KEGG   Arachis duranensis: 107460777
Entry
107460777         CDS       T04300                                 
Name
(RefSeq) acetyl-CoA carboxylase 1
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
adu  Arachis duranensis
Pathway
adu00061  Fatty acid biosynthesis
adu00620  Pyruvate metabolism
adu00640  Propanoate metabolism
adu01100  Metabolic pathways
adu01110  Biosynthesis of secondary metabolites
adu01212  Fatty acid metabolism
Module
adu_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:adu00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    107460777
   00640 Propanoate metabolism
    107460777
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    107460777
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    107460777
Enzymes [BR:adu01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     107460777
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     107460777
  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
     107460777
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 ACCA_BT Biotin_carb_N Biotin_carb_C Biotin_lipoyl ATP-grasp_3 ATP-grasp Dala_Dala_lig_C
Other DBs
NCBI-GeneID: 107460777
NCBI-ProteinID: XP_015934650
UniProt: A0A6P4B695
Position
8:complement(12226966..12240525)
AA seq 2260 aa
MAGVGRGNGYTNGVVPNRHPATISEVDEYCNALGGTRPIHSILIANNGMAAVKFIRSVRS
WAYETFGTEKAILLVAMATPEDMRINAEHIRIADQFVEVPGGTNNNNYANVQLIVEMAEI
TRVDAVWPGWGHASENPELPDALKAKGIVFLGPPAVSMAALGDKIGSSLIAQAAEVPTLP
WSGSHVKIPPDSCLVTIPDEIYREACVYTTEEAIASCQVVGYPAMIKASWGGGGKGIRKV
HNDDEVRALFKQVQGEVPGSPIFIMKVASQSRHLEVQLLCDQYGNVAALHSRDCSVQRRH
QKIIEEGPITVAPPQTVKQLEQAARRLAKSVNYVGAATVEYLFSMETGEYYFLELNPRLQ
VEHPVTEWIAEINLPAAQVAIGMGIPLWQLPEIRRFYGVEHGGGNDAWRKTSALATPFDF
DKAQSTKPKGHCVAVRVTSEDPDDGFKPTSGKVQELSFKSKPNVWAYFSVKSGGGIHEFS
DSQFGHVFAFGESRALAIANMVLGLKEIQIRGEIRTNVDYTIDLLNASDYRDNKIHTGWL
DSRIAMRVRAERPPWYLSVVGGALYKASASSAALVSDYVGYLEKGQIPPKHISLVHSQVS
LNIEGSKYTIDMVRGGSGSYRLRMNQSEVEAEIHTLRDGGLLMQLDGNSHVIYAEEEAAG
TRLLIDGRTCLLQNDHDPSKLVAETPCKLMRYLVVDDSHIDADTPYAEVEVMKMCMPLLS
PASGVIHFKMSEGQPMQAGELIARLDLDDPSAVRKAEPFNGKFPVLGPPTATSDKVHQKC
AASLSAAQMILAGYEHNIDEVVQSLLNCLDSPELPFLQWQECFAVLANRLPKDLKNELES
KYKEYERISSFQVVDFPAKLLKGILEAHLSSCPNKEKGAQERLIEPLLSLVKSYEGGRES
HARKIVQSLFEEYLFVEELFSDNIQADVIERLRLQYKKDLLKIVDIVLSHQGIKSKNKLI
LRLMDKLVYPNPAAYRDQLIRFSQLNHTNYSQLALKASQLLEQTKLSELRSNIARSLSEL
EMFTEDGENIDTPKRKSAINDRMEDLVSAPLAVEDALVGLFDHSDHTLQRRVVETYIRRL
YQPYLVKGSVRMQWHRSGLIASWEFLEEYIERKSGVEDQMSDKTLVEKHTEKKWGVMVVI
KSLHFLPAIITAALKEATNNLHEAVSSAAGEPVKHGNMMHVALVGINNQMSLLQDSGDED
QAQERINKLAKILKEEEVGSTIRGTGVGVISCIIQRDEGRTPMRHSFHWSAEKLYYQEEP
LLRHLEPPLSIYLELDKLKGYENIRYTPSRDRQWHLYTVMDQKPQPVQRMFLRTLLRQPT
TNEGFSSYQRTDAETPSTELAMSFTSRSIFRSLMAAMEELELNSHNATIRPEHAHMYLYI
IREQEINDLVPYPKRVDIDAGQEETTVEATLEELAHEIHSSVGVRMHRLGVVVWEVKLWM
AACAQANGAWRIVVNNVTGHTCTVHIYREMEDTNTHRVVYSSITVKGPLHGVPVNETYQP
LGVIDRKRLSARKNSTTFCYDFPLAFETALEQSWAIQQPGFRRPKDKNLLKVTELRFADK
EGSWGTPLVPVEHSAGLNDVGMVAWFMDMCTPEFPSGRTILVVANDVTFKAGSFGPREDA
FFRAVTDLACAKKLPLIYLAANSGARLGVAEEVKACFKVGWSEESNPEHGFQYVYLTPED
FARIGSSVIAHELKLESGETRWIIDTIVGKEDGLGVENLSGSGAIAGSYSRAYKETFTLT
YVTGRTVGIGAYLARLGMRCIQRLDQPIILTGFSALNKLLGREVYSSHMQLGGPKIMATN
GVVHLTVSDDLEGVSAILKWLSYIPSHVGGSLPIVKPLDPPERPVEYLPENSCDPRAAIS
GTLDGNGRWLGGIFDKDSFVETLEGWARTVVTGRAKLGGIPVGIVAVETQTVMQIIPADP
GQLDSHERVVPQAGQVWFPDSATKTAQAIMDFNREELPLFILANWRGFSGGQRDLFEGIL
QAGSTIVENLRTYKQPIFVYIPMMGELRGGAWVVVDSRINSDHIEMYADRTAKGNVLEPE
GMIEIKFRTRELLECMGRLDQKLITLKAKLQEAKDKRDTESFESLQQQIKSREKQLLPLY
TQIATKFAELHDTSLRMAAKGVIRQVLDWGNSRAVFYRRLYRRIGEQSLINNVREAAGDH
LSHVSAMDLVKNWYLSSNIAKGRKDAWLDDEAFFSWKENPSNYEDKLKELRAQKVLLQLT
NIGDSVLDLQALPQGLAALLSKLEPSSRVKLAEELRKVLG
NT seq 6783 nt   +upstreamnt  +downstreamnt
atggctggtgttgggcgtggaaatggatacacaaatggtgtggtacctaacaggcaccct
gctacaatatctgaagtagatgaatactgcaatgcacttgggggaacaaggccaattcat
agtatattaattgcaaacaatggaatggccgcagtcaagtttatacgcagtgtgaggagc
tgggcttatgagacgtttggtacggagaaggctatcttgttggttgccatggctactcca
gaggacatgagaatcaatgcagaacatatcagaatagccgatcaatttgtcgaagtacct
ggtgggaccaataacaataactatgccaatgtgcagcttattgtagagatggctgagata
actcgggttgatgctgtgtggccaggttggggtcatgcatcagaaaatcctgagcttcca
gatgcgttaaaagcaaaaggaattgtatttcttggacctccagctgtatctatggcagca
ctgggagacaaaattggttcatcattgattgctcaagcagcagaagtgccaacccttcca
tggagtggttctcatgtgaaaattcctcccgatagttgcttggttactattcctgatgaa
atttaccgggaagcatgtgtttatacaacagaagaagcaattgccagttgtcaagttgtc
ggttaccctgcaatgatcaaagcatcttggggtggtggtggtaaaggcataagaaaggtt
cataatgatgatgaggtaagggcattgttcaagcaagtccaaggtgaagttccgggctca
cctatatttataatgaaggttgcctcccagagccgacatctagaagtccagttactttgt
gatcagtatggaaatgttgcagctttgcatagccgtgattgcagtgttcaaaggaggcac
caaaagattattgaagagggtcccattactgtagctcctccacaaacggtgaaacaacta
gaacaggcagctagaaggttggctaaatctgtaaattatgttggggctgctactgttgag
tatcttttcagtatggaaactggcgagtactactttttggaattgaaccctcgactacag
gttgagcaccctgttactgagtggatagcggagataaatctgccagcagcacaagttgca
attgggatgggtatccctctttggcaacttcctgaaataagacgtttctatggggtggaa
catggtggggggaatgatgcttggaggaaaacatcagctttggctaccccttttgatttt
gacaaagcacaatccacaaagccaaaaggtcactgtgtggctgtgcgagtgacaagtgag
gaccctgatgatggtttcaagcctacaagtgggaaagtgcaggagcttagctttaaaagc
aagccaaatgtgtgggcatacttctctgttaagtctggaggaggaatacacgagttttca
gattctcagtttgggcatgtttttgcttttggagaatctagggctttagctatagcaaat
atggttctagggctgaaggagattcaaattcgtggagagattcgtaccaatgttgattat
accattgatcttctgaatgcttcagactacagagacaacaaaattcacacgggatggctg
gacagtagaattgcgatgagggttagagcagagaggcctccctggtatctttctgttgtt
ggaggggccctctataaagcttctgcaagcagtgcagctctggtatcagactatgttggc
tatctggaaaagggacaaatccctcccaagcatatatctcttgtgcattctcaagtgtcc
ttgaacattgaaggaagcaaatacacgattgacatggtacgaggagggtctggaagttat
agattgagaatgaatcaatccgaagtagaagctgagatacatactttacgtgatggaggt
ttgctgatgcagttggatggaaacagtcatgttatatatgcagaggaagaagctgctgga
acgcgccttctaattgatggaaggacttgcttgcttcagaatgatcatgatccatcgaag
ttagttgcagagacaccatgcaagcttatgaggtatttggttgtagatgacagccatatt
gatgctgacacaccttatgctgaagttgaagtcatgaagatgtgcatgccacttctttca
cctgcttctggggttattcatttcaaaatgtctgaaggtcaaccgatgcaggctggtgaa
ctaatagcaaggcttgatctagatgatccttcagcagtaagaaaggcagaacccttcaat
ggaaaattcccagtcctgggcccacccactgcaacttctgataaagttcatcagaaatgt
gctgcaagcttaagtgctgcacagatgattcttgctggttatgagcacaatattgatgag
gttgtgcaaagtttgctcaattgccttgatagtcctgaattacctttccttcaatggcaa
gagtgctttgcagttctagcaaaccgtcttcccaaagatctgaaaaatgagttggaatcg
aaatataaggagtacgagaggatttcaagcttccaagttgttgatttccctgccaaactt
ttgaagggaattcttgaagctcatttgtcctcatgtcccaacaaagaaaaaggggctcaa
gaaaggctgattgaacctctgttgagtcttgtgaagtcctatgagggtggaagagagagc
catgctcgtaaaattgtccaatccctttttgaagagtatctttttgttgaagaactattt
agtgataatatacaggctgatgtaattgaacgtctccgtcttcaatataagaaagatctg
ttgaagattgtggatatagttctctcacatcagggtatcaagagcaaaaataagctgata
ctacgactaatggataaactggtttacccaaatcctgctgcctacagggatcaattaatc
cgcttctctcaactcaaccatactaactattctcagttggccctaaaggcaagtcaattg
ctggaacaaactaaattgagtgaacttcgatccaacattgctagaagtctttctgagtta
gagatgttcactgaggatggtgaaaatattgatactcccaagaggaaaagcgctattaat
gaccgaatggaggaccttgttagtgctcctttggcagttgaagatgctttggtgggttta
tttgatcacagtgatcacacccttcaaagaagggttgtggaaacttatatacgcagactc
taccagccgtatcttgtcaaagggagtgtcagaatgcagtggcacagatctggtcttatt
gcttcatgggagttcttagaagagtacattgaaaggaagagtggggttgaagaccaaatg
tcagataaaacgctggtggagaaacacactgagaaaaaatggggcgtaatggttgtaatt
aaatctcttcactttttgcctgcaattatcactgctgcgttaaaggaagcaaccaacaat
cttcatgaagcagtttcaagtgctgctggtgaaccagttaagcatggtaatatgatgcat
gttgcattagtgggcatcaacaaccagatgagtttactgcaagacagtggtgacgaggat
caggctcaagaaagaatcaataagttggcgaaaatactaaaagaagaggaagtaggctcc
actatacgaggtactggtgttggagtaattagctgtatcatacagagggatgaagggcgt
accccaatgaggcactcctttcactggtcagcagaaaagctctattatcaggaggaacct
ctgttgcgtcatttggaaccaccgctatccatttatcttgaattggacaaacttaaaggc
tatgagaacatacggtatactccttctcgagatcgtcaatggcatctgtacactgttatg
gaccaaaagcctcaacctgttcaaagaatgtttcttcgaacacttttaagacagccaacc
acaaatgaaggattctcttcgtatcaaaggacggatgcagaaacacctagtaccgaattg
gctatgtccttcacttcaaggagcatttttaggtccttgatggctgcaatggaggagttg
gaacttaattcacacaatgccactatcagacctgaacacgctcatatgtacctctatatt
atacgcgagcaggaaataaatgatcttgtgccttatcccaagagagttgacatagatgcg
ggccaagaagaaacaacagttgaggcaaccttggaagaactagcacatgaaatccattca
tcggttggtgtaagaatgcatagattaggagttgtagtttgggaagtcaagctctggatg
gcagcctgtgcacaggcaaatggcgcatggaggattgttgtaaacaatgtgacaggtcat
acatgcactgtacatatataccgagaaatggaagataccaatacccatagagtggtatac
agttcaatcaccgtaaagggtccactgcatggtgtacctgtgaatgaaacttatcaacct
ttgggagttattgatcgaaaacgtctatcagcaagaaagaacagtaccactttttgctat
gatttccccctggcatttgaaacagccttggaacagtcgtgggcaatccaacagccggga
tttcgaagaccaaaagataaaaatctgttaaaggtaacagagcttagatttgctgacaaa
gagggtagttggggtactcctcttgttcctgtggagcattctgctggactcaatgatgtt
ggcatggtagcttggtttatggacatgtgtacccctgaattcccatccggaaggacaata
ttagttgtagcaaatgatgtgacattcaaggctggttcttttggccctagagaggatgca
ttcttccgtgcagttactgatcttgcatgtgcaaaaaaactgcctttaatttatttagca
gcaaattctggtgcccgtttaggtgttgccgaggaagtcaaagcctgttttaaagttggt
tggtctgaggagtccaaccctgagcatggttttcagtatgtatatttaacacctgaggat
tttgctcggattggatcatctgtgattgcacacgagctaaagcttgaaagcggtgaaacc
agatggataatagataccattgttgggaaagaggatggcctgggggttgaaaacttgagt
ggtagtggagccattgctggttcctactcaagggcatacaaggaaactttcacattaaca
tatgtgactggtaggactgttggaataggggcttatcttgctaggcttggaatgagatgc
atacagaggcttgatcagcctataattcttactggtttctcagcactaaacaaacttctt
ggtcgggaggtatacagctctcacatgcaacttggtggacctaaaatcatggctactaat
ggagttgtacatcttacagtttcagatgaccttgaaggtgtttctgctattttgaagtgg
cttagctacattccttctcatgtaggtggctcacttcccatcgtaaagccccttgaccct
cctgaaagaccagtggagtacttaccagaaaattcttgtgatcctcgtgctgctatttct
ggaactttggatggtaatggaagatggctcggtggaattttcgacaaggacagcttcgtg
gagacactagaaggatgggcaaggacagtcgttacaggaagggcaaagcttggaggaatc
cctgtggggattgttgctgtagaaacacagacagtgatgcaaataatacctgctgatccg
ggccagcttgattcccatgagagagttgttcctcaggctggccaagtgtggttccctgat
tctgctactaaaacagcccaagcaataatggatttcaacagagaagagctcccacttttc
attctagcaaactggagaggcttctctggtggtcagagggaccttttcgaaggaattctc
caggctggttcgacaattgtggagaaccttagaacatacaagcagcccatttttgtctac
atcccaatgatgggtgaactccgtggtggagcatgggttgtcgttgacagtcggatcaat
tccgaccacattgaaatgtatgccgacagaacagctaaaggaaatgtccttgaaccagaa
gggatgattgagattaagtttagaacaagggaattgttggagtgcatgggtagacttgat
cagaagttgataactctgaaggcaaaacttcaggaggctaaggacaagagggacaccgag
tcctttgaatctctacagcagcagattaaatctcgcgaaaaacagcttttgcctctgtat
acccagatagctaccaaatttgctgaacttcatgatacttccttaagaatggctgctaag
ggggtaataagacaagttctggactggggtaactcgcgcgccgtcttctaccggagactg
tacaggagaattggtgagcagtcacttatcaacaatgtgagagaagctgctggtgaccat
ttgtcacatgtttccgccatggacttagtcaaaaactggtatttgagttccaacattgcc
aaaggtagaaaagatgcttggctggacgatgaagccttcttcagttggaaggaaaatcca
tcgaattatgaggataaactgaaggaattgcgtgcacagaaagtgttgcttcaattgaca
aacattggtgactcggttctagatttgcaagctctgcctcaaggacttgctgctctttta
agcaagttggagccatcgagtcgggtgaagttggcggaagaacttcgaaaagtacttggt
tag

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (10)   
   Pfam (10)   
All databases (48)   

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