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KEGG   Apis cerana (Asiatic honeybee): 107998916
Entry
107998916         CDS       T07475                                 
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
acer  Apis cerana (Asiatic honeybee)
Pathway
acer00061  Fatty acid biosynthesis
acer00620  Pyruvate metabolism
acer00640  Propanoate metabolism
acer01100  Metabolic pathways
acer01212  Fatty acid metabolism
Module
acer_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:acer00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    107998916
   00640 Propanoate metabolism
    107998916
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    107998916
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    107998916
Enzymes [BR:acer01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     107998916
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     107998916
  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
     107998916
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 ATP-grasp_3 DUF6532
Other DBs
NCBI-GeneID: 107998916
NCBI-ProteinID: XP_016913940
Position
Unknown
AA seq 2419 aa
MNLTSMRNVLLHRERFVTGLVQHLLSESRSVSSVVLLFTPVLAGFTFAAIAHRYFHIGYI
FTDRLQQEWWVVHVYRAIHSLFGRGIEGNDNRREEGDERRSTENENKSFNISDTMAENPV
SFVVGGPDNDPAEESEVEDTFPSETNDFETQNAMAGLIERRKRLRPSMSQGTVMIQTQSR
LHEKDFTIATPEEFVHRFGGTRVINKVLIANNGIAAVKCMRSIRRWSYEMFKNERAVRFV
VMVTPEDLKANAEYIKMADQYVPVPGGTNNNNYANVELIVDIAIRTQVQAVWAGWGHASE
NPKLPELLHKNNMCFIGPSERAMWALGDKIASSIVAQTADVPTLPWSGSELTAQYSGKKI
KISSELFKKGCVSTVEECLAAANKIGFPIMVKASEGGGGKGIRKVENAEELPTLFRQVQT
EIPGSPIFIMKLAKCARHLEVQLLADNYGNAISLFGRDCSIQRRHQKIIEEAPAVIAKPE
VFEEMEKAAVRLAKMVGYVSAGTVEYLYDTSGRYYFLELNPRLQVEHPCTEMVSDVNLPA
AQLQIAMGLPLHHIKDIRLLYGESPWGDSVIDFDQPRHKPQPWGHVIAARITSENPDEGF
KPSSGTVQELNFRSSKNVWGYFSVGASGGLHEFADSQFGHCFSWGEDRNQARENLVIALK
ELSIRGDFRTTVEYLITLLETESFQQNNIDTAWLDLLIAERVRSDKPDVLLAVTCGALHI
ADRTITAAFTGFQTALEKGQIQASNDLDNIIDVELINDGYKYKVQTAKSGPNSYFLVMNG
SYKEVEVHRLSDGGLLLSLDGASFTTYMREEVDRYRIIIGNQTCIFEKDNDPSLLRSPSA
GKLISYLVEDGGHVNAGQAYAEIEVMKMVMTITASEAGRVFYVKRPGAILEAGTLIAQLE
LDDPSLVTKAQDYTGQFPETAAPAIPEKLNHLHAKYRIALENTLAGYCLPDPYHLPRVRE
LLEKFMNSLRDPSLPLLELQEVIATISGRIPISVEKKIRKLMSLYERNITSVLAQFPSQQ
IAAVIDGHAATLSKRSERDVFFLTTQAIVQLVQRYRNGIRGRMKTAVHELLRQYYTVESQ
FQQGHYDKCVSALIEQYKDDVATVTAMIFSHNQVTKKNVLVTMLIDHLWANEPGLTDELS
STLTELTSLNRTEHSRVALRARQILIAAHQPAYELRHNQMESIFLSAVDMYGHDFHPENL
QKLILSETSIFDILHDFFYHSNRAVCNAALEVYVRRAYISYELTCLQHLELSGEVPLVHF
QFLLPNNHPNIQNQSSVNHRIGAMAAFQDMDQFVRYSDEVFDLLEDLSSVTTVSAKVLEA
VDAAGSESRHSTSINVSLSTAETAGPVEVGERPTEPVHILSIAVQEKENHDDAIMAKIFG
DWCAANKEELILRGIKRITFAALKKRQFPKFFTFRQRDGFVEDKIYRHLEPGCAFQLELN
RMRTYDLEALPTSNQKMHLYLGQAKVAKGQQVTDYRFFIRSIIRHSDLITKEASFDYLHN
EGERVLLEAMDELEVAFSHPLAKRTECNHIFLNFVPTVIMDPARIEESVTSMVLRYGPRL
WKLRVRHAEIKMTIRPAPGKPTSIIRLCIANDSGYSIDLHLYTEITDPKTGIIRFESYPS
AKANGTWRPGPMHGLPISTPYLTKDYLQAKRFQAQSAGTTYVYDLPDMFRQQTEKLWHKY
IEEREQSDITIPNTVMDCVELVLEGENLVEQKRLPGENNIGMVAWRLRLYTPEYPITGRD
IILIANDLTHLIGSFGPKEDLVFFKASERARQLGIPRIYFSANSGARIGLAEEVKGLFRI
AWEDDDEPEKGFKYIYLTPDDYARLAPFNSVKTSLIEDKGESRYKITDIIGKEDGLGVEN
LKYAGMIAGETSKAYDEIVTISIVSCRAIGIGSYLLRLGQRVIQIENSHIILTGYKALNV
VLGREVYASNNQLGGIQIMHNNGISHATDVRDIEGIATALRWLSYCPKYKGAPLPILSSL
LPDPIDREITYVPTKTAYDPRLMLEGRIQNGTNYWESGFFDRGSWQEIMRPWAQTVVTGR
ARLGGIPCGVIAVETRTVELHLPADPANLDSEAKTISQAGQVWFPDSAYKTAQAIQDFGK
EELPLFIFANWRGFSGGMKDMYEQIIKFGAYIVDGLRKYTKPIFIYIPPNGELRGGAWAV
VDPTINPRYMEMFADNTSRAGVLEPSGIVEIKFRNKDLIKTMHRIDTVIQKLKENLSNVN
SPEERKEIESQIRKREQTLEPMYHQVAIHFADLHDTPERMYEKNVIHDIIPWRKARRLLY
WRLRRRLLEDEIKEEVLSTQRNLDVDFRQVGAMLRRWFIEDKGATESYLWDQDEVATNWL
ENQRQDENSVVSRNITCVKQDAIVSRIKEALEACPEVRLNAILEIAHRLHPAERTELQRT
LSQIEMTAQEHHNDSSGSS
NT seq 7260 nt   +upstreamnt  +downstreamnt
atgaacttaacctcaatgaggaacgtgctactccaccgcgaaagattcgtcaccggtctc
gttcaacatctactaagtgaatcacgaagtgtttcttccgtcgttcttctttttacccct
gttctcgctgggttcacattcgctgcaatagcacaccgatattttcacattggatacatt
ttcacggatcggctacaacaagagtggtgggtggttcacgtttatcgagcaattcattcg
ctattcggtagaggaatcgagggtaacgataacagaagagaggaaggcgacgagaggagg
tcgacagagaacgagaacaaatccttcaacatcagtgacactatggcggaaaatccggtg
agcttcgtcgttggggggccagacaacgatcccgccgaagaatcggaagtggaggatacc
tttccatccgaaacaaacgatttcgagacgcagaatgccatggcaggcttgatcgagcgc
cgcaagcggctcaggcccagcatgtcgcagggtacggtgatgatccagacgcaaagccga
ctacatgagaaggactttactattgccacacctgaggaatttgttcatcgtttcggcggt
acaagagtcattaacaaagttctgattgccaacaatggaatagcagcagtaaaatgtatg
cgttcaatccgtcgatggtcctacgaaatgttcaagaacgaacgtgctgtgcgctttgtt
gtaatggtaactccggaagatttgaaagctaacgcagaatacatcaaaatggcagaccaa
tacgtacctgtaccaggtggaaccaacaacaataattatgcaaatgtcgagctaattgta
gacatcgctatacgtacacaagtccaggcagtatgggcaggatggggtcatgcatcagaa
aatccaaagttgccagaattacttcataaaaataacatgtgcttcattggaccatccgaa
agagcaatgtgggctcttggagataaaattgcatctagtattgtagcacaaactgcagat
gtaccgacacttccctggtcaggttcagaattgacggcgcaatatagtggaaagaagata
aaaatatcttcagaactttttaaaaaaggatgcgtttcgacggtagaggaatgcttagca
gcagccaataaaataggctttcctataatggtaaaagctagcgaaggaggtggtggcaaa
ggtatcagaaaagttgaaaacgctgaagaattacctacgttatttaggcaggtacaaact
gagatacctggatctccgatattcattatgaagttagcaaaatgtgcacgtcacttagaa
gttcaattactagctgataattatggaaatgcgatatcgttattcggtcgtgattgttct
attcagagaagacatcaaaaaattatcgaagaagcaccagccgtaattgctaaacctgaa
gtctttgaagaaatggaaaaagctgctgtaagattagccaaaatggttggatatgtcagt
gcaggtactgtcgaatatctttacgacacttctggacgatattactttttggaattgaat
ccacgtcttcaagtagaacatccatgtactgaaatggtatctgatgttaatttacctgcg
gctcaacttcagattgctatgggattgcccttacatcatattaaagacattcgtcttctt
tatggtgaaagtccatggggagatagcgtcattgatttcgatcaaccacgacataaacct
caaccatggggtcatgtgatagcagcaagaattactagtgaaaatcctgatgaaggtttt
aaaccaagttcgggtactgttcaagaattgaattttcggtcttcaaaaaatgtttggggt
tatttctcagtaggagcttctggaggtcttcacgaattcgcagattctcagtttggtcat
tgtttttcttggggagaggatcgtaaccaggctcgagaaaatttagtcatagctttaaaa
gaattgagtattaggggtgatttcagaaccactgtcgaatatttgatcacattattagaa
actgaatcttttcaacaaaataatatagacactgcttggcttgatttattgatcgccgaa
cgcgttagaagtgataaaccggatgtattattagctgtaacgtgtggcgcgcttcatatc
gctgataggacaatcacggctgctttcactggattccaaacagcattagaaaaaggacaa
atacaagctagtaatgatttagataatattatcgatgttgaacttattaacgatggatat
aaatataaagtacagactgctaagtcaggtcctaatagttattttcttgttatgaacggt
tcctacaaagaagtagaagtacaccgactgtcagatggaggattgctgctctctttagat
ggtgcaagttttactacttatatgagggaagaagttgatcgttatagaattattattgga
aatcaaacttgcatctttgaaaaggataacgatccttctttattaagatcaccatcagcc
ggaaaattgatcagttatttggtagaagatggtggacatgtgaatgctggacaagcctat
gcagaaattgaagttatgaaaatggtaatgacaataacagcgagcgaagctggtcgtgtc
ttctatgttaaaagaccgggtgctattcttgaggctggtactttgattgctcaattagag
ttggacgatccgtctttggtaacgaaagcccaagattatactggtcaattcccagaaact
gcagcaccagcaataccggaaaaattaaatcatttacatgctaaatatagaatcgcttta
gaaaacactttagcaggatattgtttgccagacccatatcatttaccacgagtacgagaa
cttcttgagaaatttatgaattcacttcgtgatcctagtttacctctacttgaattacaa
gaagtaattgcaacaatatcaggaagaattccaatttctgtcgagaaaaaaatcagaaaa
ttaatgtcgttgtatgaaagaaatattacctctgttttagctcaatttcctagtcaacag
attgctgctgtaattgatggacatgcagcaactctttcaaagcgatctgaacgtgacgta
ttctttttaactactcaagctatagtacaattagtacaaagatatagaaatggaatacgt
ggaagaatgaaaactgctgttcacgaacttcttcgacaatattatacagttgaaagccag
ttccaacaagggcattatgataaatgtgtttcagctttaatagaacagtacaaagatgat
gtagcaacagtaacagctatgatctttagtcacaatcaagtcacaaagaagaatgtttta
gtaactatgctcattgatcatctttgggcaaatgaacccggcctcacggatgaattgtcg
agtacattgacagaattaactagtttgaatcgtacagaacatagtcgtgtggcattacgt
gcaagacaaattctaattgctgctcaccaacctgcatatgagttaagacataatcaaatg
gaatctatatttttgtcagcagtagatatgtacggccatgattttcacccagaaaattta
caaaaattgatcctttctgaaacatctattttcgatattttacatgatttcttttatcat
tccaatcgtgcagtttgtaatgctgctttagaagtttatgtccgcagagcttatatcagc
tatgagttaacatgtttacaacatttagaactatcaggtgaagtgccacttgtacatttc
caattcttattacctaataatcatcccaatatacagaatcaatcttcagttaatcataga
attggagctatggcagctttccaagatatggatcaatttgttcgatattctgatgaagtt
ttcgatctcttagaagacttatcttcagttaccacagtttcagccaaagttttagaagca
gtagatgcagctggaagcgaatcgagacatagcacatctataaatgtatctctaagtact
gcagaaactgctggtccggtagaagttggtgaacgaccaacagaaccggtacatatttta
agtattgccgtccaagaaaaggaaaatcatgatgatgctataatggcaaaaatttttgga
gattggtgtgctgcaaataaagaagaattaatcttgcgaggtataaaaagaattacgttc
gctgctttaaagaaaagacagtttcctaaattctttacatttcgtcaaagagatggtttt
gttgaagataaaatttatcgacatcttgaacctggttgcgcttttcaattagaattaaac
agaatgagaacttatgatcttgaagctttaccaacttcgaatcaaaaaatgcatctatat
cttggtcaagcaaaagttgctaaaggacaacaagtcacagattatcgtttctttattcgt
tctattataagacattctgatcttattacaaaagaagctagttttgattatcttcataat
gaaggtgaacgtgtcttattagaagctatggatgaattggaagttgcattttcacatcct
cttgcaaaacgtacggaatgcaatcatatttttctgaactttgtacctacagttattatg
gatccagcaagaatagaagaaagtgtaacaagtatggtattgagatatggtccaagatta
tggaaattacgagtccgtcatgctgagattaaaatgacgattcgtccagcaccaggaaaa
ccaacatctattatacgtttatgtattgctaatgatagtggatatagtatagatttacac
ctttatacagaaataactgatccaaagactggtatcattcgttttgaatcttatccttct
gcaaaggcaaatggtacttggaggcccggacctatgcatggtttaccgatttctacgcca
tatttaaccaaagattatcttcaagcaaagcggtttcaagcacaaagtgctggtacaaca
tatgtatatgatttaccagacatgtttagacaacaaactgagaaactatggcacaaatac
atagaagaaagagaacaatctgatataacgattccgaatactgtaatggattgcgtggaa
ttagtattagagggtgaaaatttagtagaacagaaacgtcttcctggtgaaaataatatc
ggtatggtcgcttggagattaagactttatacaccagaatatcctataactggtagagac
attatattaattgcgaacgacttaacacatttaattggttcctttggcccaaaggaagat
ttagtatttttcaaagcatctgaaagagctagacaacttggaattcctcgaatatatttt
tccgcaaattctggagctcgtattggtttagcagaagaagtaaaaggattattcagaatc
gcttgggaggatgacgatgaaccagaaaaaggattcaaatatatatatctaactccggat
gattacgcacgcttagcaccatttaattcagtaaaaacttcgttgattgaagataaggga
gaatctcgttacaaaattactgatattattggtaaagaggatggtcttggtgtagaaaat
ttgaaatatgctggtatgattgctggagaaacgtcaaaagcttatgatgaaatagttaca
atttccattgtttcttgtcgtgctattggtatcggttcttatttattacgtcttgggcaa
agagtgattcaaatagaaaattctcatatcattttaaccgggtataaagcattgaatgtt
gtattaggtcgcgaagtatatgctagtaacaatcaattgggtggtatacaaatcatgcat
aataatggaatatcacatgcaactgatgtaagagatatagaaggtattgccactgcttta
agatggttaagttattgtccgaaatataaaggagcgcctcttcctatattatcatcactt
cttcctgatccaattgatagagagattacttatgttcctacaaagacagcttatgatcca
agattaatgcttgaaggtagaatacaaaatggtacaaattattgggagagtggattcttt
gatcgtggctcttggcaggaaataatgagaccttgggctcaaactgtggtaactggacga
gctagattaggaggaattccttgtggtgttattgcagtagaaacaagaactgttgaattg
catttacccgctgatcctgctaatctcgattcagaagctaaaacaatctctcaagcagga
caagtatggttccctgatagtgcatataaaactgctcaagctattcaagattttggaaaa
gaagaacttccactttttatctttgctaattggagaggattttctggtggaatgaaagac
atgtatgaacagattatcaaatttggtgcttacattgtggatggattaagaaaatatact
aaaccaatatttatatatattccaccaaatggtgaattaagaggtggtgcttgggcagtt
gttgatccaacaataaatcctcgttacatggaaatgtttgctgacaatacaagtcgagct
ggagttttagaacctagtggaatagtagaaataaaatttagaaataaagatttaattaaa
actatgcataggattgatacagtaatacagaaacttaaagaaaacttatccaatgtaaat
tcacctgaagaacgaaaagaaatcgaaagtcaaatacgtaagagagaacaaactttagaa
cctatgtatcatcaagttgcaattcatttcgcggatcttcacgatacaccagaaagaatg
tacgagaaaaatgtcattcacgatattattccatggcgaaaagcgcgaagattactttac
tggcgacttagaagaagacttttagaggatgaaataaaagaggaagttctttcaacgcaa
cgaaatttagatgttgattttagacaagtaggtgcgatgttgcgtagatggttcatagag
gataaaggtgccacggaatcatatttatgggatcaagatgaagtagcgacgaattggttg
gaaaatcaacgacaagatgaaaatagtgttgtttcacgtaatatcacttgtgtcaaacaa
gatgcaatcgtttctcgaatcaaagaagctctagaagcttgtccagaagtgagattaaat
gcaattttagaaattgcgcacagactacatccagcagaacgcacggaattgcaaagaact
ttgtcacaaatagaaatgactgcacaggagcatcataatgattcaagtggttcatcctaa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (15)   
   RefSeq(pep) (15)   
DNA sequence (19)   
   RefSeq(nuc) (15)   
   GenBank (2)   
   EMBL (2)   
Protein domain (11)   
   Pfam (11)   
All databases (47)   

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