KEGG   Pichia kudriavzevii: C5L36_0C07500
Entry
C5L36_0C07500     CDS       T06133                                 
Name
(RefSeq) uncharacterized protein
  KO
K00667  fatty acid synthase subunit alpha, fungi type [EC:2.3.1.86]
Organism
pkz  Pichia kudriavzevii
Pathway
pkz00061  Fatty acid biosynthesis
pkz01100  Metabolic pathways
pkz01212  Fatty acid metabolism
Module
pkz_M00082  Fatty acid biosynthesis, initiation
pkz_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:pkz00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    C5L36_0C07500
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:pkz01004]
    C5L36_0C07500
Enzymes [BR:pkz01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.86  fatty-acyl-CoA synthase system
     C5L36_0C07500
Lipid biosynthesis proteins [BR:pkz01004]
 Fatty acid synthase
  Yeast type
   C5L36_0C07500
SSDB
Motif
Pfam: Fas_alpha_ACP FAS_I_H ketoacyl-synt ACPS Ketoacyl-synt_C adh_short KR F420_oxidored Epimerase
Other DBs
NCBI-GeneID: 40384629
NCBI-ProteinID: XP_029322311
Position
3:complement(1637475..1643501)
AA seq 2008 aa
MATRTIKNKYESYDAALSLQRQVLCYSKDQKEIYYTADPADLEEESSEPAPAASSSAPAP
VAAAPAPVAAAPAPAGPVAGVADAPVPAALVLRTLVAHKLKKPLEDIPMTKTIKDLVGGK
STVQNEILGDLGKEFGATPEKPEDTPLQELADQFQGSFNGTLGSQTSSLIAKLMSSKMPG
GFSVGAARKYLQSRWGLEHGRQDAVLLYALTNEPAARLGSEPEAKAFFDAAAQKYAAAEG
VSLSSGAPAGGAVAVGAVAVAAGAGPVADVPDAPVPAALVLHTLVAHKLKKPLSDVPMSK
PIKDLVGGKSTVQNEILGDLGKEFGSTPEKPEDTPLQELADQFQDSFNGTLGKQSSTLIA
KLMSSKMPGGFSVGAARKYLQSRWGLQQGRQDAVLLYALTNEPAARLGSEAEAKSFFDTV
AQKYAAAEGVSLSAGGAGGASAGAGGAVMDTAALDAITKETKDLARQQLETLARYLKLDL
TKGDRSLIKEKEASKVLQAELDLWAEEHGEFYASGIKPVFSPLKARQYDSYWNWARQDSL
SMYFDIIFGKLKSIDRETVTQCIQIMNRANPTLIEFMQYHIDHTPTYKGETYELAKKLGQ
QLIDNCKEMLSKNQSPVFKDVSYPTGPKTTVDAKGNINYEEVSRDSCRKFEEYVHDMAKG
GEMTKEVKPTIEEDLAKVYKALSRQASAENQLQIESLYKQLIEFVEKSNEIEVSKSVSAV
LDNESTDDETDEIASLKDFSEIKKPVSSTIPPETIPFLHIKSKTKLDSWVYDKTKSALFL
DGLEKGAVNGISYKGKIALVTGAGAGSIGAEVLKGLLSGGAKVIVTTSRYSKKVTEYYQS
LYSRFGASGSALVVVPFNQGSKQDVVALVKYIYDDVKQGGLGWDLDFVIPFAAIPEAGIE
VENIGSKSELAHRIMLTNLLRLLGEVASNKRARNITTRPAEVILPLSPNHGTFGSDGLYS
ESKLALETLFNRWHSESWSTFLTICGAVIGWTRGTGLMSGNNMIAEGIEKLGVRTFSQKE
MAFNILGLMTPEVVRMCEEGPVMADLNGGLQFIENLREYTNQLRSEINNTSEVRRAVSIE
TAIEHKIVNGENADAPFNKAEVKPKANLTFDFPETSPYEEIKAKAPELEGMLDLERVIVV
TGFSEVGPWGNSRTRWEMEAFGEFSLEGCIEMAWIMGFIKYFNGNIKGKQYTGWVDAKTN
VPVDDVDVKKKYEAEILAHSGIRLVEPELFHGYDPNKKQLIQEVVIQHDLEPFITDKPTA
MQYQLQHGEKVEVFPDESGEEYSVKILKGATLYVPKALRFDRLVAGQIPTGWNAKHYGIS
DDIIDQVDPITLYVLVATVEALLSAGITDPYEFYKYVHVSEVGNCSGSGMGGVSALKGMF
RDRYKEIPVQNDILQESFINTMSAWVNMLLLSSSGPIKTPVGACATALESVDVGVETILS
GKAKIVLVGGYDDFQEEGSYEFANMNATSNAVEEFAHGRTPDEMCRPATTTRNGFMEAQG
SGIQVLMTASLALQMGVPIYAIVAMSSTASDKIGRSVPAPGKGILTTAREYQGDLKYKSA
KMDIKYRSRQLKNRIAQIKNWAEGELDYIQEEAAQLAESDASFNKSEFLRERTEEIERDA
IKQVKDAQRQLGNEFWKNDPRIAPIRGALATYNLTIDDLDVCSFHGTSTKANDKNETATV
DKMMQHLGRTEGNTVYGVFQKFLTGHPKGAAGAWMLNGAIQILNTGIVPGNRNADNIDKV
LEDYKYVLFPSRTITTDGIKAVSVTSFGFGQKGAQAIVIHPDYLYAALSKEEYESYTAKV
SSRQKKSYAYIHNGMLNNSIFVAKDHAPYNDDQQESVYLDPLARVSPNKKDELVFNDNEL
QENGKYISPVADKTASVLSNLTKEQIGSKGVGVDVELIAEININNETFIERNFTEEEIKY
CSGSANPRSSFAGAWSAKEAVFKSLEVESKGAGASLKDIEIVHAANGAPTVTLHGSALQA
ANKRGVKNVKVSISHDDVQSVAVAISEF
NT seq 6027 nt   +upstreamnt  +downstreamnt
atggccactagaaccatcaagaacaagtacgagtcatacgatgcagcattgtctcttcaa
agacaagttttatgttactccaaggaccaaaaggaaatctactacactgcagatcctgct
gacttggaagaagaatcttcagagccagctccagctgcatcttcttctgcaccagcaccg
gttgcagcagctccagcgcctgttgcagcagcgccagcgccagcaggcccagttgcaggt
gttgcagatgctcctgtcccagctgccttggttttgcgtactctggttgctcacaagtta
aagaaaccattggaggatattccaatgactaagaccatcaaggacttagttggtggtaag
tctactgttcaaaatgaaattttgggtgatttgggtaaggaatttggtgctactccagaa
aagcctgaagacactccattgcaagaattggcagatcaattccaaggttctttcaatggt
accttaggttctcaaacctcatctcttattgccaagttgatgtcctccaagatgccaggt
ggattctctgttggtgctgctagaaaatacctacaatccagatggggcctagaacacggc
agacaagatgcagtcttattatatgctctaacgaacgaaccagctgccagattaggttct
gaaccagaagctaaagctttctttgatgctgcagcccaaaagtatgctgcagcagaaggt
gtttctctttcatcgggcgctccagccggcggtgctgttgcagttggtgctgttgcagtt
gcagcaggcgcaggcccagttgcagatgttccagatgctcctgttccagctgccttagtt
ttacacactttagttgcgcacaagttaaaaaaaccattgtctgatgttccaatgtcaaaa
ccaatcaaggatttagttggaggtaagtctactgttcaaaacgaaattttgggtgatttg
ggtaaggaatttggttccacaccagaaaagccagaagacactccattgcaagaattggca
gatcaattccaagattcatttaacggtactctaggtaagcaatcatctactttgattgcc
aagttgatgtcctccaagatgccaggtggattctctgttggtgctgctagaaagtaccta
caatccagatgggggttgcaacaaggtagacaagatgcagtcttattatatgctttaaca
aacgaaccagctgctagattaggttctgaagcagaagcaaagagtttctttgacactgtc
gctcaaaaatacgctgcagctgaaggtgtttctctttctgcaggcggtgcaggcggtgca
agtgcaggtgctggtggagcagtcatggatactgcagctttagatgcaattaccaaagaa
accaaggacctagctcgtcaacaattagaaactctagcaagatacctcaagttggatttg
accaagggtgacagatctttgattaaggaaaaggaagcatctaaggttttacaagctgag
ttagatttatgggctgaagaacacggggaattctatgcctcaggtatcaaaccagttttc
tctccattgaaggctagacaatacgattcatactggaactgggctagacaggactctcta
tccatgtacttcgatattatttttggtaagttgaaatcaattgatagagaaactgtgacc
caatgtattcaaattatgaatagagcaaacccaactttgattgaatttatgcagtatcat
atcgaccacactccaacttataaaggtgaaacttacgaacttgcgaagaagttgggtcaa
cagttgattgataactgtaaagagatgctttctaagaaccaatcacctgttttcaaggat
gtttcatacccaaccggtccaaaaaccactgtcgatgctaagggtaacatcaattacgaa
gaagtttctagagattcttgtagaaagttcgaagagtatgtccacgatatggcgaagggt
ggcgagatgactaaagaagtcaaaccaactatcgaggaagacttagctaaggtttacaag
gctttgtccagacaagcatctgctgaaaatcaattgcaaattgaaagcttatacaaacaa
ttgatcgagttcgtcgagaaatccaacgaaattgaagtctcaaagtctgtttctgctgtt
ttagacaacgaatctaccgatgatgaaaccgatgaaatcgcatcattgaaagacttctct
gaaattaaaaagccagtttcttccactattccaccagaaactattcccttcttacacatc
aagtccaagactaagttagattcttgggtttacgataagaccaagtctgctttgtttttg
gatggcttagaaaaaggtgcagtcaatggtatcagttacaaaggtaagattgccttagtc
actggtgcaggtgcaggctctattggtgcagaagtcttgaagggtttactgtcaggtggt
gctaaggtcattgttactacctctagatactcaaagaaggttactgaatactaccaatct
ttatattctagatttggtgcatctggttcagcgttggttgttgttccattcaaccaaggt
tccaagcaagatgttgttgcgttagtcaagtacatttatgacgatgttaagcagggtggt
ttaggatgggatttagattttgttattccatttgctgctattccagaagctggtatcgaa
gttgaaaatattggctctaagtccgaattagcacatagaatcatgctaactaacttgctg
agattattaggtgaagttgcatctaacaagagggcaagaaacatcaccaccagaccagca
gaagttatcttgccattgtcaccaaaccacggtacttttggttctgacggtttgtactct
gaatccaagcttgccttagagaccttattcaacagatggcactcagagtcttggtccaca
tttttaactatttgtggtgcagtcattggttggaccagaggtaccggtttaatgtccggt
aacaatatgattgcagaaggtattgagaaattgggtgtgagaactttctcccaaaaggaa
atggcattcaacatcttaggtttaatgacccctgaagttgttagaatgtgcgaagaaggt
ccagttatggccgacttgaatggtggtttacaatttattgaaaacctaagagagtacaca
aaccagttgagatccgagattaacaacacgtctgaagttagaagagctgtttctattgaa
actgccatcgaacataaaattgttaatggtgaaaatgccgatgctccatttaataaggca
gaagttaaaccaaaggctaacttaacatttgacttccctgaaactagtccatacgaagaa
atcaaggccaaggctcctgaactcgaaggcatgttagaccttgaaagggttattgttgtc
accggtttttccgaagttggtccttggggtaattctagaactagatgggagatggaagct
tttggcgaattttctctcgagggttgtattgagatggcatggattatgggtttcattaaa
tatttcaatggtaacattaagggtaagcaatatactggttgggttgacgcaaagaccaat
gtaccagttgatgatgttgatgttaagaagaagtatgaagcagaaatccttgcacattct
ggtatcagattggttgaacctgagttgttccatggttatgatccaaacaaaaaacaatta
attcaagaagttgttattcagcacgacctagaaccatttattactgacaagcctacagca
atgcagtaccaattacaacatggtgaaaaggttgaagtcttcccagacgagtctggcgaa
gaatattctgttaagatcttaaagggtgctacactgtatgttccgaaggcattaagattt
gatagactagttgccggacaaatcccaaccggttggaatgcaaaacactatggtatctca
gatgatattattgaccaagttgatcctatcactttgtatgtcttagttgcgaccgtcgag
gcattgctatctgctggtattactgatccttacgagttctacaaatatgtccatgtctct
gaagttggtaactgttctggttctggtatgggtggtgtctctgcattgaagggtatgttc
agagatagatataaggaaattcctgttcaaaacgatattctccaagaatctttcattaac
accatgtctgcttgggttaatatgctgttgctttcatcatctggtccaatcaagacacct
gtgggtgcttgcgctactgcattggaatctgttgatgttggtgtcgaaactattttgtca
ggtaaggctaagattgtcttagttggtggttatgatgacttccaagaagaaggttcttat
gaattcgcaaacatgaatgctacttctaatgcagttgaagaatttgctcatggtagaaca
cctgatgaaatgtgtagaccagcaacaacaactagaaatggtttcatggaagctcagggt
tctggtattcaagttttgatgactgcttccttagctttacaaatgggtgttccaatttat
gctattgttgcgatgagttccaccgcaagtgataaaattggtagatctgttccagctcca
ggtaagggtatcttaactaccgcaagagaataccaaggtgacttgaagtataaatctgct
aagatggatatcaaatacagatctaggcaactgaagaacagaattgctcaaattaaaaac
tgggctgaaggtgagttagattacattcaagaagaagctgcacagttggctgagtccgac
gcctctttcaacaaatctgaattcttgagagaaagaactgaagaaatcgaaagagatgca
atcaagcaggtgaaggatgctcagagacaacttggtaatgaattctggaagaacgatcca
agaattgctccaattagaggtgctttggcaacatacaatttaaccattgatgatctggac
gtgtgctctttccatggtacatccaccaaggctaacgacaaaaatgaaactgcaactgtt
gataagatgatgcaacacttgggtagaactgagggtaatactgtctatggtgttttccaa
aagttcttaactggtcatccaaagggtgctgcaggtgcatggatgttgaatggtgctatt
caaatcttaaacactggtattgttccaggtaataggaatgcggacaatattgataaggtt
ttggaggattacaagtatgttttattcccatccagaactatcactactgatggtatcaag
gccgtttctgtcacctctttcggtttcggtcaaaagggtgcacaagcaattgttattcac
ccagattacttgtacgcagctctttcgaaggaagaatatgaaagttacactgctaaggtc
tcatccagacaaaagaagtcatacgcgtacattcacaatggtatgttgaacaactctatc
ttcgttgctaaggaccacgctccatacaatgacgatcaacaagaatccgtttacttagat
ccattagcaagagtttctccaaataaaaaggatgagctagttttcaacgataatgaattg
caggaaaacggtaaatacatctcaccggttgctgataaaacagcttcagttctctctaat
ttgaccaaggaacagattggttcaaagggtgttggtgttgacgttgagttaattgccgag
attaacatcaacaatgaaaccttcatcgaaagaaacttcactgaagaagaaatcaagtac
tgttctggttccgctaacccaagatcatcatttgctggtgcgtggtctgcaaaggaagca
gttttcaaatctttggaagtcgaatcaaagggtgcaggtgcttcattgaaagatattgaa
attgtccatgctgctaatggtgcgccaactgttactttgcatggtagtgccttacaagct
gcaaacaagcgtggtgtcaagaacgttaaggtttcaatttctcacgatgatgtccaatct
gttgctgttgcaatttctgaattctga

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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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (71)   

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