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KEGG   Plasmodium yoelii: PY17X_1337500
Entry
PY17X_1337500     CDS       T01035                                 
Name
(RefSeq) acetyl-CoA carboxylase, putative
  KO
K11262  acetyl-CoA carboxylase / biotin carboxylase 1 [EC:6.4.1.2 6.3.4.14 2.1.3.15]
Organism
pyo  Plasmodium yoelii
Pathway
pyo00061  Fatty acid biosynthesis
pyo00620  Pyruvate metabolism
pyo00640  Propanoate metabolism
pyo01100  Metabolic pathways
pyo01110  Biosynthesis of secondary metabolites
pyo01212  Fatty acid metabolism
Module
pyo_M00082  Fatty acid biosynthesis, initiation
Brite
KEGG Orthology (KO) [BR:pyo00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00620 Pyruvate metabolism
    PY17X_1337500
   00640 Propanoate metabolism
    PY17X_1337500
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    PY17X_1337500
  09110 Biosynthesis of other secondary metabolites
   00254 Aflatoxin biosynthesis
    PY17X_1337500
Enzymes [BR:pyo01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.3  Carboxy- and carbamoyltransferases
    2.1.3.15  acetyl-CoA carboxytransferase
     PY17X_1337500
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.14  biotin carboxylase
     PY17X_1337500
  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
     PY17X_1337500
SSDB
Motif
Pfam: Carboxyl_trans CPSase_L_D2 Biotin_carb_N Biotin_carb_C Biotin_lipoyl Dala_Dala_lig_C ATP-grasp ACCA_BT
Other DBs
NCBI-GeneID: 3806789
NCBI-ProteinID: XP_022813631
UniProt: A0A077Y9X3
Position
13:join(1707853..1716366,1716601..1716818,1716994..1717246)
AA seq 2994 aa
MISIFLSILLFVLIFENPTKSIKIRNTYYMHMYNNVNINNFAEKETRGQYPNRKGTNDVL
SENYRNKFMPLFVSKGTNILNSILKNKTFRYIYNDPERNTKKNSKNNSKNLAFLYTLHKH
SNTLSRISKSKSFQGDDIEKLENNNDEDNDSTNNISSRSNSNDIDKTYSFDHIGNNLNED
PEKKIFSFTSNRKDAQSGFRDDSNSSYITKDNLKKKSDSVNNREKKVLENLIDNFSNLNW
SNNIIDDANLNQPQYSKEFGSYIKSENDKSLHYYSDGILDHLYSYKKFSTKNKKKKNLNK
LFYSFKPLENVHTIKKGTITAQPIQNNAEIGTPLSHSDKNGISMSNINKRQIKFGDKRIY
MKKGDTCERDENEHIDDTEFLTYEETNNIKKKAYKDYINYINERRYPYINYLKMKNEKII
KKLLIANNGMAALKCILSLKEWLFKTFNDENLIQIIVLATEDDIKSNSKYISLSDKVIKV
PPGKNSYNYANVSLIVDIAKKENVDAVWPGWGHCSENPLLSSMLEKENIIFVGPTDNVME
ALGDKISANILAQSVNVPVVKWSGDNLKIKDFENNSISQDIYNKSTIHSLEECIRECKRI
GYPVMIKASQGGGGKGIRKVENENEIKKYYEQVQNELPNSPIFLMKVCSNVRHIEIQVVG
DMYGNVCSLSGRDCTTQRRFQKIFEEGPPSIVPPHTFREMEKASIRLTKMIKYRGAGTIE
YLYDQVNNKYYFLELNTRLQVEHPVSEGITDTNIVAIQLQVAMGIPLQNIDDIKKLYKIE
EKTKKNTSSSSVSIVNDKLKLPISEKDNNKTVKTNLSEQLGMFDFYNNMPHTKNHVIAAR
ITAENSNDSFKPTSGLVKNVNFQNSKDVWGYFSINNGFVHEFSDSQIGHIFAKGETREIA
RKNLILALRKLSIDGEIKTVTKYLAKILESKAFIDNNITTNWLDVVIERKKNIYYNAFHI
IILCAAIFKLLIYFMKEMENTEDSLNREDIAIKSENNINDISLNGKMKRAHIFDIIFQNV
KYKFKGYNTGEDLYKLNINDQEIEILAKYDKENNKIFASFHNQTYIYTCIEDSLGTHMNL
GKDNVFIPVITNPYHLISNTNGKIVKYLIKDGEKINKFDDYIEVEAMKMIMTFKSTETGI
LKHKMSEGAMIKIGDLLGVIEKEKDNQNYQNDDNNNKIIDFIGHLNLSNKNAYELNGTFV
PDLAEESHNNEVCCKNIEKEKMENLRKIEDPKNNKIYPTKHTNRNSQVNTTNESVSVQDI
KTENMKKDESQFCTEDKQIQNNQVNRRNKLFLKKNNGKNNKNNMFRLFSQKNDNDSKIID
SNIESNSRDDTLSYDKINKKNTNNESLKATKKEPKDATNMLETTKETSIGSKNYLNEKLN
SVKKYLTNLNLSITNTINKMSTTPNEELINDISENNLSTTNTMHNDSIVNSGSNDSLVSQ
RTNNISEEKIDNNKKLISYDNYKNQSYKDKIVSSEIDFPVNNTKDKKLDKMKIISDTEMS
RSNDDNSQSSRNRTNTNYNEKIELNFDNKKDKENEFFLELSNMKRIEYLLKGYEQDYEKC
FEDFLKDKNNFDKNLNYILDKFIEYNHLFSKKEIISEVEIYYILYKSISDKKKQYEIIHA
YTYNYLSIKLLEKILNNLINSKQTNLSLQILNKIKILKEFKGKIFGSIILLSRYIIYLYE
QNEKIHYLESSFQYNKNMEDMKKQSLQNYIRFLTKSSNMDNYKIDQILNNTNYEEKIKLF
LKSPSDIHYSLPFLFKTENVNYQEMFNTYLHNLYKYSTIKAKPHSPNCLVFSINNHEYNN
VMLNLNEDITIEQFKSMLDDILYEMKSDKINTFHIINKNETFFNSLQNYLDNAFKKVNTL
YIYNYFGNKYGEIHKINMNAYKEREKIQDNLEKSPIETNKNDSTINNKIYLLPFEEEILT
SENIASNFELKNVGQEVFNKTKILLGTYKQNNKYTSLFAQRIIDINDLQKQVDSDNIKVY
DEQENVGMTKNGKNNILLSKNIENGQMNNQIYDIFMSELKESIEDISIYRLNPSIRDIKI
SSNIIYHIVLPNNSNIEDQINGIKEIYKNFLNKYNELFIENYVNNVYIKVYKEIEEEKNN
ETKLELNQLLKLHVLFDNEKEVIEKVDKINPVIIDALYLKRKRARDVDTIYAYDFVKLIN
IALNRINNTLNDNFNYINSVKEFKIDYSRENSEEINDTVSVGKKEKSQPNKNDKQSKWLF
ENFDNLSSDEIRIKKSLYLSNSLEIGQNKMSVIGLLMNVKTDEYKEGRDIAFIINDITTN
GGAFSVLEDELFYGVSCYAREKKIPRICISCNSGAKIGLYNYLMDKIKVCWNDENKKELG
YKYIYITEEVKETIPKKDIIYLREIYENGEKRYIIDAIVGNLNNHIGVENLRGSGLIAGE
TSKAYDEIFTLSYVTGRSVGIGAYLVRLGKRTIQKKGSSLLLTGFNALNKILGEKVYISN
EQLGGVNIMMKNGISQLEAENDQDGVNKIFKWLSYVPKTSDNYFDVLGESTKSFHNKLQE
DNKCDITKSRNLNNSIDSDQQSNNYPNGYINDQDIQEYAKKNSLHSSSDSTTVEPESIKE
CDTSLIHINGNNGDEESGNEISDTISDNWNKINDVDMDNVNEADIIELLKGSDKKQGFLD
KNSYFEYMNEWGKGIITGRGKLGSIPIGFIAVNKNLVTQTVPCDPALKTKAIKTTNAPCV
FVPDNSYKTAQSIEDFNKENLPLFVFANWRGFSGGTMDMFNSILKFGSMIVNQLVNYKHP
VFVYIPILGELRGGSWVVVDETLNSQIIEMYADTNSKGGILEPPGLVEVKFKFAEIKKLM
NNSDPYIIELNQKLATLQNEEEILSVKKEIEKKEKEMLPFYLQVCHKYADLHDVSSCMKE
KGVIRKIVPWEKSRSFFYYRLLRRLILHTLNKKFGDSYTNCDEIKDIINDLKNSEDDDQV
VCKRVLNGNVLKNINKIKDEILHKKTLDGIFKEFQNLSKTQKIELYKKISSYEF
NT seq 8985 nt   +upstreamnt  +downstreamnt
atgattagtatctttttatcaatattactatttgttctcatatttgaaaatccaacaaaa
tctataaaaattagaaacacttattatatgcacatgtataataatgttaatatcaataat
tttgcagaaaaagaaacgagaggccaatatccaaatagaaaagggacaaatgatgtttta
tctgaaaattatcgaaataagtttatgcctttatttgtgtctaaaggaacaaatatatta
aattccattttaaaaaataaaacgtttagatatatatataatgatccagaaagaaataca
aaaaaaaattcaaagaataattctaagaatttggcatttctttacacccttcataaacat
tcgaatacattaagtagaatttcaaaaagcaagagcttccagggagatgatatagaaaaa
ttggaaaataataatgatgaagataacgacagcacaaacaatataagtagtagaagtaat
agcaatgatattgataaaacgtattcatttgaccatataggaaataatttaaatgaagat
cccgagaaaaaaattttcagctttacatcaaatagaaaagatgctcaaagtggctttagg
gatgattccaattccagctacataactaaggacaatttaaagaaaaaaagcgatagtgta
aataatagagaaaaaaaagttttagaaaatttgatagacaatttttcaaatttaaactgg
tctaataatataattgatgatgcaaatttaaatcaaccacaatattcaaaagaatttggc
tcttatataaaatcggaaaacgataaatcattacactactattcagatggtatactagac
catctttattcgtataaaaaatttagtacaaaaaataagaaaaaaaaaaatttgaataaa
ttattttacagctttaagccattggaaaatgttcatacgataaaaaaaggaactataact
gcgcagcctattcaaaataatgcggaaatagggacacctttatcccacagtgacaaaaat
ggaatatctatgagcaatataaacaaaagacaaataaaattcggagataaacgaatatac
atgaaaaaaggggatacttgtgaaagagatgaaaatgaacatattgatgataccgaattt
ttaacatacgaagaaacaaataatataaaaaaaaaagcatataaagattatattaattat
ataaatgaaagacgatatccatatataaattatttaaaaatgaaaaatgaaaaaataata
aaaaaattattaattgctaataatggtatggctgcattaaaatgtatattgtcattaaaa
gaatggttatttaaaacatttaatgatgaaaatttgatacaaataatagtgttagctact
gaagatgatataaaaagtaattccaaatacatatctttatcagataaagttattaaagtt
ccaccgggaaaaaacagttataattatgcaaatgtttctttaattgttgacattgcaaaa
aaagaaaatgttgatgcagtttggccaggttggggacattgctcagaaaatccattattg
tcatctatgctagaaaaggaaaatataatttttgttggaccgactgataatgttatggaa
gcattaggtgataaaatatcagccaacattttagctcaaagtgttaatgtacctgttgtt
aaatggagtggcgataatttaaaaattaaagattttgaaaataattcaattagtcaagat
atatataataaatctactattcattcgttagaagaatgtatcagagaatgcaaaaggatt
ggctatcctgttatgataaaagcgtcacaaggtggtggtggtaaaggtattcgaaaggta
gaaaacgaaaatgaaataaaaaaatattatgaacaagttcaaaatgaattaccaaattca
ccaatatttttaatgaaagtatgtagcaatgttagacatattgaaatacaagttgttggt
gatatgtatggaaatgtttgttcattaagtggtagagattgtactacacaaagacgattt
caaaaaatatttgaagagggaccaccttctattgttcctccacatacttttagagaaatg
gaaaaagcatctatacgtttaacaaaaatgatcaaatatagaggtgcaggaaccattgaa
tatttatatgatcaagttaataacaaatattattttttagaattaaatacccgtttacaa
gtagagcatcctgtttcagaaggaataacagataccaatattgtcgctattcaacttcaa
gttgctatgggcatacctcttcaaaatatagatgatataaaaaaattatataaaatagaa
gagaaaacaaaaaaaaacacatcgtcaagcagtgttagtattgtaaatgataagttaaaa
cttccaataagcgaaaaagataataataaaacagtgaaaactaatttgagtgaacaactt
ggcatgtttgatttttacaacaacatgccccacactaaaaatcatgttattgctgctcga
ataacagccgaaaacagtaatgatagttttaaaccaacgtcaggcttagtaaaaaatgtt
aattttcaaaattcgaaagatgtatggggttatttctctatcaataatgggtttgttcat
gaattttcagattcacaaattggccatatatttgcaaaaggggaaacaagagaaattgct
agaaaaaatttaattctagcgttaaggaaattaagcatagatggagaaattaagacagtt
acaaaatatttagcaaaaatattagaatctaaagcatttatagataacaatataacaaca
aattggttagatgttgtaatagaacgaaaaaaaaacatttattataatgcttttcatata
attattttgtgtgctgccatatttaaactgttgatttattttatgaaagaaatggaaaat
acggaagatagcctaaatagggaagacattgctataaaatcagaaaataatatcaatgac
ataagtttaaatggaaaaatgaaaagagcacacatttttgatataatttttcaaaatgta
aaatataagtttaaaggatataatactggtgaagatttatacaaattgaatataaatgat
caagaaatagaaatattagcaaaatatgataaagaaaataataaaatatttgcatcattc
cataatcaaacatatatatatacatgtatagaagattccttaggaacacatatgaattta
gggaaagataatgtatttattcctgttattactaatccatatcatttaatatcaaataca
aatggaaaaattgtaaaatatttaataaaagatggtgaaaaaattaacaaatttgatgat
tacatagaagtagaagcgatgaaaatgattatgacttttaaatctactgaaactggtata
ttaaagcataagatgtcagaaggtgctatgataaaaattggtgatttattaggagttata
gaaaaggaaaaggataatcaaaattaccaaaatgatgataataataacaaaattattgat
tttattgggcatctaaatttgtcaaacaaaaatgcatatgaattaaacggaacatttgtt
ccagacttagcagaagagtcacataataacgaagtatgctgtaaaaacattgaaaaagaa
aaaatggaaaacctcagaaaaattgaagatccgaaaaataataaaatttatcccacaaaa
cacaccaatagaaattcacaggttaatacaacaaatgaatcagtgtctgttcaagatata
aaaacggaaaatatgaaaaaagatgaaagccaattttgcacagaagataaacaaatacaa
aataaccaagtaaatagacggaataaattgtttttgaaaaaaaataatggaaaaaataac
aaaaataatatgtttcgtttattttcccagaaaaatgataatgacagtaaaataatagat
tcgaatatagaaagtaactccagagatgatactttaagttatgataagataaataaaaaa
aatactaacaatgaatcattaaaagccaccaaaaaagaaccaaaagatgctacaaatatg
ctcgaaacaactaaagaaacgtctataggatcaaaaaattatttaaatgaaaaattaaat
tctgttaaaaaatatttaacgaatttaaatttatcgataacaaataccataaataaaatg
agtacaacacctaatgaagaattaataaatgatatttctgaaaataatttatctactaca
aatacaatgcataatgattcaatcgttaattctggtagcaatgattcacttgttagtcaa
agaacgaataatatatcagaagaaaagatagataataataaaaaattgatatcttatgac
aattataagaatcaatcatataaagacaaaatagtttctagtgaaattgattttccggta
aataataccaaagataaaaaattggataaaatgaaaataattagtgacaccgaaatgagc
agaagcaatgatgacaattcacaaagtagtagaaatagaaccaatacaaattacaatgaa
aagattgaattaaattttgataacaagaaagataaagaaaatgaatttttccttgaatta
tcaaacatgaaaagaattgaatatttattaaaaggatatgaacaagactatgaaaaatgc
tttgaagatttcttaaaagacaaaaataattttgataaaaatctaaattatatattagat
aaatttatagaatataatcatttattttctaaaaaggaaattattagcgaagtagaaatt
tattatattttatataaaagcattagtgataagaaaaaacaatatgaaattatacatgca
tatacatacaactatttaagtataaaacttctagaaaaaatattaaacaatttaataaat
agtaaacaaactaatttgtctttgcaaattttaaataaaataaaaatattaaaagaattc
aaaggaaagatttttggatctataattttgctatcaagatacattatatacttatatgaa
cagaatgaaaaaattcattatttagaatcttcttttcaatataataaaaatatggaagat
atgaagaagcaaagtttacaaaattatatccgttttcttactaagtcgagcaatatggat
aattataaaatagatcaaatcttaaataatacaaattatgaagaaaagataaaattattt
ttaaaatcaccatctgatatccattattctttaccatttttatttaaaactgaaaatgtt
aattatcaagaaatgttcaatacatatttacataatttatacaaatattctactataaaa
gctaagccacattcacctaattgtttagtattttctataaataatcatgaatataacaac
gtcatgttaaatttaaatgaagacatcactattgaacaatttaaaagtatgctggatgat
atattatatgaaatgaaatctgacaagataaatacattccatataataaataaaaatgaa
accttctttaattcactgcaaaactatttagataatgctttcaaaaaagttaatacttta
tatatatataactattttggaaataaatatggagaaattcataaaattaatatgaacgca
tataaagaacgagaaaaaatacaagacaacctcgaaaaaagtccaatagaaactaataaa
aatgattctactataaataataaaatatatctccttccttttgaagaagaaattcttact
tcagagaatattgcatcaaattttgaattaaaaaatgtaggacaggaagtatttaataag
actaaaatattactaggaacatacaaacaaaacaataaatacacttcgttatttgctcaa
agaataattgatataaatgatttacaaaaacaagttgattcagacaatataaaggtatat
gatgaacaagagaatgttggaatgaccaaaaatggaaaaaataatatactattgtcaaaa
aatatagaaaatggtcaaatgaacaatcaaatttatgatatatttatgtctgaattaaaa
gaatctatagaagatataagcatttatagattaaacccatcaattcgggatattaaaatt
agtagcaatataatatatcatatagtattacctaataactcaaatatagaagatcaaata
aatggaattaaagaaatttataaaaatttcctcaataaatataatgaacttttcatagaa
aactatgttaataatgtatatattaaagtatataaagaaattgaagaagaaaaaaataat
gaaacaaaattagagcttaaccaattgttgaaattgcatgttctttttgataatgaaaaa
gaggttattgaaaaagtggataaaataaatccagttattatcgatgcattgtacttaaaa
cgaaagagagcaagggatgtagatactatatatgcttatgattttgttaagcttataaac
atagcattaaataggataaataatactttgaatgataattttaattatattaatagtgtg
aaagaattcaagatagattatagtagggaaaactccgaagaaataaatgatacagtaagt
gtgggaaagaaagaaaaatctcaacctaacaaaaatgataaacaatctaaatggcttttt
gaaaattttgacaatttaagtagtgatgaaattcgaataaaaaaatcactttatttatca
aactctttggaaataggacaaaataaaatgagcgtaatcggattgttaatgaatgtaaag
acagatgaatataaagaaggaagagatattgcttttataataaatgatattacaacaaat
ggaggtgcatttagtgttttagaagacgaactattttatggagtatcatgttatgcgaga
gaaaaaaaaataccacgtatatgtatatcttgcaattccggagcaaaaattggattatat
aattatcttatggataaaattaaagtatgctggaatgatgaaaacaaaaaagaacttgga
tataaatatatatatataacagaagaagtaaaagaaacaattcctaaaaaagatattatt
tatttaagagaaatttatgaaaatggagaaaaaagatatataattgatgctatagtagga
aatttaaataatcatataggagtagaaaatttaagaggtagtggattaatagcaggagaa
acctcaaaggcttatgatgagatttttactctttcatatgtcactggaagaagtgttgga
attggtgcttatttagttagattaggtaaacgaactattcaaaaaaaaggatcgtctctt
ttactaactggttttaatgctttaaataaaatattaggtgaaaaggtatatataagtaat
gaacaattaggaggtgtaaatattatgatgaaaaatggaatatctcaattagaagctgaa
aatgaccaggatggagtaaataaaattttcaaatggttatcatatgttcctaaaactagt
gacaattattttgatgttcttggggaatcaacaaaatcatttcacaataaattacaagaa
gataacaaatgtgatattaccaaatctagaaacttaaacaattcaattgattctgaccaa
caatccaataattatccaaatggatacattaatgatcaagacatacaagagtatgcaaaa
aagaacagtttgcacagcagttcagatagtactactgttgaaccagaaagtatcaaagaa
tgtgatacttcacttatacacatcaatggaaataatggtgatgaagaatcagggaacgaa
attagtgatacgatttcagataactggaacaaaataaatgatgtagatatggacaatgta
aatgaagcagatattatcgaattactaaaagggtcagataaaaaacaaggatttttagac
aaaaatagttactttgaatatatgaatgaatggggaaaaggtattataactggaagagga
aaattaggatcaataccaattggttttattgctgtaaataaaaatttagttacccaaact
gttccatgtgatccagcattgaaaactaaggctataaaaacaacaaatgccccatgtgtt
tttgtgcctgataattcgtacaaaactgcccaatctattgaagattttaataaagaaaat
ttacctttatttgtctttgcaaattggagaggtttttcaggaggtactatggatatgttt
aacagtatcttaaaatttggatcaatgatagttaatcaattagttaattataagcatccc
gtttttgtatacatacctattttgggagaacttagaggtgggtcttgggtagtagtagat
gaaacattgaacagccaaataatagaaatgtatgcagatactaatagtaaaggtggaata
ttagaacctccaggattagtagaagtcaaatttaagttcgcagaaattaagaaattaatg
aataacagtgatccatatataatagaactaaatcagaaactcgcgactcttcagaatgaa
gaagaaattttaagtgtaaaaaaggaaatagaaaagaaggaaaaggaaatgcttccattt
tatttacaagtgtgtcataaatatgcagatctacatgatgtatcatcatgtatgaaggag
aaaggtgttattagaaaaattgttccatgggaaaaatctagatcctttttctattatcgc
ttattaaggagattgatattacatacattaaacaaaaaatttggagattcttataccaat
tgtgatgaaattaaggatatcatcaatgaccttaaaaattctgaagatgatgaccaagtt
gtatgcaaaagagttttaaatggaaatgttttaaaaaatataaacaagataaaagatgaa
attttacataaaaaaactttagatggtattttcaaagaatttcaaaatttatcaaaaaca
caaaaaatagaactttataaaaaaattagttcttatgaattttaa

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (13)   

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