KEGG   Pyrenophora teres: PTT_02058
Entry
PTT_02058         CDS       T01613                                 
Name
(GenBank) hypothetical protein
  KO
K00668  fatty acid synthase subunit beta, fungi type [EC:2.3.1.86]
Organism
pte  Pyrenophora teres
Pathway
pte00061  Fatty acid biosynthesis
pte01100  Metabolic pathways
pte01212  Fatty acid metabolism
Module
pte_M00082  Fatty acid biosynthesis, initiation
pte_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:pte00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    PTT_02058
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:pte01004]
    PTT_02058
Enzymes [BR:pte01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.86  fatty-acyl-CoA synthase system
     PTT_02058
Lipid biosynthesis proteins [BR:pte01004]
 Fatty acid synthase
  Yeast type
   PTT_02058
SSDB
Motif
Pfam: Fas1-AflB-like_hel Acyl_transf_1 FAS_meander FAS_N MaoC_dehydratas SAT MaoC_dehydrat_N PM2_P3
Other DBs
NCBI-ProteinID: EFQ96255
UniProt: E3RDE1
Position
Unknown
AA seq 2086 aa
MYGSGQQTGISTPRSAANLRPLILSHGSLEYTLLIPTALHFNAQQLRDTFKSTLPEPTDE
LALDDEPSSVAELVARYLGFVANEVEEGEDPDSFEEVLKLVLTEFERAFLRGNEVHALAA
SLPGITEKKLVTVRSYYAARAAVERPIKHHESALFREAADENAFIYAVLGGQGNIEEYFD
ELREIYNTYPSFVEDFVAAEAQHLLFLSRDPRAEKLYSKGLDVMRWLNNRDSQPDTDYLV
SAPVSLPLIGLTQLAHYVVTCRVLGSHPGHVRSRLSGVTGHSQGVVTAAAIAEAKNWETF
ERAAKKAIEILFWIGTRSQQAFPRTSLAPTVLQDSIDNGEGTPTPMLSIRDLSRKAVQDH
IDATNEHLPKDRHIAISLVNSARNFVVTGPPISLYGLNLRLRKDKAPTGLDQTRIPFTER
KVRFVNRFLPITAPFHSPYLVDATKQLEQDLKGINISTADLGIPTYDTHTGQDIRETESE
NIVPRLIRMITADSVEWEKATVFPNATHILDFGPGGISGLGVLTNRNKDGTGVRVILAGA
IDGQNAEVGYKPEIFDRDFEHAVKYAVDWVKEHGPRLVKTSTGQTYVDTKMSRMLGLPPV
MVAGMTPCTVPWDFVAATMNAGYEIELAGGGYYNEKTMTAAINKVEKAIPAGRGITVNLI
YVNPRAMGWQIPLLAKLRAEGVPIEGLTIGAGVPSIEVANEYIETLGIKHIAFKPGSVEA
IQQTINIAKANPTFPILLQWTGGRGGGHHSFEDFHQPILQMYSRLRKCDNLILVAGSGFG
GAEDTYPYLTGSWSTKFGYPPMPYDGCLFGSRVMTAKECYTSKMAKQAIVEAPGLEDSEW
EKTYKGPAGGVITVRSEMGEPIHKLATRGVIFWHEMDQKIFSLDKAKRIPELKKMREYII
EKLNKDFQKVWFGKNKKGESVDLEDMTYAEVVQRMVDLMYVKHQSRWIDQSLKRLTGDFI
RRLEERFSKTSSESLIQNYEELNDPFPMLEKVFKAYPEADEQLINAQDVQHFLLLCQRRG
QKPVPFVPVLDDTFEFFFKKDSLWQSEDLDAVVDQDVGRTCILQGPMAVKYSTKVDEPIK
EILDGVHQGHIKYLLRDVYRDDESKVPIIEYFGSNLLAPPQGLEVDGLTVSELGDKVIYR
LAAAPNATMPEVHSWLQLLAGSSYSWRHAFFTADIFVQGQRFQTNPTSRVFAPTRGMIVE
IQYPKDPAKTVIVVKELHHGGKLIKTVDVSLTGDKEILLNMWEERTALKQAVALPFRFTY
RPDVGYAPIHEVMDARNDRIKDFYYKVWFGDEACPFDESVTSRFDGGRATVTSEAINDFV
HAVGNTGEAFVDRPGKEVFAPMDFAIVVGWKAITKPIFPRAIDGDLLKLVHLSNGFRMIA
GAEPLKKGDVLETTAQINAVINQDSGKMVEVCGTINRDGKPVMEVTSQFLYRGAYDDFEN
TFQRKVEKPIQLHLATSKDVAILRSKEWFNFEEPEIDLLNKTLLFKLETVMRYKNKTVFS
DIETQGEVLLELPTKEVIQIASVDYRSGSAYGNPVLDYLERNGAVVDQPVLFDNAIPLHG
KTPLNLKAPASNENYARVSGDYNPIHVSRVFASYANLPGTITHGMYSSAAVRSLVETWAA
ENNIGRVRSYHVNLVGMVLPDDLLNVKLQHVGMVSGRKIIKIEVSNQETEDKVLLGEAEV
EQPTTSYVFTGQGSQEQGMGMELYNSSPVAKEVWDRADKHFMDNYGFAITNIVKNNPKEL
TIHFGGPVGKAIRQNYMSMTFETVAADGSIRSEKIFKEIDENTTSYTYRSPTGLLSATQF
TQPALTLMEKASFEDMRAKGLIQVESTFAGHSLGEYSALAAMAEVMPIESLVSVVFYRGL
TMQVAVERDETGRSNYSMCAVNPSRISKTFNEQALQYVVENIAETTGWLLEIVNYNIANM
QYVAAGDLRALDCLTGVTNYLKQQKIDIQALMQTLSLEEVKNHLVEIIKGCAEQTEAKPK
PLDLQRGFATIPLKGIDVPFHSTFLRSGVKPFRSFLLKKIHKTSIDPSKLVGKYIPNVTA
KPFALTKEYFEDVYKLTNSPKIGNILANWEKYEESGKEESKTEAAA
NT seq 6261 nt   +upstreamnt  +downstreamnt
atgtacggttctggccagcagacgggcatctccaccccgcgctccgccgccaacctccgc
cccctcatcctctcccacggctcgctcgagtacacgctcctcatccccactgctctccat
ttcaatgcccaacaactgcgcgacacattcaagtcgacacttcccgagcccacagatgag
cttgccctagacgacgagccgtcttcggtggccgagttggtggcacgataccttggtttc
gttgccaacgaggtggaagagggcgaggaccccgactcgttcgaggaggtgctcaagctc
gttcttaccgaatttgagcgtgccttcctccggggcaacgaggtgcacgccctggctgcc
tctctgccgggcatcaccgagaagaagttggtcactgtgcggtcatactacgcagctcgc
gctgcagtggagcggcctatcaagcaccacgagtctgcactctttcgcgaagccgctgac
gagaacgccttcatatacgccgttctgggcggacagggcaacatcgaggagtactttgat
gaactccgcgaaatctacaacacgtacccctcgtttgtagaggactttgttgccgccgag
gctcagcatcttctcttcctgtcgcgtgacccgcgcgccgagaagctctactcaaaaggc
cttgatgtcatgcgatggctcaacaaccgagactcgcagcctgacaccgattacctggtc
tcagcgcctgtcagtctgcccttgatcgggctgactcagctcgcccactacgtagtgacg
tgccgggttctcgggagtcacccgggccatgtacgaagccgtctgtcaggtgttaccggt
cactcgcagggtgttgtaacagccgcggctatcgcagaggcaaagaactgggagaccttt
gagcgtgctgccaaaaaggccattgagatcctcttctggatcggcacacgaagtcagcaa
gcctttcccaggacatcgcttgcgcctacagtgctgcaagattccattgataatggcgaa
ggtacgccaacgcccatgctttccattcgtgacctctcacggaaggccgtccaagaccac
attgacgccaccaacgagcatctgccaaaagaccggcacatcgccatctcactcgtaaac
agtgcacgtaactttgttgtcactggcccgccgatttctctatatggtctaaacctccgt
ctacgcaaggacaaggcgcctactggcttggaccagaccaggatacctttcactgaacgc
aaagtgcgctttgtaaaccgtttccttcccatcactgctcctttccacagcccatacctc
gtagatgcgaccaagcagctcgagcaagatctaaagggcatcaacatctccacggccgac
cttggcatccccacgtatgacactcatacaggccaagacatccgcgagaccgagtcggaa
aacattgttcctcgccttattcgcatgatcaccgccgactcagtagagtgggagaaggcg
actgtattccccaacgccactcacattctcgactttggtcccggtggcatctctggtctt
ggcgtccttacgaaccgcaacaaggacggtactggtgtccgtgttattcttgcgggagcc
attgatggccaaaacgccgaggttggctacaagcccgaaatcttcgaccgcgactttgag
cacgccgtcaagtacgctgtagactgggtcaaagagcacggcccacgcctcgtcaagacc
tccaccggccaaacctacgtcgacaccaagatgagtcgcatgctgggcttgcctccagtc
atggtcgccggtatgacaccttgcacagtaccgtgggactttgtggcagcgaccatgaac
gccggctacgagattgagcttgctggtggtggttactacaacgaaaagaccatgactgct
gccatcaataaggtcgagaaagctatccctgctggccgtggtatcactgtcaacttgatc
tacgtcaatccacgtgcaatgggctggcagattcccctcctagccaagctccgagccgag
ggcgttcccattgaaggtcttaccattggtgctggcgtgccatcgatcgaagtagcaaat
gagtatattgagacactaggcatcaagcacattgctttcaagcccggatccgtcgaagct
atccaacaaaccatcaacatcgccaaggcaaaccccactttcccgatactgcttcaatgg
accggtggtcgtggtggtgggcatcactcattcgaagatttccaccagccgattctgcag
atgtacagccgcctaaggaaatgcgacaacctgatcctcgtcgctggttctggtttcggt
ggtgcagaggacacatacccgtacctgactggatcttggtccaccaagtttggctaccca
cctatgccctatgatggttgcttgttcggtagccgtgtcatgactgccaaggaatgttac
acttccaagatggctaagcaggctatcgtcgaggctcctggtctggaggacagcgagtgg
gagaagacctacaagggtcccgccggcggtgtcatcactgttcgctccgagatgggtgaa
ccaatccacaagctcgccacacgcggtgtcatcttctggcacgagatggaccagaagatc
ttcagcctcgacaaagccaagcgcatacccgagttgaagaagatgcgcgaatacatcatc
gagaagctgaacaaggacttccaaaaggtctggtttggtaagaacaaaaagggagagtct
gtcgatctggaagacatgacgtatgccgaggttgtccagcgcatggtagatctcatgtat
gtcaagcaccagtctcgatggattgaccaaagcttgaagcgtttgactggtgactttatc
cgccgcctggaagagcgcttcagcaagaccagcagcgagtcgctgatccagaactatgag
gagctgaatgaccccttcccaatgcttgagaaggttttcaaggcgtaccccgaggccgac
gaacagctcatcaatgcccaggatgttcagcactttttattgctttgccaacgccgcggt
cagaagccagttccctttgtcccagtccttgatgacacctttgagttcttcttcaagaag
gactcgctctggcagtctgaagacctcgatgccgttgttgaccaagatgtcggcaggaca
tgtatccttcaaggacccatggctgtcaaatactcaaccaaggtagacgagcctatcaag
gaaatccttgatggtgttcatcaaggtcatatcaaatatcttctccgtgatgtctacagg
gacgatgagtccaaggtccccatcattgagtactttggcagcaaccttctggcacctcct
caagggcttgaggtagatggccttaccgtatcggagctaggggacaaggtcatctatcgc
ctcgcggcggctcccaatgccacaatgcccgaggttcactcgtggttgcagcttctagcc
ggcagtagctattcgtggaggcatgcctttttcactgcagatatctttgtgcagggccag
cgcttccagaccaaccccacttctagggttttcgcccccacacgcggcatgattgttgag
atccagtatcccaaggatcctgccaagaccgtcattgtggtcaaggaactacaccatggt
ggcaagttgatcaaaaccgtcgatgtcagtcttacaggggacaaggagatcttgctcaac
atgtgggaggagcgtaccgccctcaaacaagccgttgcgctacctttccgcttcacttac
cgtccagatgtgggctatgcccctatccacgaagtcatggatgcacgcaacgaccgcatc
aaggacttttactacaaggtctggtttggtgatgaagcatgtccattcgacgagtctgtc
acctctcgcttcgacggtggccgcgccaccgtcacgagcgaggccatcaatgactttgtc
catgctgtgggcaacacgggtgaagcctttgttgatcgacctggtaaggaagtgttcgct
cctatggactttgccatcgtcgttgggtggaaggcgatcactaagcccatctttcctcgc
gctattgatggtgacttgctcaagttggtccatctatccaacggcttccgtatgatcgct
ggcgcagaacctctgaagaaaggcgatgtgctcgaaactacagcgcagatcaatgctgtc
atcaaccaggattctggcaagatggtggaggtctgtggcacaatcaaccgtgatggtaag
ccggtaatggaggttaccagccagttcctctaccgtggcgcatacgatgactttgagaac
actttccaaagaaaggtcgagaagcccatccaacttcacttggccaccagcaaggatgtt
gccatcttgcgatcaaaggagtggttcaacttcgaggaacccgagattgacttgctgaac
aagacgttgctcttcaagctcgagactgttatgcgatacaagaacaagaccgtcttctcg
gacatcgagactcaaggagaggtcttgctcgagcttccgaccaaggaggtcattcagatc
gcatccgttgactaccgatcggggagcgcctatggcaaccctgtccttgattatttggag
cgtaacggagctgtggttgatcaaccggtacttttcgacaacgctattccactacacggc
aagactcctctcaacctgaaggcgccagcctccaacgagaactacgcccgcgtttccggc
gactacaaccccattcacgtctcacgcgtctttgctagctatgcaaaccttcctggtacc
attacccacggtatgtactccagtgcagctgtccgaagtctggttgagacatgggccgcc
gagaacaacattggacgtgtcaggagctaccatgtcaacctggttggcatggtacttcct
gatgacttgctcaatgtcaagcttcagcatgtcggaatggtgtctggtcgcaagatcatc
aagattgaggtcagcaaccaagaaactgaagacaaagttttgcttggtgaggccgaagtt
gagcagcctactacctcttacgtctttactggtcaaggttcgcaggagcaaggaatgggt
atggagctgtacaacagcagcccagtagccaaggaagtctgggaccgcgccgataagcat
ttcatggacaactatggatttgctatcaccaacatcgtgaagaacaacccaaaggagctc
actattcacttcggtggacccgtgggtaaggctatccgccagaactacatgtccatgacc
tttgagactgtggctgcggatggctctatccgatccgagaagatcttcaaggagattgac
gagaacactacatcttacacatacaggtcgccaactggtcttttatccgccacccagttc
acccaacctgctctaacgctgatggagaaggcatctttcgaggacatgcgcgccaagggt
ctcatccaggtcgagagcacattcgctggacactccctgggtgaatactcagctcttgcc
gctatggctgaggtcatgcctatcgagagcttagtatcggtcgtgttctaccgtggtctg
actatgcaggttgctgtcgagcgtgacgaaactggccgctccaactactccatgtgcgcc
gtcaaccctagcaggatctccaagacattcaacgagcaagcacttcagtacgttgtggag
aacattgccgagactactggctggctccttgagattgtcaactacaacatcgccaacatg
cagtacgtcgctgcgggggatctgcgcgcgctcgactgcctaacgggcgtgacaaactac
ctcaaacagcagaagattgacatccaagcattgatgcagacgctctcactcgaagaagtt
aagaaccatcttgtcgagatcatcaagggctgcgccgagcaaaccgaagccaagcccaag
cctctggatctccagcgcggtttcgcgacgatcccgctcaagggcatcgatgtgcccttc
cacagcaccttcttgcggtcaggtgtcaagcctttccgatcgttcctgctaaagaagatc
cacaagacatccatcgaccccagcaagcttgtcggaaaatacatacccaacgtgacagcc
aagccatttgcgttgaccaaagaatactttgaggatgtctacaagctgaccaactccccc
aagattggcaacattttggccaactgggagaagtacgaggagagtggtaaggaggagagc
aagaccgaggcagcagcttaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (36)   
   KEGG COMPOUND (36)   
Chemical reaction (20)   
   KEGG ENZYME (1)   
   KEGG REACTION (19)   
Genome (1)   
   KEGG GENOME (1)   
Gene (16)   
   KEGG ORTHOLOGY (1)   
   RefGene (13)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (90)   

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