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KEGG   Dendrobium catenatum: 110092256
Entry
110092256         CDS       T05027                                 
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
dct  Dendrobium catenatum
Pathway
dct00061  Fatty acid biosynthesis
dct00620  Pyruvate metabolism
dct00640  Propanoate metabolism
dct01100  Metabolic pathways
dct01110  Biosynthesis of secondary metabolites
dct01212  Fatty acid metabolism
Module
dct_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:dct00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    110092256
   00640 Propanoate metabolism
    110092256
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    110092256
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    110092256
Enzymes [BR:dct01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     110092256
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     110092256
  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
     110092256
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 REST_helical PCC_BT
Other DBs
NCBI-GeneID: 110092256
NCBI-ProteinID: XP_020672392
Position
Unknown
AA seq 2263 aa
MADSLHFNGVINGMIPIKHASLSAEVEQFCYALGGKTPIHSILVANNGMAAVKFMRSIRT
WAYESFGSEKTILLVAMATPEDLRINAEHIRIADQFVEVPGGTNNNNYANVQLIVEMAEI
THVSAVWPGWGHASENPELPDALAAKGIIFLGPPAAPMSALGDKIGSSLIAQAAGVPTLP
WSGSHVRISAESCLDSIPDDIYRQACVYTTEEALASCQVVGYPAMIKASWGGGGKGIRKV
HNDEEVKALFKQVQGEVPGSPIFIMKVASQSRHLEVQLLCDQHGNVAALHSRDCSVQRRH
QKIIEEGPITIAPVETVKQLEQAARRLAKCVNYVGAATVEYLFGMETGEYYFLELNPRLQ
VEHPVTEWIAEVNLPAAQVAVGMGIPLWQIPEIRRFYGMDYGGGYDAWKKTSIAATPFDF
DKAESIGPKGHCVAVRVTSEDPDDGFKPTSGKVQELIFKSKPNVWAYFSVKSGGGVHEFS
DSQFGHVFAFGESRALAIANMVLGLKEIQIRGEIHTNVDYTIDLLNSAEYRDNKIHTGWL
DSRISMRVRAERPPWFLSVVGGALYKASASSAAIISDYVGYLVKGQIPPKHISLVNSIVS
LNIEGSKYTVEMVRGGPGTYRLRMNGSEVEAEIHTLRDGGLLMQLDGNSHVIYAEEEAAG
TRLLIDGRTCLLQNEHDPSKLVAETPCKLLRFLVPDGTHLDADTPYAEVEVMKMCMPLLL
PASGVIHFILTEGQAMQAGDLIAKLDLDDPSAVKRAEPFHGNFPKLGPPAAVSDKVHQRC
AASLNAARMILAGYDHNITQVVQDLLNCLDSPELPFLQWQESMSVLATRLPKDLKNELDA
KYKGYETISSYQKNIEFPAKLLRAVLEAHLSSCSEKENVTLERLVEPLMSLVKSHEGGRE
SHARVIVISLFEQYLSVEELFSDTIQADVIERLRLQYKKDLLKIVDIVLSHQGVRSKNKL
ILRLMEALVYPNPAAYRDQLIRFSALNHTTYSELALKASQLLEQTKLSELRTSIARSLSE
LEMFTEEGERVSTPRRKNAINERMEDLVGAPLAVEDALVSLFDHSDPTLQRRVVETYIRR
LYQPYLVKGSIRMQWHRSGLIALWKFSEEHIEKKNGPEDTVPDKPLLEKHCENRWGAMVI
IKSLQFLHAAISAALKESTNTLNSEGDDELISKDVSDKASHGHMLHVALVGINNQMSSLQ
DSGDEDQAQERIHKLAKILKEESVSFDLRDAGIRVISCIIQRDEGRAPMRHSFHWSLEKL
YYDEEPQLRHLEPPLSTFLELDKLKGYKKVQYTPSRDRQWHLFTVLEGNIPIQRMFLRTI
VRQPSTNEGFSLGPALDIETSQAKQSMSFTSICILRSILTALEELELNVHNATTRSEYSH
MYLCVLREQQLYDLVPFSRAFDEASGQEDRVVYSILEELALKVHELVGVRMHRLAVCEWE
VKLFLATDGLAHGAWRIVVTNVTGHTCTVHVYREVEDSKTHEVVYHSASSLSGPLHGVPL
SALYQPLGVIDRRRLSARRNNTTYCYDFPLAFETALRKSWASNLLDNKEGKGRKDLLKVR
ELVFADRRGTWDTPLVHVDRSPGLNDVGMIAWFMEILTPEFPNGRKIIVVANDVTYQAGS
FGPKEDAFFYGVTNLACKMKLPLIYLAANSGARIGAAEEVRSCFRVAWSDDLNPERGFQY
IYLTPEDYFRIQSSVIAHELKLESGETRWVVDSIVGKQDGLGVENLAGSGAIASAYSKAY
KETFTLTFVTGRTVGIGAYLARLGMRCIQRLDHPIILTGFSALNKLLGREVYSSHMQLGG
PKIMATNGVVHLTVPDDIEGISAILKWLSFVPPYVGGPLPISVSLDPPQRPVDYLPENSC
DPRAAISGIKDSSGKWLGGIFDKDSFVETLEGWAKTVVTGRAKLGGIPVGVIAVETQTVM
QVIPADPGQLDSHERVVPQAGQVWFPDSATKTAQALMDFNREELPLFILANWRGFSGGQR
DLFEGILQAGSTIVENLRTYKQPAFVYIPMMAELRGGAWVVVDSKINPEQIEMYAERTAK
GNVLEPEGMIEIKFRPKEIMECMGRLDQELISLKSKLQEAKAGIGGHESVDSLQKSISAR
EKQLLPAYTQIATRFAELHDTSLRMAAKGVVKEVVDWKGSRSFFYKRLNRRVSEWSLIKL
VTAAAGDELSNKSALELIKNWFLASGANWEDDESFFAWKDDPLNYEKHLKDLRAKRLLSQ
LSSLGESSSSDLEALKQGLSALLSKIEPSSRAQLIEEVQKLSG
NT seq 6792 nt   +upstreamnt  +downstreamnt
atggcagattctttgcatttcaatggagttataaatgggatgatcccaattaagcatgca
tccctatcagcagaagttgagcaattctgttatgctcttggtggaaagactcccatacat
agtatattagttgcaaataatggaatggcagctgttaagttcatgcgtagcattagaaca
tgggcttatgaatcctttggatcggagaagacaattctcctggttgctatggcaactcca
gaagacctgagaataaatgccgaacacattaggattgctgatcaatttgttgaagtccct
ggtggaaccaacaacaacaattatgctaatgttcaactaatcgttgagatggcagagata
acacatgtttctgctgtttggcctggttggggtcacgcatctgaaaacccagagcttcca
gatgctctggcagccaagggaatcatatttcttgggcctccggctgcacctatgtcagcc
ttaggtgataagataggatcttcgctgattgctcaagccgccggagtgcctacgctgcca
tggagtggctcacatgtaaggatttcagctgaaagttgtttggattctattcccgatgat
atttatcgtcaagcttgtgtttatacaacagaggaagcattggcgagttgccaagttgtg
ggttacccagctatgatcaaagcatcttggggcggtggcggaaaaggaattagaaaggtt
cataacgacgaagaagttaaagctctattcaagcaagtacagggtgaagttccaggctct
cctatattcattatgaaggtggcatctcagagccgacatttggaagttcagttactgtgt
gatcaacatggtaacgttgctgctcttcatagtagagattgcagtgttcagcgaaggcat
caaaagattattgaggagggtccaatcaccatagcgcctgttgaaaccgtgaagcaactg
gaacaggcagcaaggaggcttgccaagtgcgtgaattatgttggtgctgcaactgttgaa
tatcttttcggcatggaaacaggagaatattattttctagaactcaatcctaggttgcag
gtagagcatcctgtaactgaatggatagctgaggtaaatcttcctgctgctcaagttgca
gttgggatgggaatacctctttggcaaattccagaaattagacgtttctatgggatggat
tacggtggaggatatgatgcctggaagaagacatcaattgctgcaactccatttgatttt
gataaagcagaatctattgggccaaaaggtcattgtgttgctgttcgggtaaccagtgag
gatcctgatgatggcttcaagcccactagcgggaaagtacaggagcttatttttaaaagc
aagcccaatgtttgggcatacttttcagtcaagtctggaggtggcgttcatgaattctct
gattctcaatttggacatgtttttgcatttggagaatctagagccctagcaatagctaat
atggttcttgggctaaaggagatccaaattaggggagaaattcatacaaatgttgattat
acaattgatcttcttaattctgcagagtacagagacaataaaatacacactggttggcta
gacagcaggatttcaatgcgtgttagagctgagaggcctccttggttcctttctgttgtt
ggaggagctctttataaagcatctgcaagcagtgctgccattatctctgattatgttggc
tatcttgtcaaggggcagataccacccaagcacatatcgcttgtgaactccattgtttct
ttgaacattgaaggaagcaaatatacggttgaaatggtgaggggtggacctggaacctac
aggttaaggatgaatggatcagaggtagaagcggaaatccatactttgcgtgatggggga
cttctgatgcagttggatggaaatagtcatgtgatatatgctgaagaagaagcagctggt
actcgccttcttattgatggaagaacttgcttgttacagaatgaacatgatccgtccaag
cttgtggcagagacaccatgcaaactgctccgctttttagtaccagatggtacgcatcta
gatgctgatacaccttatgctgaggttgaggttatgaagatgtgcatgccgttattgttg
cctgcatctggagttattcattttatattgactgaaggccaggccatgcaggcaggagat
cttatagccaagttggatcttgatgacccatcagctgtgaagagagctgaaccatttcat
ggaaacttcccaaagctaggtcctccagctgcagtttctgacaaagttcatcaaagatgt
gctgcaagtttaaatgctgcaagaatgattcttgctggctatgatcataacatcactcag
gttgtgcaagatctactaaactgcctggacagtccggagcttcccttccttcagtggcaa
gagagcatgtcagtattggccactcgtcttccaaaagatctaaaaaatgagttagatgcc
aaatacaaggggtatgagacaatatcaagctatcaaaagaacattgagttccctgccaag
ttactgagggcagttcttgaggctcacctctcatcctgctctgagaaagaaaatgtcaca
ctggagagacttgtggaacctctaatgagtcttgtaaagtcacatgaaggtggaagagag
agccatgctcgtgtaattgtgatttctttatttgaacaatatctctctgttgaggaattg
ttcagtgataccattcaggctgatgtcattgagcgcctccgattacaatataaaaaagat
ctactaaaaattgtggacatagttctttcccatcagggtgtaaggagtaagaataagcta
atattaaggcttatggaggccttggtttatcctaaccctgctgcatatagggatcaactg
attcgtttttctgcccttaatcacaccacttactccgagctggctctgaaagcaagtcaa
ctacttgagcaaacaaaactgagtgaactccgcacgagcattgccagaagcctctcagag
cttgagatgtttactgaagaaggggagcgtgtgtctactccaaggagaaaaaatgccatc
aatgaaagaatggaggatcttgttggtgctccattggctgttgaggatgctcttgtgtct
ctatttgaccacagtgatcctacacttcagaggagagttgttgaaacgtacatccgcagg
ctttaccagccctatcttgtgaagggtagcattcgtatgcagtggcacagatctggtctt
attgctttatggaaattttctgaagagcatatagagaaaaaaaatgggcctgaggataca
gtgcctgacaaacctttgttagagaagcattgtgaaaatagatggggcgccatggtgatc
atcaaatctctacaattcctacatgctgcaatcagcgctgcactgaaggaatcaacaaat
actttgaattctgagggtgatgatgaactgatttcaaaggacgtttcagataaggctagt
catggccacatgctgcatgttgcattggttggtattaacaaccaaatgagttcacttcag
gatagtggtgatgaagatcaagctcaggagaggatacataagcttgcaaaaattttaaaa
gaggaatctgtcagctttgatctcagagatgcagggattagagttattagttgtatcata
cagagggatgaggggcgagctccaatgcgtcattcgttccattggtcattagaaaagctc
tattatgatgaagaacctcaacttcggcacttggagcctcctctctctacctttcttgaa
ttggacaaactcaaaggctacaaaaaggtgcagtatacaccatcccgagatcggcagtgg
catctgttcactgttcttgagggaaatataccaattcaaaggatgtttcttcggacgatt
gttagacaaccaagcacaaacgaggggttttcactaggccctgcacttgatattgagacc
tctcaagcaaagcagtccatgtcctttacatcaatctgtatattaaggtcaatattgaca
gcacttgaggaattagaactgaatgttcataatgcaaccaccagatcagaatattctcac
atgtatctttgcgtgctgagagaacagcagctttatgatcttgtaccattttcaagagct
ttcgatgaggcatctggccaagaggatcgtgtagtgtactcgattttggaagagttggct
ctcaaagttcatgaactggttggtgtgcgtatgcatcgtctagctgtttgtgagtgggaa
gtcaagcttttcctggctactgatggacttgctcatggtgcatggaggattgtagtcacc
aatgttactggtcacacttgcactgttcatgtctaccgagaagtggaggacagcaaaacc
catgaagttgtgtaccattctgcctcttccttgtctggtcctttgcatggtgtgcctctg
agtgctttgtatcagcctttaggtgtcattgatagaaggcgtttatcagcaagaaggaac
aacaccacttactgttatgattttccactggcttttgaaacagcacttcggaagtcttgg
gcttctaatttgttggataacaaggaaggaaaaggacgcaaggacctactcaaggtcagg
gagcttgtatttgctgatagaaggggaacttgggacactccccttgttcatgtggaccgc
tctcctggtcttaatgatgtaggcatgattgcatggttcatggagatactaacaccagag
ttccctaatggaaggaagatcattgttgttgcaaatgatgttacttaccaagccgggtca
tttggtccaaaagaagatgctttcttctatggtgtgaccaacctggcttgcaagatgaag
cttcctttgatttaccttgctgcaaattccggtgctaggattggagcggcagaggaagtc
agatcttgctttcgtgttgcttggtctgatgatctcaatccagaacgtggattccagtat
atttatctcacaccagaagattactttcgtattcaatcatcagtcatagcccatgagttg
aaacttgaaagcggtgagaccagatgggttgtagacagcattgttggaaaacaagatggt
ttaggcgttgagaatcttgctggaagtggcgccattgccagtgcttattcaaaggcatat
aaggaaaccttcactttgacttttgtcaccggacgaacggttggtatcggagcttatttg
gcacggctcggcatgaggtgtatccaacgtcttgaccatccaattattctcactggcttc
tctgctctaaataaacttcttggccgtgaagtctacagctcccatatgcagcttggtggt
ccaaaaataatggcaacaaatggtgttgttcatctgacagtgcctgatgatattgagggt
atttcagcaatcctcaagtggctcagctttgttcctccttatgttggtggacctcttcct
atttctgtatcattggatccaccacagagaccagtggactacctgcctgagaactcctgc
gaccctcgggccgccataagtgggataaaggatagcagtggtaagtggttaggaggcatc
tttgacaaagatagctttgtggagacactagaaggttgggccaagacagtggtcactggg
agagcaaagttgggaggaattcctgttggggttattgcagttgaaacgcagacagttatg
caagtgatccctgctgatcctggccaacttgattcacatgaaagagttgtacctcaagct
gggcaagtctggttccctgattctgccaccaagactgcgcaagcattgatggacttcaac
agggaggagcttccactcttcatccttgcaaattggaggggtttctctggtggtcaaagg
gacctctttgaaggtattctacaggcaggttccaccattgtcgagaacttgaggacgtat
aagcagccggcctttgtttatattcctatgatggcagaacttcgtggtggagcctgggtt
gtggtggatagcaagatcaaccctgaacagatcgagatgtatgccgaaagaactgccaaa
ggaaatgtacttgaacctgaagggatgattgagatcaagttcaggccgaaagagattatg
gagtgtatggggaggctcgatcaagagctcatctcgctgaaatccaagcttcaggaggcc
aaggctggaattggaggccatgagagtgtggattctcttcagaagagcatttcagctcgt
gagaaacagctgctgcctgcttacactcagatagcaacaaggtttgcagagttacacgat
acttccctgcggatggctgcgaagggcgtggtcaaggaggtagtcgattggaagggctct
cgttctttcttctataagagattgaacaggagagtttccgagtggtcgcttataaaattg
gtaactgctgctgcaggggacgaattgtctaataaatctgcacttgagctcatcaagaat
tggtttttggcttctggggctaactgggaggatgatgagtctttctttgcttggaaagat
gatccgctaaactatgaaaaacatctgaaagatctgcgagctaagaggttgttgtctcag
ctctccagccttggagaatcatcttcatctgacttggaagctcttaagcaaggcctttct
gcccttctctctaagattgagccttcaagtcgagcacagttgatagaagaagttcagaag
ttatctggctga

  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 (32)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (71)   

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