KEGG   Thamnophis sirtalis (common garter snake): 106542096
Entry
106542096         CDS       T06107                                 
Symbol
FASN
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
tsr  Thamnophis sirtalis (common garter snake)
Pathway
tsr00061  Fatty acid biosynthesis
tsr01100  Metabolic pathways
tsr01212  Fatty acid metabolism
tsr04910  Insulin signaling pathway
Module
tsr_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:tsr00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    106542096 (FASN)
 09150 Organismal Systems
  09152 Endocrine system
   04910 Insulin signaling pathway
    106542096 (FASN)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:tsr01004]
    106542096 (FASN)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:tsr04147]
    106542096 (FASN)
Enzymes [BR:tsr01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     106542096 (FASN)
Lipid biosynthesis proteins [BR:tsr01004]
 Fatty acid synthase
  Animal type
   106542096 (FASN)
Exosome [BR:tsr04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   106542096 (FASN)
  Exosomal proteins of breast milk
   106542096 (FASN)
  Exosomal proteins of colorectal cancer cells
   106542096 (FASN)
  Exosomal proteins of bladder cancer cells
   106542096 (FASN)
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt KR Thioesterase KAsynt_C_assoc FAS_pseudo-KR Ketoacyl-synt_C ADH_zinc_N_2 ADH_zinc_N adh_short PP-binding PKS_DH_N Thiolase_N PS-DH Methyltransf_23 Methyltransf_12 ACP_syn_III Methyltransf_31 YjeF_N TetR_C_9
Other DBs
NCBI-GeneID: 106542096
NCBI-ProteinID: XP_013913217
UniProt: A0A6I9XH74
Position
Unknown
AA seq 2505 aa
MEDVVIAGIAGMLPESENLQEFWENLINGVDMVTEDDRRWKPGIYGLPKRNGKLKDISKF
DATFFGVHAKQAHTMDPQLRLLLEVSYEAILDGGIDPTTIRGTDTGVWIGVSGSEAAEAF
SVDPELLLGYSMTGCQRAMFANRISYFFDFKGPSMSIDTACSSGLVALDNAYKAISSGQC
ESALVGGVNLILKPNTSVQFMKLGMLSPEGTCKSFDAEGNGYCRSEAVVAVFLTKKSKAK
RIYATIINSGINTDGFKEQGVTFPSGWMQQQLVSSLYRESGIKPEEVEYIEAHGTGTKVG
DPQEVNGIINVFCQSERPPLLIGSTKSNMGHPEPASGLAALAKVVLSFEYGVWAPNLHYN
TPNPDIPALDDGRLQVVTKPTPIKGQIAGINSFGFGGSNAHVILRANRNKSPPPEAPNLP
RLLQFCGRTQEAVETLIEQSCKTQEHAAYLSMLNDISGVSVSSMPYRGYTLIGSENDIKE
VQMAQASGRPLWYICSGMGTQWKGMGLSLMKLDLFRQSILRSDEALKDTGLKVSDLLLSS
DENTFNETVNAFVGLAAIQIAQIDVFRAAGLQPDGIIGHSVGELACGYADNSLTHEEVIL
SAYWRGKCVKDAKLPPGGMAAVGLTWEECREKCPPGVVPACHNAEDTVTISGPQEAVAKF
VSKLKSEGVFAKEVLSAGVAFHSYYMASIAPVLLSALQKVILNPKPRSARWISTSIPESQ
WQSELAQNSSAEYHVNNLVNPVLFQEGLKHVPDNAVVVEIAPHALLQAILKRSLKPTCTI
LPLMRREHKNNLEFFLTNVGKIHLTGINVLANNLFPRIQYPVPTGTPLISPYIAWDHSQI
WDVPKPEDFPTGSGGSGAATVYNIDVNPESPEHYLVGHCIDGRVLYPATGYLVLAWRTLA
RSLGTTLEELPVMFEDVTIHQATILPKKGLTQLEVRLMPASQCFEVSGNGNLAVSGKICS
LEETALNNFRNQLIDLKNQPNPCSGISLSKGDIYKELRLRGYDYGPTFQGVMESSSNGNS
GKILWNGNWVTFLDTMLHLMILGEMGRNLRLPTRIRSVCIDPKLHLEFVQKHTEETEVLD
VAVDRCLDTITGGAVQISGLHSTTAPRRQQEQTPPILEKFCFVPYDESGCLSSDAKLQST
FEHCKVLIQNLQKKIAKHGVKITIPGLDALKNVTQAEVEQKGLAHILAEICRLELNGNLY
SELEQVVAREKLHLQEDSLLNGLLDFAELKTCVDVVLENITSHKMKIIEALAGDGHLFSR
VTSILNTQPMLQLDYTATDRVLKNLTSHENDLQEIGASMEQWDPASPPPGSLTNADLLVC
NCSLNALSKPAETLSNMAATVKDGGFILLHTLLKGETLGEIVAFLTSPGLQDKPGLLNQV
EWENLFKKTSLNLVVVKRSSFGAAIFICRKPLPTKKPIFLPVEETNYKWVEPLKQMLAEP
SEHSVWLTAKNCGTSGVVGMVNCLRQEPGGHRIRCLFISNLNAASPNPPTNSSAKEMQTI
LQNDLVMNIYRDGKWGSFRHLPLKQAQSQVVTEYAFVNVLTRGDLSSLRWISSPLQHFCT
SNPNVQLCKIHYASLNFRDIMLATGKLSPDAIPGNWTLQQCMLGMEFSGYDPTGKRVMGL
LPAKGLATVVDCEKRFLWEVPQNWTLEEAASVPVAYTTAYYSLVVRGGMKQGDSVLIHSA
SGGVGQAAVAVALSMGCQVFATVGSKEKREYLQKRFPQLDANSFANSRNTSFEQHILKVT
NGRGVDLVLNSLSEEKLQASLRCLARHGRFLEIGKYDLSNNTPLGMALFLKNVAFHGILL
DAIFEDKNKDWEIVSNLLEEGIKNGVVKPLQTTLFNREEIEAAFRYMAQGKHIGKVVIQI
HEEKNSPIKEHSLTPIPAISRTSCPPNKSYIITGGLGGFGLELAQWLVERGAKMLVLTSR
SGIRTGYQAKRVQEWKQLGVQVLVSTSDVATLEGAQQLIQEASQLGPVGGIFNLAMVLKD
AMLENQTPELFCDVNKPKYLGTLNLDQVTRQMCPKLDHFVAFSSVSCGRGNAGQSNYGFA
NSTMERICEQRRHDGLPGLAIQWGAIGDVGIVLETMGTNDTVIGGTLPQRISSCLDVLDH
FLNQPHPVMSSFVLAEKMLAKNDGGSQRDLVEAVAHILGVRDVNSLNADTSLADLGLDSL
MGVEVRQTLERDYDIVMSMRDVRLLTINKLREFSSKSGTQDILSQETKARVDLNSLLVNP
DGPTIIPLNEVKNTESPLFLIHPIEGSIAVFNTLASKLHIPSYGLQCTKAAPLDSIQNLA
SYYINCIKEIQPKGPYRISGYSFGACVAFEMCCQLQAQQNPSYLPNSLFLFDGSHSYVAA
HTQSYRAKLTPGNEGETETEAMCAFVQQFSGMEYNKLLEVLLPLPNLEARATAAADLITQ
NHKDISHEALTFAAVSFYNKLKAADKYVPESKYHGNVTLLKAKTHNEYGEGLGGDYRLSE
VCDGKVFVHVVEGDHRTVLEGEGVESIIGIIHSSIAESRDSVREG
NT seq 7518 nt   +upstreamnt  +downstreamnt
atggaagacgtagtaattgccggtatagcagggatgctgccagaatcagaaaatttgcag
gaattttgggaaaatttgatcaatggagtagacatggttacagaagatgatcggagatgg
aaaccaggaatttatggactgcccaagagaaatgggaaacttaaagacatcagcaaattt
gatgccacattttttggagttcatgcaaaacaagctcacaccatggaccctcaattacgt
ctgttattggaagtttcttatgaagccattttggatggtggtattgacccaactaccatt
cgaggcacagatacaggcgtgtggattggtgtgagtgggtcagaagctgctgaagcattt
agcgtagatcctgaactgttgctgggatacagtatgactggctgtcaacgtgctatgttt
gccaacagaatctcttacttttttgatttcaaaggacccagtatgtccattgacacagcc
tgttcctctggccttgttgctctggacaatgcttacaaagcaatcagcagtggacagtgt
gaatcagctcttgtaggtggagtcaaccttatcctgaaacccaatacatctgtacagttc
atgaagcttggcatgttgagccctgaagggacctgcaaatcttttgatgctgaagggaat
ggctattgtcgctctgaagctgttgtggctgtgtttctgaccaagaaatcaaaagctaaa
cggatttacgctaccataataaactctggaattaacacagatggatttaaagaacaaggt
gtaacatttccttctgggtggatgcagcaacaattggtcagttctctgtacagagagtct
ggaattaaacctgaagaagtagaatatatagaagcccatggcacaggcacaaaggttggg
gatccgcaggaagtgaatggcattataaatgtcttttgccaatcagagcggccaccattg
ttgattggatccacaaaatctaacatgggccatccagaaccagcttctggtcttgcagct
ttagcaaaggttgttctgtcatttgagtatggtgtatgggcaccaaatctccactacaac
accccaaatccagatatccctgcgttagatgatggccgcctacaagtagtgaccaagcca
acccccataaaaggccaaattgctggaatcaattcttttggctttggaggttcaaatgct
catgtcattctgagagctaacagaaacaaatcacccccaccagaagctcccaatttgcca
cgattattacagttttgtggaaggactcaagaagcagtagaaacactaatagaacagagc
tgcaagacacaggaacacgctgcatatctgagcatgcttaacgatatctctggagtatca
gtgtcatccatgccctacagaggctataccttgattggaagtgagaatgatataaaggag
gttcaaatggcccaggcctcagggagacctctgtggtacatttgttcaggaatggggaca
cagtggaaagggatgggtctcagcctaatgaagcttgatctcttccgacaatccatcttg
cgttcagacgaggctctaaaggacacaggcttgaaagtctcggaccttcttttgagttca
gatgaaaatacctttaatgaaacagtaaatgcatttgttgggcttgcagctattcagatt
gcacaaattgatgttttcagggctgcaggtttgcagcctgatgggattattggtcactcc
gttggagaactggcctgtggctatgcagataactccctaacacatgaagaagtaattctc
tcagcttactggagaggaaaatgcgtcaaagatgcgaaattgccaccaggaggcatggct
gctgttggtctgacatgggaggaatgcagggaaaagtgtcctccaggtgtggtacctgcc
tgtcataatgctgaagacactgtcaccatctcaggccctcaggaggccgtagccaaattt
gtgagtaagttgaaatcagaaggcgtgtttgcgaaggaagtgcttagtgctggagttgct
ttccactcctactatatggcttcaattgcaccagtgttgctgagtgccctacaaaaggtt
atcctaaatccaaagcctcgctcagcccggtggatcagtacctctatccctgaaagccaa
tggcaaagtgagctggctcagaattcctctgctgaatatcacgtgaataatcttgtcaac
ccagtcttgttccaggaaggactgaagcatgttccagataatgcagtggtagtggaaatt
gctccacatgctcttctacaggcaattctgaaaagatcgttgaaaccaacctgcaccatt
ttacctttgatgaggagggaacacaaaaacaatctggaatttttcctgacaaatgttgga
aaaatccacttgacaggaataaatgtcctggcaaacaatctgtttccacgcatccaatat
cctgttccaaccggaacgccacttatttctccttacattgcttgggaccacagccagatc
tgggatgtcccaaaacctgaagattttccgacagggtccggaggttctggggcagcaaca
gtttacaatattgatgtgaatcctgaatcccctgaacattacttagtgggccattgcatt
gatggcagagttctctatccagcaactggttacttggtactagcctggcgcactctagca
cgctccctgggaactacgctagaagaactgcctgtcatgtttgaagatgttacaatccac
caggcaacaatacttcccaaaaaaggcttaacacagttggaggtgagactcatgcctgct
tcccagtgttttgaagtatctggaaatggaaatctggctgtgagtggaaaaatctgcagt
ttggaagaaactgctctgaataactttcgaaaccagcttattgatttgaaaaaccagcca
aatccctgctcaggaattagcttatcaaagggtgacatttacaaagagcttcgcctacgt
ggttatgattacgggccaacgtttcaaggagtcatggaatccagcagtaatggaaattct
gggaagattttgtggaatgggaattgggtgacatttcttgacaccatgctgcatttgatg
attttgggggaaatgggacgaaatctgcgattgccaaccagaatccgttcagtgtgcatt
gacccaaaactacatctagagtttgttcagaaacacactgaagagactgaagttttagat
gttgcagtggaccgttgccttgataccattacaggaggagctgttcagatatctggactt
cactccaccacagctcctcggcgacagcaggaacagactcctcccatcctggagaaattt
tgttttgtaccctatgatgagagtggctgcttatcctctgatgccaagcttcagtctact
tttgagcactgcaaagtgctgatccaaaacctacagaagaagatagcaaagcatggagtc
aagataacgatacctgggctagatgctctcaaaaatgtcacacaagccgaagttgagcag
aagggtcttgctcatattcttgctgaaatctgccgcctagagctaaatggaaatctctat
tcagaactagaacaggttgtggctcgggaaaagctgcatcttcaagaagactctcttctc
aatggcttgctggattttgctgaattgaagacttgtgtagatgtagtcctggagaatatc
accagtcacaagatgaaaatcatagaggctctagcaggagatggacatctattctcacga
gttacgagcatcttaaatacccagcccatgctgcaactagactacactgccactgaccga
gtactaaaaaatctgacatcacatgagaacgatttgcaggaaatcggtgcctctatggag
cagtgggatcctgccagtcctcctcctggaagcttgacaaatgctgatctcctagtatgc
aactgctcactgaatgctctcagcaagccagccgaaacactttctaacatggcagccacg
gtgaaggatggtggttttatcttactgcacactcttctgaaaggagaaaccttaggagaa
atagttgcttttctcacatccccagggcttcaagataaaccaggccttctaaatcaggta
gaatgggagaacttatttaagaagactagtctaaatttggtagttgtgaaaaggtcatct
tttggcgcagcaatcttcatatgccgcaagccacttcctaccaagaagcccattttccta
ccggtggaagaaaccaattataaatgggtggaacctttgaagcaaatgctagcagagcct
tctgaacactctgtgtggttgactgcaaaaaactgtggtacttctggagttgttggtatg
gtcaactgtctccgtcaagaacctggtggacacagaatcaggtgcctcttcatctccaat
ctgaatgctgcttctcctaacccgcctaccaactcttctgctaaagaaatgcaaacaatt
ctgcaaaatgatttggtcatgaatatttaccgtgatggaaagtggggctctttcagacat
ctcccactaaagcaagctcaatctcaagtggttactgaatatgcatttgtgaatgttttg
acacgtggggatctttcctctcttcgctggatttcttccccacttcagcatttctgcaca
agcaatcccaatgtccagctgtgcaaaatccattatgcatctctaaatttccgagacatt
atgttggccacaggaaaactctccccagatgctattcctggaaattggacactgcaacaa
tgcatgttaggaatggagttctcaggatatgaccctacagggaaaagggtaatgggtttg
ctaccagctaaaggacttgctacagtggtagactgtgagaagagattcctatgggaagtg
ccacaaaactggaccctggaagaagcagcttctgtgccagtggcctacacgactgcttac
tattccttggtggttcgagggggcatgaagcagggcgattctgttctcatccactcagct
tcaggaggtgtgggccaagctgccgttgctgttgccctaagcatgggctgccaagtcttt
gccactgtgggttccaaagagaaacgtgaatatctccaaaaaagattccctcaacttgat
gcaaatagctttgccaattctagaaatacttccttcgaacaacacatactgaaagttact
aatggcagaggtgttgaccttgtgttaaactccttatcagaagagaaactccaggccagc
cttcgttgccttgctcgtcatgggcgctttttggaaattgggaaatatgacctgtccaat
aacacacctcttggaatggctcttttcctgaagaacgtggcttttcatggaattctacta
gatgctatttttgaagacaaaaacaaagactgggaaattgtgtccaacctgctagaagaa
gggattaaaaatggtgtagtaaaacctttgcagactactttgtttaacagagaagaaata
gaagctgccttcagatacatggcacaaggaaaacacattggaaaagtggtaatccagatc
catgaagaaaagaactctcccataaaagaacatagtttaacaccgattccagccatctcc
cgaacatcttgcccaccaaacaagtcatatattatcacaggaggccttggaggatttggg
cttgaactggctcagtggttggttgaaagaggggcaaaaatgctggtgctgacatctcgt
tcaggcatcaggacaggttatcaggctaaacgagtacaagaatggaaacagcttggagtc
caggttctcgtgtcaaccagtgatgttgctactcttgagggagcccagcagttaatacaa
gaggcttctcaactaggacctgttgggggtattttcaatttggcgatggtgctgaaagat
gctatgctggaaaatcagaccccagaacttttctgtgatgtcaacaaacccaagtatttg
ggcacacttaatttggaccaagtaacccgccaaatgtgccccaaactggatcactttgta
gccttctcttcagtaagctgtggaagaggaaatgctggccaaagtaattacggttttgcc
aactctactatggaacgtatctgtgaacagcggcgacatgacggccttcctggtctagca
atccagtggggtgccattggtgatgtaggaattgttttggagacaatgggcacaaatgac
actgtgattgggggaactctaccccaaaggatcagctcatgcttggatgtgttggatcac
ttcctcaaccagcctcaccctgtcatgtccagttttgtcttagcagaaaaaatgttggcc
aaaaatgatgggggtagccagagggatcttgtggaagctgttgctcacattcttggtgtt
cgtgatgtgaacagtctgaatgctgacacctctctggctgatttgggtttggattccctg
atgggagttgaagtccgccagactctggagcgggactatgatattgtcatgtcaatgaga
gacgtacgattgcttaccattaacaaactacgggaattttcctctaaatctgggactcag
gacatattatcccaggaaaccaaagccagagtggatttgaatagtctcttggttaatcca
gatggaccaacaataataccactcaatgaggtgaagaacactgagtctccactcttcctt
attcatcccattgagggatccatcgctgtcttcaacacccttgcctcaaagctccatata
ccaagctatgggctccagtgtaccaaagctgctccattggacagtatacagaatctggca
tcctattacattaactgtataaaagagatacagccaaaaggcccttatcgaatttctgga
tactcctttggtgcctgtgtagcctttgaaatgtgttgtcagctccaagctcagcaaaat
cctagctacctacccaacagcctcttcctgttcgatggctctcactcctatgtagcagca
catactcagagttatagagctaagctaaccccaggaaatgaaggtgaaacagagacagaa
gcaatgtgtgcctttgtccagcagttctctggcatggagtacaataagttgctggaggtt
cttttgcccctaccaaatttggaagctcgtgctactgctgcagcagacctgattactcaa
aatcacaaagatatcagccatgaggcactcacttttgctgctgtttccttttacaacaaa
ctaaaggcagcagacaagtatgtaccagaatccaaatatcacggcaatgtgacactgctg
aaagcaaaaacccacaatgagtatggagaaggtcttggaggagactacaggctttcagag
gtctgcgatgggaaggtgtttgtccatgttgttgaaggagaccatcgtactgtcctagag
ggagaaggtgttgaatctatcattgggatcattcacagctcaatagcagaatctcgggac
agtgttcgagaaggctag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (6)   
   KEGG PATHWAY (4)   
   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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (20)   
   Pfam (20)   
All databases (116)   

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