KEGG   Trichophyton benhamiae: ARB_06046
Entry
ARB_06046         CDS       T01611                                 
Name
(RefSeq) hypothetical protein
  KO
K00668  fatty acid synthase subunit beta, fungi type [EC:2.3.1.86]
Organism
abe  Trichophyton benhamiae
Pathway
abe00061  Fatty acid biosynthesis
abe01100  Metabolic pathways
abe01212  Fatty acid metabolism
Module
abe_M00082  Fatty acid biosynthesis, initiation
abe_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:abe00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    ARB_06046
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:abe01004]
    ARB_06046
Enzymes [BR:abe01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.86  fatty-acyl-CoA synthase system
     ARB_06046
Lipid biosynthesis proteins [BR:abe01004]
 Fatty acid synthase
  Yeast type
   ARB_06046
SSDB
Motif
Pfam: Fas1-AflB-like_hel Acyl_transf_1 FAS_meander FAS_N MaoC_dehydratas SAT MaoC_dehydrat_N
Other DBs
NCBI-GeneID: 9526016
NCBI-ProteinID: XP_003015735
UniProt: D4AP79
AA seq 2091 aa
MFGPSTGPQTGINTPRSSQSLRPLNLSHGSLEFSFLVATSLHFHASQLKDSFAASLPEPT
DELAQDDEPSSVPDLVARYLGFIAHEVEEGEDDSLGSYIEVLKLVLNEFERAFMRGNDVH
AVAGSIPGIPAKKLLMVENYYAARAAVNRPTKPHDSALLRAAMEGNAKLYSIYGGQGNIE
EYFDELREIYNTYPSFVEDLISSSAELLQSLARDLDAIKLYSKGMDILRWLHDRDTQPDT
DYLVSAPVSLPLIGLVQLAHFMATCKAMGKEPGDVLDTFSGTTGHSQGIITAATIATVTT
WESFAKAARAALTMLFWIGLRSQQAYPRTSLAPSLLQDSIENGEGIPTPMLSIRDLHRSA
VQEHIDATNQHLPEDRHIAISLVNSPRNFVVTGPPISLYGLNLRLRKVKAATGLDQNRVP
FTQRKIRFVNRFLPITAPFHSQYLASAFEAIAEDVEDIKIPARSLRIPVYDTNTGKDISK
LGDEDIVPALIRMITSDPVDWEKATVFSKATHIVDFGPGGISGLGVLTNRNKDGTGVRVI
LGGLIDGTNAEVGYKPELFDRDEDHAVKYAVDWVEVYGPRLVKTSVGQTFVDTKMSRLLG
VPPIMVAGMTPTTVPWDFVAATMNAGYQIELGGGGYYNAKSMTAALTKIEKAIPPGRGIT
VNLIYVNPRAMAWQIPLLAKLRADGVPIEGLVIGAGVPSIEVANEYIETLGIKHIGFKPG
SLDAIQQVINIAKANPSFPVILQWTGGRGGGHHSFEDFHQPVLQMYSRIRKCDNIVLVAG
SGFGGSTDTYPYLTGTWSRQFGYPPMPFDGCLFGSRMMVAKEAHTSKAAKEAIVAAPGVD
DAKWEDTYKGAAGGVITVRSEMGEPIHKLATRGVLFWAEMDQKIFSLDKAKRLPALKKHR
EYIIKKLNDDFQKVWFGRNSKGVTVDLEDMTYAEVVHRMVELMYVKHEARWIDDSLKRFT
GDFLRRVEERFTTEKNQESRLQSYSQLDTPYPTVQEILDAYPASADQLINAQDVQHFLQL
CQRRGQKPVPFVPSLDENFEFWFKKDSLWQSEDIEAVVGQDVGRVCILQGPMAAKYSTVI
DEPIKSILDGIHQDHIKGLIQDVYNGDESKVPTVEYFGGRLALVDDEDRDIDGLTISEDA
TRVSYRLSSSPSANLPELDRWLHLLAGNIYSWRYALFTTEVFIQGQRFQTNPIKRILAPT
RGMFVEITNPNDSLKTVISMREPCQSGKLVKTVEIRLVEKNRIALTLFEGRTAESGVVPL
PFYFTYHPETGYAPIREVMEGRNDRIKEFYYRVWFGERTVPFDTPAAAIFDGGRTTVTAQ
AIADFVHAVGNTGEAFVERQGKETFAPMDFAIVAGWKAITKPIFPRTIDGDLLKLVHLSN
GFRMVPGAEPLKVGDILDTTAQINAIVNQDSGKMVEVCGTIKRDGEPIMHVTSQFLYRGN
YTDYETTFLRKDEVPMQVHLATSKDVAVLQSKEWFRLDEGNVELLGQTLTFRLQSLVRYK
DKTVFQNMQTTGQVLVELPTKEIIQVGSVDYDAGVSHGNPVIDYLQRHGSAIEQPVNFEN
PIPLSKSPLVLKAPASNETYARVSGDYNPIHVSRVFSSYANLPGTITHGMYTSAAVRSLV
ETWAAENNIGRVRSFHASLVGMVLPNDDLVVKLQHVGMIAGRKIIQVEASNQNTEEKVLI
GEAEVEQPVSSYVFTGQGSQEQGMGMDLYATSPVAKEVWDRADRHFMENYGFSIIDIVKN
NPQELTVHFGGPRGKNIRQNYMSMTFETVNADGSIKSEKIFKEVDEKTSSYTYKSPTGLL
SATQFTQPALTLMEKASFEDMRSKGLVQRDSSFAGHSLGEYSALAALAEVMPIESLVSVV
FYRGLTMQVAVERDEQGRSNYSMCAVNPSRISQTFNEQALQYVVENVSETTGWLLEIVNY
NVANMQYVCAGDLRALDSLTNVLNVLKAQKIDIPALMQTMSLEDVKSHLVQIIDECVKQT
NAKPQPIVLERGFATIPLKGIDVPFHSTFLRSGVKPFRSFLLKKINKTTIDPSKLIGKYI
PNVTARPFELTREYFEDVYRLTNSPRIGNILANWDKYEEPQDTPTESTDSP
NT seq 6276 nt   +upstreamnt  +downstreamnt
atgtttggcccctcgaccggcccccagacgggcatcaacactcctcgatcctcgcagtcc
ctgcgtcccctcaatctctcccatggatccctcgagttctcctttctagtggccacatcc
cttcatttccatgcctcacaactcaaggacagctttgctgcctcgctccctgagcccact
gacgagctagcacaggacgatgagccgtcgtccgtgccggacctcgtagcccggtacctt
ggcttcatcgcccacgaggtcgaggagggcgaagatgactccctgggctcgtacatcgaa
gttctcaagctcgttctaaacgagttcgagcgtgcttttatgcgcggtaacgatgtccat
gccgttgctggctccatacccggcatccctgcgaagaagctgctcatggtagaaaactac
tatgcggcccgtgcagccgtgaacaggcccacaaagccccacgattccgctctcctgcgt
gctgccatggaagggaacgcaaagttgtacagtatctacggcggccagggtaacattgaa
gaatattttgacgagctacgcgagatttacaacacgtatccttcatttgtcgaggacctc
atttcctcttcggcggagctgctgcagtctctcgccagagatcttgatgctatcaagctc
tattcaaagggaatggatattctccgctggttgcacgaccgtgatacccagccagatact
gactatctcgtctctgcaccagtcagcttgccattaattggccttgttcagctcgcccac
ttcatggctacctgcaaggccatgggaaaggagccgggtgacgtacttgatactttcagt
ggtaccactggtcactcgcagggtatcattactgctgctactatcgccactgtgaccacg
tgggagtcttttgcaaaggctgccagagcggcgctaaccatgctcttctggatcggcctt
cggagtcaacaggcataccctcgcacctcactcgccccgtcgctacttcaggactccatt
gagaacggagagggcatcccgactcctatgctgtccatccgagacctccaccggtcagcg
gtacaggaacacattgatgctacgaaccaacatctgccagaagaccgccacatcgctatc
tccttggtcaacagccctcgcaactttgttgttaccggtccaccaatctccctgtacggt
ctaaacttacgtctccgtaaggttaaagcagccactggccttgaccaaaaccgggttccc
ttcacacagcgaaagattcgcttcgtcaacagattcttgcccatcacggcccctttccac
agccaataccttgcttctgctttcgaagctatagccgaggacgttgaggatatcaaaatc
cctgcacgatccttgcgaatccctgtttatgatacgaacactggcaaggatatcagcaaa
ctcggcgacgaggatatcgtacctgcattgatccgcatgatcaccagtgacccggttgac
tgggaaaaggctactgttttcagcaaggctacccacattgttgactttggtccaggtggc
atctcaggactaggtgtcctcaccaaccgtaacaaggacggtaccggtgttagagtcatt
cttggtggtcttatagacggcactaacgcagaggtgggatacaaacctgagttgtttgat
cgtgatgaagaccatgccgtcaaatacgctgtcgactgggttgaggtctatggcccccgc
cttgtaaagacctctgtcggccaaacttttgtagatacaaagatgagcagacttctaggt
gtccccccaataatggttgctggtatgactccgactactgtgccttgggactttgtcgct
gccacaatgaacgccggataccagatagagctcggagggggtggctactacaacgcgaaa
tctatgacagcagctctcacgaagatcgaaaaggcgattcctccaggccgtggtatcacc
gtcaacttaatctacgttaatccacgcgctatggcctggcagattccattgctggctaag
ctccgtgccgacggtgttcctatcgaaggtcttgttattggcgccggagtaccatccatt
gaggttgcgaatgaatacattgagacacttggaatcaagcacataggcttcaagccaggc
tctttagacgctatccaacaggtcatcaatattgccaaggcaaaccccagtttccctgtt
atcctgcagtggactggtggtcgtggaggaggacatcactcgtttgaagatttccaccaa
cctgtccttcaaatgtatagtcgtatccgcaaatgtgataacattgttctagttgcagga
agtggctttggtggctccacagacacctatccatacctcactggtacctggtctcgccag
ttcggatacccacctatgccattcgatggctgcctcttcggcagtcgcatgatggttgct
aaggaggcacacacctccaaggctgccaaggaggcgatagtagctgcgcccggcgtcgat
gatgctaaatgggaagacacttacaagggcgctgcaggcggcgtcattaccgtgcgctct
gagatgggagaacctattcacaaactagccaccagaggagtgcttttctgggctgagatg
gaccaaaagatattctctctcgataaggccaagcgactccctgctctcaagaaacacaga
gagtatataattaaaaaactcaatgatgacttccaaaaggtgtggttcggacgtaactcg
aagggtgttaccgttgacttggaggacatgacctacgctgaggttgtacaccgcatggtt
gaactcatgtatgttaaacatgaagctaggtggatcgatgattcgcttaagagattcacc
ggcgatttccttcgccgtgttgaagagcgatttaccacagagaagaaccaagaatctcgc
ctccagtcttactctcagcttgataccccctacccaactgtccaagagatcctcgatgcc
tatcctgcctctgccgatcagcttatcaacgcgcaagatgtacagcacttccttcagctc
tgccagagacgagggcaaaagccagttccatttgtgccatcgctagatgagaacttcgag
ttctggttcaagaaagattctctctggcaatcagaggatattgaggccgtcgttggtcaa
gatgttggtcgtgtttgtatcctgcaagggcccatggctgccaaatactcaaccgtcatc
gatgaaccaatcaagagcatcttggatggcatccaccaagaccatatcaagggccttatt
caagatgtctacaatggtgatgagtctaaggttccgaccgttgaatacttcggtggtcga
cttgctcttgttgacgatgaagatcgcgacattgatggcttaaccatctccgaggatgct
actcgagtttcctatcgcctttcgtcctccccttcggccaatcttcctgaacttgaccgc
tggcttcatctcttggctggtaatatttactcttggagatatgctctctttaccactgag
gtcttcatccaaggccagcgtttccagacaaaccccatcaagcgcattcttgcgcctact
cgtggcatgtttgttgaaataaccaacccaaatgattctttgaagacagttatcagcatg
cgtgagccatgccaatcaggaaaactggtcaaaactgtcgaaattcgacttgtagagaag
aaccgaattgcactcacattgttcgaaggtcgaactgctgaaagtggcgttgtcccactc
ccgttctacttcacctaccacccagaaaccggttatgctcccattcgagaagtcatggaa
ggacgcaatgatcgtatcaaggagttttactaccgtgtgtggtttggcgaacgcacagtt
ccattcgacactccagcggcggccatctttgatggtggacgtactactgtcactgcccaa
gccattgcagacttcgttcatgctgttggtaacactggtgaggccttcgtcgaacgccag
ggaaaggaaacctttgcgcctatggacttcgctattgttgcaggatggaaagctattacg
aagccaatcttcccacgtactatcgatggtgacctattaaagcttgtccatctgtccaac
ggtttcaggatggttcctggcgcagagccactcaaggtcggcgatattcttgatacgaca
gctcaaatcaatgctatcgttaaccaggactctggtaagatggttgaggtctgtggaacc
ataaagagggatggtgaaccaattatgcacgttaccagtcagttcctgtaccgaggtaac
tacaccgactacgaaaccacattcttacgcaaggatgaagtcccaatgcaagtacatttg
gctacttcaaaggatgtagcggtcttgcaatcgaaagagtggttccgactggatgagggc
aatgttgaacttttgggccaaaccctcactttccgtcttcagagtttggtccgctacaag
gataagactgtcttccagaacatgcagaccaccggtcaggtcttggttgaacttcccacc
aaagaaattattcaggtgggatcggttgactacgatgccggtgtttctcacggcaacccg
gtgattgactatctccagcgtcatggttcggccattgagcagccggttaacttcgaaaac
ccaatcccgcttagcaagtcgcctttggttctcaaagctcctgcctctaacgagacgtat
gctagagtgtctggtgactataacccaatccatgtctccagagtcttctccagctacgcc
aacttgccaggtaccatcactcacggtatgtataccagtgctgctgtcagaagtctggtt
gaaacctgggctgccgaaaacaatatcggccgtgttcgcagctttcatgcttcccttgtc
gggatggtccttcccaatgatgacctagttgtcaagcttcagcatgttggtatgattgct
ggtcgcaagatcatccaagtcgaggccagcaaccaaaataccgaggagaaggtcttgatt
ggtgaggccgaagttgagcagccagtttcttcatacgttttcaccggtcaaggttctcaa
gagcagggcatgggtatggacctttacgccaccagccctgttgctaaggaagtgtgggac
cgcgcggatcgccattttatggagaattacggtttctctatcattgacattgtcaagaat
aaccctcaagagctgactgtacacttcggtggacctcgtggaaagaacattcgacagaac
tatatgtcgatgaccttcgaaactgtcaacgctgatggatctataaagtctgagaagata
ttcaaggaagttgacgagaagacctcttcttatacttacaagtcacctactggactattg
tcagccactcagttcactcagccggccctcaccctgatggagaaagccagcttcgaagac
atgcgttccaagggcctggtccagagagatagcagtttcgcaggtcactcattaggggag
tactctgcacttgctgcccttgctgaggtcatgccaattgagagtttggtctccgtcgtg
ttctaccgtggtttaacgatgcaagttgcagtggaacgtgatgaacagggtcgctccaac
tactccatgtgcgcagttaaccccagccgtatctcccagaccttcaatgaacaggcactc
cagtacgtagttgagaatgtttcagagactacaggctggctgcttgagattgtcaactac
aacgtggcaaacatgcagtatgtctgtgctggcgatcttcgagcacttgacagtttgaca
aacgtcctgaatgtcctcaaggcccaaaagattgatattcctgctctgatgcagaccatg
tcactcgaagacgttaaatcacacctcgttcaaatcattgacgaatgcgtgaagcagaca
aatgccaagccacaacctattgttctcgagcgtggattcgcaaccattccactcaagggt
attgatgtgcctttccacagcactttccttcgctccggtgtcaagcccttccgatctttc
ttgcttaagaagattaataagacaaccattgatccaagcaaattgatcggcaaatacatt
cccaatgttaccgctcgcccgtttgagctcacaagagaatatttcgaagatgtgtaccga
cttacaaactcacctcgtattggaaatattttggcaaactgggataaatacgaagaaccc
caagataccccaactgaatctaccgactctccataa

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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 (25)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (100)   

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