KEGG   Trichophyton benhamiae: ARB_02752
Entry
ARB_02752         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_02752
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:abe01004]
    ARB_02752
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_02752
Lipid biosynthesis proteins [BR:abe01004]
 Fatty acid synthase
  Yeast type
   ARB_02752
SSDB
Motif
Pfam: Fas1-AflB-like_hel Acyl_transf_1 FAS_meander MaoC_dehydrat_N MaoC_dehydratas SAT FAS_N
Other DBs
NCBI-GeneID: 9525137
NCBI-ProteinID: XP_003011020
UniProt: D4B2R9
AA seq 2024 aa
MAVRGRDLQEVFSKQDTAKYSSALDLCLAFLEYTMDHSNEDSNSHHVDMVILTKGLRNIQ
ENILGNENINTALASMNFDIGIRASILRSYFRLCAFTKCKPSPGNSKLIMDVQTGNAKVL
ALFGGQGFDTYFNELLETYQIHQHHIQALVHCMATTLKSLSTEDGVKDAYSQGFDVEEWL
TTETSRPDWNYLTSAGVSLPLIGLSQFAAYAVACINLQLSPGELRSSFSGAIGHSQGIIV
ASYIAAADSWDSLYTVAQQGVEVLFWIGCRCQQINLHPITHREQLSSYMLSVKGLSRDML
QGDIDQLNHYLQQSGALHIGLMNGPQQFVVVGSPLSLKGLQKKIQLRDIRTSKPINQSRV
LFSQRPPVISASFLPITAPFHSPYLEEAQKRILKDLISHSLKGCTLAFPVFDTETGNNLQ
HCDNIIPQLVQMVCTKRVQWERVLNMALTGVTHVLDFGPGGSAGIGRLIHQQRDGTGLRT
IIVGADCDASSFFGGMGELYGRYYPVKYSAIWGDVYAPRLIRTSSDGAELVSTKFSRFFG
SPPVMVAAMTPTTTAPDFVAAIMNAGYHAELACGGFSEPDSMRNGILSLSARISPGREIT
CNVIYANPRAMAWQIPLLQELRRDGVPITGLTIGAGVPSEDTVRGYITDMSLTHIGFKPG
SKQSIDAVLGIARANPGCSILLQWTGGRGGGHHSFEDFHEPILARYSQIREHSNIILIAG
SGFGDGDESYPYLSGEWSKRYGYPPMPFDGILLGSRVMAAREAHTSPEAKRAICNAPGVP
DSRWEETSYGPAGGIISVMSEMGEPIHKLATRGVMLWAELDRNVFSLPREKQKEELLVRK
DYYIQRLNNDFQKVWFGSSSDGKAVDLTEMTYAEVVRRLVDLLYLRRSREWIHGDFRFLV
FDWIRRLEERLHRSNTCNGYKSTHDDDGRAVLHDVKQLDQPHQLIEELLIKYPHAVTDVI
TAADADYVIELSKRRGRKPVPYIVQLDEDFEYWFKKDSLWQSERLEAVQGQDAGRICILH
GPVAARHTRQVDEPVSSILDGIHDTFITKARTNETIFDFTPSQSPSNLAEGIQKVPLLPR
GVTVDVSENGKLVRYSLASTESELPCHDDWIKFLAGTTHVAWCVSILTEPDIVRNGILVN
NPIRRVFAPKPGRVVELHNPSSPEQCIMMIKEIGNIQNTSKECSSTTIASASMQKRLEGG
IILSLSNHLMRDRSTPGLDFEFKYQPRSRSPRIIECTHDHIVESRRFYQSIWIGEQVTTA
TPGTVFHGEDAIINRDTIVLFAKSICNYNQYYISPSKALLHAPLDLAIAIAWKPMMRCLF
STSNPGNMLNLLHLTNEFRLHEGVKPIREGDSVSSKCRLTAVKIKKGSGKIIGVEATILR
NGAPVVHLKSEFIIPGVYTDYSSTFEIIEEKFLVQIASMKDIELLKARQWFRLNENTDLT
HYLNQKIEFHITSRYFFKDSETYSHLEVEGQAVHQHAPSHTTILGSVYFSSESYKKNPVT
DYLHRRGSSIKDTHNSLKHSCQLAQGVEVIIPSWGIDYAQASGDCNPIHVSELFALYSGY
HSRVTHGMFTSGFVRGFVESHVAHNDVSRMRSWSCIFEGKVFEGDRLSVSIEHIGMCRGQ
LVISVKAENAVTGMKVLSARAKIEQPTTAYVFTGQGSQQPGMGLELYKTSLAAQAVWTTA
DRYFINQYGFSMLDIVRENPKHLTIHFGGARGRKIRDNYMALILDSKGKNGVPTQKPLFP
TITSCSRSYTFRSTSGLLHETQFTQPALALMEIARFEDMRSRGVVKEESLFAGHSLGEYV
ALVAVGKILTIEQMVALVFYRGLTMSNAVKRDSNGATNYSMCAVNPTRVSKTFSEVDLNW
CVQEISRHTQGLLEIVNYNVINMQYVCAGDLQGLATLTAVMDALASGSLNMSELQDVHAF
IRKHLSILEQTQRPIALQRGLATIPLAVNVPFHSSLLQPGVDSFRHFLQKHINDSTIDPG
LLVGKYIPNLTARPFELSLDYIRDAFEITKSPVLEKVMLGVSMV
NT seq 6075 nt   +upstreamnt  +downstreamnt
atggccgtacgtggtcgggatctccaggaggtcttttcaaagcaggacaccgcaaagtac
tcatcagcactcgatctatgtttggctttcttggaatacaccatggaccattcgaacgag
gattccaacagccaccacgttgatatggtcatcttgacaaaagggctcagaaatatccag
gaaaatatattgggcaatgagaacatcaacactgccttggcatccatgaacttcgatatt
ggcattagagcctccattctgagatcttattttcgcctctgtgccttcacaaagtgcaaa
ccctcgcccgggaatagcaaactcataatggacgtccagacagggaatgcaaaagtgctt
gcgcttttcggtgggcaaggtttcgatacctatttcaatgagctactcgaaacctaccag
atacatcagcaccacattcaagcgcttgtgcactgcatggctaccactctgaaaagcctt
tccactgaagatggagtcaaggacgcttattcacaggggttcgacgttgaggagtggttg
accacggaaacctctcgccctgattggaattacctaactagcgctggtgtcagccttccc
ctgattgggctttctcagtttgccgcctacgccgtggcctgcataaatcttcaactctcg
ccaggcgagctacgaagcagcttctcaggagcaattgggcattctcagggtatcattgtc
gcatcatatatcgcagcggcagactcatgggactcgctttacaccgtagctcagcagggg
gtggaggtactgttctggatcgggtgtagatgccagcaaattaacctacacccaataaca
catagggaacagctatcatcatatatgctaagtgtcaaggggctttctcgtgatatgctg
caaggtgatattgaccagctgaaccactatctgcaacagtcgggcgcgctccatattggc
ttgatgaacggaccacagcaatttgtcgttgtcggttccccactatccttaaaagggcta
caaaagaaaatccaactgagagatatcaggacctccaaacccatcaatcaatcacgagtc
ttgtttagtcaacgtccaccagtgattagtgcttcctttttgcccatcacggcaccgttt
cattctccatatctcgaggaggcgcaaaagaggatacttaaagatcttatttcgcattcg
ttgaaaggatgtaccctcgccttccctgtatttgatacagagacagggaataacctacaa
cactgtgacaacattattccccagctggtccaaatggtatgtaccaaacgcgtacagtgg
gagagagttttgaatatggccctgacaggagttactcatgtactggatttcggtcccgga
gggagcgcagggattgggagactaatccatcagcagagggatggcacagggttgagaaca
ataatcgtgggagcagactgtgacgctagctcgtttttcggcggcatgggtgaattatat
ggtcgatactatcccgttaagtatagcgctatttggggtgacgtatatgctcctcgcctg
atccgtacatcatccgatggcgcagagctagtgagtacaaagttcagccggttctttggc
tccccacctgtgatggtagcagccatgaccccaacgacaacagcaccggactttgtggca
gcgataatgaatgccgggtatcatgccgaactagcttgcgggggtttctcagagcctgat
agtatgcgcaatgggatactctccctttctgccagaatttcacctggccgtgaaattacg
tgcaatgttatttatgccaatccgagggcaatggcatggcagatcccactgctgcaagaa
ctgcgcagagacggcgttcccatcactggattaaccatcggagcaggcgtcccttctgaa
gacacggttcgaggctatattactgatatgtctctgacacatattggttttaagccaggc
tcaaagcaatctattgacgctgttctgggaattgcacgggctaatccaggctgttccatt
cttctacagtggactggagggcgaggtgggggccatcactcattcgaagatttccatgag
cccattcttgctaggtatagtcagattcgagagcactcaaatatcattttgattgcaggt
agtggctttggagatggtgatgaatcatatccatatctttccggggaatggtcaaaaaga
tacggctatccccccatgccgtttgatggtatcttgcttgggagtcgcgtgatggctgca
agagaagcccacaccagccctgaagcgaagcgagctatttgcaacgcccctggagtgcca
gattcacgttgggaggaaactagctacgggccagcaggcggaattataagcgtcatgtcc
gagatgggggagccgattcacaaactggcaacacgaggagtgatgttatgggcggaactg
gaccggaacgtctttagcttgccccgtgaaaagcaaaaagaggagttactcgttcgtaaa
gactattacatccagcggctcaacaatgacttccagaaagtgtggtttggctccagttct
gacggcaaggcggttgacttgaccgagatgacttatgcagaagttgttcgacgtctggtt
gaccttttatatttgagacggtcacgtgagtggattcacggtgactttaggtttctcgta
tttgattggatacgtcgactggaggagcgactacaccggagcaacacttgcaacggctat
aaaagcacgcatgatgatgacggcagagcagttcttcatgacgttaagcaactggatcaa
cctcaccaacttattgaggagctattgatcaaatatccacacgctgtgacggatgttatc
accgccgccgacgccgactatgtgattgagctgtcgaaacgtcggggacggaagcccgtt
ccctatattgtacaactggacgaagattttgaatactggtttaaaaaggattcactatgg
caatctgagcgtcttgaggccgttcaaggccaggatgctggacgcatatgcattctccat
ggccctgtggctgctcggcatactcgccaagtggatgaacctgtgagcagcatcttggat
ggcattcatgatacttttatcacaaaggctcgtacgaacgagactatttttgattttact
ccttctcaatcaccatctaacctggcagaaggtattcagaaggtgcccttgttaccacgt
ggagttactgtcgacgtatcggagaatggaaaattggtgagatactcgctggcaagtact
gaatccgaactaccttgccatgatgattggataaagttcctagctggtacaacacatgta
gcatggtgcgtctcaatattgacagaaccagacatcgtccgaaacggcatcctggtgaac
aatccaataagaagggtcttcgcccctaaacctggccgcgtcgtcgagcttcataaccca
tcgtcccctgaacaatgtataatgatgattaaagaaattgggaacatacaaaatacctcg
aaggaatgttcaagcactacaatagcttccgcttccatgcaaaagcggctggaggggggg
atcatcctatccctttctaaccatttaatgagagatagatctacgccgggtctggacttc
gaattcaaatatcaaccaagatccagatcccctaggataattgaatgtacccacgatcac
attgtggaatcaagacgcttctaccaatccatttggattggagaacaagtgacaactgca
acacctggcacggtattccacggtgaagacgctattataaaccgagatacaattgttctg
tttgctaagagtatctgcaattataaccaatactatatatccccatcgaaagccctctta
cacgcgccgctcgacttggcaatagcaattgcatggaaaccaatgatgagatgcttattt
tccacgtccaatcctggaaacatgcttaacttattacatctcactaatgagtttcgtcta
cacgaaggagttaaacccatccgtgaaggagattctgtctcgtcgaaatgcaggctcact
gcggtcaaaataaagaaagggtcaggaaaaattattggagttgaagcgacaattcttcgg
aatggtgctccagttgtccacctgaaaagcgaatttatcatccctggagtatacacggat
tattcgtcaacatttgagataattgaggaaaaattcctggtacaaatagcttcaatgaaa
gacattgaactattaaaggcaagacaatggtttcggttaaatgagaatacggatctcacc
cactatctcaatcaaaaaattgagtttcacatcactagtcggtacttttttaaggattca
gaaacctattcccatctcgaagttgaaggtcaagccgtccatcaacacgctccaagtcat
accacaatccttggatctgtgtacttttcttctgaatcctacaagaaaaacccagtaacg
gattatttacatcgtcgtggatcaagcataaaagatacgcataatagcttgaaacactcc
tgtcagctcgcacaaggtgttgaagtgattatccctagctggggtattgattatgcccaa
gcttctggagattgcaatccaatccatgtgtctgaactttttgctttatactctggatat
cacagtcgcgtgactcatggtatgttcaccagtggatttgtccggggctttgttgaatca
catgtcgcgcacaatgatgtatctcgaatgcgctcctggtcttgcatttttgaggggaaa
gtttttgagggagatagactgtcggtttcaatagagcatattggcatgtgtcggggacag
ttggtgatatccgtgaaggcagaaaatgcagtcactggcatgaaagttctatctgctcgg
gccaaaattgaacagcccacgactgcttatgtatttactggccaagggagtcagcaaccg
ggaatggggttggagctctacaaaacaagtcttgctgcccaagctgtctggaccacagcc
gatcggtattttatcaaccaatatggtttttcgatgctcgatatcgttcgtgagaatcct
aagcacttaactattcattttggaggtgcaaggggccgcaaaatacgcgataactatatg
gctctcatacttgacagcaaaggtaaaaatggggtacccactcaaaagccactgttcccg
accatcacaagctgttctaggtcctacacatttcgctctaccagtggtctcttacatgaa
acccaattcactcaaccagctctagctttgatggagattgcacggttcgaagacatgcgt
agtaggggggttgtcaaggaagagtctttatttgctggccactcccttggtgaatacgtg
gcattagttgcggtaggaaagattctcaccattgagcagatggttgcactcgtgttctac
cgcggattaacgatgtccaacgccgttaagcgtgactccaacggtgcaacaaattactcc
atgtgtgcagttaatccaacccgagtctcgaagacattttctgaggttgatctgaactgg
tgtgtgcaagagatttctcgacatacgcaagggttactagagattgttaattacaatgtc
ataaatatgcagtacgtttgtgctggtgatctgcaaggacttgcaactcttacagcggta
atggatgctctagcgtctggaagcctaaatatgtctgagttgcaggatgtgcacgccttt
atacggaaacatcttagtattttagagcagacacaaaggccgattgctctccaacggggt
ctagcaactatcccactggcagtaaatgtgccgtttcatagcagtctgttgcaacctgga
gtggactcctttcgacatttcttacaaaagcatatcaatgattctacgattgatccagga
ctcttggttggaaaatacatcccaaatctcactgcgaggcccttcgaactttcactggat
tacatcagagatgctttcgaaattacaaagagtccagtacttgaaaaggtcatgcttggt
gtaagtatggtatga

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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 (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   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 (120)   

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