KEGG   Harpegnathos saltator (Jerdon's jumping ant): 105191040
Entry
105191040         CDS       T03918                                 
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
hst  Harpegnathos saltator (Jerdon's jumping ant)
Pathway
hst00061  Fatty acid biosynthesis
hst01100  Metabolic pathways
hst01212  Fatty acid metabolism
Module
hst_M00082  Fatty acid biosynthesis, initiation
hst_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:hst00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    105191040
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:hst01004]
    105191040
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:hst04147]
    105191040
Enzymes [BR:hst01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     105191040
Lipid biosynthesis proteins [BR:hst01004]
 Fatty acid synthase
  Animal type
   105191040
Exosome [BR:hst04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   105191040
  Exosomal proteins of breast milk
   105191040
  Exosomal proteins of colorectal cancer cells
   105191040
  Exosomal proteins of bladder cancer cells
   105191040
SSDB
Motif
Pfam: ketoacyl-synt KR Ketoacyl-synt_C KAsynt_C_assoc FAS_pseudo-KR Acyl_transf_1 ADH_zinc_N_2 ADH_zinc_N Thioesterase PP-binding adh_short Thiolase_N
Other DBs
NCBI-GeneID: 105191040
NCBI-ProteinID: XP_025160331
Position
Unknown
AA seq 2304 aa
MENSRKYNPYVKVPPGEEIVISGIAGRFPDTDNMKELQENLFNTSDLGSDDNRRWSNVNY
DMPTRSGKINNVDKFDAQYFDISPVEAHVTDPMCRLLLEHTYEALTDAGVNPKELRGTKT
GVFIGSCYCETANDMLYCRAQAAGFPIIGCSRYWLANSISNWLDLTGPSYVVDTACSSSH
QAIVEAYRMIRSGECDAAIVGSANLCFHPNLTFQQFQLGILSPDGYCKPFDESGSGYMRS
EATVVIYLQKAKNAKRIYATLVYSKTNCDGWKPEGIVHPSLSMQKKLLEDFYDECGITPE
ELSYIEAHGTGTLAGDLVEINAIDQALCSKRSTPLLVGSVKSRFGHTEAAAGLCQVAKVL
IAMETGIISSNIHYKTPRKGHTPITEGRIKIVTEPTLWDGGYVGISSFGFGGTNCHILLK
SNAKNKINIGTPDGLLKLITVSGCTEEAVKTLLDDVNSRKLDVEYMALLHSIHAENIEGH
RYRGYIVTGSEIAVNKIRKVEKCKKRPICFVFSGTEVEWHNVELMKLPVFANVIEKCDEI
LKQHDICVTNIIMSKNRATCNSIIQSFIAVIATQIGIVDLLTHAAIQPDYTIGLSIGELI
CEYVDGRFTIEETILAAYYIGTAFEQAKLQVNDITANRCKYLKIVRTKILKHFSRILPTE
PSKSRRVTQLGKPQSKRDLTETAAEYYADNILNPIPLKEIITLISKSTVLVDIVPHNAFQ
SIMTNLLESTITFIPLYKRGQKHTIQSFLEGIGDLYNVGLQPQIANLYPPVQFPVSRGTP
MISPLIKWDHSEDYYVFRYKEKNKIFSTERIITITPDDEDFEYMYGHVIDERILLPVTSC
LYEIWRTIGSLNGTDHKNIPIVFENIKFVRATHLSKRDKLELTLVIQESNNTFQILEKSN
VVVSGIVRLPNNIAKERLQFLAKSDDAEECMNTSDIYKKLRVCGYQYTGWYRSLKSASIN
GSVGHIKWSSNWVVFIDNMMQMKSLPLDSRNVIYITTHIRKLVIDPEFHIRQLPKLSIEE
RNIPVRIYDSLDAIVSGGIEIYGQRFVAISRRPANIKPVHEEYKFIGYRDHTTISLKDAV
QISIQIALECHELRNVKVIEVVEDDDKILLEDLITPIIHEVLSNLPLVQSNLTLVATKNR
FHSSLLPENLLVIQPNNVLKDDTFLMVIGVGILTKGGHTLLSNVMAGGFLFTREDLNATY
DNELLQQYNLNIILEKRTERESVLLLRKTQNVIMRREVVYINNYEFSWIKKLKSVMEVVD
ETNSRITLVAEGDPESGVLGFVNCLRREPGGKTVRCVFIQDEHACKFSLQTPFYMNHLLL
DLPMNVLRPGKVWGSYRHLPLPPPEPVLVQCGYVTQAIQGDMNTICWVEGRIYPKVKREN
IIHTIYATLNFRDIMITSGKLTLESFQKIRRDIDSLLGLEVVGYDGSGQRIMAICSNRGI
SNVLINDPVLSWVIPDEWTFEDAATVPYVYAICCYALYEKGKMKKGDKILIHSGTSSVGQ
AAIHLALYAGCEVFTTVGTLEKRQFIRETFPSILDDHIGNSRDTSFEQMIFQQTHGQGVD
IVLNFLAEEKLQASFRCLAKSGRFLEIGKHDLIADNILDRIVFAKGISFHAVMLDNIINS
VTENIIYNKIIYDYISQGMKNGSIKPLPRKVFEMTEVGVAFKYMAAGKHIGKILIKIHDE
NKPLDLPILAYPRYFCKYHMSYIILGGLGGFGLELADWLILRGAKNLLLTSRTGLRNGYQ
RSRIELWKSHGANVQIIAGADASDHKDCAFILNSAAEMGPVDAIFNLAVVLKDSLFKNQT
AESFEVSFKPKAMATKTMDELSRKMCPNLQHFVVFSSFSCGRGVAGITNYGMANSIMERI
CERRVQDGLPGMAIQWGLVDDVGIMADMQTDKERNLTGILKQKIQSCLQSLDTFMVLNRT
IVSSMVIAEKYAELDGVMNILDTVTSIMGVKDMKMVGLRTPLSEIGMDSMMAVEIQQTLE
RKFDINFTTQDIQNLTFEKLRNIADKDKCSEQTKLHDLACVKFMIHLVSNLDIVSDICLE
MTTRNEAGRKQIFLLPGIEGCGSVFNSLASKIKGPVTCLQHGANNIPMCESVLQSAATLL
SYIISKMGDSIEFIIVGYSYGALIAIEIMRLLEAKNFTGQLILIDGAPDYLKTMKEQYFP
FTNLQKFQNNILLDLMDHFYSIDNTSILLKLSKHDTWEKKLEAFVECLPDDSVQMTSLEN
YKIYYTTVYKHLIAIHEYDASLLQPLKSPILLLKPTISYLPSADENDGLNKVTEDSVQVR
HIEGNHLTILDNDILADIINGVSS
NT seq 6915 nt   +upstreamnt  +downstreamnt
atggagaatagcagaaagtataatccctacgtgaaagttccaccgggtgaggaaattgtg
atctccggtatcgcaggacgatttcccgatacagataatatgaaggagttacaagaaaat
ctttttaatacttcggacctcggttcggacgataatcgacggtggagcaacgtcaactac
gacatgccaactcggtcgggaaagattaataatgtagacaagttcgacgcgcaatacttt
gacatttcacctgtggaagcgcatgtcaccgatcccatgtgcaggttgttgctcgaacac
acttacgaagcgcttactgacgctggagtaaatcctaaggaattacgaggaacaaaaacc
ggtgtcttcataggatcatgttactgtgagacggccaacgacatgctctattgcagggct
caagcagctggattcccaattattggctgtagtagatactggctagcaaacagcatttct
aattggcttgatcttaccggaccatcctatgtcgttgacacggcctgcagttcaagccat
caagctattgtagaagcttatagaatgatacgaagtggagaatgcgacgcagctatcgtg
ggtagtgccaacctgtgttttcatcccaacttaacgtttcagcaatttcagctcggaatc
ctctcccctgatggttattgcaaaccgttcgatgagagcggttccggttatatgcgcagt
gaagcaaccgtagtaatatacttacaaaaagcaaagaacgcaaaacgaatctacgctacc
ttagtctattctaaaaccaattgcgatggttggaaaccagaaggaattgtgcatccttca
ttgagcatgcaaaaaaaattattagaagacttttatgatgagtgtggcatcacacccgaa
gagctgtcttacatcgaagctcacggcactggtactttagcaggagatctggtagaaatt
aacgccatcgatcaagctctatgttcaaagaggagtactcctttattagtgggttcggtg
aaatcgcgtttcgggcatactgaagctgccgctggtctctgtcaagtggcgaaagtgtta
atagcaatggaaactggtattatttcatcaaacatacactataaaacaccgcgaaaggga
catactcctataactgaaggtagaataaaaatcgtcactgaacctactttatgggacgga
ggttatgttggcattagttctttcggatttggtggtacaaactgccacatattgttgaaa
tcgaatgccaaaaataaaatcaacattggaacaccagacggcttacttaaacttataacg
gtatctggttgtacagaggaagctgttaaaactctattagatgatgtaaatagccgaaaa
ctagatgtagaatatatggcccttctgcatagcattcacgctgaaaacattgagggccat
cggtacagaggatatattgtaactggatctgaaattgctgttaacaaaataagaaaagtt
gaaaagtgcaaaaaaagaccaatttgctttgtgttttctggaacagaagttgaatggcat
aacgtagaattgatgaagctgccggtgttcgccaacgtaattgagaaatgtgatgagata
ttaaaacagcatgatatatgcgtcactaatattataatgagtaaaaacagagctacctgc
aacagcatcatacaatcatttatagcagtcattgccacacagattggaatagtggatctc
ttaacacatgctgctatccagccggattacacaataggtctctctattggtgaacttatc
tgtgaatatgttgatggacgttttactatagaagaaacaattttagcggcatattacata
ggcacagcatttgagcaggctaagttgcaggttaatgacattactgcgaatcgatgtaaa
taccttaaaattgttaggacaaaaatcttgaagcatttcagccgaatattaccaacggaa
ccttcaaaaagccgcagagtaacgcagttgggtaaaccacaaagtaaacgcgacttgact
gagactgctgcagaatattatgcagacaatatcctgaatccaataccattaaaagaaatt
ataactttgatatcgaaaagcacggtactcgtcgacatagtaccgcacaatgcttttcaa
tcgattatgacaaatttgctagaatcaacgataacattcattccattatataaacgcggc
cagaaacataccatacaaagctttttagaaggaattggagatctttataatgtaggactt
caaccacagattgcaaatttgtatccaccagtgcaatttcctgttagtcgcggaacacca
atgatatctcctcttattaaatgggatcattctgaagactattatgtattccgttataag
gagaaaaataaaattttcagcactgaaagaatcatcactattacacccgatgatgaggac
ttcgaatatatgtatggtcacgtgatagatgaaagaattttgttacctgttacgagttgc
ctttacgaaatttggcgtacaattggctcattgaatggcactgaccataaaaacataccg
attgtatttgaaaatattaaattcgtacgtgctactcatttatcaaaacgagataagctg
gaattaacacttgtgatccaagaaagcaataatactttccagattctcgagaaaagcaat
gtagttgttagtggtatcgtgaggctccctaacaatatcgcgaaggagaggctacagttt
ttagctaagagtgacgatgctgaggaatgcatgaatacgtcagatatttacaaaaaacta
cgagtctgtggctatcagtataccggttggtatcgctcgttgaaaagcgcctcaattaat
gggagcgtaggacatatcaagtggtcatcaaattgggtggtgttcatcgacaatatgatg
caaatgaaaagcctgccgcttgactcgagaaatgttatatacataacgactcatattcgc
aaattggtaatcgatcccgaatttcacataaggcagcttcctaaactttcaatagaagag
agaaacatacctgtgcgtatctacgactctctcgatgccattgtatccggaggtatagaa
atttatggacagaggttcgtagccatatcacgtcggccagcaaacatcaaacctgtgcat
gaggaatacaagttcattggttaccgcgatcatactacgatctccttaaaagatgcagtg
caaatatcaatacaaatcgcacttgaatgtcacgaattgagaaacgtcaaagtgatcgag
gtcgttgaagacgatgacaaaattttgctggaggatctaattactccaattatacacgaa
gttctaagcaacttgccgttagtacaatctaatctcacgttggttgcgacgaaaaataga
ttccacagttccttattacctgaaaatctattagtcatacaacctaacaatgtattgaag
gatgatacgttcctaatggtcattggcgtcggaatattaacgaaaggtggacacacatta
ctatccaatgtaatggctggaggttttctgtttacccgggaggatcttaacgccacgtac
gacaacgagcttttgcaacagtacaatttgaatattattttagagaaacgcacagaacgg
gaatcggtgttacttttaagaaagacacaaaatgttataatgagacgagaagtcgtgtac
ataaataattacgagttctcgtggatcaaaaagcttaaatccgtaatggaggttgtcgac
gagacgaactcaagaataacactcgttgctgaaggtgatcctgaaagcggtgttttagga
tttgtaaattgtttgcgaagggaaccaggcggcaaaacagttagatgtgtcttcattcaa
gacgaacacgcgtgcaagttctccttgcaaacacctttctacatgaatcatttactactt
gatttaccaatgaacgtcttacgtccgggcaaagtttggggttcttacaggcatttgcca
ttaccgcctccggaaccggtacttgtgcaatgcggttatgtcactcaggcgattcaaggt
gatatgaatactatatgctgggtcgaaggacggatatatcccaaagtcaagcgtgaaaat
atcatccatacaatttatgcgacactgaattttagagatattatgataacatctggtaaa
ttgacgttggaatcctttcaaaagattagacgagatatcgattccctcttaggcctcgaa
gtcgttggttatgacgggtctggacaaagaataatggcgatatgctctaacagaggaata
tcaaatgttttaataaatgacccagtgctatcctgggttatacccgacgaatggacattc
gaggacgctgccacagttccatatgtttatgccatatgctgctacgctctctatgaaaaa
ggaaagatgaagaaaggagacaaaattctcattcattcgggcaccagcagcgtcggccaa
gctgcgattcatctcgcactttacgcgggatgcgaagtatttacgacagtcgggactttg
gaaaaacgacaatttattagagaaactttcccttcgattctggacgatcatatcggcaat
tctcgcgacacaagtttcgaacaaatgatctttcagcaaacacatggtcagggggtggat
attgtgttaaatttcttagctgaggaaaaacttcaggcatcttttcgctgcttggcgaaa
agtggccgattcttagaaataggaaaacatgacttgattgccgataatatcctagataga
atagtttttgcgaaaggcatcagttttcacgcggttatgttagacaatataataaattcc
gtcacagaaaatatcatatataataaaattatatatgattatatctcacaaggtatgaaa
aacggctcaataaaaccgctcccgaggaaagtttttgaaatgactgaagtaggagttgcc
ttcaagtatatggcagctggtaaacacatagggaagatcctgataaagatacacgacgaa
aacaaaccattagatcttcctattctcgcttatccacgatatttctgcaagtatcacatg
tcttatatcattttgggcggcttaggtggcttcggtttagaattagccgattggctgatt
cttcgcggagcaaagaatcttcttctgacttcacggaccggattgcgaaacggttaccag
cgctcaagaatagaactatggaaatctcacggggcaaatgtgcaaattatcgcgggtgct
gatgcgtctgatcacaaggattgcgcattcatcttaaattctgccgctgaaatgggaccg
gtggacgctatatttaatcttgctgtggtgttgaaagattctctctttaagaatcagacc
gctgaatcctttgaagtatcattcaagccgaaagcaatggcgacgaagacgatggacgaa
ctgtccagaaagatgtgccctaatctgcagcacttcgtcgtcttctcgtccttctcgtgc
ggtcgaggagttgccggaataaccaattatggtatggccaattctatcatggagaggata
tgtgaaaggagagtacaagatggattacctggaatggctattcaatggggtttggtggac
gatgtgggcatcatggccgatatgcagacggataaggaacgaaacctcactggtattcta
aaacaaaaaatacagtcatgcttgcagtcgctagatactttcatggttctaaatcggacg
atcgtgagcagtatggttatagctgagaaatatgcggaactggatggagtgatgaatatt
ttggacaccgtaactagtatcatgggagtgaaagacatgaaaatggtcggacttcgcact
ccattatcagaaataggtatggattcgatgatggcggtggagatccaacaaacgttagag
cgaaaattcgatattaactttacgacgcaagatattcaaaatctcactttcgagaaactc
cgcaatatagccgacaaagacaaatgttccgagcagaccaagctacatgatttggcatgt
gtcaaatttatgattcatttagtgagcaatttagacatcgtttcagatatttgcttggag
atgacaacgagaaatgaggcaggcagaaagcaaatatttcttctaccaggaatcgaaggt
tgcgggagcgtatttaattcgttggcttccaaaattaaaggtcccgtaacatgcttgcag
cacggagcaaacaacatccccatgtgcgaatctgtgctgcagtcggctgccactctgtta
tcttatataatatcaaagatgggagattctatagaattcataatagttgggtattcatat
ggggcattaattgctatcgagataatgagactgttggaagcgaaaaatttcacaggacaa
ttaatattaatcgacggcgcacccgattatttgaaaactatgaaagaacaatatttccct
ttcacaaatcttcagaaatttcagaataatattctcctagacctcatggatcacttctac
tccatcgataatacatcgattctattaaaattgtccaagcacgatacgtgggagaaaaaa
ttggaagctttcgttgaatgtcttccagatgattccgtacaaatgacttctcttgaaaat
tacaagatttattatacgacagtctataagcatctgatcgcaattcacgaatacgatgcg
tctttattgcagccgctgaagtcgcctatattgttactaaaacccacaatttcttatctt
ccttctgccgacgaaaatgatggcttgaacaaggttaccgaagatagcgtacaagttcgt
catatcgaaggcaatcatcttacaatattggacaacgatatacttgctgatattattaac
ggagtatcgtcttaa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (107)   

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