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KEGG   Crassostrea virginica (eastern oyster): 111099995
Entry
111099995         CDS       T09197                                 
Name
(RefSeq) acetyl-CoA carboxylase-like isoform X1
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
cvn  Crassostrea virginica (eastern oyster)
Pathway
cvn00061  Fatty acid biosynthesis
cvn00620  Pyruvate metabolism
cvn00640  Propanoate metabolism
cvn01100  Metabolic pathways
cvn01212  Fatty acid metabolism
Module
cvn_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:cvn00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    111099995
   00640 Propanoate metabolism
    111099995
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    111099995
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    111099995
Enzymes [BR:cvn01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     111099995
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     111099995
  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
     111099995
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp ATP-grasp_3 Dala_Dala_lig_C MetallophosN
Other DBs
NCBI-GeneID: 111099995
NCBI-ProteinID: XP_022287255
UniProt: A0A8B8A7Y1
Position
6:3909350..3955861
AA seq 2355 aa
MSKEKKKNTEVSFTLGGNNGEDEGLQAVSGTVEPPEGPHDDHHEERKDSVPSLISSSSSS
DNCTLEPKLKTPPSNFSLGKQIGHSLIDTCQPKSFLDFNPFGHAKHSMSGASNLDSRGRR
MSYHPKDFSVATPEEFVKRFGGKSVINKVLIANNGIAAVKCMRSVRRWAYEMFRNERAIR
FVVMVTPEDLKANAEYIRLADQYVPVQGGTNNHNYANVELILDIAKRTQVQAVWAGWGHA
SENPKLPELLHKNGIIFIGPPEGAMWALGDKIASSIVAQTAGVPTMPWSGSGLTLKYNKN
DTKPVSVPSDLYKKGCVEDVDEGLKSANQIGFPVMIKASEGGGGKGIRKAENADDFPNLF
RQVQSEVPGSPIFIMKLATHARHLEVQILADNYGNAISLFGRDCSIQRRHQKIIEEAPAS
IATPEVFEKMEQAAVTLAKMVQYVSAGTVEYLYNEETETFHFLELNPRLQVEHPCTEMVA
DINLPAAQLQIAMGLPLYRLKDIRQLYDVDTWGDSPIDFSNPSIHPRPRGHVIAARITSE
NPDEGFKPSSGTVQELNFRSSKNVWGYFSVSATGGLHEYADSQFGHCFSWGEDREDAREN
LVVALKELSIRGDFRTTVEYLIKLLETEEYQNNRITTGWLDKLISENVQAEKPDVMLGVI
SGALHIGDFQIQDCFQTFQASLERGQILPANSLKNHVDVEFISEGIKYNVKVVKTGPNNY
FICMNGSILEVEAHRLSDGGLLISFDGASYTTYMKDQVSSYRITIGNKTCVLHKENDPTK
LRSPSAGKLLNYMIDDGGHVFAGDVYAEIEVMKMVMELRVTENGCVHYVKRPGAVLDGGS
VVANLDLDDPSRVQQAQSFTGKLPQPQAPPTHGEKLHQIFRSTRAELENILAGYALPDPF
FKSKLQTSIERLMKCLRDPSLPLLELQDLVAMISGRIPPQVEKAIKKQLQLYSSNITSVL
SQFPSQQIANVIDSHAATLTRRTERENFFMTTQGIVQLVQSGSKGYRNGIRGHMKSVVQD
LLRQYMRVEVQFQHGHYDKCIAQLISKTKDMSAVAGSIFSHLAVQNKNILVTMLIDHMCR
KEAGLTDELASILTELTTLNNAENAKVALRARQVLIAAHTPPYELRHNQMESIFLSAIDM
YGPEFNPENLQKIIHSETAIYDILQEFFWHSNNLVRSAALEVYIRRAYIAYEVNCLQHRE
LQGDMSMVEFKFLLPRSHPNRMMVMRYDSLDKMSGVVDYEPHIDQLEEPPTCQRMGIMAS
FNSMEEFENNFEHIINCFTVDPDSPPSSPTILAKSPAGNEDCISLHSTSESDEPIHIINV
GIKFSKKEKFDDNTLGIKFQDFCKEREHYLNEKAIRRITFLVYCRRSSPKYFTYRAKFNF
GEDRIYRHLEPALAFQLEINRLRNFDLEAIQTNNYKMHLYLGKAKVAAGQEVTDYRFFVR
VIIRHSDLVTKEASFEYLQNEAERTLLEALDSLEVAFSHPMSKKTDCNHIFLNFAPTLTI
PEPGKLEETVRAMVMRYGSRLMKMRVLNAELKFTIKFASSNTSIPIRLYLTNESGYYLDM
SMYREVTDQNTGQVMFSSYGTKQGALHGLLISTPYPTKDHLQLKRFQAQSSGTTYVYDFP
GMFTQALQKFWKDHQEESKIPTDAFKCIELVLDKDNNLCTQNRLQGENEIGMVAWQMTLK
TPECPEGRDIIVISNDITHKIGSFGPTEDLLFKKASEKARKEGLPRIFVSANSGARIGLA
EEIKHLFKVAWNDPSDIEKGFKYLYLTPVDFKKVSAMNSVHAELIEDEGEPRYKIIDVIG
REEGLGVENLRGSGMIAGESSIAYNDIITINLVTCRAIGIGAYLVRLGQRTIQVENSHII
LTGAGALNKVLGKEVYTSNNQLGGIQIMYTNGVTHDVTADDFDGVYKIIKWLSYMPKCKG
SPLPILETGDPINREVEFVPTKAPYDPRWMLNGRQNPDDKNSWQKGFFDHNSFHEILQPW
AQTVVTGRARLGGIPVGVICVETRTVEMTIPADPANLDSETKVIQQAGQVWFPDSAYKTA
QAIKDFNREELPLLVFANWRGFSGGMKDMHDQVLKFGSYIVDALTEYNQPIMIYIPPYAE
LRGGAWVVVDPTINPTHMEMYADELSRGGVLEPEGTVEIKFRRKDLEKTMQRLDKACIQI
VEKLTSPQLNPDEKAELQKKLAARQEKLLPMYHQVAVQFADLHDTPGRMEEMGVITDILK
WRSSREFFYWHLKRRLLERQLKKKMKPFTHNVGEGELNSMLHRWFVEDKGTIKAYLWEDD
KAMVEWLTEQIREDSIDNAVSDNIRCLQREHVLQQVRSLIQDNPEVAMDSIVHITQHMTP
SQRSEVSRILANMDT
NT seq 7068 nt   +upstreamnt  +downstreamnt
atgagcaaagagaaaaagaagaacacggaggtcagttttacattggggggcaacaatggg
gaagacgaaggtctgcaggcagtgtccggtacagtagaaccccctgaggggccccacgac
gaccaccatgaggagaggaaggacagcgttccctccctgatcagctcctcctcatccagc
gacaactgcaccctcgaacccaagctcaagactccgcccagcaacttttcccttggaaaa
caaattgggcacagtttgatagatacctgccagccaaagagttttttagattttaatcca
tttgggcatgctaagcattctatgtcgggggccagtaaccttgacagcagggggaggaga
atgagctaccaccccaaggacttctctgtcgccacccccgaggaattcgtcaagagattt
ggcgggaaaagtgtaatcaacaaagtactgattgccaacaatggaatcgctgctgttaag
tgtatgcgatccgtaagaagatgggcttatgaaatgttccggaatgagcgagctattcga
tttgttgtcatggttacacctgaggatctcaaagctaatgcagaatacatccgattggct
gaccagtatgtaccagttcagggtggaaccaacaatcacaactatgccaacgtagaactc
attctggacatcgccaaaagaactcaagtgcaggcagtatgggctggttggggtcacgct
tcagagaatcccaaacttccagaactcctccataaaaatggaatcatctttattggtcca
ccagagggagctatgtgggccctgggggacaagattgcctcctcgattgtagcccagaca
gcaggagtacccacaatgccgtggagcggctcaggtttgaccttgaagtacaacaagaat
gacactaaaccagtgagtgtgccctctgacctctacaagaagggctgtgtggaggacgtt
gacgagggcctgaagtcggccaatcagatcggtttccctgtgatgatcaaggcctctgag
gggggaggagggaagggcatcaggaaggctgagaatgcggacgacttcccaaacctcttc
agacaggttcagtcagaggttcctgggtcccccatcttcattatgaagctggccacgcac
gcccgtcacctggaggtgcagatcctggccgataactatgggaacgccatctccctgttt
gggagggactgctccatccagaggcggcaccagaagatcatcgaggaggcccccgcctcc
atcgccacccccgaggtgttcgagaagatggaacaggcggctgtgaccctagccaagatg
gtacagtacgtcagtgctgggaccgtggaatacctgtataacgaggaaacggaaaccttc
cacttcctggaactcaatccgcgtctccaggtggaacatccttgtacggagatggtggca
gacatcaacctccccgctgctcagcttcagatcgccatgggtctgcccctgtaccgtctg
aaggacatccgtcaactgtatgatgtggacacctggggggacagtcctatcgacttctcc
aacccctccatccacccccgccccaggggacatgtcatagcggccagaatcaccagcgaa
aacccagatgagggcttcaagccaagttcgggaacagttcaggagctgaactttcgcagc
agtaagaatgtgtgggggtacttcagtgtctcggccacagggggactacatgagtacgcc
gactcacagttcggtcactgcttctcctggggagaggacagggaggacgccagagagaat
cttgtagttgcattgaaggagctttctatccgaggagatttcagaaccacagtggaatac
cttatcaagcttttagagacagaggaataccagaacaacagaatcaccacaggctggctg
gacaagctaatatcggaaaatgtacaggcggaaaaaccagatgtcatgctaggagtgata
tccggagcgctccacatcggagacttccagatccaggattgcttccagactttccaggct
tctctggagaggggtcagatcctcccggccaactcgctgaagaaccatgtagacgtggag
ttcatcagcgaggggatcaagtataatgtcaaggttgtgaagacgggaccaaacaactac
ttcatctgtatgaatggctccatcctggaagtggaggctcatagactgagtgatggaggg
ctgttgatctcatttgatggggccagttacacaacctacatgaaggaccaggtcagtagc
tacagaatcaccattggcaacaagacctgtgtactgcacaaagagaacgaccccaccaag
ctcaggtctccatctgctggtaagcttttgaactacatgattgatgatggaggccatgtt
tttgctggagacgtgtacgcagagatagaagtgatgaaaatggtgatggaactcagggtc
accgagaatggctgtgtgcactatgtgaagcgcccaggagctgtgttggatgggggcagt
gttgtagctaacctggatctggacgacccgagccgggtgcagcaggcccagagcttcaca
gggaaactcccccagccccaagccccacccacccacggagagaagctgcaccagatcttc
cggagcacccgggccgagctggagaacatcctggcgggatatgctctccccgatcctttc
ttcaaatccaagttacagacctccatagagaggctgatgaagtgcctcagggacccctca
ctccctctactggagctacaggaccttgttgcaatgatatcaggaagaatccctccacaa
gtagagaaggccataaaaaagcagctgcagttatactccagtaacatcacatccgtcctc
agtcagttccctagtcaacagattgccaatgtgattgacagtcatgctgctacattgaca
aggagaacagagagagagaatttcttcatgacaacccagggcattgttcaactagttcaa
agtggatctaaggggtaccggaatgggatccgtggacacatgaagagtgtagtccaggac
ctgctgaggcagtatatgagagtagaggtccagttccagcatgggcattatgacaagtgt
atagcccagctgatctctaagaccaaggacatgtctgccgtagctggtagcatcttctcc
catctggctgttcagaacaaaaacatcctggtcacaatgctcattgaccacatgtgtagg
aaggaggcaggattgacagatgagttggcctccattctgacagaactgaccacacttaac
aatgcagagaacgccaaggtggccctcagggccagacaggtgctgattgctgcacacact
cccccctatgaactgcgacacaaccagatggaatctattttcctgtccgccattgatatg
tacggacccgaattcaacccagaaaatctccagaaaatcatccattcagagactgccata
tatgatattttacaagaatttttctggcactccaacaacttggtgagatctgcagcacta
gaggtgtacatacggagggcctacattgcctatgaagtgaactgtctccagcacagggag
ttacagggagacatgtctatggtggagttcaagttcctgctgccccgctcacatccaaac
aggatgatggtgatgcggtacgacagtctagacaagatgtcgggggtggtggactacgag
ccccacattgaccagctggaggaaccgcccacctgtcagaggatgggcatcatggcctcc
ttcaactccatggaggagttcgaaaataactttgagcacataataaactgcttcacggtg
gacccggacagcccacccagcagtcccaccatcctggccaagagcccggcgggcaacgaa
gactgcatatctctccacagcacctcggagtcagacgaacctattcacatcatcaatgta
ggaatcaaattcagtaaaaaggagaaatttgacgacaatactttgggcattaaattccag
gatttctgcaaagaaagagagcactatttgaatgaaaaggccatccgcaggataacgttt
ttggtgtactgcaggagaagttcaccaaagtatttcacatatcgtgccaagttcaatttc
ggtgaggacaggatttaccgtcatctggaaccggccctggccttccagctggagattaac
cgactgaggaactttgacctggaggccatccagaccaacaactacaagatgcacctctac
ctgggaaaagccaaggttgcagctggacaggaagtgacggattatagattctttgtccga
gtcatcatccgacactcggatttggtcaccaaggaggcctcctttgagtacctgcagaat
gaagcagagaggacactgctggaggccttggattcactggaggtggccttctcccacccc
atgtcaaagaagacagactgtaatcacattttcctgaactttgcaccaactctgaccatt
cctgaaccgggcaagctggaggagacagtgagggctatggtgatgaggtatggcagtcgt
ctgatgaagatgagagtgctcaatgccgaactgaaatttaccatcaagtttgcctccagt
aatacaagcattccgattcgtctatatctgaccaatgagagcgggtattacttggacatg
agtatgtacagagaagtcacggaccagaacacaggacaggtgatgttcagttcctatggg
acaaaacaaggggcacttcacggtctgctgatcagcactccgtatccaactaaagaccac
ctgcagctgaagcgcttccaggctcagtcaagcggaacaacctatgtctacgatttccca
ggaatgttcacacaggctttacagaaattttggaaggatcaccaagaagagagtaagatt
cctacggacgccttcaagtgtatcgagctggtgctggataaggacaataacctgtgtaca
caaaacaggctgcagggggagaatgagatcgggatggtggcctggcagatgaccctgaag
acaccagaatgtcccgagggtcgcgacataattgtcatctccaacgacatcacacacaag
ataggttcgtttggaccgacagaagatcttctcttcaaaaaagcttcggagaaagccagg
aaagagggcttgcctcgtatctttgtgtcagccaacagtggagcgcgtattggactggcc
gaggaaatcaagcacctgtttaaggtggcctggaatgatccgtcagacatagagaagggc
tttaaatatctgtacctcacaccagtggactttaagaaagtcagtgctatgaattctgtc
catgccgaacttatagaagacgaaggggagcccagatataaaatcattgacgtcattggt
cgggaggaaggtctgggggtggagaacctgcgggggtcaggaatgattgctggggagtct
tctatagcctacaatgacatcatcaccatcaacctggtgacgtgtagggctataggtatt
ggagcttacctggtgagactggggcagagaactatacaggtggaaaactcccacatcatc
ctcacaggggctggggccctcaacaaggtgcttggtaaggaggtatacacaagcaacaat
cagctgggcggtatccagatcatgtacactaacggggtcacacatgatgtcacggcggac
gattttgacggggtgtacaaaattattaagtggctctcctacatgcctaagtgtaagggt
tctccattacccatcctggaaacgggggaccctatcaatcgagaggtagagtttgttccc
acaaaggccccctacgaccccaggtggatgttgaatggccggcaaaatccagatgacaag
aattcctggcagaaaggtttctttgaccacaattcattccatgaaatcctacaaccctgg
gcccagacagtggtcactggtagagcgaggttggggggtatccctgtgggggtgatctgt
gtagaaactcgcaccgtggagatgactataccagctgacccagccaatctggactcagag
accaaggtgatacaacaggcgggacaggtgtggttcccagactccgcctacaagacggcc
caggccatcaaagacttcaacagggaggaactgccactcttggtgtttgccaactggagg
gggttctcaggggggatgaaggatatgcatgaccaggtgttgaagtttggttcctacatt
gtggacgccctgacagagtacaaccagccaatcatgatttacattcctccctacgcggag
ctgaggggtggagcctgggtggtggtggaccccacaattaaccccacccacatggaaatg
tatgccgatgaactcagtcggggaggagttttggaacccgaagggacagtagaaattaag
ttccgtagaaaggatctagagaagactatgcagcgtctggataaggcatgcatccagatt
gtagagaaactgaccagtccacagctaaatccagacgagaaggccgagctccagaagaaa
ctggcagctcgccaagaaaagttacttcccatgtaccaccaggtggcagtccagtttgct
gatctccatgacactccgggcagaatggaggagatgggagtcattactgatatcctgaaa
tggcggagtagtagggagtttttctactggcatctgaagcgtagacttctagagagacag
ttgaagaaaaagatgaagcccttcactcacaatgttggggagggggagctcaactccatg
ttacaccgctggtttgtggaggacaaaggcactatcaaggcctatctgtgggaggatgac
aaagctatggtggaatggctgacagaacagatacgagaggacagtatagacaacgccgtg
tctgacaacatccgctgtctacagagagaacacgttctacaacaagtcagaagtttgata
caagacaacccagaggttgccatggattccattgtacacatcacacaacacatgactcca
agtcagaggtcagaggtcagcagaatcctagccaacatggacacgtga

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (10)   
   UniProt (1)   
   RefSeq(pep) (9)   
DNA sequence (9)   
   RefSeq(nuc) (9)   
Protein domain (11)   
   Pfam (11)   
All databases (57)   

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