KEGG   Lonchura striata domestica (Bengalese finch): 110472404
Entry
110472404         CDS       T05897                                 
Symbol
FASN
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
lsr  Lonchura striata domestica (Bengalese finch)
Pathway
lsr00061  Fatty acid biosynthesis
lsr01100  Metabolic pathways
lsr01212  Fatty acid metabolism
lsr04910  Insulin signaling pathway
Module
lsr_M00082  Fatty acid biosynthesis, initiation
lsr_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:lsr00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    110472404 (FASN)
 09150 Organismal Systems
  09152 Endocrine system
   04910 Insulin signaling pathway
    110472404 (FASN)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:lsr01004]
    110472404 (FASN)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:lsr04147]
    110472404 (FASN)
Enzymes [BR:lsr01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     110472404 (FASN)
Lipid biosynthesis proteins [BR:lsr01004]
 Fatty acid synthase
  Animal type
   110472404 (FASN)
Exosome [BR:lsr04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   110472404 (FASN)
  Exosomal proteins of breast milk
   110472404 (FASN)
  Exosomal proteins of colorectal cancer cells
   110472404 (FASN)
  Exosomal proteins of bladder cancer cells
   110472404 (FASN)
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt Thioesterase KR Ketoacyl-synt_C KAsynt_C_assoc FAS_pseudo-KR ADH_zinc_N ADH_zinc_N_2 PP-binding PKS_DH_N adh_short Thiolase_N PS-DH Methyltransf_23 ACP_syn_III Methyltransf_12 AlaDh_PNT_C
Other DBs
NCBI-GeneID: 110472404
NCBI-ProteinID: XP_021389736
Position
18:10338372..10381048
AA seq 2514 aa
MEDVVIAGIAGRLPESENLQEFWENLLNGVDMVTEDDRRWKPGIYGLPKRNGKLKDISKF
DASFFGVHPKQANTMDPQLRLLLEISYEAILDGGINPGTLRGTDTGVWVGASGSEAAEAL
SQDPEELLGYSMTGCQRAMLANRISYFYDLKGPSLTVDTACSSSLVALENAYKAIRHGRC
STALVGGVNLLLKPHTSVQFMKLGLLSHGGACKTFDASGDGYCRSEAAVVVLLTKRSMAK
RIYATIVNAGVNTDGFKEQGVTFPSGEMQEQLVRSLYRESGVKPEEVEYVEAHGTGTKVG
DPQEVNGITGIFCDCEREPLLIGSTKSNMGHPEPASGLAALAKVILSLEHGLWAPNLHFN
TPNPDIPALQDGSLEVVCKPTPVKGGLIGINSFGFGGANAHVILRPNKNKCQPVETSTVP
RLVQISGRTQEAVETLIQESRKHGECSPFVSLLSDISAVPVSSMPYRGYTLVGTESDIKE
IQQVQGSGRPLWYICSGMGTQWKGMGLSLMKLDVFRQSILRSDEALENTGLKVSDLLLQA
NENTFDDTVHAFVGLAAIQIAQIDMLKAAGLQPDGILGHSVGELACGYADNSLSREEAIL
AAYWRGRCVKEAKLPPGGMAAVGLTWEECKQRCPPNVVPACHNSEDTVTVSGPLDSVNEF
VAKLKKDGVFAKEVRSAGVAFHSHYMASIAPALLNALRKVIPHPKRRSARWISTSIPESQ
WQGDLARNSSAEYHVNNLVNPVLFHEGLKHVPENAVVVEIAPHALLQAILKRTLKPTCTI
LPLMKKDHKNNLEFFLTQIGKIHLTGINVLGNNLFPAVEYPVPVGTPLISPFIKWDHSQD
WDVPKAEDFPSGSKGSASASVYNIDVSPDSPDHYLIGHCIDGRVLYPATGYLVLAWRTLA
RSLGVAMEEMAVMFEDVTIHQATIIPKKGSVQLEVRLMPASRCFEVSGNGNLAVSGKISL
LENTAQKNFHNQPDGFQTQVDRSSKPRLLKEDIYQELHLRGYNYGPTFQGVLECNSEATA
GKVLWNGNWVTFLDTLLHMLILPESGRSLRLPTRIRSVCIDPVLHHEQVCQYQDNIEAFE
VVVDHCVDSLKAGGVQIIGLHATVAPRRQQEQRPPTLEKFCFVPYTETSCLSSSAHLHAY
LEHCKGLIKNLQSKVAVHGVKLVIPGLETAVAATGSSSTQKGLQHILAEICHLELNGNLH
SELQQVVIREKMHFQNDPLLSGLLDSAELRTCLDVALENMISHRIKIVEANAGGGQLFSR
VKSILNVQPLLQVDYIATDCILENLSAIETELQDAGVVSSQWDPSSLPSGKLTDADLVVY
NCSTSVLVNTTEILSNLAAAVKEGGFVLLHTLLKGETLGEIVSFLTSPDLQQKHSFLSEA
QWENLFSKASLNLVAMKKSFFGSVIFLCRRQVPVKTPIFLPVDETNYKWVESLKEILADP
SEKPVWLTATSCANSGILGMVNCLRLEAEGHRIRCVFISNLNPSSAIPPTSLSSLEMQKI
VQKDLVMNVYRDGKWGSFRHLLLQQAQPQEMTEYAYVNVLTRGDLSSLRWIVSPLRHFHT
TDPSVLLCKVYYASLNFRDIMLATGKLSPDAIPGNWALQQCMLGMEFSGRDLTGRRVMGL
LPAKGLATVVDCEKRFLWEVPENWTLEEAASVPVVYATAYYALVVRGGMKKGESVLIHSG
SGGVGQAAIAIALSMGCRVFATVGSTEKRKYLQARFPQLDANSFSSSRDTTFEQHILRVT
NGKGVNLVLNSLAEEKLQASLRCLARHGRFLEIGKFDLSNNSQLGMSLFLKNVAFHGILL
DSIFDEGNQEWEVVSELLKKGIRDGVVKPLRSTVFNKEEVEAAFRFMAQGKHIGKVIIKV
QEEEKEYLLRKSEPVKISAISRTSCPPTKSYIITGGLGGFGLELAQWLVERGAQKIILTS
RSGIRTGYQAKRVKEWKALGVKVLVSTSDIGTLEGAQQLIEEALQLGPVGGIFNLAVVLR
DGMIENQTPELFWEVNKPKYSGTLHLDWVTRKKCPDLDYFVVFSSVSCGRGNAGQSNYGF
ANSTMERICEQRHHDGLPGLAIQWGAIGDVGILMKTMGNKDIVVGGTLPQQMSSCLEVLD
VFLNQPHPVMSSFVLAEKVSVKAEGGSQRDLVEAVAHILGVRDVSSLNAESSLADLGLDS
LMGVEVRQTLERDYDIVMTMREIRLLTINKLRELSSKSRTAEELKSSPLMKTGPGEPPKL
DLNNLLVNPEAPTITRLNDVQSMERPLFLVHPIEGSIAVFHTLASRLHMPCYGLQCTKAA
PLDSIQSLAAYYIDCMKQIQPEGPYRIAGYSFGACVAFEMCSQLQAQQNASHALNSLFLF
DGSHSFVAAYTQSYRAKLTQGNEAALETEALCAFVQQFTGTEYNKLLEVLLPLKNLEARV
NAAVDLITGIHTNINREALSFAATSFYHKLKAADKYIPDSKYHGNVTLMRAKSHNEYEEG
LGRDYKLSEVCDGKVSVHVIEGDHRTLLEGDGVESIIGIIHSSLAEPRVSVREG
NT seq 7545 nt   +upstreamnt  +downstreamnt
atggaggacgtggtgattgcaggcattgcaggaaggctgccagaatctgagaacttgcaa
gagttttgggagaacctgcttaatggagttgatatggtcacagaggatgatcggaggtgg
aaaccaggaatttatggactgcccaagagaaatggaaagctcaaggacataagcaaattt
gatgcatctttttttggggttcaccctaaacaagctaatacaatggatcctcaacttcgc
ttgctgttggaaatttcttatgaagctattttggatggaggtattaatccaggtaccctc
cgtggcacagacacaggtgtatgggttggtgccagtgggtcagaagctgctgaagccctt
agccaagatccagaagagcttttgggatacagtatgactggctgtcagcgtgctatgctt
gccaacaggatttcctacttctatgacttaaaagggccaagcctaactgttgacacagcc
tgctcctctagtctcgttgctctggaaaatgcttataaggcaattcgtcatgggcggtgc
agtacagccctagtaggtggggtcaacctcttgctgaaaccccacacatctgtgcagttc
atgaaactgggtctgcttagtcatggtggtgcctgcaagacttttgatgcttcaggagat
ggatattgtcgctctgaagctgctgttgttgttcttttgaccaagagatctatggctaag
aggatctatgccacaattgtaaatgctggagttaacactgatggctttaaggagcaaggt
gtgacattcccatctggagagatgcaggagcagttggtcagatctttgtacagggaaagt
ggtgtcaaacctgaagaagtggagtatgttgaagctcatgggacaggcaccaaggttgga
gatccacaggaagtaaatggcattacaggtatcttctgtgactgtgagagggagccactg
ttgatcggatcaaccaagtcaaatatgggtcatccagagcctgcctcagggcttgctgca
ttagccaaggtcattctctctctggaacatgggctgtgggctccaaatcttcatttcaat
acccctaatccagatattcctgccttacaagatggctctctggaggtagtttgtaaacca
acaccagtgaaaggcggccttatcggtatcaactcttttggttttgggggtgctaatgct
catgtcattctgaggccaaataagaacaaatgccaacctgtggagactagtaccgtgcca
aggttggttcagatttctggcagaacccaggaagctgtggaaacactaattcaagagagc
agaaaacatggagaatgcagcccatttgtaagcctgctcagcgatatctctgcagttcct
gtgtcctccatgccctacaggggctacacactggttggcactgaaagtgacataaaagag
attcagcaagttcaaggatctggtagaccactctggtacatatgctcaggcatgggaaca
cagtggaaaggcatgggcctgagccttatgaagttggatgtgtttcgccagtctatattg
cgttcagatgaggctttggagaacacaggccttaaggtctcagacctgctgctgcaagca
aatgagaacacttttgatgacactgttcatgcatttgttggactagctgctattcagatt
gctcagattgatatgctgaaggctgcaggtctgcaacccgatggtattttgggccactcg
gtgggagaactagcttgtggctatgcagataactccttaagtcgtgaagaagccattctt
gccgcttattggcggggacgatgtgttaaagaggccaaactgccacctggaggaatggct
gctgttggtctgacatgggaggagtgtaaacaacgctgtcctccaaatgtggtaccagcc
tgtcacaactcggaggacactgtcactgtttcggggcctctggactctgtgaatgagttt
gtagccaaactgaagaaagatggtgtgttcgcaaaggaggtgcgcagtgctggcgtcgca
tttcactcccattacatggcatctattgcaccagcactgttgaatgctctcagaaaggtt
attccacaccctaaacgtcgctcagcacgatggatcagtacatctatccctgaatctcag
tggcaaggtgatctggctaggaattcctctgctgagtaccatgtgaacaacctcgtgaat
ccagtgctgttccacgaaggtctgaagcatgttccagagaatgccgttgtagtagagatt
gctccacatgctcttttacaggctatcttgaagagaactttgaaaccaacttgcaccatt
ttgcctttgatgaagaaagatcacaaaaataatttggagttcttcttgacacagattgga
aagattcatttaactgggataaatgttcttggaaataacttgttccctgctgtagaatac
cctgtccctgtgggaacaccccttatttctccattcatcaaatgggaccacagtcaggac
tgggatgttccaaaagctgaagactttccatcaggttccaaaggctctgcatctgcttca
gtctacaatattgatgtgagccctgactctcctgaccactacttgattggtcactgcatt
gacggcagagttttgtaccccgcaactgggtacctcgtgctggcttggcgaacactggca
cggtctcttggtgtggccatggaggaaatggctgttatgtttgaagatgtcacaattcat
caggcaactatcattcccaaaaagggatcagtacagctggaagtaagactcatgcctgct
tcccgctgctttgaggtgtcaggaaatgggaatctggctgtgagtgggaagatttcactc
ctagaaaacactgctcagaagaatttccataaccagccagatggctttcagactcaagta
gacaggagctcaaaacccaggctcttgaaagaagacatttatcaagagctgcatctgcgt
ggatataattatggaccaacattccagggtgttctagaatgcaacagtgaagcaactgca
ggaaaggttctgtggaatgggaactgggtgaccttccttgacactctcctacatatgctg
atcttacctgagagtggccgcagtctgcgtttacccacaaggattcgctcggtctgtatt
gatccagtgctgcatcacgagcaggtgtgccaataccaggacaatatagaagcttttgaa
gttgttgtggaccactgtgttgatagccttaaagcaggaggtgttcagatcattggtctt
catgctactgtggcaccacgacgacaacaggaacagagacctcccaccctggaaaaattc
tgctttgtgccctacacagagactagctgtttgtcttcaagtgcccatcttcatgcctat
ctggagcactgcaaaggtctgataaagaacttacagtcgaaggtggcagtgcatggggtc
aaattagtcatccctggactagaaactgcagtggctgctacggggtcctcatccacacag
aagggccttcagcatatccttgctgagatctgccatctggaactgaatggaaacctccat
tctgagctgcaacaagttgtgattcgagaaaaaatgcactttcaaaacgaccctcttctc
agtggattgctggattctgcagagttgaggacttgcctggatgtagcattggagaacatg
atcagtcataggataaagatagtagaggctaatgcaggaggtggacaactcttctctcgt
gtgaaaagtattctgaatgttcagcccctgttgcaggttgactacattgccactgactgc
atcctggaaaacctttcagctattgaaacagagctacaagatgctggtgttgtctctagc
cagtgggatccatctagccttccctctggaaagctgaccgatgctgacctggtggtatac
aactgttcaacaagtgttttagtgaataccactgaaatactctctaatttggcagctgct
gtgaaagaaggagggtttgttttgctacatactcttcttaagggagaaactcttggagaa
attgtcagtttccttacaagcccagatctgcagcagaaacacagcttcctaagtgaggca
cagtgggagaacttattcagcaaagcttcattgaatcttgttgccatgaagaagtcattc
tttggctcagttattttcctgtgccgtcggcaagttcctgtcaaaacacctattttcctg
ccagtagatgagacgaactataagtgggtggagtccttaaaggagatcttggctgaccca
tcagagaagcctgtgtggttgactgccaccagttgtgcaaactcaggaattttgggaatg
gtgaactgccttcgccttgaggcagaaggccaccgaatcaggtgtgtgttcatttccaac
ttgaacccttcatctgctatcccacccacgagtctttcttccctggagatgcagaagatt
gttcagaaggacctggtgatgaatgtgtatcgtgatggaaagtggggctccttcaggcat
cttctgttgcagcaagcacaacctcaggagatgacagaatatgcctatgtaaatgtgcta
actcgtggagatctctcatctcttcgctggattgtctccccacttcgacacttccacaca
actgatcccagtgttttactctgcaaagtctattatgcatctctcaacttccgggacatt
atgctggccacagggaagctttctccagatgctatccctggtaactgggctttgcagcaa
tgcatgctgggcatggagttctcaggacgggacctgactggaagaagagtgatgggattg
ctgccagcaaaggggctggccacagtggtagactgtgaaaaaaggtttctgtgggaggtg
cctgaaaactggactctagaagaagcagcttcagtgcctgtggtttatgccactgcttat
tatgctttggtggttcgaggtggtatgaagaagggtgagagtgtccttattcactctggc
tcaggaggtgtgggccaagcagccattgccattgccctgagcatgggctgccgtgtcttt
gctactgtaggttccactgagaagcgtaagtatctccaagcaagattcccacagctagat
gctaatagcttttccagctccagagatactacctttgaacaacatatacttcgagttacc
aatggaaaaggtgtcaaccttgtgttaaattccttggcagaagagaagctccaagccagt
ttgcgttgtcttgctagacatgggcgcttcttggaaataggcaaatttgatctatctaac
aacagtcagcttggaatgtctctcttcctcaagaatgtggcatttcatgggatcctacta
gattcaatatttgatgagggaaaccaagagtgggaagtagtatcagagctgttgaagaaa
ggcataagagacggtgtagtaaagcccctgaggagtacagtcttcaacaaagaagaggta
gaagctgccttcagattcatggcacaaggaaaacatattggcaaagttatcattaaggtc
caagaagaggaaaaggagtatcttttaagaaagtctgaaccagttaaaatctctgcaatc
tcccgaacctcctgtccacctacgaagtcctacatcatcacagggggcctaggaggattt
gggctggagttggcacagtggctagttgagagaggagcacagaaaattatactgacatct
cgttctggcatacgaactggctaccaggctaaacgcgttaaagagtggaaggcactggga
gtcaaagtgctggtatctaccagtgatattggaacactagaaggagcacagcaattgata
gaagaagctttgcagcttggaccagttggaggcatctttaatttggctgtggtccttaga
gatggcatgattgaaaatcagaccccagaattattctgggaggtcaacaagcccaagtat
tcaggcacccttcatttggattgggtgactcgtaagaagtgtccagacctggactatttt
gttgtattctcctctgtaagctgtggaagaggaaatgctgggcaaagtaattacggcttt
gccaattctaccatggagcgtatctgtgagcagcgacatcatgatggactcccaggcttg
gcaatccagtggggagccattggtgatgtgggtatcttgatgaagacaatgggaaacaaa
gacattgtggtggggggaacgcttccccagcaaatgagctcatgcctggaggtgctcgat
gttttcctgaatcaacctcatcctgtcatgtccagttttgtcctagcagagaaggtctca
gtgaaagctgaaggaggtagtcagcgggatcttgtagaagctgttgctcacatcctgggg
gtccgtgatgtgagtagtctgaatgctgagagttccttggctgacttgggcttggattcc
ttgatgggtgtggaggtgcgccagacactggagagagactatgacatcgttatgaccatg
agagaaattcgactccttacaatcaacaaactgcgtgaactttcttccaagtccaggaca
gcagaggagctgaagtcatccccactgatgaagacaggcccaggcgaacctccaaaacta
gatttgaacaacttactggtgaacccagaagcaccaacaatcactcgtctcaatgatgtt
cagagcatggagcgccctcttttccttgttcaccccattgaaggatccattgcagttttc
cacactctggcctccagacttcacatgccctgctatgggctccagtgcacaaaagctgct
cctttggacagcatccaaagcctggcagcctattacattgattgcatgaagcagatacag
cctgaaggaccttaccgcattgctggatactcttttggtgcctgtgtagcctttgaaatg
tgttcccagctgcaagcacaacaaaatgcttcccatgcactcaacagtttattccttttt
gatgggtctcattcctttgtggcagcatatacccagagctacagagccaaactgacccaa
ggaaatgaggctgcactggagactgaagcattgtgtgcctttgttcagcaatttacaggc
actgaatacaataagctgctggaggttcttctgcccctgaaaaatctggaggctcgtgtg
aatgctgcagtagacctaataactgggattcatacaaacatcaatcgtgaagcactcagc
tttgctgctacttcattttaccataagctgaaggctgctgacaagtatataccagactcc
aagtatcatgggaacgtgacactgatgcgggcaaagtcgcacaatgaatacgaggaaggt
ctgggtagagactataaactctcagaggtatgcgatgggaaagtatctgtccacgttatt
gaaggagaccaccgcactttgctggagggagatggtgttgaatcaattattgggatcatc
cacagctcactggcagagccacgtgtcagtgtcagagagggttaa

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (18)   
   Pfam (18)   
All databases (113)   

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