KEGG   Caenorhabditis briggsae (nematode): CBG_12408
Entry
CBG_12408         CDS       T01054                                 
Symbol
Cbr-fasn-1
Name
(RefSeq) Protein CBR-FASN-1
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
cbr  Caenorhabditis briggsae (nematode)
Pathway
cbr00061  Fatty acid biosynthesis
cbr01100  Metabolic pathways
cbr01212  Fatty acid metabolism
Module
cbr_M00082  Fatty acid biosynthesis, initiation
cbr_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:cbr00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    CBG_12408 (Cbr-fasn-1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:cbr01004]
    CBG_12408 (Cbr-fasn-1)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:cbr04147]
    CBG_12408 (Cbr-fasn-1)
Enzymes [BR:cbr01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     CBG_12408 (Cbr-fasn-1)
Lipid biosynthesis proteins [BR:cbr01004]
 Fatty acid synthase
  Animal type
   CBG_12408 (Cbr-fasn-1)
Exosome [BR:cbr04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   CBG_12408 (Cbr-fasn-1)
  Exosomal proteins of breast milk
   CBG_12408 (Cbr-fasn-1)
  Exosomal proteins of colorectal cancer cells
   CBG_12408 (Cbr-fasn-1)
  Exosomal proteins of bladder cancer cells
   CBG_12408 (Cbr-fasn-1)
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt KR Ketoacyl-synt_C KAsynt_C_assoc FAS_pseudo-KR ADH_zinc_N ADH_zinc_N_2 Thioesterase PP-binding adh_short Methyltransf_23 PS-DH PKS_DH_N Thiolase_N Abhydrolase_1 ACP_syn_III
Other DBs
NCBI-GeneID: 8581681
NCBI-ProteinID: XP_045094858
Position
I:8723209..8733533
AA seq 2731 aa
MDNTGEGSSDSSGTWERISDNSQVSLLPEFRLSVSPNLSTVLLRSGRGHHHLRFSSLLLF
YLLPSLPRARIRIVFASLLLLFLNVFVRSADAFLFFFSFFVYLFPLSFFRSSDNMESTNW
WQKQDDIVISGVSGRFPRCDNVKEFGDLLLAGEDLVTEDDLRWPPGFYDLPKRHGKLKEL
KKFDAGFFSVTPKQANFMDPQVRILLEASWEAMVDAGMFLSISHFIPLFGTETEIGKLCL
SPDVPGSINPIDLRGSKTGVFVGCSASETSGALTQDPESVTGYTLTGCVRSMFSNRISYT
FDLQGPSFSVDTACSSSLLALQLAIDSIRQGQCDAAIVAGAHLTLTPTAALQFLRLGMLT
DKGSCRSFDDSGDGYCRTEGVAAIFIQRKKKAQRIYATVLHAKSNTDGYKEQGITFPSGE
RQAQLLQEVYSEAGVDPNSVYYVESHGTGTKVGDPQEANAICQVFCSSRSDSLLIGSVKS
NMGHAEPASGVMSLTKILLSIERQMIPPNLHYNTPNQYIPGLVDGRLKVVTEPTPLPGGI
IGVNSFGFGGSNTHVILKAADHVAPAITQHPFTKIVTYCGRTQESVEKIFGEIEANKDDL
YLQSLLANQANMPANLLPFRGFMLLDRENNQAALKNITKVPITEPRPIYFIYSGMGSQWP
GMAIELMKIPMYDESLRASSKTLEEFGLDVYGMLCNPDPEQYSNNTMNCMLAITAIQIAL
TDTLTALGVSPDGIIGHSTGEMGCGYADGGITREQTMRLAYHRGTTIMKHTEIKGAMAAV
GLTWEEVKAQAPPGVVAACHNGADSVTISGDAEGVASFCAQLKEKEIFAKVVDTSGIPFH
SPAMLAVKDEMIESMRTAVPEPKPRSSKWISTSIPEEDWESDLAATCSAEYHVHNACSPV
LFYEALQKIPANAVTIEMAPHSLMQAILRRSLQKTVTNVGLMNKPKSENDNELEGFLGSL
GKIYQAGVNIQISELYPGGQYKGVVPKGTPMIGPMWQWDHSQDWQTIDGRHMVAGGGGSI
PASATYNIDPFAADSKEAYLLDHVIDGRVLYPFTGHMVLAWKTLCKLKSLDFQKTPVVFE
NINVYSATIVTKPIKLDVVLTPGNGYFEIISDEQVAASGRIYVPEDNQPFYYGKLEDIRT
SEIADRIELDTEDAYKEFLLRGYEYGQAFRGIYKTCNSGERGYLYWTGNWVTFLDSLLQT
ALLAERSDTLRLPTRVRHLRIDPNKHLEHVVERDGIQVVELRNDHSTNGCIAGGVECCDL
NAHSVARRIQVSGQLYHEKVFFVPHFDTNCLKQHNETAATLKDYTSVIKQTLFNGFSAWK
SAGLLKKLKNGALIEKALPALKSSLSDVVLDDTVTRFMHDGKCTVLPHFTEMFKIQDSED
FEDQVIGKLKSVRGIFELDRLWAGAVLNDRIVKSLQDICIENSAGHHAKMAAVDLVSTDQ
IRHCIEANSSHPLLEVDYTCVGATVDHLDESTLEIVGAKKQKIVLDEAFTGHGELKNMDY
VLLDKVLNKKADPIAFIEACKNLIRDDGFLLVVEVTAQYEIALAIEALLGTDLAGDANRQ
YGQFFTHEQLLKMFETTGFKICNYQSDPALMTTTYAVRRIASVPRDPAFIDVDDIKEFSW
IEPLQKTVEERLNEPDAKTIWLVSNKCRNNGIVGLALCFVEENLKSNRFRSAFDMSATKA
IRDGPPVWNIGDEETKKIIDLDMHANDYMDGQWGSMRHIVVKDEDAHVYKDCEHAFINTL
TRGDVSSLTWFESPNQYFDSMAKTKSSQELCSVYYAPINFRDIMLAYGRLPPDAIPGNFA
DRECLLGMEFSGRLKDGTRLMGILPAQALATTVMVDRDYAWEVPSDWTLAEASTVPVVYT
TAYYALVRRGMMKKGDKVLIHGGAGGVGQAAIAIALAAGCEVFTTVGSTEKREFLKKLFP
QLKEHHFANSRSADFELHIRQHTKGRGVNIVLNSLANEMLQASLRCLARHGRFLEIGKVD
LSQNSSLGMAKLLDNVSVHGILLDSIMDPTVGDLEEWKEIARLLEQGIKSGVVKPLHSHS
FPADKAEEAFRFMSAGKHIGKVIMEIRQEETTKVCPPSRISVRAICRTLCHPQHTYLITG
GLGGFGLELAQWLINRGARKLVLTSRTGIRTGYQARCVHFWRRTGVSILVSTLNIAKKSD
AVELVKQCTAMGPVGGVFHLAMVLRDCLFENQNIQNFKDAAEAKYYGTINLDYATREDTV
KEHLKWFVVFSSITSGRGNAGQTNYGWSNSCMERMIDQRRADGFPGIAIQWGAIGDVGVI
LENMGDNNTVVGGTLPQRMPSCLSSLDNFLSWNHPIVSSYIKADMGAKKSAGGGNLMQTI
AHILGVNDISQLNPDANLGDLGLDSLMGVEIKQALERDYDIVLSMKDIRTLTLNKLQQLA
EQGGTGGTALQVNELEMKKDGERDAELNTVEMLEKQMNQLFKMRVDVNDLDPQDVIVKAN
KAEEGPITFFVHSIEGIATPLKKVMSKCEFPVYCFQATKNVPQTSIEDVAKYYIREMKKV
QPTGPYRLVGYSYGACIGFEMACMLQQSDGQDAVEKLVLLDGSHLYMQTYRNVYRMAFGV
TGDTLVNNPLFESEIMCAMTLRFANVDYKKFRVELLQQPGFKARVQKVVDTVMTTGLFKS
PETVAFACMAMHSKFLMADKYKPERKFRGHITLIRAEQGAAREEDVGRDYGISQVSDDSD
VHVVEGDHDTFVQGKSSAKTVSIINSLILNN
NT seq 8196 nt   +upstreamnt  +downstreamnt
atggataacactggtgaaggatcgtccgattctagtggaacttgggaacgtatttctgat
aattctcaggtaagccttcttccagaatttcgtctctctgtgtctccaaatctctcgaca
gtgctcctccgctccggacgggggcatcatcatctacggttctcgtcccttcttcttttt
tatcttttaccatctctaccgcgcgctcgcatccgcatcgtcttcgcttctcttcttctt
cttttcttaaatgtcttcgtccggtcggccgacgccttcttattcttcttctcattcttc
gtttacctcttccctttgtcgtttttccgatcttcggacaacatggaatcaactaactgg
tggcagaagcaggacgatatcgttatctcgggagtctcgggccgatttccaagatgcgat
aacgtaaaagagttcggagatttgcttcttgccggagaagacttggtaaccgaagacgat
ctcagatggcctccaggcttctatgatcttccaaaacgacacggaaaactgaaggaattg
aagaaatttgatgcgggcttcttttcagttacaccaaaacaagcaaatttcatggatcca
caagttcggattctacttgaagcttcgtgggaggcaatggttgatgcgggtatgttcctc
tctatctctcactttatcccactcttcgggacggagacggaaatcggaaaactgtgtctc
tctcccgatgtacctggcagcataaatcccattgatctccgcggatcaaagacaggagta
ttcgtcggatgctcagcttcagaaacatccggagcgctcacacaagaccccgaatcggta
acgggctacacgttgacgggttgcgtgcgttccatgttctcaaaccgaatctcatacaca
ttcgacttgcaaggaccatcgttctcggtggacaccgcttgctcatcttcacttttggca
ctccaacttgccatcgactcgatcagacagggtcaatgcgacgccgctattgtcgccgga
gctcatcttacattgactccaactgcagctctccaattcttgagattgggcatgctcacg
gataagggaagctgccgttcattcgatgattctggagacggttattgccgtactgaagga
gtcgccgccatcttcattcaacgtaaaaagaaggcgcaaagaatttatgcaactgtactt
cacgcgaagtctaacactgatggatacaaggagcagggcatcaccttcccatcaggagaa
agacaagcgcagttgttgcaagaagtgtattctgaggctggagttgatccaaactcagtt
tactacgttgaatctcacggaaccggaaccaaggtcggagatccacaggaagccaatgcc
atctgccaagttttctgctccagccgttccgattctctgttgattggatcagttaaatcc
aacatgggacacgctgaaccagcatctggagtcatgtctctcaccaagattctcctctcc
attgagcgtcaaatgattccaccaaatttgcactacaacactccaaatcagtacattccg
ggacttgtcgacgggcgtttgaaggttgtcacggaaccaacacctcttccaggaggtatc
attggtgttaactctttcggattcggaggatccaacacccacgtcatcttgaaggctgct
gaccatgttgctccagccatcactcaacatccattcacaaagatcgtgacatactgtgga
agaactcaagagtcggttgagaagatcttcggagaaatcgaagctaacaaggatgatctc
tatcttcaatccttgttggccaaccaagccaatatgccagccaaccttcttccattccgt
ggattcatgcttttggatagagagaacaaccaggctgcattgaagaacatcaccaaggtt
ccaatcaccgagccacgtccaatctatttcatctactctggaatgggatctcaatggcca
ggaatggctatcgagctcatgaagattccaatgtatgatgaatctcttcgcgcttccagc
aagacccttgaggagttcggactcgatgtctacggaatgctttgcaatccagatccagag
caatattcgaacaacactatgaattgcatgctcgccatcactgctatccaaattgcattg
actgatacgcttactgctctcggagtctctccagatggaatcatcggacactcgaccgga
gaaatgggatgcggatatgctgatggaggaatcactcgtgaacaaaccatgagattggct
tatcatcgtggtacaaccatcatgaagcacaccgagatcaagggagctatggctgctgtc
ggtctcacttgggaggaagtgaaggctcaggctccaccaggagtcgttgctgcttgccac
aacggagctgactctgtaaccatctctggagatgctgaaggagttgcttcgttctgtgct
caactcaaggagaaggagatcttcgccaaggttgtcgacacttccggaattcctttccac
tctccagccatgcttgctgtcaaggatgagatgattgagtctatgagaaccgccgttcca
gaaccaaagccaagatcttccaagtggatctctacttccattccagaagaagactgggaa
tctgatttggctgctacttgttctgctgagtaccacgttcacaacgcctgctctccagtc
ttgttctacgaggctcttcagaagatcccagccaacgccgtcactatcgaaatggctcca
cactcgttgatgcaagccattcttcgccgttctcttcagaagaccgtcaccaatgtcgga
ctcatgaacaagccaaagtccgaaaacgacaatgaacttgaaggattcttgggatccctt
ggaaagatctaccaagctggtgtcaacattcaaatttcggagctctacccaggaggtcaa
tacaagggagttgttccaaagggaactccaatgattggtccaatgtggcaatgggatcat
tctcaagactggcaaaccattgatggacgtcatatggttgctggtggaggtggttctatt
ccagcatcagccacctacaacatcgatccattcgctgctgattcaaaggaggcttacctt
cttgaccatgtcatcgatggacgtgttctttatccattcactggacacatggttctcgcc
tggaaaactttgtgcaagctgaagagtttggacttccaaaagactccagttgtctttgag
aacatcaatgtctactccgctacgattgtcaccaagccaatcaaattggatgttgtcctg
acgccaggaaacggatacttcgagatcatttccgatgagcaagttgctgcttccggaaga
atctacgttccagaagacaaccaaccattctactatggaaagttggaggacattcgcact
tctgagattgctgaccgtatcgaactggacactgaggatgcctacaaggagttccttctc
agagggtacgagtacggacaggctttccgtggaatctacaagacttgcaactctggagaa
cgtggatatttgtattggaccggaaactgggtcaccttcttggactccctcctccaaacc
gctcttcttgctgaaagatctgacactcttcgtctcccaactcgtgtccgtcatctccgt
atcgatccaaacaagcatttggagcatgttgttgagagagatggaattcaagtcgtcgaa
ttgagaaacgaccattccaccaatggatgtattgctggaggagttgagtgctgtgatctt
aatgcacattccgttgccagaagaattcaagtttctggacaactctaccacgagaaggtg
ttcttcgttccacacttcgataccaactgtctcaaacagcataatgagacggctgctact
ctcaaggactacacttccgtcatcaaacaaacccttttcaatggattctccgcttggaag
agtgctggacttttgaagaagttgaagaatggagcattgatcgagaaggctctcccagct
ctcaagtcatcgctttctgatgtcgtgttggatgatacggttacccgattcatgcatgat
ggaaagtgcactgtccttccacacttcaccgagatgttcaagattcaagactctgaagat
ttcgaggatcaagtcatcggaaaactgaagagtgtccgtggaatctttgagttggatcgt
ctctgggctggagctgttctcaatgatcgtatcgtcaagagtcttcaagacatttgcatc
gaaaattctgctggacatcatgccaagatggctgccgttgacttggtttccaccgatcaa
atccgtcattgcatcgaagccaactcatctcatccacttttggaagttgactacacgtgc
gtcggagctactgttgatcatttggatgagagcactctcgagatcgttggagcaaagaag
cagaagatcgttctggatgaagctttcactggacacggagaactcaagaatatggactac
gttcttttggacaaggtcctcaacaagaaggccgatccaatcgcttttatcgaagcatgc
aagaatttgatccgtgacgatggattcctcttggttgttgaagtcactgctcagtacgaa
atcgctcttgccatcgaagctcttctcggaaccgatttggctggagacgcgaatcgtcaa
tacggtcaattcttcactcacgagcaacttctcaagatgttcgagaccactggattcaag
atctgcaactaccaatccgatccagctctcatgacaaccacatatgctgtccgtcgcatt
gcttcagttccacgtgatccagcattcatcgatgtcgatgacattaaggagttctcttgg
atcgagccactccagaagaccgtcgaagagagattgaacgagcctgatgccaagaccatc
tggcttgtcagtaacaagtgtcgcaacaatggaatcgtcggacttgctctttgcttcgtc
gaagagaatctgaagtcaaacagattccgttccgcttttgacatgtctgctaccaaggct
atccgtgatggaccaccagtctggaacatcggagacgaggagaccaagaagattattgat
ctggatatgcatgctaacgactatatggatggacaatggggatcaatgcgtcacatcgtt
gtcaaggatgaggatgctcacgtctacaaggactgcgagcatgctttcatcaacaccctc
acccgtggagatgtctcttccctcacctggttcgagtctccaaaccaatacttcgactcg
atggccaagaccaagtcatctcaagagctgtgctctgtctactatgctccaatcaacttc
cgtgacatcatgttggcctacggacgtcttccaccagatgccatcccaggaaactttgct
gatcgtgaatgcctcctcggaatggagttctctggacgtctcaaggatggaactcgtctg
atgggaattcttccagctcaggctcttgccacaactgtcatggttgacagagactacgct
tgggaggttccaagtgactggactcttgctgaagcttcaactgttccagttgtttacact
actgcttactatgctttggttagacgtggaatgatgaagaagggagacaaagttcttatc
cacggaggtgctggaggagtcggacaagctgctattgctatcgctttggctgctggatgt
gaagtcttcactactgtcggatccaccgagaagagagagttcttgaagaagctgttccca
caactcaaggagcatcatttcgccaactctcgttccgctgacttcgaactccacatccgt
caacacaccaagggacgtggagttaacatcgttctcaactctcttgccaacgaaatgctc
caagcttctctcagatgtttggcacgccacggacgcttccttgaaatcggaaaggtcgac
ttgtcccagaactcgtccctcggaatggctaagctccttgacaacgtctctgtccacgga
atccttctcgattcgatcatggacccaactgttggagatttggaagaatggaaggagatc
gctagacttttggagcaaggaatcaagagcggagttgtcaagccactccattctcattcc
ttcccagctgacaaggctgaggaggctttccgtttcatgtctgccggaaagcacatcgga
aaggtcatcatggagattcgacaagaagagactacaaaggtctgcccaccatcaagaatc
tccgttcgtgccatctgccgtacactctgccatccacaacacacctacctgatcaccgga
ggactcggaggattcggactcgagttggctcaatggcttatcaaccgtggagctcgcaag
cttgtgctcacttcaagaacaggaatccgtactggataccaagcgagatgtgttcacttc
tggagacgaactggagtttccattcttgtatcgactttgaacattgccaagaagtcggat
gctgttgagcttgtcaagcaatgtaccgcaatgggaccagtgggaggagtcttccatttg
gctatggttctccgtgattgtttgttcgagaaccagaacattcaaaacttcaaggatgct
gccgaagccaagtactacggaaccatcaacttggattatgccactcgtgaagacactgtc
aaggagcatctcaagtggtttgtcgttttctcttccatcacttctggccgtggaaatgct
ggtcagaccaactacggatggtccaactcttgcatggagagaatgattgaccaacgtcgt
gctgatggatttccaggaatcgccattcaatggggagccattggagacgtcggagtcatt
ctggagaacatgggagacaacaacaccgtcgtcggaggaactcttccacaaagaatgcca
tcttgcttgtcttcccttgataacttcttgtcctggaaccatccaatcgtgtcttcctac
atcaaggctgatatgggagccaagaagagtgctggtggcggaaacttgatgcaaaccatc
gctcacattctcggagtcaacgacatctctcaattgaatcctgatgccaatctcggagat
ttgggactcgattctttgatgggagtggagatcaagcaggctctcgagagagactacgac
attgttctttccatgaaggacatccgtactcttaccctcaacaagcttcaacaactcgct
gagcaaggaggaactggtggaactgctctccaagtcaacgaattggagatgaagaaggac
ggagaacgtgatgctgagttgaacactgtcgagatgctcgagaagcaaatgaaccaactg
ttcaagatgagagtcgacgttaatgacttggacccacaagatgttatcgtcaaggctaac
aaggctgaagaaggaccaatcactttcttcgtccactcgatcgaaggaattgctactcca
ttgaaaaaggtcatgtccaagtgcgagttcccagtttactgcttccaagccaccaagaac
gttcctcaaacttccattgaggatgttgccaagtactacatccgtgaaatgaagaaggtt
cagccaaccggaccatacagactcgtcggatactcctacggagcctgcattggattcgag
atggcttgcatgcttcaacaatctgacggacaagacgctgttgagaagttggtccttctc
gacggatcccatctttacatgcagacctaccgtaacgtctaccgtatggccttcggagtt
actggagacacccttgtcaacaatccactcttcgaatctgagatcatgtgtgccatgact
ctccgtttcgccaatgtggactacaagaagttccgtgttgagcttcttcaacaaccagga
ttcaaggctcgtgtgcaaaaggtcgtggacactgtcatgacaactggactcttcaagtcc
ccagagactgttgcattcgcttgcatggcaatgcactccaagttcctcatggctgacaag
tacaagccagagagaaagttccgaggacacatcacactgatcagagctgagcaaggagcc
gcccgtgaggaggacgttggaagagattatggaatcagccaggtttcggatgattctgat
gttcatgtcgtcgaaggagatcacgatactttcgttcaaggaaagtcatctgccaagact
gtcagcatcatcaactccctcatcttgaacaactaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (5)   
   KEGG PATHWAY (3)   
   KEGG MODULE (2)   
Chemical substance (44)   
   KEGG COMPOUND (44)   
Chemical reaction (35)   
   KEGG ENZYME (1)   
   KEGG REACTION (34)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (17)   
   Pfam (17)   
All databases (111)   

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