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KEGG   Verticillium dahliae: VDAG_03674
Entry
VDAG_03674        CDS       T03450                                 
Name
(RefSeq) acetyl-CoA carboxylase
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
vda  Verticillium dahliae
Pathway
vda00061  Fatty acid biosynthesis
vda00254  Aflatoxin biosynthesis
vda00620  Pyruvate metabolism
vda00640  Propanoate metabolism
vda01100  Metabolic pathways
vda01110  Biosynthesis of secondary metabolites
vda01212  Fatty acid metabolism
Module
vda_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:vda00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    VDAG_03674
   00640 Propanoate metabolism
    VDAG_03674
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    VDAG_03674
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    VDAG_03674
Enzymes [BR:vda01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     VDAG_03674
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     VDAG_03674
  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
     VDAG_03674
SSDB
Motif
Pfam: ACC_central Carboxyl_trans ACCA_BT CPSase_L_D2 Biotin_carb_N Biotin_carb_C Biotin_lipoyl Dala_Dala_lig_C ATP-grasp_3 HAAS
Other DBs
NCBI-GeneID: 20705137
NCBI-ProteinID: XP_009652053
UniProt: G2X095
Position
3
AA seq 2281 aa
MTQVEANGTGRVVPQSNGKASYAEKHNIADHFIGGNKLANAPASKVKDFVAENDGHTVIT
NVLIANNGIAAVKEIRSVRKWAYETFGDERAIQFTVMATPEDLAANADYIRMADHYVEVP
GGTNNHNYANVELIVDVAERMDVHAVWAGWGHASENPKLPESLAASPKKIVFIGPPGSAM
RSLGDKISSTIVAQHAAVPCIPWSGTGVDSVEVDSHGIVTVADDVYAQGCVTSWQEGLEK
AKAIGFPVMVKASEGGGGKGIRKVVSEDGFEELYKAAASEIPGSPIFIMKLAGNARHLEV
QLLADQYGNNISLFGRDCSVQRRHQKIIEEAPVTIAKDATFKAMEDAAVRLGRLVGYVSA
GTVEYLYSHSDDKFYFLELNPRLQVEHPTTEMVSGVNLPAAQLQVAMGIPLHRIRDIRLL
YGVDPKTSTEIDFEFKDPGSEKTQRRPRPKGHTTACRITSEDPGEGFKPSNGVMHDLNFR
SSSNVWGYFSVSSASSIHSFSDSQFGHIFAYGENRSASRKHMVIALKELSIRGDFRTTVE
YLIKLLETEAFEDNTITTGWLDELITKKLTAERPDPMLAVVCGAVTKAHIASEDCISEYR
KSLDKGQVPSKDILKTVFAVDFIYEGFRYKFTATRASVDAYHVFINGSKCAVGVRVLSDG
GLLILLSGRSHSVYWKEEVGATRLSVDGKTCLLEQENDPTQLRTPSPGKLVKYLVDNGSH
VKAGQSFAEVEVMKMYMPLIASEDGVVQLIKQPGATLEAGDILGILALDDPSRVKQAQPF
LGQLPSYGDPVAVGNKPAQRFSVLYNILKNILLGYDNSVIMAATLKELVEVLRNPELPYS
EWNAQFAALHSRMPQKLDAQFGQIVERAKSRHVEFPAKALAKAFQKFLDENVAAGDVDLL
KSTLAPLSEVLSAYSEGQKAHELNVVRSLLEQYAETEQLFTGQGSQEDSTILKLRDQNKD
DISKVVQTVLSHSRVSAKSSLILAILEEYRPNKPNVGNIGKHLRDALRTLTELQSSRATS
KVSLKAREIMIQCSLPSLEERTSQMEHILKSSVVESRYGEAAWEHREPNLDVIKEVVDSK
YTVFDVLTLFFSHEDPFVSIAALEVYVRRAYRAYIIKKIEYHEDETETPLFVSWDFTIRK
MGQSEYGLPLQSAAPSTPATPSGQFDFKRISSISDLSYFNSKMDEEPNRKGVIVPCKYLE
DAEDLIARALEALGEKKKAAPAPAPSLLPDLTGKRKIVGASKPHEQELSAVINVAVRDAE
SKNDQEILARIKPIIAQLKGDLLARRVRRISFICGRNDGSYPGYYTFRGPGYEEDDSIRH
SEPALAFQLELGRLAKFNIKPVFTENKNIHVYEGIGKAVETDKRYFTRAVIRPGRLRDEI
PTTEYLISEADRVVNDIFDALEIIGNNNSDLNHIFINFTPVFQLEPSEVESSLQGFLDRF
GPRAWRLRVSQVEIRIICTDPQSGVPYPLRVIINNTSGYVVDVDIYSERKSDKGEWVFHS
IGGTHEKGPMHLLAVTTPYATKNWLQPKRYKAHLMGTQYVYDFPELFRQAIQNSWVTSVK
KNGALASQQPKAGDCVSFTELVLDDKNNLDEVSREPGTNACGMVGWIFNAKTPEYPKGRK
FIVVANDITYRIGSFGPKEDNFFNKCTELARKLGIPRIYLSANSGARLGVADELIPHFKV
AWNDPAKQDGGFKYLYLDDESKKEFEQAVITEEVTEEGEKRHKIVTIIGTADGLGVESLR
GSGLIAGATSRAYNDIFTVTLVTCRSVGIGAYLVRLGQRAVQIEGQPIILTGAPALNNVL
GREIYTSNLQLGGTQIMYRNGVSHMTANDDFAGVSKIVEWMSFVPKERGSPIPISPSIDT
WDRDVVYTPQQKGAFDVRWMIGGRQRDDGDFEAGLFDKDSFIETLGGWARTVVVGRARLG
GIPMGVIAVESRSIENITPADPANPDSIEQVTNEAGGVWYPNSAFKTAQAINDFNNGEQL
PLMILANWRGFSGGQRDMYNEVLKYGSFIVDALVKYEQPIFVYIPPFGELRGGSWVVVDP
TINPTVMEMYADVEARGGVLEPEGIIGIKYKKDKQLQTMERLDPEYAALKKQSEASGLSK
EQVDAIKQKMTIRERQLLPVYSQIAVQFADLHDRAGRMKAKGVIRDSLEWPNARRFFYWR
LRRRLNEEYMLKRMATNVLSSPFSGEQRGGAEETRQRNLSLLESWSGVINFGTADREASE
WYEANRKTITDRIESLKTESFANELTALLRANKSIGMKGVRDALRVMPPEERDSILKYLR
E
NT seq 6846 nt   +upstreamnt  +downstreamnt
atgactcaagtcgaggcaaacggcaccggccgcgtcgtgcctcagtccaacggcaaagcc
tcgtacgccgagaagcacaacatcgccgaccacttcatcggtggcaacaagcttgccaat
gcgcccgcatccaaggtcaaggatttcgtggccgagaacgacggtcacaccgtcatcaca
aatgtcctgatcgccaacaacggtattgccgccgtcaaggagattcgctccgtgcgaaaa
tgggcgtacgagacatttggcgacgagcgcgccatccagttcaccgtcatggccacgccc
gaagatttggcagccaacgctgactacatccgcatggctgaccactacgtcgaggttccc
ggcggcacaaacaaccacaactacgcaaacgtcgaattgattgtcgatgtcgcagagcgg
atggacgtccacgccgtgtgggcgggatggggccacgcttccgagaaccccaagctcccc
gaatccctcgccgcctcgccaaagaagattgtcttcattggtcctcccgggtctgccatg
cgatctctcggagacaagatttcttccacaatcgtcgcgcagcacgcggccgtgccttgc
attccctggtcaggaactggcgtcgacagcgtcgaggtcgacagccatggcatcgtcact
gttgccgatgacgtctatgcgcaaggctgcgtcacctcctggcaggagggcctcgagaag
gccaaggccattggcttccccgtcatggtcaaggcctccgagggcggcggtggcaagggc
atccgcaaggtcgtttccgaggacggcttcgaggagctctacaaggcggcagccagcgaa
atccccggctctcccatcttcatcatgaagctcgccggcaacgcgaggcatctggaggtg
cagctgctggctgatcagtacggcaacaacatctccctgttcggcagagattgttccgtg
cagcgtcgtcaccagaagattatcgaggaggcccccgtcaccattgccaaggacgcgacg
ttcaaggccatggaggacgctgctgtgcgtcttggcaggctcgtcggttacgtgtctgct
ggtaccgtcgagtacctctactcacactcggacgacaagttctacttcctggaactgaac
ccgcgtcttcaggtcgagcatcccaccaccgagatggtcagcggtgtcaacctgcccgcc
gcccagctgcaggtcgccatgggcattcccctgcacaggatccgcgacattcgtctgctg
tacggcgtcgacccgaagacgtcgaccgaaatcgactttgagttcaaggaccccggaagc
gagaagacccagaggaggccccgtcccaagggccacaccacggcctgccgtatcacctcg
gaggaccccggtgagggcttcaagccttccaacggtgtgatgcacgacctgaacttcagg
agtagctccaatgtctggggttacttctccgtcagttccgcctccagtatccacagcttc
tccgattcacagttcggtcacatcttcgcgtacggcgagaaccgttccgcgtcgaggaaa
cacatggtcattgccctgaaggagctcagcattcgcggtgacttcaggacaaccgtcgag
taccttatcaagctgctcgagacggaggcctttgaggacaacaccatcaccaccggctgg
ctcgacgagctcatcaccaagaagctgactgctgagcgccctgaccccatgctggccgtc
gtctgcggtgctgtcaccaaggcgcacattgccagtgaagactgcatctcggagtaccgc
aagagtctggacaagggtcaagtgccctccaaggacatcctgaagacggtcttcgctgtg
gactttatctacgagggcttccgctacaagttcactgccacgcgtgccagtgtcgacgcc
taccacgttttcatcaacgggtccaagtgcgccgttggtgtccgcgttctcagtgacggt
ggcctcctgatcctgctcagcggacgcagccacagcgtctactggaaggaggaggttggc
gctacgcgactgtccgtcgacggcaagacgtgcctgctcgagcaggagaacgaccccacg
cagctccgcacgcccagccctggtaagcttgtgaagtacctcgtcgacaacggttcgcac
gtcaaggccggccaaagcttcgccgaggttgaggttatgaagatgtacatgcccctcatc
gcctccgaagacggtgttgttcagctcatcaagcagcccggagctacgcttgaggctggt
gacattctcggcatactcgccctcgacgaccccagcagggtcaagcaggctcagccgttc
ctcggccagctgcccagctacggtgaccccgtcgctgttggcaacaagcccgctcagcgg
ttctcggtcctctacaacattctgaagaacatcctcctcggctacgacaactcggtcatc
atggcagccaccctgaaggagctcgttgaggtccttcgcaaccctgagctgccctacagc
gagtggaacgcccagtttgccgctctgcactctcgcatgcctcagaagctggatgctcag
tttggtcagattgtcgagcgcgccaagtcgcgccacgtcgagttcccggccaaggcgctg
gccaaggcttttcagaagttcctcgacgagaacgtcgctgccggcgacgtcgatcttctc
aagtccactctggcaccgctcagcgaggtgctcagcgcctacagtgagggtcagaaggcg
catgagctgaatgtcgtcaggagcttgcttgagcagtacgccgagactgagcagctcttc
actggtcagggttctcaggaggacagcaccattctcaagctccgtgaccagaacaaggat
gacatctccaaggttgtccagactgtcctgtctcacagccgtgtcagcgccaagagctcg
ctcattctcgccatccttgaggagtaccgccccaacaagcccaacgtcggcaacattggc
aagcatctccgcgatgccctgcgtaccctgaccgagctccagtcctcgcgtgccacctcc
aaggtttccctcaaggctcgcgagattatgatccagtgctctcttccttccctggaggag
cgcacctcgcagatggagcacattctcaagtcttctgttgtcgagtctcgctatggcgag
gctgcctgggagcaccgtgagcccaatcttgacgtcatcaaggaggttgttgactccaag
tacaccgtgtttgacgttctcaccctcttcttctcgcacgaagaccccttcgtgtcgatc
gccgccctcgaggtctacgtccgccgcgcctacagggcctacattatcaagaagatcgag
taccacgaggatgagacggagacgcctctcttcgtgtcctgggacttcacgatcaggaag
atgggtcagagcgagtacggccttcctctgcagtccgctgccccgtccacccctgccact
cccagcggtcagttcgacttcaagcgcatctcttccatcagcgacctttcgtacttcaac
tccaagatggacgaggagcccaaccgcaagggtgtcattgtgccctgcaagtacctcgag
gacgccgaggacctcatcgctcgcgctctcgaggctctcggcgagaaaaagaaggccgcc
cccgcccccgcccccagcctgctgcctgacctgaccggcaagcgcaagattgtgggcgcc
agcaagcctcacgagcaggagctctctgccgtcatcaacgttgctgtccgtgatgccgag
agcaagaatgaccaggagatccttgcccgcatcaagcccatcatcgctcagctcaagggt
gacctccttgcccgccgtgtgcgtcgcatcagtttcatctgcggccgcaacgacggctca
taccccggttactacaccttccggggtcccggctacgaggaggacgacagtattcgccac
agcgagcctgctctggctttccagctggagctgggacgtcttgccaagttcaacatcaag
cccgtcttcactgagaacaagaacatccacgtttacgagggtattggcaaggccgtcgag
accgataagcgttacttcactcgcgctgtcatccgtccgggccgtctccgtgacgagatc
cccaccactgagtacctcatttccgaggctgaccgtgttgtgaacgacatctttgacgct
ctcgagattattggcaacaacaactctgatctgaaccacatcttcatcaacttcacaccc
gtcttccagcttgagccttccgaggttgagagcagcctgcagggcttcctcgaccgcttc
ggtccccgcgcgtggcgtctccgtgtctcccaggtcgagattcgcatcatctgtaccgat
cctcagagcggcgttccctacccccttcgcgtcatcatcaacaacacctcgggatacgtt
gtcgatgtcgacatctactcggagcgcaagtctgacaagggcgagtgggtattccacagc
attggcggcacccacgagaagggccccatgcatctgctcgccgtcacgacgccatacgcg
accaagaactggctgcagcccaagcgttacaaggcccacctcatgggaactcagtacgtc
tacgatttccccgagctcttccgccaggccatccagaacagctgggttacgagcgtcaag
aagaacggtgctcttgcttcgcagcagcccaaggccggtgattgcgtctcgttcaccgag
ctcgttctcgacgacaagaacaacctggacgaggtcagccgtgagcccggcaccaatgcg
tgcggcatggtcggctggatcttcaacgccaagacccccgagtaccccaagggtcgcaag
ttcatcgttgtcgccaacgacatcacgtaccgcatcggctccttcggccccaaggaagac
aacttcttcaacaagtgcacggagctcgcgcgcaagcttggcattccccgcatctacttg
tccgccaactcgggtgcccgtctcggcgttgccgacgagctgatcccccacttcaaggtt
gcgtggaacgaccctgccaagcaggacggtggcttcaagtacctgtacctcgatgacgaa
agcaagaaggagtttgagcaggctgtgatcaccgaggaggtcacggaggagggcgagaag
cgccacaagatcgtcaccatcattggtacggccgacggtctcggtgtcgagtcgctgcgt
ggctctggtctcattgccggcgccaccagccgtgcttacaacgacattttcaccgtgacc
ctggtgacgtgccgttccgtcggtatcggtgcctacctcgtccgtctcggtcagcgtgcc
gtccagattgagggccagcccatcattctgaccggtgcccctgccctgaacaacgtcctg
ggtcgtgagatctacacatccaacctccagcttggtggcacccagatcatgtaccgcaac
ggtgtctcgcacatgactgccaacgacgatttcgccggtgtttccaagattgtcgagtgg
atgtcgttcgtgcccaaggagcgtggcagccccatccccatcagccccagcattgacacc
tgggaccgtgacgtcgtctacacgccccagcagaagggtgcgtttgacgttcgctggatg
attggcggccgacagagagacgacggcgacttcgaggccggcctgttcgacaaggactcg
ttcatcgagaccctcggcggctgggcccgtaccgttgttgtcggtcgcgctcgtctcggt
ggcatccccatgggtgtcattgctgttgagtcccgttcgatcgagaacatcacgccggcc
gaccctgccaaccccgactcgatcgagcaggtcaccaacgaagctggcggtgtttggtac
cccaactcggcgttcaagactgctcaggcgatcaacgacttcaacaacggtgagcagctg
ccgctgatgatcctcgccaactggcgtggtttctctggtggtcagcgcgacatgtacaac
gaggtcctcaagtatggttcgttcatcgtcgacgctctcgtcaagtatgagcagcccatc
ttcgtgtacatcccgccctttggcgagctgcgtggtggttcttgggtcgttgtcgacccg
accatcaaccctaccgtcatggagatgtacgccgacgttgaggcccgcggtggtgtcctc
gagcccgagggtatcattggcatcaagtacaagaaggacaagcagctgcagactatggag
cgtctcgaccccgagtacgccgccctcaagaagcagagcgaggcctcgggcctgtccaag
gagcaggtcgacgcgatcaagcagaagatgaccattcgcgagaggcagcttctgcctgtg
tactcgcagattgcggtgcagtttgctgacctgcacgaccgcgcgggccgcatgaaggcc
aagggtgtcattcgtgactctctcgagtggcccaacgcgcgtcgcttcttctactggcgc
ctgcgcaggagattgaacgaggagtacatgctgaagcgcatggccaccaacgtgctgtct
agccccttcagcggcgagcagcgcggcggcgccgaggagacgcgccagcgcaacctgtcg
ctcctcgagtcgtggtccggcgtcatcaactttggcacggccgatcgcgaggcgtccgag
tggtacgaagccaaccgcaagaccattacggatcgcatcgagtcgctcaagacggagagc
ttcgccaacgagctgacggccctgttgcgcgccaacaagtcgatcggcatgaagggtgtc
agggatgctctgcgcgtgatgccccctgaggagagggacagcatcctgaagtacctgcgc
gagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (9)   
   KEGG PATHWAY (7)   
   KEGG MODULE (2)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (43)   

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