KEGG   Solenopsis invicta (red fire ant): 105205264
Entry
105205264         CDS       T03916                                 
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
soc  Solenopsis invicta (red fire ant)
Pathway
soc00061  Fatty acid biosynthesis
soc01100  Metabolic pathways
soc01212  Fatty acid metabolism
Module
soc_M00082  Fatty acid biosynthesis, initiation
soc_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:soc00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    105205264
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:soc01004]
    105205264
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:soc04147]
    105205264
Enzymes [BR:soc01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     105205264
Lipid biosynthesis proteins [BR:soc01004]
 Fatty acid synthase
  Animal type
   105205264
Exosome [BR:soc04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   105205264
  Exosomal proteins of breast milk
   105205264
  Exosomal proteins of colorectal cancer cells
   105205264
  Exosomal proteins of bladder cancer cells
   105205264
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt KR KAsynt_C_assoc Ketoacyl-synt_C FAS_pseudo-KR ADH_zinc_N ADH_zinc_N_2 PKS_DH_N PP-binding adh_short Thiolase_N
Other DBs
NCBI-GeneID: 105205264
NCBI-ProteinID: XP_039309146
Position
8:3985769..3996848
AA seq 2104 aa
MSAQFESVNGPMTRESAIGNEVPLPYVNNDIVITGISGRLPESANIDEFKKNLMSEIDMV
TDDERRWPRGLHGLPARFAKIKDLSSFDAAFFGIHPKQAHVTDPQLRLLLEATYEAIIDA
GINPTTVRGSRTGVFVGISSSESDEFWMRDAETINGYNLLGSSRSMFANRVSYSFDFTGP
SYSLDTACSSSLYATHNAVKAIRAGECDAAIVGGLNLVLKPNYSLQGLKLNMLSQDGKCK
TFDVSANGYVRAEAVVAMYLQKAKDARRVYATIIRTKTNTDGYKSQGITYPNDEMQNQLM
RDIYTEAGINPVDVSYVEAHGTGTKVGDKVEVSAIEKLFCKDRKTPLLIGSVKSNMGHSE
PASGLCSIAKVLIAMEAGVIPGNLHFKTPNPDIPALKEGRIRVVDKATPWNGGLIGINSF
GSGGTNAHIILRSNPKPKPSLLLNIAESLPKLVAVSGRTKEAVHALLDKAKEHHNDDEFL
SLLRMIHNNNISGHEIRGYEILSIDGTREMTEITSSQERRPIWFVFSGMGTQWAGMGHQL
FSIEIFQRSLRRCADALAPHGIDLMNIITNATDETFENVLNSFVTITSMQVAFVDILTSI
GISPDGIIGHSIGELGCAYADGAFTLEQTVLAAYSRGKAIMDSKLEPGVMAAVGLSWEEI
RKMCPPDIVPACHNAADSITISGPPESMQKFAETLKSKDIFVKMVKSSGYAFHSQYIASA
GPKLRASLDKIIPNPKQRSARWISSSIPESAWSSPLAQSSSSAYHVNNLLSPVLFHEAIA
RIPENAITIEIAPHCLLQAILRRSLPPTVTNVSLHKRDHSNNLVFLLSNVGKLYNAGAQP
NIFKLYPSISFPVGRGTPMIGPLVKWDHSTAWDVASFNQISSHSGECIVKIDLSKETDAY
LAGHQIDGRVLFPATGYILLVWKTLAKLRGTDFERLPVVFENVRFQRATVMPKEGMVKFS
ITIFEGTGDFEICEAGTIVVSGNVHASKAIEKDQLKLPPPPIPPTDNEILPLNAKDIYKE
LRLRGYEYRDIFQGIKSCDNYGVAGQLCWFNQWIPYIDTMLQFSIMSTSHRLMYLPTRLQ
YAAIDPILHKRLVEELPENGGLPVYHYKDIDIVKSGGIELRGLKSSLAPRRQQTQADPKY
EQYTFVPYENSQNLVKDPKRGKIHALTVLLQIICENTMALKLKTMEIAGERAAEALLAPL
IFDIFNGELGSPIIDLQVIAVSADNYIESLRQMNVNANVVTRDVKSAPPAQDMHLVIAAD
ILSNQSDMILKNLVASLKPGGFILLQETAVQLDLKIALKETNLTLAGKQTDPVGKTYLLL
KKREERKEPMVIQITENNLSWLEDVKTALKKSDSEGQEVLLVSQGEETLGLVGLMTCIRR
ETGGANARYVFIQDTRAPKFGLSVRFYVEQLNKGLMANVLKGGQWGSYRHVQLDVTFKQI
HHVYANTLRRGDLSSLKWIEGPLNYYRKFPNKKLCDVYYSSLNFRDIMLASGKLSPDVLP
RNMATKESVLGFEFSGRDADGRRVMGIVEAKGLATTVVADISFLWEVPDKWTLEQAATIP
IAYATSYYALFIRGRLEAGESVLIHAGTGGVGQAAISIALHAGCNVFTTVGTPEKREYLK
KVFPQLNDRHIGNSRDTSFEQLIRVETQGRGVDVILNSLAEEKLQAGIRCLAYGGRFIEI
GKYDLSNDSRIGMSMFLKNTSFHGVLLDILFGEDVDEKESAIKKILVKLVLEGIKNGAVR
PLDSTVFSEQQLEQGFRFMATGNHIGKVLLKIRDEEPKERVPMPKTIAAIRRTYLNPEKS
YVLIGGLGGFGLELADWMISRGAKFIVLVSRSGIRTGYQALHVRRWRENGVKIVIFTENV
TILSGAERLIQESNQLAPVGGIFNLAAVLRDALIENLEEADFKMVISPKINVTRNLDAVS
RKLCLSLDYFVVFSSLSSGRGNMGQTNYGFANSAMERMIEERQANGLPGLAIQWGAIGDV
GLIMEMMGGNDAKVRGSIPQQISSCLATMDIFLQQPHPVLASSVLGEKYKSDNGNKTNLI
ATVTNILGIKDVDSINPNNTLADLGMDSLMDTEIKQTLERNYDIVLSAQKIRTLTIATLQ
ELSN
NT seq 6315 nt   +upstreamnt  +downstreamnt
atgtctgctcagtttgaaagtgtcaacggtcctatgacgcgggaatccgcgatcgggaat
gaagtaccgctaccatatgtcaataatgatattgtcattacgggaatatcaggtcgtctg
cctgaatcagctaatatcgacgaattcaaaaaaaatttaatgagcgaaatagatatggtg
acggatgacgagcgccgttggccaaggggcctacatgggctaccagccagatttgcaaaa
atcaaggacctcagcagctttgacgcagctttttttggaatacatcccaagcaggcacat
gtaacggatcctcagcttcgtttattgttagaagccacgtatgaagcgataattgacgcc
ggcatcaatcccacgaccgtgagaggatcgcgtaccggcgtttttgttggtatctcttcc
tcggaatcggatgaattctggatgcgagatgcagagaccataaatggatacaatctgctc
ggcagttccagatcgatgtttgccaacagagtctcatattcatttgattttaccggacca
agttactcgttagataccgcttgttcttcatcattatacgctacacataatgctgtaaaa
gcaatacgagctggcgaatgcgatgctgcaatcgtaggtggactgaatctcgtgctaaaa
cccaactattctttacaaggattaaaattaaacatgctgtctcaggatggcaaatgcaaa
acgttcgacgtttcagctaacggttacgtgagggctgaggcggttgtggcgatgtatttg
cagaaagcaaaagatgcacgtcgagtgtacgcgacgataattcgaacaaaaacaaatacc
gacggctataaatctcagggtattacgtatcccaatgatgaaatgcagaatcaattgatg
cgtgacatttataccgaagcaggaattaatcccgtggacgtgagttacgtggaggctcac
ggtaccggtacaaaagtaggagacaaagtggaggtatctgctatcgagaaactgttctgc
aaagaccggaaaactcccttgctaattggctcagtcaaatccaatatgggtcactcggaa
ccggccagtggattatgctctatcgccaaagtactaatcgcgatggaagcaggcgtgata
cccggcaatttgcactttaagacaccaaatccagatattccagccttgaaagagggacgc
attcgagtagtcgacaaggccacaccgtggaacggtggtctcataggtattaattcattt
ggctccggtggcacaaacgcacacatcattctccgcagcaatccaaaaccaaaaccatca
ctgctattgaacatcgccgaatcgttgccgaaattggttgctgtatcgggtcgaacaaag
gaagcggtgcacgccttactggataaagcaaaagagcatcataatgacgatgagtttctc
tcattgttaagaatgattcataataataatatttccggccatgagattcgcggatacgag
atacttagtatcgatggtacacgtgaaatgactgaaataacgagctctcaagagagacgt
ccaatttggtttgtattttctggtatgggcacgcaatgggcgggcatgggccatcaattg
tttagcattgaaatttttcaacgtagtttgcgacgatgcgcggacgcgttggcaccccat
ggcatcgacctcatgaatatcatcacgaacgccacggacgagacgttcgagaatgtacta
aattctttcgtgactatcacgtctatgcaggtcgctttcgtggatattttaacgtcgata
ggtatatcgccggacggtataatcggacactccattggagaattgggttgtgcttatgct
gacggtgcgtttacattagagcaaactgtcttagcggcttactctagaggcaaggcgatt
atggactccaagttggaaccgggcgttatggcggcagttggtttgagttgggaggagatc
agaaaaatgtgcccacccgatatcgttccagcttgtcacaacgctgcggactcgatcact
atttccggtccgcctgagtctatgcaaaaatttgcagaaacgctcaagagcaaagatatc
ttcgtaaagatggtgaaaagttccggctacgccttccacagccaatacatcgcctcggcc
gggcctaagctacgcgcttcgctcgacaaaatcatcccgaatccaaagcaaagatcagcc
agatggatttccagttccataccggagtctgcatggagcagtccgctcgcgcaatctagc
tcgtctgcgtatcacgtaaataatttactctctcctgtgctcttccacgaagcgatcgcg
cgtattccagagaacgcgataacaatcgaaattgcaccacattgtttgctacaggcaatt
ttgcgcagatcgttaccaccaacggtgacaaatgtcagccttcataaacgggatcattcg
aacaacctagtctttttgctgtctaatgtgggtaaactgtataatgctggtgcccaacct
aatattttcaaattatacccgtcgataagttttccggtcggtcgaggaacaccaatgatc
gggcctctagtcaagtgggatcattccaccgcgtgggatgtggcttctttcaatcagata
tcgagccactcgggagagtgtatcgtcaagatagatctatcgaaagaaacggacgcgtat
ctagctggacatcagatagacggacgagtccttttcccagccactggctatattctgtta
gtatggaaaactttggcgaaactgcgtggcaccgattttgaaagattgccggtggtattc
gagaacgtgcgctttcagcgagcaactgttatgccaaaagagggaatggtgaaattctcg
ataaccatcttcgagggaacgggcgactttgaaatctgtgaagccggtacaatcgtcgtc
agtggaaatgtccacgcgtccaaggctatcgagaaagatcaactgaagctgccgccacca
ccaataccgcctaccgacaacgagattttgccattgaacgccaaagacatttataaggaa
ttgaggttgcgcgggtacgagtatcgcgatatctttcaaggaatcaaatcttgcgataac
tacggcgttgctggtcaattgtgctggttcaatcaatggattccgtacatagacactatg
cttcagttcagcataatgtccactagccatagactaatgtatttaccgacgcgtctccaa
tacgccgcgatcgatcctattcttcataaacgactggtggaagaattaccagaaaatggt
ggtttaccggtgtatcactataaggacatcgatattgttaaatcgggtggtatcgagctc
agaggattaaaatcttctttggcacctcgacgacagcagactcaagccgatcctaaatat
gaacaatacactttcgtgccctatgaaaattcgcaaaatctagtaaaggatccaaagaga
ggaaaaatacacgcactcaccgttcttttgcaaattatatgtgagaacacgatggcgttg
aaactgaaaaccatggagattgcgggcgaacgagctgcggaagctcttttagcgccgctt
atatttgacatttttaatggtgaactaggctcgcctatcattgatttacaagtaatcgca
gtttctgccgacaattacatagagagtttgcgtcaaatgaacgtaaatgcaaacgtcgta
acgcgagacgtgaagtctgcacctcccgctcaggatatgcacctcgtcatagcagcggat
attttgtcgaatcagtctgatatgattctcaaaaatttggtcgctagtttaaaacctggt
ggtttcattcttctgcaggagaccgctgtacaactggatttgaagatcgcgttgaaggaa
actaatctaacgttggccggaaaacaaaccgatccggtaggaaaaacatacttgctgcta
aagaaacgggaagaaaggaaagaaccgatggtcatacaaatcacagagaacaatctctcg
tggctggaggatgtaaaaacagcattgaagaaatctgatagcgagggtcaagaagtgctc
cttgtatcccagggcgaagaaacgcttggtttagtcggactcatgacttgcatacggcgc
gagacaggtggtgcaaatgcgcgctatgtcttcatccaagacacgagagctcccaagttt
ggcttatccgtacggttttacgtagaacaattaaacaaaggattaatggccaacgtgcta
aaaggaggacaatggggcagttatcgacacgtacaattagatgtaactttcaaacagata
catcatgtgtatgcgaatacgttgagaagaggagaccttagcagcttgaaatggatcgaa
ggcccacttaattattatcgaaaatttcctaataaaaaactttgcgacgtatattattct
tcattaaacttcagggacatcatgttggcgagtggcaaactatcaccagacgtcttgcca
cgaaatatggctacgaaagagtccgtattaggattcgaattctccgggagagacgccgac
ggtcgtcgcgtgatgggcatagttgaagctaaaggattagccaccactgtggtagcggat
attagttttctttgggaggtacccgacaagtggaccttggaacaagccgcaacgataccg
attgcttacgcgactagttactatgctctatttatacggggtcgattagaagcaggcgaa
agcgtattaatccatgctggtacaggcggtgtcggtcaagcagcgatttccatcgctttg
catgctggttgtaatgtcttcactaccgtgggtacgccagaaaaaagagaatatctcaaa
aaagtcttcccgcaattgaacgacaggcacatcggcaattctcgagatacgagttttgaa
cagttgatacgcgtcgagacccaaggacgtggagtcgacgtcatactaaattcactggca
gaagaaaaattgcaagccggcattcgatgcctcgcgtacggtggccgtttcattgaaatc
ggcaagtatgatttgtcgaatgacagccgtataggaatgtcaatgtttttgaaaaataca
tctttccatggtgttttgttggatatattattcggagaagatgttgacgaaaaagaaagc
gcgataaaaaaaatactggtaaaactcgttttggagggaatcaagaatggcgcagtacgt
ccgctcgactcaactgtcttctcagaacaacagcttgagcagggattcagatttatggcg
acgggcaatcacattggcaaagtgctactgaaaatccgtgatgaggaaccgaaggagcgc
gtaccaatgccgaagacaatagccgcaattcggcgtacttacttaaatccagaaaaatca
tacgtcttgatcggcggtctcggtggattcggtctggaactggccgactggatgatcagc
cgcggcgccaaattcatcgttctcgtatcgcgctcaggcatacgcaccggttatcaagca
ttacatgtgcgtcgctggcgcgaaaacggcgtgaaaattgttattttcacggagaatgtt
acgatattatccggtgccgaacgcttgatccaagaaagcaaccagttggctcctgttggc
ggcatattcaatttggcagccgtcctacgtgacgctctcatcgaaaacctggaagaagcc
gatttcaaaatggttatatcaccaaaaatcaacgttacaagaaatttagacgcggtatcg
agaaagctctgcctatcgctagattattttgtggtattttcgtctctatcgagcggtcgc
ggtaatatgggtcaaaccaactacggtttcgcaaactcggctatggagagaatgatagaa
gagaggcaggctaatggcttacctggtctcgccatccaatggggtgccatcggagacgtt
ggcttaatcatggaaatgatgggaggtaacgatgccaaggtgagaggtagtataccgcaa
caaatatcgagttgtctcgcaacgatggatatattccttcaacaaccgcatccggtgctg
gcttcttcggtattaggtgaaaaatataaatccgacaatggcaacaagaccaatctcatt
gcaaccgttaccaatatcttaggcattaaagatgttgattcgattaatcccaataatacc
ttggccgacttgggtatggattcgttaatggacacggagataaaacagactcttgaaaga
aattacgatatcgtattatcggcgcaaaagattcgtaccttaaccatcgctacattgcaa
gaattatctaattga

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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 (15)   
   KEGG ORTHOLOGY (1)   
   RefGene (11)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (5)   
   RefSeq(nuc) (3)   
   GenBank (1)   
   EMBL (1)   
Protein domain (12)   
   Pfam (12)   
All databases (124)   

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