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KEGG   Bombus vancouverensis nearcticus: 117157082
Entry
117157082         CDS       T07628                                 
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
bvan  Bombus vancouverensis nearcticus
Pathway
bvan00061  Fatty acid biosynthesis
bvan00620  Pyruvate metabolism
bvan00640  Propanoate metabolism
bvan01100  Metabolic pathways
bvan01212  Fatty acid metabolism
Module
bvan_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:bvan00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    117157082
   00640 Propanoate metabolism
    117157082
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    117157082
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    117157082
Enzymes [BR:bvan01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     117157082
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     117157082
  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
     117157082
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 RimK
Other DBs
NCBI-GeneID: 117157082
NCBI-ProteinID: XP_033190672
Position
Unknown
AA seq 2416 aa
MKSVLLHRERFVTGFIQARQSDSRSVPSAVLLIAPVFVGFTFAVIARRYVHFGPIFTDRA
QQGWWADIIPAIRFLNFGRGNEGNIDREADDKENSEQDVNRSNDSSSTMSENPVSFVVGE
PDNDRSEELEIEDSFPSESYDITTTQVQQNAMAGLIERRKRLRPSMSQGTVMIQTQSRLQ
EKDFTIATPEEFVHRFGGTKVINKVLIANNGIAAVKCMRSIRRWSYEMFKNERAVRFVVM
VTPEDLKANAEYIKMADQYVPVPGGTNNNNYANVELIVDIAVRTQVQAVWAGWGHASENP
KLPELLHKNNMCFIGPSERAMWALGDKIASSIVAQTADVPTLPWSGSELKAQYSGKKIKI
SSELFKKGCVSTVEECLAAANKIGFPIMVKASEGGGGKGIRKVENAEELPTLFRQVQTEI
PGSPIFIMKLAKCARHLEVQLLADNYGNAISLFGRDCSIQRRHQKIIEEAPAVVAKPEVF
EEMEKAAVRLAKMVGYVSAGTVEYLYDTSGRYYFLELNPRLQVEHPCTEMVSDVNLPAAQ
LQIAMGLPLHHIKDIRLLYGESPWGDSVIDFDQPRHKPQPWGHVIAARITSENPDEGFKP
SSGTVQELNFRSSKNVWGYFSVAASGGLHEFADSQFGHCFSWGEDRNQARENLVIALKEL
SIRGDFRTTVEYLITLLETESFQQNNIDTAWLDLLIAERVRSDKPDVLLAITCGALHIAD
RTITAAFSGFQTALEKGQIQASNDLDNVIDVELINDGYKYKIQTAKSGPNSYFLVMNGSY
KEVELHRLSDGGLLLSLDGASFTTYMREEVDRYRIIIGNQTCIFEKDNDPSLLRSPSAGK
LISYLVDDGGHVDAGQAYAEIEVMKMVMTITASEAGSVFYVKRPGAILEAGTLIARLELD
DPSLVTKAQEYTGKFPETVAPAISEKLNHLHAEYRTALENTLGGYCLPDPYHVPRVRELL
EKFMNSLRDPSLPLLELQEVIATISGRIPISVEKKIRKLMSLYERNITSVLAQFPSQQIA
AVIDGHAASLSKRSERDVFFLTTEAIVQLVQRYRNGIRGRMKTAVHELLRQYYTVESQFQ
QGHYDKCVSALIDEYKDDVATITAMIFSHNQVTKKNVLVTMLIDHLWANEPGLTDELSST
LTELTSLNRTEHSRVALRARQILIAAHQPAYELRHNQMESIFLSAVDMYGHDFHPENLEK
LILSETSIFDILHDFFYHSNRTVCNAALEVYVRRSYISYELTCVQHLELSGEVPLVHFQF
LLPNNHPNIQNQSSVNHRVGAMAAFQDMDQFTRYSDEVFDLLEDLSSITSTSAKVLAEAV
DAAASESRHSTSINVSLSTAENTGTAEMGERSAEPVHILSIAVQEKENHDDVTMAKLFGD
WCAANKEELISRDIRRITFTVLKKRQFPKFFTYRQRDGFVEDKIYRHLEPGCAFQLELNR
MRTYDLEALPTSNQKMHLYLGRAKVAKGQQVTDYRFFIRSIIRHSDLITKEASFDYLHNE
GERVLLEAMDELEVAFSHPLAKRTECNHIFLNFVPTVIMDPVRIEESVTSMVLRYGPRLW
KLRVRQAEIKMTIRPAPGKPTSILRLCIANDSGYSIDLHLYMEATDPKTGIIRFESYPSS
TANGTWRPGPMHGLPISTPYLTKDYLQAKRFQAQSSGTTYVYDLPDMFRQQTEKMWIKHI
EERPQCNITIPNPVMDCVELVLEGDNLVEQKRLPGENNVGMVAWRLRLYTPEYPVSGRDI
ILIANDLTHLIGSFGPKEDLVFCRASERARQLGIPRIYFSANSGARIGLAEEVKALFRIA
WEDEDEPEKGFRYIYLTPDDYARLAPLNSVKTSLIEDKGESRYKITDIIGKDDGLGVENL
KYAGMIAGETSKAYDEIVTISIVSCRAIGIGAYLVRLGQRVIQIENSHIILTGYKALNTV
LGREVYASNNQLGGIQIMHNNGVSHATNVRDLEGVATALRWLSYCPKFKGAPLPILSAPF
PDPVDREIMYVPTKAAYDPRFMLEGRIQNGTNYWESGFFDRGSWQEIMRPWAQTVVTGRA
RLGGIPCGVIAVETRTVELHLPADPANLDSEAKTISQAGQVWFPDSAYKTAQAIKDFGKE
ELPLFIFANWRGFSGGMKDMYEQIIKFGAYIVDGLREYTKPIFVYIPPNGELRGGAWAVV
DPTINPRYMEMFADNTSRGGVLEPGGIVEIKFRAKDIIKAMHRVDSVIQKLKENLANANS
AEERTDIESQIRKREQLLEPMYRQVAVHFADLHDTPERMFEKNTIHDIIPWKKARRLLYW
RLRRRLLEDEIKKEILSTQHTLDVRQVGAMLRRWFIEDKGATESYLWDQDEAATNWLENQ
RQDENSVVSRNITCVRQDAIVSRVKEALETCPEVRLNAILEIAHRLQPAERAELQRTLLQ
IETTTQEHHNDSSASS
NT seq 7251 nt   +upstreamnt  +downstreamnt
atgaagagcgtgctactgcaccgcgaaagattcgtcaccggttttattcaagctcgacaa
agtgattcccgaagtgttccctccgcagttcttctcattgctcccgttttcgttggcttc
acgttcgctgtaatagcacgccgatacgttcactttggacctattttcacggatcgagct
cagcaagggtggtgggctgacattataccagcaattcgtttcttaaactttggtagagga
aacgagggtaacattgacagagaggcagacgacaaggagaattcggaacaggacgtgaac
aggtccaacgattcgagcagcaccatgtcggaaaatccagtgagcttcgtcgtcggggag
cccgacaatgatcgcagcgaggaattggagatcgaggatagcttcccatccgaatcatac
gatattaccacaacgcaggtgcagcagaatgccatggctggtttgatcgagcgccgcaag
cgcctcaggcccagcatgtcgcagggcacggtgatgattcagacgcagagccggttacag
gaaaaggacttcactattgccacacccgaggagtttgttcatcgtttcggcggtaccaaa
gttatcaacaaggtcctaatcgccaacaacggaatagcggctgtaaaatgtatgcgttcg
atccgacgatggtcgtacgaaatgttcaagaacgaacgcgccgtacgtttcgtcgtgatg
gtcactccggaggatctaaaagcgaacgcggaatatatcaaaatggctgatcagtacgta
cccgtgccaggtgggaccaacaacaacaattacgcgaacgtcgagctgatcgtagacatc
gctgtacgcactcaggtccaggctgtatgggctggttggggtcatgcctctgaaaatcca
aaattgccagaattactgcacaaaaataacatgtgtttcattgggccatccgagagagca
atgtgggcccttggagataaaatcgcgtcaagtatagtagcgcaaactgcagatgtaccg
acacttccttggtcaggttcggaactaaaggcacagtacagtggaaaaaagataaaaata
tcttcggaacttttcaagaaaggatgcgtttcgacggtagaagaatgcttggcagcagct
aacaaaataggctttcctataatggtgaaagctagcgagggaggtggtggaaaaggtatc
agaaaggtggagaacgctgaagaattgcccacattgtttaggcaggtacaaactgaaata
cccggatctccgatattcattatgaaattggcaaaatgtgctcgccatttagaggttcaa
ttattggctgacaattatggaaacgcgatatcgttatttggtcgtgactgttctattcag
aggagacatcaaaagattattgaagaagcgcctgctgtggttgctaaacccgaagtcttt
gaagagatggaaaaagctgctgtaagattggccaaaatggttggatatgtcagcgcaggt
actgtcgaatacctgtacgacacttctggacgatattactttttggaattgaatccacgt
cttcaagtggaacatccgtgtactgaaatggtatccgatgttaatttgcccgcggcacaa
cttcaaattgctatggggctaccattacatcatattaaagatattcgtcttctttatggt
gaaagtccatggggagatagtgtcattgacttcgatcaaccgagacacaaaccccaacca
tggggtcacgtgatagctgcgagaattactagtgaaaatcctgatgaaggttttaaaccg
agttctggtacggtacaagaactgaacttccgatcctcgaagaatgtttggggttacttc
tcggtagcagcttccggaggtctccatgaatttgcagactcacaattcggacattgtttc
tcttggggagaggatcgtaaccaggctcgagaaaatttggtcatagctttgaaagaattg
agcattaggggtgatttcagaaccaccgtcgaatatttgattacgctattagaaactgaa
tctttccagcagaacaatatagatactgcgtggcttgatttgttgattgctgaacgcgtt
agaagtgacaaaccagatgtattattagccataacgtgcggtgcgcttcatatcgctgat
agaacaatcactgccgctttttctgggtttcaaacagcgttggagaaaggacaaatacaa
gccagcaatgatttagataatgttatcgacgttgaactcattaacgacggatacaaatat
aaaatacagactgctaagtcaggccctaatagttattttcttgttatgaacggttcctat
aaagaagtagaactacaccgactatcggatggaggattattgctttctttggatggtgca
agtttcacgacttacatgagagaggaagtcgatcgttacaggatcatcattggaaaccaa
acctgcatcttcgaaaaggacaacgatccttctttattgaggtcaccatcagctggcaaa
ctaatcagctatctagtcgacgatggtggtcacgtggacgctggacaagcatacgcagaa
attgaagtcatgaaaatggtaatgacaataacagcgagcgaagctggtagcgtcttttat
gttaaaagaccaggtgccattctcgaggccggtacgttgattgctcgattagaattggac
gatccatctctggtaacaaaagctcaggagtacactggtaaattcccggaaactgtagct
ccagcaatttctgaaaaattgaatcatcttcatgctgaatacagaacagctttagaaaac
actctcggaggatattgtttaccagatccgtaccacgtacctcgagtacgagaacttctt
gagaaattcatgaattcccttcgtgaccctagcttaccattgcttgaacttcaagaagtg
atcgcgacgatatcaggaagaattccgatttccgtagagaaaaaaatcaggaaattgatg
tcgctgtacgaaagaaacataacttctgttttagctcaatttcctagtcaacaaattgct
gctgtgatcgatggacatgcagcaagtctttccaagcgatctgaacgcgacgtcttcttc
ttaactaccgaagctatagtgcaactggtacaaagatataggaacggaatacgtggaaga
atgaagaccgctgttcacgaactacttcgacaatattacaccgttgaaagccagttccaa
caaggacattacgataaatgtgtttctgctttaatcgatgagtacaaagatgatgtagca
acaataacagctatgattttcagccataaccaagtcacgaagaagaacgttttggtaact
atgctcatagatcatctctgggcgaatgaacctggtcttacggacgagttatcgagcacg
ctgacggaactaacgagcctgaatcgtacagagcatagtcgtgtcgcgttacgtgcgaga
caaattctaatcgctgctcaccaacctgcttacgagttaagacacaaccaaatggaatct
atattcttgtcagcggtagacatgtacggccatgatttccatccagaaaacttagagaaa
cttatcctttccgaaacatctattttcgatattttacatgacttcttctaccattccaat
cgtacagtttgcaatgctgctttggaggtttatgttcgcagatcttatattagttatgag
ttgacttgcgtgcaacatctggaattgtctggtgaagtaccgcttgtacatttccaattt
ttgctgcctaacaatcatcctaacatacaaaaccaatcttcggttaatcacagagtcggg
gctatggcagctttccaagacatggatcaattcacccgatattccgacgaagttttcgac
ctcctagaggatctgtcttcgattacctcaacttcagccaaagttttagcagaggcagta
gacgcagctgcaagcgaatcgagacacagcacgtccataaacgtatctttaagcactgcg
gaaaatactggtacagcggaaatgggtgaacgatctgcagaaccggtacatattttgagc
attgccgtccaagagaaagaaaatcacgatgatgttacgatggcgaaactctttggagat
tggtgcgccgcgaacaaagaggaattaatctcacgagacatacgaaggatcactttcact
gttttaaagaaaagacaattcccaaaattctttacataccgtcaaagagatggttttgtt
gaagacaaaatttatcggcatctcgagcctggttgtgctttccaattggaattaaacaga
atgagaacttacgatcttgaagctctgccaacctcgaatcaaaaaatgcatctctacctt
ggccgggctaaggttgccaaaggacaacaagtcacggattatcgtttcttcattcgttcc
attataagacactctgatcttatcacgaaggaggctagtttcgattatcttcacaacgaa
ggtgaacgtgtactattagaggctatggatgaattagaagtcgcgttctcgcatccgctt
gctaagcgtacggaatgcaatcatatcttcctaaatttcgtacccacagttattatggat
ccagtaagaatagaagaaagcgtgaccagtatggtactgaggtatggcccgagattatgg
aaattacgagtacgtcaggctgagattaaaatgacgattcggccagcaccagggaagcca
acgtctattttacgtttgtgcattgccaacgatagcggatatagcatagatttgcatctt
tatatggaggcaaccgatccaaagactggtatcattcgtttcgaatcttatccttcttcg
acggcaaatggtacctggagaccaggacctatgcatggtcttccaatttctacgccatat
ctaaccaaagattatcttcaagcaaaacggttccaagcacaaagttctggcacaacgtat
gtatatgatttaccagacatgtttagacaacaaaccgaaaaaatgtggattaaacacata
gaagaaaggccacaatgcaatataactattccaaatcctgtgatggattgtgtggaatta
gtattagagggtgacaatttagtggaacaaaaacgactccctggtgagaataacgttggt
atggttgcttggagattaagactttatacaccagaatatccagtatctggtcgagacatt
atactgatagcaaatgatttgacacatttgattggttcttttggtccgaaggaagactta
gtgttctgcagagcgtctgaaagagctagacagcttggaattcctcgaatatatttctct
gcaaattctggcgctcgcattggtctagcagaggaagtgaaagcgttgttcagaattgct
tgggaggatgaggatgaaccggagaaaggatttagatatatatatttaacaccagatgat
tacgcgcgtttagcaccgcttaattcagtgaaaacttcgttgatcgaagataaaggagaa
tctcgttacaagattaccgatattattggtaaagatgatggtcttggtgtagaaaattta
aaatacgctggtatgattgccggagaaacatcgaaagcctatgacgaaatcgttacgatt
tccattgtatcttgtagagcgattggtattggtgcttacctagtacgtcttggacaaagg
gtcatccaaatagaaaattctcacatcattttaactggttacaaagcattgaatactgtg
ttaggccgtgaagtatacgctagtaataatcagttaggtggtatacaaattatgcataat
aatggggtatcacatgcaacaaacgtaagggacctagagggtgttgctactgctttaaga
tggttaagctattgtcccaaatttaagggtgcaccccttcctatattatcagcaccattt
cctgatccagtcgacagagaaatcatgtatgttcctacaaaagcagcatatgacccaaga
ttcatgctcgaaggtagaatacaaaatggtacaaattattgggaaagtggattcttcgat
cgtggctcttggcaggaaatcatgaggccttgggctcaaactgtagtaactggacgagca
agattaggcggaataccttgcggtgttattgcagtagaaacaagaaccgttgagttgcac
ttacctgctgatcctgctaatctcgattcagaagctaaaacgatatctcaggcaggacaa
gtatggttccctgacagtgcatacaaaactgctcaagctatcaaagactttggaaaagaa
gagcttccactttttatttttgctaattggagaggattttctggtggaatgaaagacatg
tacgagcaaattatcaaattcggtgcttatattgtggatggcttacgagaatataccaaa
ccaatatttgtatatattccaccaaatggagaactaagaggtggtgcttgggctgtcgtt
gatccaacgataaatcctcgctacatggaaatgtttgctgacaatacaagcagaggtgga
gttttagaacctggtggaatagtagaaatcaagtttagagctaaagacataattaaagct
atgcatagggttgattcagtaatacagaagcttaaagaaaatctagccaatgcaaattca
gctgaagaacgaacagacattgaaagccaaattcgtaagagagagcaacttttagaacct
atgtatcggcaagtagcagttcacttcgcggatcttcatgatacaccagagagaatgttt
gagaaaaataccattcatgatattattccatggaaaaaagcacgcagactgctttattgg
cgacttagaagaagacttttggaggatgaaataaagaaggaaattctatcaacccaacac
actttggacgttagacaagtcggtgcaatgttgcgtagatggtttatagaagacaaaggt
gctacagaatcttatctgtgggatcaagatgaagctgcaacgaattggttggagaatcaa
cgtcaagatgaaaatagtgttgtttcccgtaacatcacttgtgtaagacaagacgcaatc
gtttctcgagtcaaagaggcccttgaaacttgtccagaagtgagattaaatgcaatttta
gaaattgcgcacagattacaaccagcagaacgtgcagaattgcaaagaactttattacag
atagaaacgaccacacaggaacaccacaatgattcaagtgcttcgtcctaa

  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)   
   RefSeq(pep) (10)   
DNA sequence (10)   
   RefSeq(nuc) (10)   
Protein domain (11)   
   Pfam (11)   
All databases (58)   

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