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KEGG   Triticum dicoccoides (wild emmer wheat): 119362110
Entry
119362110         CDS       T07278                                 
Name
(RefSeq) acetyl-CoA carboxylase 2-like
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
tdc  Triticum dicoccoides (wild emmer wheat)
Pathway
tdc00061  Fatty acid biosynthesis
tdc00620  Pyruvate metabolism
tdc00640  Propanoate metabolism
tdc01100  Metabolic pathways
tdc01110  Biosynthesis of secondary metabolites
tdc01212  Fatty acid metabolism
Module
tdc_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:tdc00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    119362110
   00640 Propanoate metabolism
    119362110
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    119362110
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    119362110
Enzymes [BR:tdc01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     119362110
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     119362110
  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
     119362110
SSDB
Motif
Pfam: ACC_central Carboxyl_trans CPSase_L_D2 Biotin_carb_N ACCA_BT Biotin_carb_C Biotin_lipoyl ATP-grasp_3 ATP-grasp Dala_Dala_lig_C REST_helical
Other DBs
NCBI-GeneID: 119362110
NCBI-ProteinID: XP_037483203
Position
2B:complement(54272232..54286619)
AA seq 2311 aa
MGSTHLPIVGFNASTTPSLSTIRPVNSAGAAFQPSAPSRTSKKKSRRVQSLRDGGDGGVS
DPNQSIRQGLAGIIDLPKEGTSAPEVDISHGSEEPRGSYQMNGILNEAHNGRHASLSKVV
EFCVALGGKTPIHSVLVANNGMAAAKFMRSVRTWANETFGSEKAIQLIAMATPEDMRINA
EHIRIADQFVEVPGGTNNNNYANVQLIVEIAVRTGVSAVWPGWGHASENPELPDALNANG
IVFLGPPSSSMNALGDKVGSALIAQAAGVPTLPWSGSQVEIPLEVCLDSIPAEMYRKACV
STTEEALASCQMIGYPAMIKASWGGGGKGIRKVNNDDDVRALFKQVQGEVPGSPIFIMRL
ASQSRHLEVQLLCDQYGNVAALHSRDCSVQRRHQKIIEEGPVTVAPRETVKELEQAARRL
AKAVGYVGAATVEYLYSMETGEYYFLELNPRLQVEHPVTEWIAEVNLPAAQVAVGMGIPL
WQVPEIRRFYGMDNGGGYDIWRKTAALATPFNFDEVDSQWPKGHCVAVRITSEDPDDGFK
PTGGKVKEISFKSKPNVWAYFSVKSGGGIHEFADSQFGHVFAYGVSRAAAITNMSLALKE
IQIRGEIHSNVDYTVDLLNASDFKENRIHTGWLDNRIAMRVQAERPPWYISVVGGALYKT
ITSNTDTVSEYVSYLVKGQIPPKHISLVHSTVSLNIEESKYTIETIRSGQGSYRLRMNGS
VIEANVQTLCDGGLLMQLDGNSHVIYAEEEAGGTRLLIDGKTCLLQNDHDPSRLLAETPC
KLLRFLVADGAHVEADVPYAEVEVMKMCMPLLSPAAGVINVLLSEGQPMQAGDLIARLDL
DDPSAVKRAEPFNGSFPEMSLPIAASGQVHKRCATSLNAARMVLAGYDHPINKVVQDLVS
CLDAPELPFLQWEELMSVLATRLPRLLKSELEGKYSEYKLNVGHGKSKDFPSKMLREIIE
ENLAHGSEKEIATNERLVEPIMSLLKSYEGGRESHAHFIVKSLFEDYLSVEELFSDGIQS
DVIERLRQQHSKDLQKVVDIVLSHQGVRNKTKLILTLMEKLVYPNPAAYKDQLTRFSSLN
HKRYYKLALKASELLEQTKLSELRTSIARSLSELEMFTEERTAISEIMGDLVTAPLPVED
ALVSLFDCSDQTLQQRVIETYISRLYQPHLVKDSIQLKYQESGVIALWEFAEAHSEKRLG
AMVIVKSLESVSAAIGAALKDTSRYASSEGNIMHIALLGADNQMHGTEDSGDNDQAQVRI
DKLSATLEQNTVTADLRAAGVKVISCIVQRDGALMPMRHTFLLSDEKLCYEEEPVLRHVE
PPLSALLELGKLKVKGYNEVKYTPSRDRQWNIYTLRNTENPKMLHRVFFRTLVRQPGASN
KFTSGHISDVEVGGAEESLSFTSSSILRSLMTAIEELELHAIRTGHSHMFLCILKEQKLL
DLVPVSGNTVVDIGQDEATACSLLKEMALQIHELVGARMHHLSVCQWEVKLKLDSDGPAS
GTWRVVTTNVTSHTCTVDIYREVEDTESQKLVYHSAPSSSGPLHGVALNTPYQPLSVIDL
KRCSARNNRTTYCYDFPLAFETAVQKSWSNISSDNNRCYVKATELVFAHKNGSWGTPVIP
MERPAGLNDIGMVAWILDMSTPEYPNGRQIVVIANDITFRAGSFGPREDAFFETVTNLAC
ERKLPLIYLAANSGARIGIADEVKSCFRVGWSDDGSPERGFQYIYLTEEDHARISTSVIA
HKMQLDNGEIRWVIDSVVGKEDGLGVENIHGSAAIASAYSRAYEETFTLTFVTGRTVGIG
AYLARLGIRCIQRTDQPIILTGFSALNKLLGREVYSSHMQLGGPKIMATNGVVHLTVSDD
LEGVSNILRWLSYVPANIGGPLPITKSLDPPDRPVAYIPENTCDPRAAISGIDDSQGKWL
GGMFDKDSFVETFEGWAKSVVTGRAKLGGIPVGVIAVETQTMMQLIPADPGQLDSHERSV
PRAGQVWFPDSATKTAQAMLDFNREGLPLFILANWRGFSGGQRDLFEGILQAGSTIVENL
RTYNQPAFVYIPKAAELRGGAWVVIDSKINPDRIEFYAERTAKGNVLEPQGLIEIKFRSE
ELQECMGRLDPELINLKAKLQGVKHENGSLPESESLQKSIEARKKQLLPLYTQIAVRFAE
LHDTSLRMAAKGVIKKVVDWEDSRSFFYKRLRRRISEDVLAKEIRGVSGKQFSHQSAIEL
IQKWYLASKGAETGSTEWDDDDAFVAWRENPENYQEYIKELRAQRVSQLLSDVADSSPDL
EALPQGLSMLLEKMDPSRRAQFVEEVKKVLK
NT seq 6936 nt   +upstreamnt  +downstreamnt
atgggatccacacatttgcccattgtcggctttaatgcctcgacgacaccatcactatcc
actattcgcccggtaaattcagccggtgctgcattccaaccatctgccccttctagaaca
tccaagaagaaaagtcgtcgtgttcagtcattaagggatggaggcgatggaggcgtgtca
gaccctaaccagtctattcgccaaggtcttgccggcatcattgacctcccaaaggagggc
acatcagctccggaagtggatatttcacatgggtccgaagaacccagaggctcctaccaa
atgaatgggatactgaatgaagcacataatgggaggcatgcttcgctgtctaaggttgtc
gaattttgtgtggcattgggcggcaaaacaccaattcacagtgtattagttgcgaacaat
ggaatggcagcagctaagttcatgcgaagtgtccgaacatgggctaatgaaacatttggg
tcagagaaggcaattcagttgatagctatggctactccagaagacatgaggataaatgca
gagcacattagaattgctgatcaatttgttgaagtacccggtggaacaaacaataacaac
tatgcaaatgtccaactcatagtggagatagcagtgagaaccggtgtttctgctgtttgg
cctggttggggccatgcatctgagaatcctgaacttccagatgcactaaatgcaaacgga
attgtttttcttgggccaccatcatcatcaatgaacgcactaggtgacaaggttggttca
gctctcattgctcaagcagcaggggttccgactcttccttggagtggatcacaggtggaa
attccattagaagtttgtttggactcgatacccgcggagatgtataggaaagcttgtgtt
agtactacggaggaagcacttgcgagttgtcagatgattgggtatcccgccatgattaaa
gcatcatggggtggtggtggtaaagggatccgaaaggttaataatgacgatgatgtcaga
gcactgtttaagcaagtgcaaggtgaagttcctggctccccaatatttatcatgagactt
gcatctcagagtcgacatcttgaagttcagttgctttgtgatcaatatggcaatgtagct
gcgcttcacagtcgtgactgcagtgtgcaacggcgacaccaaaagattattgaggaagga
ccagttactgttgctcctcgcgagacagtgaaagagctagagcaagcagcaaggaggctt
gctaaggctgtgggttatgttggtgctgctactgttgaatatctctacagcatggagact
ggtgaatactattttctggaacttaatccacggttgcaggttgagcatccagtcaccgag
tggatagctgaagtaaacttgcctgcagctcaagttgcagttggaatgggtatacccctt
tggcaggttccagagatcagacgtttctatggaatggacaatggaggaggctatgacatt
tggaggaaaacagcagctcttgctactccatttaacttcgatgaagtggattctcaatgg
ccaaagggtcattgtgtagcagttaggataaccagtgaggatccagatgacggattcaag
cctaccggtggaaaagtaaaggagatcagttttaaaagcaagccaaatgtttgggcttat
ttctctgttaagtccggtggaggcattcatgaatttgctgattctcagtttggacatgtt
tttgcatatggagtgtctagagcagcagcaataaccaacatgtctcttgcgctaaaagag
attcaaattcgtggagaaattcattcaaatgttgattacacagttgatctcttgaatgcc
tcagacttcaaagaaaacaggattcatactggctggctggataacagaatagcaatgcga
gtccaagctgagagacctccctggtatatttcagtggttggaggagctctatataaaaca
ataacaagcaacacagacactgtttctgaatatgttagctatctcgtcaagggtcagatt
ccaccaaagcatatatcccttgtccattcaactgtttctttgaatatagaggaaagcaaa
tatacaattgaaactataaggagcggacagggtagctacagattgcgaatgaatggatca
gttattgaagcaaatgtccaaacattatgtgatggtggacttttaatgcagttggatgga
aacagccatgtaatttatgctgaagaagaggccggtggtacacggcttctaattgatgga
aagacatgcttgttacagaatgatcacgatccttcaaggttattagccgagacaccctgc
aaacttcttcgtttcttggttgccgatggtgctcatgttgaagctgatgtaccatatgcg
gaagttgaggttatgaagatgtgcatgcccctcttgtcacctgctgctggtgtcattaat
gttttgttgtctgagggccagcctatgcaggctggtgatcttatagcaagacttgatctt
gatgacccttctgctgtgaagagagctgagccatttaacggatctttcccagaaatgagc
cttcctattgctgcttctggccaagttcacaaaagatgtgccacaagcttgaatgctgct
cggatggtccttgcaggatatgatcacccgatcaacaaagttgtacaagatctggtatcc
tgtctagatgctcctgagcttcctttcctacaatgggaagagcttatgtctgttttagca
accagacttccaaggcttcttaagagcgagttggagggtaaatacagtgaatataagtta
aatgttggccatgggaagagcaaggatttcccttccaagatgctaagagagataatcgag
gaaaatcttgcacatggttctgagaaggaaattgctacaaatgagaggcttgttgagcct
attatgagcctactgaagtcatatgagggtggcagagaaagccatgcacactttattgtg
aagtcccttttcgaggactatctctcggttgaggaactattcagtgatggcattcagtct
gatgtgattgaacgcctgcgccaacaacatagtaaagatctccagaaggttgtagacatt
gtgttgtctcaccagggtgtgagaaacaaaactaagctgatactaacactcatggagaaa
ctggtctatccaaaccctgctgcctacaaggatcagttgactcgcttttcttccctcaat
cacaaaagatattataagttggcccttaaagctagcgagcttcttgaacaaaccaagctt
agtgagctccgcacaagcattgcaaggagcctttcagaacttgagatgtttactgaagaa
aggacggccattagtgagatcatgggagatttagtgactgccccactgccagttgaagat
gcactggtttctttgtttgattgtagtgatcaaactcttcagcagagggtgatcgagacg
tacatatctcgattataccagcctcatcttgtcaaggatagtatccagctgaaatatcag
gaatctggtgttattgctttatgggaattcgctgaagcgcattcagagaagagattgggt
gctatggttattgtgaagtcgttagaatctgtatcagcagcaattggagctgcactaaag
gatacatcacgctatgcaagctctgagggtaacataatgcatattgctttattgggtgct
gataatcaaatgcatggaactgaagacagtggtgataacgatcaagctcaagtcaggata
gacaaactttctgcgacactggaacaaaatactgtcacagctgatctccgtgctgctggt
gtgaaggttattagttgcattgttcaaagggatggagcactcatgcctatgcgccatacc
ttcctcttgtcggatgaaaagctttgttatgaggaagagccggttctccggcatgtggag
cctcctctttctgctcttcttgagttgggtaagttgaaagtgaaaggatacaatgaggtg
aagtatacaccgtcacgtgatcgtcagtggaacatatacacacttagaaatacagaaaac
cccaaaatgttgcacagggtgtttttccgaactcttgtcaggcaacccggtgcttccaac
aaattcacatcaggccacatcagtgatgttgaagtgggaggagctgaggaatctctttca
tttacatcgagcagcatattaagatcgctgatgactgctatagaagagttggagcttcac
gcgattcggacaggtcactctcatatgtttttgtgcatattgaaagagcaaaagcttctt
gatcttgttcctgtttcagggaacacagttgtggatattggccaagatgaagctactgca
tgctcgcttctgaaagaaatggctctacagatacatgaacttgtgggtgcaaggatgcat
catctttctgtatgccaatgggaggtgaaacttaagttggacagcgatgggcctgcgagt
ggtacctggagagttgtaacaaccaatgttactagtcacacctgcactgtggatatctac
cgtgaggttgaagatacagaatcacagaaactagtataccactctgctccatcgtcatct
ggtcctttgcatggcgttgcactgaatactccatatcagcctttgagtgttattgatctg
aaacgttgctccgctagaaacaacagaactacatactgctatgattttccgttggcattt
gaaactgcagtgcagaagtcatggtctaacatttctagtgacaataaccgatgttatgtt
aaagcaacggagctggtgtttgctcacaagaatgggtcatggggcactcctgtaattcct
atggagcgtcctgctgggctcaatgacattggtatggtagcttggatcttggacatgtcc
actcctgaatatcccaatggcaggcagattgttgtcatcgcaaatgatattacttttaga
gctggatcgtttggtccaagggaagatgcattttttgaaactgttaccaacctagcttgt
gagaggaagcttcctctcatctacttggcagcaaactctggtgctcggatcggcatagca
gatgaagtaaaatcttgcttccgtgttggatggtctgatgatggcagccctgaacgtggg
tttcagtacatttatctgactgaagaagaccatgctcgtattagcacttctgttatagcg
cacaagatgcagcttgataatggtgaaattaggtgggttatcgattctgttgtggggaag
gaggatgggctaggtgtggagaacatacatggaagtgctgctattgccagtgcctattct
agggcctatgaggagacatttacgcttacatttgtgactggacggactgttggaatagga
gcatatcttgctcgacttggcatacggtgcatacagcgtactgaccagcccattatccta
actgggttctctgccttgaacaagcttcttggccgggaagtttacagctcccacatgcag
ttgggtggccccaaaattatggcgacaaacggtgttgtccatctgacagtttcagatgac
cttgaaggtgtatctaatatattgaggtggctcagctatgttcctgccaacattggtgga
cctcttcctattacaaaatctttggacccacctgacagacccgttgcttacatccctgag
aatacatgcgatcctcgtgctgccatcagtggcattgatgatagccaagggaaatggttg
gggggcatgttcgacaaagacagttttgtggagacatttgaaggatgggcgaagtcagtt
gttactggcagagcgaaactcggagggattccggtgggtgttatagctgtggagacacag
actatgatgcagctcatccctgctgatccaggccagcttgattcccatgagcggtctgtt
cctcgtgctggtcaagtctggtttccagattcagctactaagacagcgcaggcaatgctg
gacttcaaccgtgaaggattacctctgttcatccttgctaactggagaggcttctctggt
ggacaaagagatctttttgaaggaatccttcaggctgggtcaacaattgttgagaacctt
aggacatacaatcagcctgcctttgtatatatccccaaggctgcagagctacgtggaggg
gcttgggtcgtgattgatagcaagataaatccagatcgcattgagttctatgctgagagg
actgcaaagggcaatgttctcgaacctcaagggttgatcgagatcaagttcaggtcagag
gaactccaagagtgcatgggtaggcttgatccagaattgataaatctgaaggcaaagctc
cagggagtaaagcatgaaaatggaagtctacctgagtcagaatcccttcagaagagcata
gaagcccggaagaaacagttgttgcctttgtatactcaaattgcggtacggtttgctgaa
ttgcatgacacttcccttagaatggctgctaagggtgtgattaagaaggttgtagactgg
gaagattccaggtcgttcttctacaagagattacggaggaggatatccgaggatgttctt
gcgaaggaaattagaggtgtaagtggcaagcagttttctcaccaatcggcaatcgagctg
atccagaaatggtacttggcctctaagggagctgaaacaggaagcactgaatgggatgat
gacgatgcttttgttgcctggagggaaaaccctgaaaactaccaggagtatatcaaagaa
ctcagggctcaaagggtatctcagttgctctcagatgttgcagactccagtccagatcta
gaagccttgccacagggtctttctatgctactagagaagatggatccctcaaggagagca
cagtttgttgaggaagtcaagaaagtccttaaatga

  All links  
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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (41)   

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