KEGG   Eutypa lata: UCREL1_3666
Entry
UCREL1_3666       CDS       T03103                                 
Name
(GenBank) putative fatty acid synthase beta subunit dehydratase protein
  KO
K00668  fatty acid synthase subunit beta, fungi type [EC:2.3.1.86]
Organism
ela  Eutypa lata
Pathway
ela00061  Fatty acid biosynthesis
ela01100  Metabolic pathways
ela01212  Fatty acid metabolism
Module
ela_M00082  Fatty acid biosynthesis, initiation
ela_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:ela00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    UCREL1_3666
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:ela01004]
    UCREL1_3666
Enzymes [BR:ela01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.86  fatty-acyl-CoA synthase system
     UCREL1_3666
Lipid biosynthesis proteins [BR:ela01004]
 Fatty acid synthase
  Yeast type
   UCREL1_3666
SSDB
Motif
Pfam: Fas1-AflB-like_hel Acyl_transf_1 FAS_meander FAS_N MaoC_dehydratas SAT MaoC_dehydrat_N NMO
Other DBs
NCBI-ProteinID: EMR69317
UniProt: M7SYD0
Position
Unknown
AA seq 2102 aa
MYGAGTGTGPHTGVSTPRTSASLRPLTVTHGSLDTSFLVPTILHYHASQLRDTFTATLPT
PTDELAQDDEPSSVAELVARYMGFVAKQIEDGEDDQHGSYEEVLKLVLNEFERMFLRGND
VHALAKNLPGILEKQIAVVRCYYAARAVTNRGIKPHASALFRAADDEDAAIYNIFGGQGN
IIEYFDELREVYETYPSFVGDLIRSAADLLKTLSLDSRIQKLYAKGLDVLDWLHSPDLTP
DDDYLISAPVSLPLIGLVQLAHYQVLGKGLGIHPGILRERTRGATGHSQGIVVAAAVAAA
DSWESYEKISKDALTILFWIGARSQQVFPRTSMTPNVLQDSSDNGEGEPTPMLSIRDLPQ
SEVQKHINATNQYLPEDRHIAISLVNSPRNMVVTGPPMSLYGLNLQLRKVKAPTGLEQTR
VPHTERKVRFVNRFLPITAPFHSKYLAEATKLVDEDLKDVKIDVEELGTAVYNTHTGADL
RDEVDGDIVPSLIRMITRDPVNWEKATVFPEATHVLDFGPGGISGLGILTNRNKEGTGVR
VILAGTIDGSVQDVGYKSELFDRDEEHAVIYADNWVKEYGPRLIKSKSGKTYVDTKMSRL
FGIPPVMVAGMTPSTVPWDFVAATMNAGYHIELAGGGYYNAKTMTEALTKIEKAIPAGRG
ITVNLIYVNPRAMGWQIPLLGRLRSDGVPIEGLTIGAGVPSIEVAQEYIETLGLKHISFK
PGSMEAIQAVINIARANPSFPVILQWTGGRGGGHHSYEDFHQPVLQMYSRIRRSTNIILV
AGSGFGGADDTYPYLTGEWSKKYGYPPMPFDGCMFGSRMMVAKECHTSTAAKQAIVDAPG
VGDDAWEKTYKGPAGGVITVRSEMGEPIHKLATRGVKFWAEMDQKIFSLPKQKRVAELKK
NRDYIIKKLNEDFQKVWFGRNKAGETVDLEDMTYGEVVRRLVELLYVKHQSRWINPTYTK
LTGDFIHRVEERFTVDTNQPSLLQSYSDLNDPFASVERILSHYPEAETQIINAQDVQHFL
LLCQRRGQKPVTFVPALDENFEFFFKKDSLWQSEDLDAVMDQDVERTCILQGPMAAKFAT
VLDEPIKDILDNIHNSHIASLTQDVYSGKAESIPTIEYFGGKLIEQEIPMDIEGLTVSYD
NHKNTYRLSSSPSVTLPSVDSWLSLLAGPNRSWRHALFTSEVIVQGQKYQTNPMKRVFAP
VRGLFVEIHYPNDPSKTSIIVREQPRHNKYVDVVEVKLDSNNVIVVNLIKDTTALGEPVS
LPLWFNYKPEAGYAPIHEVMKGRNDRIKEFYWRAWFGDEELDLDAPVTSRFDGGETVITS
EDINDFVHAVGNTGEAFVDRPGKVMYAPMDFAIVVGWKAITKPIFPRLIDGDLLKLVHLS
NGFRMLPGAEPLKKGDHVKTTARINAVVNQESGKMVEVCGTIYRDGRAVMEVTSQFLYRG
AYTDFENTFQRKVEAPIQVHLGTTKDVAILKSKEWIQLDKDDSELLGQTLTFHLQSFVKY
KNKTVFSSVTTRGHVELELPTKEIIEVATVDYEAGVSHGNPVLDYLERFGTPIEQPLNFE
NAIPLNGKIPLQLKAPASNENYAKVSGDYNPIHVSRVFASYANLPGTITHGMYSSAAVRK
LVETWAAENNVGRVRSFHASLVGMVLPNDDIQVRLQHVGMVGGRKIVKVEASNKESEDKV
LLGEAEVDQPVTSYVFTGQGSQEQGMGMDLYTNSPVAREVWDRADTYLLDNYGFSILEIV
RNNPKELTVHFGGARGKAIRENYIAMTFETVAADGTLKSERIFKGITDKTRSYTYKSPTG
LLSATQFTQPALTLMEKASFEDMKAKGLVSKEATFAGHSLGEYSALTAMANVMPIESLVS
VVFYRGLTMQVAVERDEQGRSNYSMCAVNPSRISKTFDEEALRFVTANIAEESGWLLEIV
NLNIANMQYVCAGDLRALDTLTSVMNYLKVQKVDIVQLKKELSPDKVKEHLVEIIRGCKQ
QADAKPQPIDLQRGFATIPLKGIDVPFHSSFLRSGVKPFRSFILKKISKTTVDPSLLIGK
YIPNVTARPFELTKEYFQNVYDLTGSPRIANILQNWEKYQDESPAVNGTNGVNGQEIEIN
GN
NT seq 6309 nt   +upstreamnt  +downstreamnt
atgtacggcgctgggaccgggaccggtcctcacaccggggtgtcaacacccagaacatca
gcatctctccgacctcttaccgtaacacacggctctctggatacgtccttcctcgtgccg
accatcctacactaccatgcttcccagctcagagacacgtttacggctactcttccaaca
ccaactgatgagctggcccaagatgacgagccttcatctgttgccgaactagttgcgaga
tacatgggttttgtggcaaaacagattgaagatggcgaagatgaccaacatggttcttat
gaggaggtcttgaagcttgttcttaacgagtttgagcgcatgttccttcgcggcaatgat
gtgcacgccctggctaagaacctgcctggcatcttagaaaagcagatcgccgttgtccga
tgctactatgccgctcgtgcggtgacgaatcgaggcatcaagcctcatgcgtcggcactt
ttccgagctgctgatgatgaggatgctgccatttataacatatttggtggtcaaggcaac
attatcgagtattttgacgagcttcgcgaggtctacgaaacatacccctccttcgtgggc
gacttaataaggtccgcagcagatctactcaagaccctgtcgcttgattctagaatacag
aaactctatgcaaaggggcttgacgtcctagattggctacattctcccgacttaactcca
gatgatgactacctgatttctgctcctgtcagtctgccgttgattgggttagtccaattg
gcccactatcaagttcttggcaagggcctcggaattcaccccggcatcctgcgggaacga
acacggggcgcgacaggccactctcagggcattgttgtagctgccgctgtagcggccgcc
gattcatgggagtcttacgaaaagatatccaaggatgctctcactatcctcttttggatt
ggtgctcgaagccagcaggttttccctcggacgtccatgactccgaatgtgctccaagac
tcgagtgacaatggtgaaggcgagccaacacctatgttgagtatccgagatcttccccag
agcgaggtgcaaaagcatatcaacgcaacaaatcagtacctccctgaggaccgacatatt
gccatctccctggtcaacagcccgcgaaatatggtcgttactggcccgccaatgtcgttg
tatggtttgaacctccaactacgaaaagtcaaggcgccgactggtctagagcagactcgg
gttccacatacagagcgcaaagtgcgctttgtgaatcgtttccttcccattacagcccct
ttccacagcaagtacttagctgaggctacgaagctcgtagatgaggatcttaaagacgtt
aagattgacgtcgaggagctcggtactgccgtctataatacccacactggggctgatctg
agagacgaggtcgatggggacattgtcccatccctcatccgcatgatcaccagagatcca
gttaattgggagaaggctactgttttccctgaagcgacccatgtcctagatttcggccct
ggtggcatttccgggcttggtatattaaccaaccgaaataaggagggtactggtgtgcgc
gtcatcctagcagggactatcgacggtagcgttcaagatgttggttataagtctgagctt
tttgaccgtgatgaggaacatgctgttatctacgcggacaactgggtcaaggaatacggc
cctcgattgattaagagcaagagcggtaaaacttacgtcgacactaagatgagcagattg
tttggaatcccccctgtcatggtggctggaatgacgccctcaactgttccatgggacttt
gttgcggcgactatgaatgctgggtatcatattgagttggcaggcggtggctattacaac
gctaagaccatgaccgaggcattgaccaagatcgagaaggctattccggccggtcgaggt
atcactgtcaacttgatctacgtcaacccacgggccatggggtggcagattccattactt
ggtcgtctgcgatccgacggcgtccctatcgaaggcctcacgatcggtgccggtgttcct
tcaatagaggttgcgcaagagtatatcgaaacactcggtctcaaacacatttccttcaag
ccaggttcaatggaggctatccaggccgttatcaacatcgcgagagcgaacccgagcttc
cctgttattctacagtggacgggcggtcgtggtggtggtcatcactcctatgaagacttc
caccagcctgtacttcagatgtacagtcgcatccggcgatccaccaatatcatcttggtt
gctggtagtggttttggtggtgccgatgacacctacccatacctgaccggtgaatggtcg
aagaaatatggttacccaccaatgcctttcgatggctgcatgttcggtagtcgcatgatg
gttgccaaggaatgccacactagcacagccgcgaaacaggccatagttgatgcgcccgga
gtcggcgatgacgcgtgggaaaagacttacaagggcccggcgggtggtgttatcaccgtc
aggtccgaaatgggtgaaccaattcacaaacttgctactcgaggtgtcaagttctgggca
gagatggaccaaaagatcttctcgctacccaaacagaagcgtgtggctgagctcaagaag
aaccgtgattatattatcaagaagctgaacgaagacttccagaaggtctggttcggacgt
aacaaagccggtgagacagttgatcttgaggacatgacgtatggagaggttgtacggcgc
ctagtcgagctcctctacgtcaagcatcagtcgcgctggatcaacccgacttacacgaag
ctcaccggtgacttcatccaccgggtcgaagagcgattcacggtcgataccaaccagccg
tctcttttgcagagttactctgatctcaacgaccctttcgcttccgttgagaggatcctc
tcacactatcctgaagccgaaactcaaatcatcaacgcccaagatgtccagcacttcctc
cttctgtgccaacgccgtggccagaagcccgtgacatttgtcccggcgctcgacgagaac
tttgagtttttcttcaagaaggattcactgtggcaatccgaagatcttgatgccgtaatg
gaccaggacgttgagcgaacgtgtatcctccaaggcccgatggccgccaagttcgccact
gttttggacgagcccatcaaggatattcttgataacattcataactcgcatatcgctagc
ctcacccaagatgtgtatagcggcaaggctgagtccatcccaaccatcgaatacttcggg
ggcaagcttattgagcaggagattcccatggacattgaaggcctcacagtgtcgtacgac
aaccacaaaaatacataccgcctttcctcatctcccagtgtgacgttgccctccgttgac
tcgtggctttccctccttgcaggtcccaaccgttcttggaggcacgccttgtttacttct
gaagttattgtgcaaggccagaagtatcagactaatcccatgaagagggtgtttgctccc
gtccggggccttttcgttgagattcactaccccaatgatccaagcaagacctcaatcatc
gtccgtgaacaaccaaggcacaacaaatacgttgacgtggtcgaggtcaagttggacagt
aacaatgtcattgttgtcaacctaatcaaggacaccactgctcttggtgaacctgtttca
ctccctctgtggttcaactacaaaccagaggccggctatgctccgatccacgaggtaatg
aaggggcgcaacgaccgtatcaaagaattctactggcgtgcatggttcggtgacgaggag
cttgacctggatgcacctgttactagcaggtttgacggtggtgagacagtcattaccagt
gaggatatcaacgatttcgtccacgctgtcggaaacacgggcgaggccttcgttgaccgt
cccggcaaggtcatgtatgcacccatggattttgccattgttgtcggatggaaagctatc
acaaagccaatcttccctcgcctaatcgacggagatttgctaaaacttgtccacctgtcc
aacggtttccgaatgcttcctggcgccgaaccgctcaagaagggcgaccatgttaagaca
actgctcgcattaatgcagtggtcaaccaagagtctggtaagatggtcgaggtttgcggt
accatctatagagatggtagggccgttatggaagtgacttcgcagttcctataccggggt
gcctatacggacttcgagaacacattccagcgtaaggtggaggcgcctattcaagttcac
cttggaacgactaaggacgttgctattctcaagtccaaggaatggattcagcttgacaag
gatgacagcgaactccttggccagacactaaccttccatctgcaaagctttgttaagtac
aagaacaagaccgtcttcagcagtgtaactacccgtggacatgtcgaactagagctaccc
accaaggagatcattgaagttgccactgtcgactatgaagctggagtctctcacggcaac
ccagtccttgattacctcgagcgcttcggtactccgattgagcagcccctcaactttgaa
aacgctatccctctcaatggcaagatccctctacaactaaaggcgcccgcttcaaacgag
aactatgccaaggtctcaggtgattataaccctatccatgtctcgcgggtcttcgctagc
tacgccaaccttccaggcaccatcacccatggcatgtactctagtgctgctgtaagaaag
ctagtggagacctgggctgctgaaaacaatgttgggcgtgtccgcagcttccatgcttcg
ctggtgggtatggtgctccccaacgatgacatccaggtccgacttcagcacgttggcatg
gttggtggccgcaagattgtgaaggtcgaagctagcaacaaggaatctgaagataaggtt
ctccttggtgaggctgaggttgaccagccagtgacgtcgtatgtcttcactggtcaaggt
tcccaggaacaggggatggggatggacctgtacaccaacagccctgttgccagagaggta
tgggacagggccgatacgtatctcctggacaactatggcttctctatcctggaaatcgtc
cggaacaaccccaaggagctcaccgttcatttcggcggcgctcgcggcaaggccatccgg
gagaattacattgctatgactttcgagactgtcgcggcggacggtaccctgaaatcggaa
cgcattttcaaaggtatcactgacaagacgagatcctacacctacaagtcacccaccggt
ctcttgtccgctacccaatttacacagcctgcccttactctgatggagaaagccagcttc
gaggacatgaaggccaagggtcttgtgtcgaaggaggccacattcgctggtcactcgctt
ggcgagtattcagctttgactgccatggccaacgtcatgccaatcgagtcattggtgtct
gttgtgttctaccgtggtttgactatgcaagtggctgtcgagcgggatgagcaaggccga
tccaactattccatgtgtgccgtcaacccaagtcgtatttcgaagacattcgacgaggaa
gccctgcgcttcgtcaccgcaaacatcgcggaggagtctggatggttgctggaaatcgtc
aatttgaacattgccaacatgcaatacgtctgtgcaggtgatctgcgtgctcttgatact
ctcaccagtgtcatgaactacttgaaggtgcaaaaggtcgatatcgtgcagctgaagaaa
gagcttagcccagataaggtgaaggaacacctggttgagatcatcaggggttgcaagcag
caagctgatgctaagcctcaacctattgatctacagagagggtttgctaccattcctctc
aagggtatcgacgtgcctttccactcgtccttcttacgatctggtgtcaagcccttccga
tccttcatccttaagaagattagcaagacgaccgtcgatccgtctcttttaatcggaaag
tacattcccaatgtgactgctcgaccttttgagcttaccaaggagtacttccaaaatgtc
tacgatcttactggatcgcctaggatcgcaaacattctacagaactgggagaaatatcaa
gatgagtctccagcggtcaatggtactaacggtgttaatgggcaagagattgagatcaat
ggcaattaa

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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 (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (23)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (8)   
   Pfam (8)   
All databases (100)   

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