaatttcccacttgtctttcctcaacaa
tcttatcactcagatggaattggtcatcgacctgttctcaggcatacgatgtcaggtgtt
aacctggatcatcgagggaaacgttctacttacccgaaagatttcacagttgccacaccg
gaagaatttgtgaagaagtttggtggtaataaagttatcaacacagttctgatagcaaac
aatggtattgcagctgttaaatgcatacgttctgtacggcgatgggcatatgagatgttc
cgcaatgaaagagccattcgatttgttgtcatggttaccccagaggatttgaaagcaaat
gctgaatacatacgtatgggtgaccagtacgttccagttcaaggaggatcaaatcataat
aattatgccaatgtagaacttattttggacattgctaaacggacacaggtgcaagcagtt
tgggctggttggggccatgcttcagaaaatcctcgacttccagagctacttcataaacac
ggaataacattcattggaccaccagaaggggccatgtgggcccttggagataagatagca
tcaaccattgtggcacagactgctggtgttcccactctcccttggagtggaacaggttta
agtctaaagaagagtgatatagaactaaataagggccaaacacaaatggtacctaaagac
ctatataataaaggatgcattcagaatgtggatgaggccttacaagtggcttacaagatt
ggttttcctgtcatgatcaaggcatcagaaggtgggggtggacgtggtatcagaaaagca
aataatgctgatgattttctaaatttattcagacaggtacaaagtgaagtgcctggctca
ccaatatttgtcatgaaacttgcaatggctgctcgtcatcttgaggttcagatattagct
gacaactatggcaatgcaatctctctgtttggcagagactgttcaattcaaaggcgtcat
caaaaaatcattgaagaagcacctgttgttgttgcaaagccagaaacatttgaagaaatg
gaaaaggctgctgtgacattagcaaaaatggttggttatgtgagtgcaggaacagtggaa
tacctatattgtgaagatgactcattctactttcttgaattaaatccacggttacaagtg
gaacatccatgtacagagatgattgcagatgttaaccttcccgccgcccaattgcagatt
gcaatgggaattccgttgtacagaatcaaagacatacgtctgttgtatggagaagatcct
gcaggtgaccaaatcattccatttgatgatttgaaaattaaaccacaaccacggggtcat
gttattgctgcaagaatcaccagtgaaaatccagaagagggctttaaacccagctcaggc
actgttcaggagttgaacttccgcagcagcaagaatgtctggggttactttagtgttgta
gcatctggaggtctccatgaatttgctgattcccaatttggtcattgtttttcatgggga
gaatgccgggaggatgcacgagaaaatatggttgtggcgttgaatgaattatctatccgt
ggtgatttccgtaccactgtagaataccttactcgcctcttggaaactgaagattttcaa
atgaatgtcttaactactggttggcttgataagttgatcgctacaaagtttcaggctgaa
aaacctgatataattcttggtgtcatcagtggatctctccatcttgctgatcatacaata
ttcacttgtttccagaactttcaaaatgctttagaaagaggccagatatttcctgcaaat
tctctgaaaaataaagtggatgtcgagttcatttacgatggtgtgaaatatgttacgaca
gttgtgaggacaggactggcaagttactttgttctaatgaatggctcctacatggatatt
gaagctcatcgtctgaccgatggtgggttattgctatcagtaggtggatccagttatacc
acttacatgaaggaagaagttgatagctacagagttaccatcggcaataaaacttgtgtc
tttctgaaagaaaatgaccccactgtactcagatccccatctgctggaaaactactttca
tataaagtagaagacggaggacatcttttcagtggggagccgtatgctgaaatggaagtt
atgaaaatgaatcttactcttaaagttccagaaagtggttgcatttattataaaaaacgc
cctggagctctacttgagcctggtgtaactattgctaccttagatttagatgacccaagt
agaacacaacaggcggaactttatgatggtagcttaccatacaacagaaatcaatcaact
agtggtaacaagctgcatcaagtgtttacaagtatcaaagctgaactggagaacatttta
gcaggctatgtcttaccaagtccatattttagtgaacgcctcaaggaatctgtccaaaca
ctaatgaaatgtttgcgagaccctaatctgcctttgcttgaacttcaggacctcatttct
atgagtgctggaagagtggcaccacatgtagaaaagtcaattcgtaaattaataacatca
tatgctaaaaatataacatcagttctctcccagtttccaagtcaagatattgctcatgtg
attgacagtcatgcagccacactaaaccgacgagctgaaagagaggtgttttttatgacc
acccaaggaattgtgcagcttgtgcagagatatcgaaatggtatccgaggccacatgaaa
tcagttgttcgtgatcttttgaaatgttatgttcaagttgaagctcagtttcagcatggt
cactatgataaatgtgttgcccaagttcgagaaagacacaaggatgacatgggtgcagtt
acagctacaattttttctcattctgcaattgcggaaaagaatgaactggtcatattactc
atagaatacctgtgtggaaatgaatctggtctcactgatgacctagcacagattctcagt
gagttgaccactctgaacaaaactgaaaatgccaaagtagctctccgagcacgacagatt
ctgattgctgcacatcagcctgcctttgaactgcgacataatcaaatggaatcaatcttt
ctgtctgctattaatatatctggtcacgatttctgccctgagaaccttcagaaacttatt
aattctgagactgctatttatgatgttttgcaagaattctttttccattcaaactctttg
gtgagaacagcagctttagaggtgtatgtccgaagagcctatactgcttatgaacttgtg
tgtttgcgtcatgatcaactcttgaatagtctctgtgttgttgaattcaagtttcttttg
ccaacatctcaccccaacaggttgactcatcctggattgatggtaatgcggtttgatggc
agcataacaaaagatgatataaaacagcaatgggatcataatgagtcttccatgctcact
gagaggatgggtattgttgctgctttctcatcatttgcagaactcagagaatattttgat
gaattaatgctgaggttttctgatgaagatgcatctgaaattcctttaatacagaagact
ttacaatcaggaatggaagatgctgtttctatacaaagtacatctgacattgatgagcct
attaatattatcaatgtgtctatcaaatattctgagaaactggatgatgaaactttggct
caaacatttcaagagttctgtaaagagaaggagaaaatattaagtgaaaagggcatacgc
agaataactttcttggttctgtttaagcgggaatttcctcaattcttcactttccgtgcc
cgttttgggtttgaagaggataaaatttaccgccatcttgaacctgccctggcattccaa
ttggagatcaatcggttaagaaactttgatcttgaagctattcccactgccaaccataag
atgcatctctacttgggaaaagctaaggttgcaaaaggccaagaagttactgactataga
ttctttgtgcgttctattattcgtcattcagacttggtcacaaaggaagcatcttttgaa
tatttacaaaatgaaggggaacggacattgcttgaagccatggatgctcttgaagttgct
ttctcacatccattttctaaaagaactgactgcaatcatatctttttgaactttgtacca
acactgactctgtctgaacctggcaagctggaagatacagtacggaatatcgtaatgcgt
tatggtagcagactgtggaaactacgtgtgatgcattcagaactgaagtttatgattcga
ctacattccaatggttcaagcttcccgattcgactaaatgtgaccaatgagagtggatat
tatttagatatatctctttaccgagaggttacagatgcaaaaacaggtttggttatgttt
caaggatacggcaccaaacaaggaccataccatggccttttgacaagcactccttacatg
acaaaggatcatttacagctgaaacgctttcaagcccagtctagcgggacaacatatgtt
tatgatttccccgagatgttccgacaggctctcatgaaactctggcaagaatattctatg
caagctggtgaaggagatctcactctaatgtctgatatgtttatttacattgaacttgta
cttgatagccatggacaaatctgtatgcagaaccgattacacggccaaaatgaagttggt
atggttgcttggaaaatgactttgaaaacacctgaatttcaaaatggccgagatattatt
gtcattgcaaatgatatcacacataaaataggttctttcggacctcaagaagatctgttg
ttcaaaggtgcatctgaactggctcgcaaattaaaaataccccgtatttacctggcagca
aacagtggtgctagaattggtctagcagaagagattaagcatttgttccgtgtggcctgg
gttgatcaaatcgatcctaataaaggtttcaaatatctttatctccgacctgatgatttc
aagaaagttagtgctgccaattctgtccgagctgaactgatagatgatgatggagaagca
cgttataagattactgatatcataggtaaagaagatggaattggtgttgaaaacttgagg
ggttctggtatgattgcaggagagacgtctcaagcttatgatgaaattgttacaataagt
ttggtgacttgtcgagctattggcattggtgcttatcttgtgagacttggccaaagaatt
attcaagtagagaactcgcatatcattttaactggtgctggagctctgaataaagtgctt
ggccgagaagtgtatacaagcaacactcagttgggtggtatccaaatcatgcacaataat
ggtatttcccatgatgtggcctcagatgattttgagggagtttacaaaatattacagtgg
ctctcttacatgcctaagtttcacggtggaccactgccaattgttcgtcctcttgatcca
attgatcgtaccattgaatttactccaagtaaaaccagttacaatcctcgtatgatgctt
tgtggcaggaaagactcaaatggtgactggatcagtggcttctttgatcgtgattccttc
atggagataatgcgtccctgggcacaaacagtcatttgtggacgtgcacgtttgggagga
attccaattggtgttgtatgtgtagagactcgtactgtggaagttaccattcctgctgat
ccagctaaccttgattcagaatcaaaaaatcttcaacaagccggacaagtgtggtttcct
gattctgcctacaaaactgctcagacaattaaagattttaatcaagaagaattaccttta
atcatttttgccaactggagaggattttctggtggaatgaaagatatgtatgaccagatt
atcaagtttggctcctacattgttgatgcccttcgtgtttacaaacagccagtcatgatt
tacattccaccttatgctgaattacgaggtggtgcatgggttgtccttgatccctccatt
aatccaacacacatggaaatatttgctgatgaatatgccagaggtggtgtgttagaacca
caaggtactgttgaaattaaattccgaagaaaagatcttgttaaggctattcgccgtatt
gatccccaatgtgccaagctggtggaacaactcaactgtccaactctgaccaaagaggag
aaaaatcagctagagttggacttgagcaacagtgaaaatgaactgatgtccatctaccag
caggtagcggtagaatttgctgaccttcatgacactgctggacgcatggtagacaaagaa
gtcataaatgagattgtgcgatggaatacgagtcgcgaattcttttattggcgtttgcgt
cgcagacttctggaaagtcagctaaagatgaagatgatacaatttaccaaagatctgcaa
gatgggcaattaaactccatgttgcgtagatggtttgttgaagaccagtcaacagtaaac
gcatatttgtgggaaaacgacaaggctgttgttgaatggttgcgagatcaaatggatgat
gacgggctccataatgccattgcagaaaacataaagtgtctgcagagagaccatgtcatt
caacaaattcgaagtttgatccagaacaatcctgaagttgccatggactcaattattcat
atcaagcaacacatgagcccaacacagaaagctgaagtgtcccgtattttcactaacata
gacacatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (7)   
   KEGG PATHWAY (5)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (81)   
   KEGG ORTHOLOGY (1)   
   RefGene (76)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (11)   
   Pfam (11)   
All databases (123)   

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