KEGG   Saccharomyces cerevisiae (budding yeast): YMR207C
Entry
YMR207C           CDS       T00005                                 
Symbol
HFA1
Name
(RefSeq) acetyl-CoA carboxylase HFA1
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Pathway
sce00061  Fatty acid biosynthesis
sce00620  Pyruvate metabolism
sce00640  Propanoate metabolism
sce01100  Metabolic pathways
sce01110  Biosynthesis of secondary metabolites
sce01212  Fatty acid metabolism
Module
sce_M00082  Fatty acid biosynthesis, initiation
sce_M00874  Fatty acid biosynthesis in mitochondria, fungi
Brite
KEGG Orthology (KO) [BR:sce00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    YMR207C (HFA1)
   00640 Propanoate metabolism
    YMR207C (HFA1)
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    YMR207C (HFA1)
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    YMR207C (HFA1)
Enzymes [BR:sce01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     YMR207C (HFA1)
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     YMR207C (HFA1)
  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
     YMR207C (HFA1)
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_C Biotin_carb_N Biotin_lipoyl ATP-grasp_3 Dala_Dala_lig_C
Other DBs
NCBI-GeneID: 855247
NCBI-ProteinID: NP_013934
SGD: S000004820
UniProt: P32874
Position
XIII:complement(677193..683564)
AA seq 2123 aa
MRSIRKWAYETFNDEKIIQFVVMATPDDLHANSEYIRMADQYVQVPGGTNNNNYANIDLI
LDVAEQTDVDAVWAGWGHASENPCLPELLASSQRKILFIGPPGRAMRSLGDKISSTIVAQ
SAKIPCIPWSGSHIDTIHIDNKTNFVSVPDDVYVRGCCSSPEDALEKAKLIGFPVMIKAS
EGGGGKGIRRVDNEDDFIALYRQAVNETPGSPMFVMKVVTDARHLEVQLLADQYGTNITL
FGRDCSIQRRHQKIIEEAPVTITKPETFQRMERAAIRLGELVGYVSAGTVEYLYSPKDDK
FYFLELNPRLQVEHPTTEMISGVNLPATQLQIAMGIPMHMISDIRKLYGLDPTGTSYIDF
KNLKRPSPKGHCISCRITSEDPNEGFKPSTGKIHELNFRSSSNVWGYFSVGNNGAIHSFS
DSQFGHIFAVGNDRQDAKQNMVLALKDFSIRGEFKTPIEYLIELLETRDFESNNISTGWL
DDLILKNLSSDSKLDPTLAIICGAAMKAYVFTEKVRNKYLELLRRGQVPPKDFLKTKFPV
DFIFDNNRYLFNVAQSSEEQFILSINKSQCEVNVQKLSSDCLLISVDGKCHTVYWKDDIR
GTRLSIDSNTIFLEAELNPTQVISPTPGKLVKYLVRSGDHVFAGQQYAEIEIMKMQMPLV
AKSDGVIELLRQPGSIIEAGDVIAKLTLDSPSKANESSLYRGELPVLGPPLIEGSRPNHK
LRVLINRLENILNGYHENSGIETTLKELIKILRDGRLPYSEWDSQISTVRNRLPRQLNEG
LGNLVKKSVSFPAKELHKLMKRYLEENTNDHVVYVALQPLLKISERYSEGLANHECEIFL
KLIKKYYAVEKIFENHDIHEERNLLNLRRKDLTNLKKILCISLSHANVVAKNKLVTAILH
EYEPLCQDSSKMSLKFRAVIHDLASLESKWAKEVAVKARSVLLRGIFPPIKKRKEHIKTL
LQLHIKDTGAENIHSRNIYSCMRDFGNLIHSNLIQLQDLFFFFGHQDTALSSIASEIYAR
YAYGNYQLKSIKIHKGAPDLLMSWQFSSLRNYLVNSDGESDEFTKLSKPPSTSGKSSANS
FGLLVNMRALESLEKTLDEVYEQIHIPEERLSSGENSLIVNILSPIRYRSENDLIKTLKI
KLHENERGLSKLKVNRITFAFIAANAPAVKFYSFDGTTYDEISQIRNMDPSYEAPLELGK
MSNYKIRSLPTYDSSIRIFEGISKFTPLDKRFFVRKIINSFMYNDQKTTEENLKAEINAQ
VVYMLEHLGAVDISNSDLNHIFLSFNTVLNIPVHRLEEIVSTILKTHETRLFQERITDVE
ICISVECLETKKPAPLRLLISNKSGYVVKIETYYEKIGKNGNLILEPCSEQSHYSQKSLS
LPYSVKDWLQPKRYKAQFMGTTYVYDFPGLFHQAAIQQWKRYFPKHKLNDSFFSWVELIE
QNGNLIKVNREPGLNNIGMVAFEIMVQTPEYPEGRNMIVISNDITYNIGSFGPREDLFFD
RVTNYARERGIPRIYLAANSGAKLGIAEELIPLFRVAWNDPSDPTKGFQYLYLAPKDMQL
LKDSGKGNSVVVEHKMVYGEERYIIKAIVGFEEGLGVECLQGSGLIAGATSKAYRDIFTI
TAVTCRSVGIGSYLVRLGQRTIQVEDKPIILTGASAINKVLGTDIYTSNLQIGGTQIMYK
NGIAHLTASNDMKAIEKIMTWLSYVPAKRDMSPPLLETMDRWDRDVDFKPAKQVPYEARW
LIEGKWDSNNNFQSGLFDKDSFFETLSGWAKGVIVGRARLGGIPVGVIAVETKTIEEIIP
ADPANLDSSEFSVKEAGQVWYPNSAFKTAQTINDFNYGEQLPLIILANWRGFSGGQRDMY
NEVLKYGSFIVDALVDYKQPILIYIPPFGELRGGSWVVIDPTINPEQMEMYADVESRGGV
LEPDGVVSIKYRKEKMIETMIRLDSTYGHLRRTLTEKKLSLEKQNDLTKRLKIRERQLIP
IYNQISIQFADLHDRSTRMLVKGVIRNELEWKKSRRFLYWRLRRRLNEGQVIKRLQKKTC
DNKTKMKYDDLLKIVQSWYNDLDVNDDRAVVEFIERNSKKIDKNIEEFEISLLIDELKKK
FEDRRGNIVLEELTRLVDSKRKR
NT seq 6372 nt   +upstreamnt  +downstreamnt
atgagatctataagaaaatgggcgtacgagacgttcaatgatgaaaaaatcattcaattc
gtggtaatggcgacacctgatgatttacacgcaaattcggagtatattagaatggcagac
caatatgtgcaggtaccagggggtaccaacaacaacaattacgccaacatagacttaata
ctggacgtggcagagcaaacggatgtggatgcggtctgggctggatggggccatgcttct
gaaaatccgtgtcttcctgagctgttagctagttcacaaaggaaaatactattcattggt
cctcctggacgcgctatgagatcattgggtgacaagatttcttccactattgtagcacaa
agcgctaaaatcccgtgtatcccttggtctggttcacatatagacactatccatatcgat
aacaagacgaactttgtatctgtgccggatgatgtatatgtaaggggatgttgttcctca
cctgaagatgctttagaaaaggctaaattaataggatttcctgtaatgattaaggcatcc
gaaggtggtggaggtaagggcattaggcgagtagataatgaggatgattttattgcatta
tatcgccaagcagtgaatgagacacctgggtcgcctatgtttgttatgaaagttgtcact
gatgctcgtcacttagaggtacagttattagctgaccaatatggcactaacattacattg
tttgggagagactgttccatacaaaggcggcaccaaaagattatagaagaggcaccagtg
acaataaccaagcctgaaacgtttcaaaggatggaacgcgcagcaattcgtctaggtgaa
ttggtaggttatgtttctgcgggcactgtcgaatacttatattcaccaaaagatgataaa
ttttactttttagaactgaatccgagactacaagtagagcatccaacgacagaaatgata
tctggcgtaaaccttcctgccactcaactgcaaatcgccatgggcattcctatgcacatg
ataagtgatatcagaaaactttatggtttagatccaacgggaacttcgtatattgatttt
aaaaatttaaagagaccctcgccaaaaggccattgtatttcatgcaggatcacttcagaa
gatcctaatgaaggtttcaagccctccactgggaaaatacatgagctcaattttcgttct
tcttccaatgtttggggttacttctcagtaggaaataatggtgctattcactcattttca
gattcccaatttgggcacatttttgctgtaggaaacgataggcaagatgcaaagcaaaac
atggttttagctctaaaagatttttccatccgaggagaattcaaaacccccatagagtac
ctgatagagctattagaaactcgggactttgagagtaataacatatcgactggttggtta
gatgatttgattttgaaaaatttatcttccgatagcaaactagatccaacgctcgctatt
atctgtggtgccgcaatgaaagcatacgttttcacagaaaaggtgaggaataagtatttg
gaattattgcggaggggccaagttccacctaaagattttcttaaaacgaagtttcctgtt
gacttcattttcgataataatagatacttgttcaatgttgctcaatcatctgaagaacaa
tttattctttctatcaataagtctcaatgtgaagttaatgttcaaaaattgtccagtgac
tgcttgttgatctccgttgacggtaaatgccatacagtttattggaaggacgatatcaga
ggtacaagactttcgatagactccaataccatatttttagaagctgaactcaatcccact
caagtgatctctccaactccggggaaattggtgaaatatttggtccgaagtggtgatcac
gtttttgctggacagcaatatgcagaaatagaaataatgaaaatgcagatgccactagta
gcgaaaagtgatggtgtaattgagttactaagacagcccggttccataattgaggctggt
gatgtcatcgcaaaattgactttggattcgccgtccaaagctaacgaatcgtctttatac
cgcggagaattacctgttttaggtccaccgctaatagagggtagccgaccaaaccataag
ctcagagtcttaataaataggttagaaaatattctcaatggatatcatgaaaactctgga
atagaaactactctaaaagagttgataaaaatattgagagatggtaggcttccttattca
gaatgggattcccaaatttctacggtacgcaatagactaccaaggcaattgaatgagggg
ctgggaaatctagtcaagaaatctgtttcttttcctgcaaaggaactgcacaaattaatg
aagcgctacttggaagaaaatacaaatgatcatgtagtttatgttgccttacagccactt
cttaaaattagtgaaaggtatagcgaaggtttagctaatcacgaatgtgaaattttttta
aagttgattaaaaagtactatgctgttgagaaaatttttgaaaatcatgatatacatgaa
gaaagaaacttactaaatctgcggaggaaagaccttacaaacttgaaaaaaattttgtgc
ataagtttatcgcatgctaacgtagtcgcaaagaacaagttagtaactgcaatattgcat
gaatacgagccattgtgccaggattcctctaagatgtctttaaaattcagggctgttata
catgatttggcaagtttggaatctaagtgggctaaagaggttgctgtaaaggcaagatca
gtgctactcagagggattttccctcccataaagaaaagaaaagagcatattaaaactctc
ctgcaattgcacataaaggatactggtgccgaaaacattcacagcaggaacatatattcc
tgtatgagggattttggtaatttaatacattcaaatctgatacaacttcaggatttgttc
tttttttttggccatcaagatacggctctttccagtatagcatctgaaatttatgcaagg
tatgcctacggcaattatcaattaaaaagtattaagattcataaaggagcgcctgattta
ctaatgtcatggcaattcagctcattaagaaattatttagtcaattctgatggtgagagt
gatgagtttacaaaactttctaaacctccctcaacatcaggtaagagctcagcaaatagt
tttggtcttcttgtcaacatgcgtgcgcttgaatctctggaaaagacattagacgaggta
tacgaacaaattcatattcctgaggaaagactttccagcggagagaactctcttattgtt
aatattttatctcctattcgttacagaagtgaaaatgatctaattaaaactttaaaaatt
aaacttcatgaaaatgagagaggtctatccaagctcaaggttaatcgtattacatttgca
tttatcgccgcgaatgcgcccgctgttaaattttactcctttgatggaactacgtacgat
gaaatctctcaaataagaaatatggatccatcctatgaagcaccgttagagttaggaaaa
atgtcgaactataaaatcagatcactacctacatacgatagtagtatacgcatttttgaa
ggtattagcaaatttacgccgctagataaaaggttctttgtcaggaaaatcataaattcc
ttcatgtataatgatcaaaaaacaaccgaagaaaacttgaaagcggaaatcaatgctcaa
gtggtttatatgttagaacatctaggagcagttgacatctcaaattcagacttgaatcat
atttttttaagtttcaatacagttcttaacataccagtacatcgtctcgaggaaattgtg
agtacaattctaaagactcacgaaaccagattgtttcaagaaagaatcacagatgtagaa
atttgcatctctgttgagtgcctagaaacaaagaagccagccccgcttagattacttatt
tctaataaatctgggtatgtggtaaaaattgagacatattacgaaaagatagggaaaaat
gggaatctgattttggaaccgtgtagtgagcagagccattatagccagaaatctctctct
cttccttactcggtcaaggattggctacaacctaaaaggtacaaagctcaattcatgggt
acaacatatgtgtacgatttcccaggtctgtttcatcaagctgcaatccaacagtggaaa
aggtattttccaaaacataagctgaatgacagtttttttagttgggttgaattgatagaa
caaaacggtaatttaataaaagtaaacagggagccaggccttaataatatagggatggtt
gcttttgagattatggttcagacacctgaatatcctgaagggcgtaacatgatcgtgatt
tctaatgatattacctacaatattggatcttttggaccgagagaagatttgttttttgat
agggtcacaaattatgcaagagagagagggatcccgaggatatacttggcggcgaattca
ggagctaaattgggtatagccgaagagctgatccctctatttcgtgtagcatggaatgac
ccctctgatccaacaaagggtttccagtacttatacttagctccaaaagacatgcagcta
ctgaaagattctgggaaaggaaattcggttgttgttgaacacaagatggtatacggtgaa
gagagatatattattaaagcaatagtcggattcgaagagggtttaggtgttgaatgttta
cagggctcgggtttaattgctggtgccacttcgaaagcgtatagagacattttcactatt
actgctgttacttgtcggtccgttggtataggttcctatctggtcagactaggacaacgt
actattcaggtggaggataagcctatcatactgacgggtgcatcggcgattaataaagtt
ttgggtaccgatatctatacatctaacctacaaattggcggaacccaaatcatgtataaa
aacggaatagcgcatttaacagccagtaatgatatgaaagccatcgaaaaaataatgaca
tggttatcatatgtcccggcgaaaagagatatgagtcctccacttcttgaaactatggat
agatgggatagggatgtagacttcaaacctgccaagcaagtgccatatgaggcaaggtgg
ttgatagagggtaaatgggactcaaataacaacttccagtcaggcctatttgataaggat
tcgttttttgagacattatctggatgggccaaaggtgtaatagttggaagagcacgtctt
ggaggtattcccgtgggtgttattgcggtagaaactaagactatcgaagaaataatcccc
gctgacccagctaatctggattcttcagagttttccgttaaagaagcaggacaggtgtgg
tatccaaattccgcgttcaaaacagctcaaactataaatgattttaactatggtgagcaa
ttaccattgattatcttagccaattggaggggattttctggcggtcaaagggatatgtac
aatgaagtactaaagtacgggtcttttattgttgacgctctggttgactacaaacaaccc
atactgatatacattccgccctttggtgaattaaggggcggatcatgggttgttatagat
ccaactattaatcctgaacaaatggaaatgtatgccgatgttgaatctaggggaggtgtg
ttagaacctgacggagtagttagcataaaataccgtaaggagaaaatgatagagacgatg
attcgattagactccacatatggacatttgagaagaacgttgacagaaaaaaagttatct
ttggaaaaacaaaatgatcttacgaagagattgaaaataagagagagacagttgatacca
atttacaatcaaatcagcatacagtttgcagatttacatgatagatcgactaggatgcta
gttaaaggagtaatccgaaatgagttggaatggaaaaagtcacgcagatttttatattgg
agactgagaaggaggttgaacgagggacaagtgatcaaaagactgcaaaaaaaaacatgt
gataacaaaacgaaaatgaagtacgacgacctgttgaaaatagttcagtcatggtataac
gatctggatgttaatgatgacagagcagtagtggagttcatagaaagaaattcgaaaaaa
attgacaagaacattgaagagtttgagatctcgctgttgatcgatgagcttaagaaaaaa
tttgaagacagaaggggaaacattgtccttgaagagctaactaggttggtggacagtaag
cgaaagagatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (8)   
   KEGG PATHWAY (6)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (83)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (78)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (121)   

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