KEGG   Naumovozyma dairenensis: NDAI_0F01390
Entry
NDAI_0F01390      CDS       T02234                                 
Symbol
NDAI0F01390
Name
(RefSeq) hypothetical protein
  KO
K00667  fatty acid synthase subunit alpha, fungi type [EC:2.3.1.86]
Organism
ndi  Naumovozyma dairenensis
Pathway
ndi00061  Fatty acid biosynthesis
ndi01100  Metabolic pathways
ndi01212  Fatty acid metabolism
Module
ndi_M00082  Fatty acid biosynthesis, initiation
ndi_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:ndi00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    NDAI_0F01390 (NDAI0F01390)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:ndi01004]
    NDAI_0F01390 (NDAI0F01390)
Enzymes [BR:ndi01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.86  fatty-acyl-CoA synthase system
     NDAI_0F01390 (NDAI0F01390)
Lipid biosynthesis proteins [BR:ndi01004]
 Fatty acid synthase
  Yeast type
   NDAI_0F01390 (NDAI0F01390)
SSDB
Motif
Pfam: Fas_alpha_ACP FAS_I_H ACPS ketoacyl-synt Ketoacyl-synt_C
Other DBs
NCBI-GeneID: 11499197
NCBI-ProteinID: XP_003670701
UniProt: G0WCE7
Position
6:340262..345952
AA seq 1896 aa
MVMKPEVEQELAHVLLTELLAYQFASPVRWIETQDVFLKDLNTERIVEIGPSPTLAGMAQ
RTLKNKYESYDAALSLQRQVLCYSKDAKEIYYTPDPVAAEEEQKPEEPSSSTPAAAPTPV
AVSSAPVAVAAAAPAVTAAELPDEPVKATLILHTLVAHKLKKPLDAIPMSKTIKDLVGGK
STVQNEILGDLGKEFGSTPEKPEETPLDELAETFQDTFSGVLGKQSTSLISRLISSKMPG
GFTITVARKYLQTRWGLASGRQDSTLLVALSNEPASRLANEAEAKSFLDTNAQKYAAIAG
VDLSAAASGASTGGTATAGAAGGATIDAAQFDELTKDHKVLARQQLQVLARYLKMDLDNG
ERKFLKEKDTVKSLQDQLDFLTEELGEFFVNGLSTSFSRKKARVFDSSWNWAKQSLLHLY
FEIIHGVLKNVDREVVSEAINIMNRSNETLIKFMEYHVSNTDETKGENYKMAKTLGEQLI
ENCKEVLDMDPVYKDISKPTGPKTVIDKNGNIKYTEEPREKVRKLSQYIQEMALGGPLTK
ESQITIEEDLTRVYKAINAQASSQHISDSTKLEFEKLYGELMTFLANSKEIDASQTTQLA
GGEGEEDTLDTDSTKEVASLQKKSTISKTVSSTIPRETVPFLHLKKKLANGSWKYDRHLS
TMFLDGLEKAAINGVTFKDKYVLITGAGKGSIGGEILQGLLQGGAKVIATTLGVTKATMD
YFQSQYAKYGGKGSTLVVVPFNQGSKLDCEALINYIYDDEKAGGLGWDLDAIIPFAAIPE
NGIEIDGIDSKSEFAHRIMLTNIFRIMGCVKKQKSAKGIETRPAQVILPMSPNHGTFGAD
GLYSESKLSLETLFNRWHSESWANQLTVCGAIIGWTRGTGLMSGNNIIAEGIEKMGVRTF
SQKEMAFNLLGLLTPEVVNLCQKSPVMADLNGGLQFLKDLKDFTRKLRSDLTETSEIRKA
VSIETALEHKVVNGDNADAAYSKVEVQPRANIQLDFPTLKSYKDIKAQVAPELEGLLDLE
KVIVVTGFAEIGPWGSARTRWQMEAYGEFSLEGCVEMAWMMGLIKYHNGNLKGRPYTGWV
DAKTNEPVDDKDVKARYEKFILDHAGIRLIEPELFNGYNPEKKHMIQEIIVEENMEPFEA
SKETAEQFKHEHGDKVDIFEIPETGEYSVRLLKGATLYIPKALRFDRLVAGQIPSGWNAK
TYGISDDIISQVDPITLFVLVSVVEAFIASGINDPYEMYQYVHVSEVGNCSGSGMGGVSA
LRGMFKDRYKDEPVQNDILQESFINTMSAWVNMLLISSSGPIKTPVGACATAVESVDIGA
ETILSGKAKICIVGGYDDFQEEGSYEFGNMKATSNTLDEFEQGRSPGEMSRPATTTRNGF
MEAQGAGIQIIMNADLALKMGVPIYGIVALTATATDKIGRSVPAPGKGILTTAREHHGNL
KFPTPLLNIKYRKRQLVAREVQIKQWVENELELLKYEVEEVSPEDEKEFFIERTKEIEKE
AAKQLKAAQSQWGNEFYKNDPRIAPLRGALATYGLTVDDLGVASFHGTSTKANDKNESST
LNEMMKHLGRSEGNPVIGVFQKFLTGHPKGAAGAWMMNGALQILNSSVIPGNRNADNIDK
VLEQYEYVLFPSKSLKTNGVKAVSITSFGFGQKGAQAIVIHPDYLYAAIDESRYNEYAQK
VTNREKAAYKYFHNGMINSKLFVSKEHAPYSDELEECVYLDPLARVTPDKKDGALTFNNK
SIQNEGSYATDLNKETAVVVGELTRNAVTSSSKADTNVGVDVELITSINVENDTFIERNF
TTKEIKYAKSQPSIQSSFAGIWSAKEAVFKSLGVKSQGAGASLKDIEISRVNGNAPVVVL
HGEAKVAADKVGVSNVKVSISHDDFQSVAVAIATKK
NT seq 5691 nt   +upstreamnt  +downstreamnt
atggtcatgaaacctgaagttgagcaagaattggctcacgtccttttgactgaattgtta
gcttatcaattcgcatccccagtcagatggattgaaacccaagatgtattcttaaaagac
ttgaacactgaaagaatcgtcgaaattggtccatccccaactttagcagggatggctcaa
agaaccttgaaaaataaatacgaatcttatgatgctgctttatctttacaaagacaagtc
ctatgttactcaaaggatgctaaagaaatttactatactccagatccggtagctgctgaa
gaagaacaaaagcctgaagaaccttcttcctctaccccagctgctgctccaactcctgtc
gctgtttcatctgcgcctgttgctgttgctgctgctgcgcctgccgttactgctgctgaa
ttacctgacgaacctgttaaagccaccttaatcttacatacattagttgctcacaaattg
aagaagccattggacgcaattccaatgtctaagaccatcaaagatttagttggtggtaaa
tctacagttcaaaatgaaattcttggtgatttaggtaaagaattcggttccaccccagaa
aaaccagaagagactccattagatgagctagctgaaacattccaagatacattctctggt
gttttaggtaaacagtctacttcattaatctcaagattaatttcatccaagatgcctggt
gggttcactatcaccgtagctagaaaatacctacaaactcgttggggacttgcatctgga
agacaagattctactttattagtggcgctatctaatgaacctgcttctcgtcttgctaat
gaagctgaggcaaaaagtttcttagatacaaatgctcaaaaatatgctgctattgctggt
gttgatttatctgctgctgcttctggtgcatcaactggtggtacagctacagctggcgct
gccggtggtgctaccatcgatgctgctcaatttgatgaattgactaaagatcataaggtt
ttggctcgtcaacaattacaagtcttagctcgttacttgaaaatggatctagataatggt
gaaagaaaattcttgaaagaaaaagataccgtcaagagcttacaagatcaattagatttt
ttgactgaagaattaggtgaattttttgttaatggattatccacttccttttctcgtaag
aaggcaagagtgttcgattcttcctggaattgggctaaacaatccttattacatttatat
ttcgaaattattcatggtgtcttgaagaatgtcgatagagaagtggttagcgaagcgatt
aatatcatgaacagatctaatgaaactttgatcaaattcatggaatatcatgtttctaat
accgatgaaaccaaaggtgaaaactataaaatggcgaagacattaggtgaacaattaatt
gaaaactgtaaagaagttttggatatggatcctgtttataaagatatttctaaaccaact
ggtccaaagactgttattgacaagaatggtaacattaaatatacggaagaaccaagagaa
aaggtcagaaaattatctcaatatattcaagaaatggctcttggtggtccattaactaaa
gaatctcaaattactattgaagaagatttgacgcgtgtatataaagcgatcaatgctcaa
gcttcttctcaacatatttctgattcaactaaattggaattcgaaaagctatatggtgaa
ttaatgacattcttggcaaattccaaagaaattgacgcttctcaaactactcaattagct
ggtggtgaaggtgaagaagatacattagatactgactctacaaaggaagttgcctcttta
caaaagaaatctaccatttccaaaactgtttcatcaactattccaagggaaactgttcca
ttcttacatttgaagaagaagttagcaaatggttcttggaaatacgaccgtcacttatcc
actatgttcttggatggtttagaaaaggccgccatcaatggtgtcactttcaaagacaaa
tacgtcttaatcactggtgccggtaaagggtctatcggtggtgaaatcttacaaggttta
ttacagggtggtgcgaaagttattgccacaacactcggtgttacgaaagccactatggat
tatttccaatctcaatatgccaaatatggtggtaagggttccactttagtcgttgttcca
ttcaatcaaggttctaaactagattgtgaagctttaattaattatatttatgatgatgaa
aaggctggcggtttaggttgggatttggatgctattattccatttgctgctattccagaa
aatggtatcgaaattgatggtatcgattccaaatctgaatttgctcatagaattatgtta
actaatattttcagaattatgggttgtgttaagaaacaaaaatctgccaagggcattgaa
acaagacctgctcaagttatcttaccaatgtctccaaatcatggtacatttggtgctgat
ggtttatactctgaatccaaattatctttagaaacgttgttcaacagatggcattctgaa
tcttgggctaatcaattaaccgtctgtggtgctattattggttggaccagaggtactggt
ttaatgagtggtaataatattattgctgaaggtattgaaaagatgggtgttcgtactttc
tctcaaaaggaaatggcgttcaatttgttaggtttattaactcctgaagttgttaattta
tgtcaaaaatccccagttatggccgatttgaatggtggtttacaattcttgaaagatttg
aaggatttcactcgtaaattacgtagtgatttgactgaaacttcagaaattagaaaggct
gtttctatcgaaactgctttagaacacaaggtagtcaacggtgataatgctgatgctgct
tactccaaagtcgaagttcaaccaagagccaatattcaattggatttcccaactttaaaa
tcttataaagatatcaaggcacaagttgctccagaattagaaggtttgttagacttagaa
aaggttattgttgttaccgggtttgctgaaattggtccatggggttctgcaagaactaga
tggcaaatggaagcctatggtgaattctcacttgaaggttgtgttgaaatggcttggatg
atgggtttaataaaatatcacaatggtaatttgaaaggtcgtccatacacaggttgggtt
gatgctaagactaatgaacctgttgatgacaaggatgttaaggctagatatgaaaagttt
attttggatcatgctggtatcagattgattgaacccgaattatttaacggctataaccca
gaaaagaaacatatgatccaagaaattattgttgaagaaaatatggaaccatttgaggct
tcaaaggaaactgctgaacaattcaaacatgaacatggtgacaaggttgatatctttgaa
attccagaaacgggtgaatattctgttagattattaaagggtgccactctatatattcca
aaggccttgagattcgatcgtctagttgctggtcaaattccaagtggttggaatgctaaa
acttacggtatttctgatgatattatttctcaagttgatccaatcactttatttgtctta
gtctctgttgtcgaagcttttatcgcgtctggtatcaatgatccgtatgaaatgtatcaa
tatgttcatgtttctgaggttggtaattgttctggttctggtatgggtggtgtttctgct
ttacgtggtatgttcaaagatcgttacaaagatgaaccagttcaaaatgatattttacaa
gaatcctttattaataccatgtcggcttgggttaacatgctgttaatttcctcatctggt
ccaattaaaactcctgtcggtgcctgtgccacagctgttgaatctgttgatattggtgct
gaaactattctatccggcaaggccaagatttgtattgtcggtggttacgatgatttccaa
gaagaaggttcttatgaattcggaaatatgaaggccacttctaacacccttgatgaattt
gaacaaggtcgttccccaggtgaaatgtctagacctgcaaccacaacacgtaacggtttc
atggaagcacaaggtgctggtatccaaattattatgaatgctgatttagctttgaaaatg
ggtgtcccaatctatggtattgttgctttaactgctactgctactgataagattggtaga
tctgttcctgctccaggtaagggtattttaactactgcgagagaacaccacggtaatttg
aaattcccaacaccattattgaacattaaatacagaaaaagacaattagttgcacgtgaa
gttcaaattaaacaatgggttgaaaatgaacttgagttattgaagtatgaagttgaagaa
gtttctccagaagatgaaaaagaattcttcattgaacgtactaaagaaattgaaaaggaa
gctgctaaacaattaaaggccgctcaaagtcaatggggtaacgaattctacaaaaatgat
ccacgtattgctccattaagaggtgctttagcaacctatggtttaactgttgatgattta
ggtgttgcttccttccacggtacttctactaaggctaatgataagaatgaatcttccaca
ttgaacgaaatgatgaagcatttgggtagatctgaaggtaatccggttattggtgttttc
caaaagttcttaactggtcatccaaagggtgctgctggtgcttggatgatgaatggtgct
ttacaaattctaaacagcagtgtcatcccaggtaatagaaatgctgacaacattgataaa
gttttagaacaatatgaatatgttttattcccatctaaatctttgaagactaacggtgtg
aaggctgtctctatcacgtccttcggttttggtcaaaagggtgctcaagctatcgttatt
catccagattacttatatgctgctattgatgaatccagatataatgaatatgcccagaag
gttaccaacagagaaaaggcagcttacaagtatttccataatggtatgattaatagcaag
ttatttgtcagtaaggaacatgctccatatagtgacgaattagaagaatgtgtttatttg
gatccattagcacgtgttacgcctgacaagaaggatggtgcattgactttcaataataaa
tctattcaaaatgaaggtagttatgctactgatttgaacaaggaaactgctgttgtagtt
ggtgaattgactagaaatgcagttacatcttcttctaaagctgatactaatgttggtgtc
gatgtggaattaattactagtattaatgttgaaaatgatacgtttatcgaacgtaatttt
acaacaaaagaaattaaatatgccaagagtcaaccaagtattcaaagttcctttgctggt
atatggtctgccaaggaagctgttttcaagtcccttggtgttaagtctcaaggtgctggt
gcatcattgaaagatatagaaatttcacgtgtcaacgggaatgcacctgttgtcgtgcta
catggtgaagctaaagttgcagcggacaaggtgggtgttagcaacgtaaaggtttcaatt
tctcacgatgatttccaatcagttgctgttgccattgccacaaagaaatag

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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 (5)   
   Pfam (5)   
All databases (69)   

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