KEGG   Candida dubliniensis: CD36_84800
Entry
CD36_84800        CDS       T01140                                 
Name
(RefSeq) fatty acid synthase subunit alpha [includes: acyl carrier; 3-oxoacyl-[acyl-carrier-protein] reductase (beta-ketoacyl reductase); 3-oxoacyl-[acyl-carrier-protein] synthase (beta-ketoacyl synthase)], putative
  KO
K00667  fatty acid synthase subunit alpha, fungi type [EC:2.3.1.86]
Organism
cdu  Candida dubliniensis
Pathway
cdu00061  Fatty acid biosynthesis
cdu01100  Metabolic pathways
cdu01212  Fatty acid metabolism
Module
cdu_M00082  Fatty acid biosynthesis, initiation
cdu_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:cdu00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    CD36_84800
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:cdu01004]
    CD36_84800
Enzymes [BR:cdu01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.86  fatty-acyl-CoA synthase system
     CD36_84800
Lipid biosynthesis proteins [BR:cdu01004]
 Fatty acid synthase
  Yeast type
   CD36_84800
SSDB
Motif
Pfam: Fas_alpha_ACP FAS_I_H ketoacyl-synt ACPS Ketoacyl-synt_C adh_short KR DNA_ligase_A_N F420_oxidored
Other DBs
NCBI-GeneID: 8047215
NCBI-ProteinID: XP_002419391
UniProt: B9WE74
Position
3:complement(1078760..1084423)
AA seq 1887 aa
MKPEIEQELSHTLLTELLAYQFASPVRWIETQDVFLKQHNTERIIEIGPSPTLSGMANRT
IKAKYESYDAALSLQRQVLCYSKDAKEIYYKPDPADLAPKETPKKEENATPAPAAAAAAA
TAAAPTPAAAPTPAPVSAGPVESIPDEPVKASLLIHVLVAQKLKKPLDAVPMTKAIKDLV
NGKSTVQNEILGDLGKEFGSTPEKPEDTPLEELAEQFQDSFSGQLGKTSTSLISRLMSSK
MPGGFSITTARKYLESRFGLGAGRQDSVLLMALTNEPANRLAAEADAKAFFDGIAQKYAS
SAGISLSSGSASGAGAANGGGAVVDSAALDALTAENKKLAKQQLEVLARYLQVDLNKGAK
SFIKEKEASAVLQKELDLWEAEHGEFYAKGIQPTFSALKSRTYDSYWNWARQDVLSMYFD
IIFGKLTSVDRETINQCIQIMNRANPTLIKFMQYHIDHCPEYKGETYKLAKRLGQQLIDN
CKQVLSEDPVYKDVSRITGPKTKVSAKGNIEYEETQKDSVRKFEQYVYEMAQGGAMTKVS
QPTIQEDLARVYKAISKQASKDSKLELQRVYEDLLKVVESSKEIETEQLTKDILQAATVP
TTPTEEVEDPCTPSSDDEIASLPDKTSIIQPVSSTIPSQTIPFLHIQKKTKDGWEYNKKL
SSLYLDGLESAAINGLTFRDKYVLVTGAGAGSIGAEILQGLISGGAKVVVTTSRFSKKVT
EYYQNMYARYGAAGSTLIVVPFNQGSKQDVDALVQYIYDEPKKGGLGWDLDAIIPFAAIP
ENGNGLDNIDSKSEFAHRIMLTNLLRLLGAVKSRKATDTRPAQCILPLSPNHGTFGFDGL
YSESKISLETLFNRWYSEDWGSKLTICGAVIGWTRGTGLMSANNIIAEGIEKLGVRTFSQ
KEMAFNILGLLTPEIVQLCQEEPVMADLNGGLQFIENLKDFTSKLRTDLLETADIRRAVS
IESAIEQKVVNGDNVDANYSKVMVEPRANLKFDFPTLKSYDEIKQIAPELEGMLDLENVV
VVTGFAEVGPWGNSRTRWEMEAYGEFSLEGAIEMAWIMGFIKYHNGNLKGKPYSGWVDAK
TQTPIDEKDIKSKYEEEILEHSGIRLIEPELFNGYDPKKKQMIQEVVVQHDLEPFECSKE
TAEQYKHEHGEKCEIFEIEESGEYTVRILKGATLYVPKALRFDRLVAGQIPTGWDARTYG
IPEDTISQVDPITLYVLVATVEALLSAGITDPYEFYKYVHVSEVGNCSGSGMGGVSALRG
MFKDRFADRPVQNDILQESFINTMSAWVNMLLLSSSGPIKTPVGACATAVESVDIGIETI
LSGKAKVVLVGGYDDFQEEGSYEFANMNATSNSIEEFKHGRTPKEMSRPTTTTRNGFMEA
QGSGIQVIMTADLALKMGVPIHAVLAMTATATDKIGRSVPAPGKGILTTAREHHGNLKYP
SPLLNIKYRKRQLNKRLEQIKSWEETELSYLQEEAELAKEEFGDEFSMHEFLKERTEEVY
RESKRQVSDAKKQWGNSFYKSDPRIAPLRGSLAAFNLTIDDLGVASFHGTSTVANDKNES
ATINNMMKHLGRSEGNPVFGVFQKYLTGHPKGAAGAWMLNGAIQILETGLVPGNRNADNV
DKLLEEYEYVLYPSRSIQTDGIKAVSVTSFGFGQKGAQAVVVHPDYLFAVLDRSTYEEYA
SKVSARNKKTYRYMHNAITRNTMFVAKDKAPYSDELEQPVYLDPLARVEESKKKLVFSDK
TIQSNQSYVGEVAQKTAKALSTLNKSSKGVGVDVELLSAINLDNETFIERNFTGNEIEYC
ANTAHPQASFTGTWSAKEAVFKALGVESKGAGASLIDIEITRDINGAPKVVLHGEAKKAA
TKAGVKNVSISISHDDFQATAVALSEF
NT seq 5664 nt   +upstreamnt  +downstreamnt
atgaaaccagaaattgaacaagagttatcccacactttgttaactgaattattagcatat
caatttgcttctccggttagatggatcgaaactcaggatgtctttttgaaacagcacaac
actgaaagaatcattgaaattggaccttcaccaaccttatctggtatggccaatagaact
atcaaagccaaatatgaatcttatgatgccgctttatctttgcaacgtcaagttttgtgt
tactccaaagatgctaaagagatttactacaaaccagatccagcagatcttgctcctaag
gaaacaccaaagaaagaggagaatgccacaccagcccccgctgctgctgctgctgctgct
actgccgctgccccaaccccagctgctgccccgaccccagcacctgtaagtgctggccca
gttgagtctataccagatgaaccagttaaggcttccttattaatccatgttttggttgca
cagaaattaaagaaacctttagatgcagttccaatgaccaaggcaattaaggatttggtt
aatggtaaatccactgttcaaaatgaaattcttggtgatttgggtaaagaatttggttcc
actcccgagaaaccagaggacactccattggaagaattagctgaacaattccaagattca
ttcagtggccaattaggaaagacttctacttcattgattagtagattaatgtcctcaaag
atgccaggtgggttttccattactacagctagaaaatacttggaatcaagatttggtttg
ggtgctggtagacaagactctgttttgttgatggctttgacaaatgaaccagccaacaga
ttggccgctgaagctgatgcaaaagctttctttgatggaattgctcaaaagtatgcatca
agtgctggcatttccttgtcttcaggatcagcttctggtgcaggtgctgcaaatggtggt
ggtgctgttgttgacagtgctgctttagatgcattgacagctgaaaacaagaaattagcc
aaacagcaattagaagtattagcaagatacttacaggttgacttgaacaaaggagccaaa
tcttttattaaggaaaaagaagcttctgccgttttgcaaaaggagttagatttgtgggaa
gctgaacatggagaattttatgctaagggtatccaaccaaccttctcagcattaaagtct
agaacctatgattcatattggaattgggctcgacaagacgttttgtcaatgtacttcgac
attatttttggaaagttaacttctgtcgatagagaaactattaaccaatgtattcaaatt
atgaacagagctaatccaactttaatcaagtttatgcaatatcatattgatcattgtcca
gaatacaaaggtgaaacttataaattggccaagagattgggtcaacaattaattgacaac
tgtaaacaagttttatctgaagatccagtttacaaagatgtttcgagaatcactggtcca
aagactaaagtcagtgctaagggtaacattgagtacgaagaaactcaaaaggactctgtt
agaaaatttgaacagtacgtgtatgaaatggcccaaggtggtgctatgacaaaagtcagt
caaccaactattcaagaagatttagccagagtttacaaggctatttccaaacaagcttcc
aaagacagtaaattggagttacaaagagtttatgaggatttattgaaggtggttgaaagt
tccaaggaaattgaaaccgaacaattgactaaagacattttgcaagctgcaacagttcca
acaacaccaacagaagaagtagaagatccttgcactccttcttccgatgatgaaattgct
tctttaccagataagacttctatcatccaacctgtctcgtctactattccatctcaaact
attccattcttgcacattcagaaaaagaccaaagacggttgggagtacaataagaagttg
tcttctctctacttggatggattggaatcagctgccattaatggtttaacctttagagac
aagtatgtcttggttactggtgctggtgctggctccattggtgccgaaattttgcaaggt
ttaatcagtggtggtgccaaagttgttgttacaacctctagattttctaagaaagttacc
gagtattatcaaaacatgtatgccagatacggtgcagctggatctaccttaattgttgtt
cccttcaaccaaggatccaaacaagatgttgatgcattggtccaatacatttatgacgag
ccaaagaaaggcggtttaggctgggatttggatgcaattattccatttgctgctattcca
gaaaatggtaatggtctcgacaacattgattctaaatctgaatttgcccacagaatcatg
ttaacaaaccttttaagattgttgggtgctgtcaaatccagaaaggcaacagatactaga
ccagctcaatgtattttgccattatctccaaatcacggaacgtttggatttgacgggttg
tactccgaatctaaaatctcattggaaactttattcaacagatggtattctgaagactgg
ggatccaagttgaccatttgtggtgccgtcattgggtggactagaggtacaggtttaatg
agtgccaacaacattattgctgaaggtattgaaaaattaggtgtcagaactttctcacaa
aaagaaatggctttcaatattttaggattattgacaccagagattgtacaattatgtcaa
gaagaacctgttatggctgacttgaatggtggcttgcagttcatcgaaaacttgaaggat
ttcacatctaaattgagaacagatttattggaaactgcagacatcagaagagccgtgtct
attgaatcagccatcgaacaaaaagttgtcaatggtgataacgtcgatgcaaactattcc
aaggttatggttgaacctagagccaacttgaaatttgatttcccaactttgaaatcttat
gatgaaatcaaacaaattgctccagaattggagggtatgttggacttggagaatgttgtt
gttgtgacaggttttgctgaagttggtccatggggtaactccagaacaagatgggaaatg
gaagcctatggtgaattttctttggaaggtgctattgaaatggcttggatcatggggttc
attaaatatcacaatggtaatttgaaaggaaaaccatattctggatgggttgatgccaag
actcaaactccaatcgacgaaaaagatattaaatccaaatacgaagaagagattttagaa
cattctggtattagattgattgagccagaattgttcaatggctatgacccaaagaagaaa
caaatgattcaagaagttgtggttcaacacgatttagagccatttgaatgttccaaagaa
acagccgagcaatacaaacacgaacacggtgaaaaatgtgaaattttcgaaattgaagaa
agcggtgaatacacagtcagaatcttgaaaggtgcaactttgtacgttcctaaagctttg
agatttgatagattagttgctggtcaaattccaaccggttgggacgctcgtacctatggt
attccagaagacactattagtcaagttgacccaattactttgtatgtgttggttgccact
gttgaggctttattgtctgctggtatcactgatccatacgaattctacaaatacgttcat
gtgtctgaagttggtaattgctctggttctggtatgggaggtgtttctgctttgagagga
atgtttaaagatagatttgctgacagaccagttcaaaatgatattttacaagaatcgttt
attaacactatgtctgcttgggtcaatatgttgttgttgtcttcctctggtccaatcaag
actccagttggtgcttgtgccactgctgttgaatcggttgacattggtattgaaactatt
ttgtctggtaaggctaaagtggtgttggtaggtggttacgatgacttccaagaagaaggg
tcctacgaattcgccaacatgaatgctacttctaattctattgaagaattcaaacacgga
agaacaccaaaagaaatgtccagaccaaccacgaccaccagaaatggtttcatggaagct
caaggttctggtattcaagttattatgactgctgatttagctcttaaaatgggtgttcca
atccatgctgtgttggccatgactgctactgccactgataaaattggtagatctgttcca
gcaccaggtaagggtatcttgactactgccagagaacatcatggaaacttgaagtaccca
tctccacttttaaacatcaaatatagaaaaagacaattgaacaaaagattggaacaaatc
aaatcctgggaagaaacagaactttcttacttgcaagaagaagccgagttggccaaggaa
gaatttggtgacgaattttccatgcatgaatttttgaaagaaagaaccgaagaagtgtac
cgtgaatcaaagagacaagtttcagacgccaagaaacaatggggtaattcattctacaag
tctgatccaagaattgctccattaagagggtctttggctgcctttaacttaaccattgat
gatcttggtgttgcatcattccatggtacttctactgttgctaacgataagaatgaatca
gctacaatcaacaacatgatgaagcacttgggtagatccgaaggtaacccagtatttggt
gtgttccaaaaatacttgacaggtcatccaaaaggtgctgctggtgcttggatgttgaat
ggtgccattcaaattcttgagacgggtcttgttccaggaaatagaaatgctgataatgtt
gataaacttttagaggaatacgaatatgtattgtacccatcaagatcaattcaaaccgat
ggtattaaggctgtttctgttacatcatttggtttcggtcaaaaaggtgcacaagcagtt
gttgttcatccagattacttgtttgctgttttggatagatccacttatgaagaatacgct
agcaaggtttccgctagaaacaaaaagacctaccgttacatgcacaatgcaattaccaga
aacaccatgtttgttgccaaagataaggctccatacagtgacgaattggaacaaccagtt
tatttggatccattggctcgtgttgaagaaagcaagaagaagttggtattcagtgacaaa
acaattcaatcgaatcaatcttatgttggtgaagttgctcaaaaaaccgctaaagcgtta
tcaactttaaacaaatcttcaaaaggagttggagtagatgttgaattgttgtcagcaatt
aatttggacaacgagacctttattgaaagaaactttactggtaatgaaattgaatactgt
gcaaatactgctcatccacaagcctcatttactggaacttggtcagcaaaggaagctgtt
tttaaagccttaggcgttgaatcaaaaggtgctggagcaagcttgattgatattgaaatc
acccgtgacattaatggtgctcctaaagtagttttgcatggtgaggccaaaaaagctgct
actaaagctggtgttaaaaacgtaagtatttcaatttctcatgatgatttccaagctact
gctgttgctttaagtgaattttag

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (32)   
   KEGG COMPOUND (32)   
Chemical reaction (16)   
   KEGG ENZYME (1)   
   KEGG REACTION (15)   
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 (9)   
   Pfam (9)   
All databases (73)   

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