KEGG   Papilio machaon (common yellow swallowtail): 106716463
Entry
106716463         CDS       T05138                                 
Name
(RefSeq) fatty acid synthase-like
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
pmac  Papilio machaon (common yellow swallowtail)
Pathway
pmac00061  Fatty acid biosynthesis
pmac01100  Metabolic pathways
pmac01212  Fatty acid metabolism
Module
pmac_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:pmac00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    106716463
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:pmac01004]
    106716463
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pmac04147]
    106716463
Enzymes [BR:pmac01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     106716463
Lipid biosynthesis proteins [BR:pmac01004]
 Fatty acid synthase
  Animal type
   106716463
Exosome [BR:pmac04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   106716463
  Exosomal proteins of breast milk
   106716463
  Exosomal proteins of colorectal cancer cells
   106716463
  Exosomal proteins of bladder cancer cells
   106716463
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt KAsynt_C_assoc Ketoacyl-synt_C ADH_zinc_N_2 KR
Other DBs
NCBI-GeneID: 106716463
NCBI-ProteinID: XP_014365467
Position
Unknown
AA seq 1769 aa
MHIEGDRTGDGRGLPTGEGSGMPTGDEIVISGMSGKFPMSKNVTEFMENLYNKLDMVIEV
EAEIQDPEYPKYLGKIDDMDKFDSTFFKVTYNQALSLNSQCRQLMPYAYGAVYDSGINPL
QMKSKKLGVFIASSTVGDKHLLSNDTTMGTKGTNNFFISGCSKAMYPNRVSYWFDSKSPS
YFVDCGCVGSLAVIDLAFHSILAGDCEAALVGGCSMCLSSVVTINLNNAGLLCSDGKTKC
FDKRADGYVRSESIGFLFLQKAKDAKRIYAEIYHTKLGYYSPPLNELQTVRHINSKGIIK
FLKKFYSETDISPQEVEYVEAYGIANAEDDKNELEAVGEMFGNKERPVKIGCVKSNMGNS
ESASGLCALTKVCLAYRKGELSGNLHYENPHDDVDAVRNGIIEVVNQNTPFKRGFTALNS
FSYTGSIVHVLLKGHYKEKSHNKYITNIPYLVNVSSRNEAGVDAMLDILAATPIDAEYIG
LLHNIHKIETPGHTSRGYIILGSNHDEKKRVLSRSIQHYTGITSPVCFMYSGMGSQWCEM
GADLMKISIFSEAIEKCHKTLEPKGVNVTDILTSKDQTTFDDIMNCFVGITAVQIGLTDI
LRALEIVPDCIIGHSTGELGCAYADGCLTLEQTILSAYYRGLASKQTKVIRGAMAAVGMG
YDDLKNICPVDIEIACHNSAGSSTISGPVDALKDFVGLLTSRGIFAKEVPCGNIAYHSKY
IAAIGSLLFEYLKEVIKNPRKRTSKWLSTSILQNRWDEDIAIFSSAEYFTNNLMSPVYFE
ETSKLIPNEAVVIEIAPHGLLQAIVKRSHKSCEHIPLTRRGHENPTKFLLEAIGRLYQSG
LNPQIHELYPKIEYPVATETPLLSNLVGWEHSENWPILKTVKKIRKQGQICTYFITLYDD
DNKVLNRYNRNGVNIIPEALLLVLTWKTLAMARNVDHNQMSVKFNNVYFNREITFGDNKF
AKIKVSINKGNRRFEVTNYEMVVATGHITDDFKSEKCHFEPMKENSAHDILLTSDEIYRL
LSFRGYSFNKEFQVIRSANSAISKATVEWTGEWISYIDALIQLNIMKRNHNGISTPKLIG
ELIIDVNEHVSDDLSKITEHEATIFDLYNTVRCGGVTIKDMAFSDRAVIPTKVTSVLLTE
KEWPLILYDNIPGQLGGHYHTPVFSRDKVEEFKVTMKTPNDFETISFEQIATKKSLPNKI
IKVYYAGVSQRDCQQSIFGSNSANFDLGMDFSGKDVNGEQVMGLLAQGTLSSVITPDPEL
MWPVPHHWSLQEAATVPLPYVHAYYILCKTKLTSGNRVLVIGGAGALGQALISVCLSLGC
IVYTSVSTLRKKEALLKLFPNLKENNIIYKLNDEVLYDHIVTQTDNQLCKVVVSCASGRL
REVAMKCVSPFGFFSDVNQHDMEWNRSFGMIFLHDDKTYTTVNLSNLLENKNNVEKQRIK
YMVAEGISNGVVKPLPSITYDIEEVPRALKLLSSKNNIGRVIIKMDLPPKTNVVPRITCS
STATYLVVCAEDVLSLELIELLISRGARNLIVLWNGSVTAYLLYKIRYLKQLHSSVNIVI
KNVINDKECSNAIKEAEKVGSLEGVFLIVGKDVKQCDDVSEEQMLLTRNKTLMSIISSLD
FGTRSLCQNLRYFVIVSESSRNIYDKEIYLKAENICKERQIVGLPGLAFETEISNELPKY
FNSKDDIVAEIIPEVLSALERSLNLNYHYIKAVLGPCNETGSLETERKEFEPKTSNVAPK
IVDESERIGKGKDISEFRYDTETKACGFC
NT seq 5310 nt   +upstreamnt  +downstreamnt
atgcatatcgaaggtgatagaactggtgatgggcgtggtttaccaactggtgaagggagc
gggatgccgactggggatgaaattgttattagtggaatgtcaggaaagtttcccatgtcg
aaaaatgttacggagttcatggagaatttgtataataagttagatatggtgatagaagtg
gaggcggaaatacaggaccccgagtaccccaagtatctgggaaagattgacgatatggat
aaattcgattcaacattttttaaagtgacgtataaccaagctttaagcctgaattctcag
tgcaggcagctgatgccctatgcatatggcgctgtctatgattcaggaataaaccctcta
caaatgaagagcaaaaagttgggcgtatttattgcatcttctaccgttggtgataaacat
ttgttgtcaaatgatacaaccatgggtaccaagggaactaataatttcttcataagtgga
tgcagtaaagcaatgtacccgaacagagtatcttattggttcgatagcaagagcccttct
tacttcgtcgactgcggatgtgtcgggtccttggcggtcatcgacctcgccttccacagc
atcctcgccggagattgcgaggcggctttggtcgggggatgtagcatgtgtcttagttcc
gtagtaactatcaacttaaacaatgctggcttactatgcagcgacggtaaaactaaatgc
tttgataaacgagctgatggatacgtcaggtcggaatctatcggtttcctgttcttacag
aaagctaaggatgcaaagagaatatacgcagaaatatatcacacaaaattaggatattat
agtccgccgctaaatgaattgcaaacagtgcgtcatattaattcaaagggtatcataaaa
tttttaaagaaattttattccgaaactgatatttcccctcaagaagtagaatatgtagaa
gcatacggtatcgctaatgcggaagacgataagaacgaactagaagctgttggtgagatg
ttcggcaacaaagagaggccagttaaaataggttgcgtcaaatctaacatgggtaatagt
gaatctgcttcaggattgtgtgctcttacgaaggtttgtttagcatacaggaaaggggaa
ctctccggtaacttacattacgaaaacccccacgatgacgtagacgctgtccggaacgga
ataattgaagttgtaaaccaaaacacacctttcaaaagggggtttactgctttgaacagc
ttttcctacactggctccatcgttcatgttctattaaaagggcattacaaagaaaagagt
cacaacaaatatataacaaatataccatatttggtgaatgtatcaagtagaaacgaggct
ggcgtagatgcgatgctcgacattttggcggcgacgccgattgacgctgaatacattggt
cttttgcataatatccataaaatagaaacaccaggacatacctcccggggctacatcatc
ctagggtctaatcatgatgaaaaaaaacgcgttttaagtagaagcattcaacactataca
ggaatcacgtcaccagtttgctttatgtatagcgggatgggatcacaatggtgtgaaatg
ggagccgatctcatgaaaatatcaattttttctgaagctatagaaaaatgtcataaaact
cttgaaccaaaaggagtgaacgtcaccgatattttgacatcgaaagatcaaaccacattc
gacgatataatgaattgttttgttggtatcacggctgtacaaattggtctgactgatatt
ctgcgagcgttggaaattgttcctgattgcatcattgggcatagtactggcgagttgggt
tgcgcgtacgccgacggttgcttgacgctggaacagacgatcctgtcggcgtactatcgc
ggcttggcttcgaagcaaactaaagttatacgtggagcaatggcagccgtgggaatggga
tacgatgacttaaaaaatatatgccctgttgacatagagatagcgtgtcacaatagcgca
ggatcctccactatatctggacctgttgatgcattaaaagatttcgttggcttgttgaca
agtcgaggcatctttgcaaaagaagttccttgtggcaacatcgcctaccattctaaatac
attgctgctattgggtcactcttatttgagtatttaaaagaggtaataaagaatccaagg
aaaagaacctctaaatggttatctacctcgatcttgcagaacagatgggatgaagatatt
gcgatattttcatcagcggaatacttcactaataatctaatgagtccagtgtactttgaa
gaaacaagtaagttgataccaaacgaagcagtggtgattgaaatagccccccacgggcta
ctgcaggcgatagtgaagcgatctcacaagtcgtgtgaacacattcccttaacgcggcgt
ggacatgagaatccaacaaagtttctgctcgaagctattggacggttatatcaaagtggt
ctgaacccgcaaatacacgagttgtatcctaaaatcgagtatccggtcgccaccgagact
ccgctgctttcaaatctggtgggctgggaacatagcgaaaattggccaattttgaaaaca
gtaaagaaaattcgtaaacaaggtcaaatttgtacctattttataacgctttatgatgac
gataacaaagttttaaatcgatacaatagaaatggtgtcaatataattccggaagcccta
cttttagttctcacttggaaaacattggctatggcaagaaatgttgatcataaccaaatg
tccgttaagttcaataatgtgtactttaaccgcgaaataacgttcggagataacaaattt
gctaagataaaagtttctattaataaaggcaatcgcagatttgaagtaacaaattatgaa
atggtggttgcaactggacacataacggacgattttaaatcagaaaaatgccattttgaa
ccaatgaaagaaaactctgcacatgatattttgttgacatctgatgaaatataccggctg
ttgagtttcagaggatattcctttaataaggaattccaagtgattcgttctgcaaattca
gctattagcaaagcaacagttgaatggactggagaatggatctcatacatcgatgcactt
attcaactgaacattatgaaacgaaaccacaatggaatatctacacctaaattaattgga
gagttaatcatcgatgtcaatgaacacgtttcagatgacttaagcaaaataactgaacat
gaagctacaatttttgacctctataatacagtaagatgcggtggagtaactattaaagat
atggcattttcagacagagctgtaattcccacaaaagtaactagtgttttattgactgaa
aaagaatggcccctgattttatatgataatataccgggtcaattgggaggtcattaccac
actcctgttttctcacgagacaaagttgaagagtttaaagtaacaatgaaaacaccgaat
gattttgagactatcagttttgagcaaattgctactaaaaaatctcttcccaataagatt
ataaaggtctattacgctggggtatctcaaagagattgccaacaatctattttcggaagc
aattctgcaaatttcgatttgggtatggactttagtgggaaagatgtcaacggtgagcag
gtgatggggttgttagcgcaggggacgctgtcgagcgtcatcactccagatcctgagctg
atgtggcctgtgccgcaccactggagcctgcaggaggctgccaccgtgcccttgccctat
gtgcatgcttactatatactctgcaaaacaaagttgacaagtggaaatcgagtgctggtc
atcggcggggcgggtgcgttaggacaggccctcatatctgtttgcctgtcgcttggctgc
atcgtctatactagtgtcagcactttgcgtaagaaagaagctttgctcaagctattccca
aatcttaaagaaaacaatataatatataaattgaatgatgaagttctatatgatcatata
gtgacacaaactgacaatcagctttgcaaagtagttgttagctgcgcatcgggcaggttg
cgtgaggtagcaatgaaatgcgttagtccttttggatttttttcggacgtcaatcagcac
gacatggaatggaacagatccttcggcatgatattcttgcatgatgataagacttataca
actgttaatttgtcaaatctattggagaacaaaaataatgtagaaaaacagagaattaag
tacatggttgctgaaggaatttctaacggggtcgtgaagccattaccttcaataacgtat
gatattgaagaagtgccaagggcgcttaaattgctctcatcgaagaataacatagggaga
gttataataaaaatggacttgccacctaaaaccaatgtagttcctagaatcacttgctct
tcgacagcaacatatctagttgtttgcgcggaagatgtgctaagtttagaattgatagaa
ctcttaatttctcgcggtgccagaaatcttatcgttctttggaatggatctgtaactgct
tacttattgtacaaaataagatatttgaaacaattacattcatcagtaaatatagttatt
aaaaatgtaataaatgataaggaatgtagtaatgcaataaaggaagcagaaaaggtcggt
tcactcgaaggcgtcttcttaatagttggcaaagatgtaaagcaatgtgatgatgtatca
gaagaacaaatgcttttgacaaggaacaaaactctcatgtcaataatttcaagcttagac
ttcggtacaagatctctttgccagaatttaagatactttgtcatagtcagtgaatcgtcc
cgaaatatttatgataaagaaatttatttaaaagctgaaaatatatgcaaagagcgtcaa
attgttggtcttccgggattagcttttgaaactgaaatttcaaatgagttacctaaatac
ttcaactcgaaggacgatattgtagctgaaataatacctgaagtgctcagtgcattggaa
agaagtttgaatcttaattaccattacattaaggctgtgttaggaccttgtaacgaaaca
ggttccctggaaactgaacgaaaggaatttgagcccaaaacttcaaacgttgctccaaaa
atagttgacgaaagtgaaagaataggaaaaggaaaggatatttctgagttcaggtatgat
acggaaactaaggcatgtggcttttgttaa

  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 (45)   
   KEGG ORTHOLOGY (1)   
   RefGene (41)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (142)   

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