KEGG   Linepithema humile (Argentine ant): 105670847
Entry
105670847         CDS       T04898                                 
Name
(RefSeq) fatty acid synthase-like
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
lhu  Linepithema humile (Argentine ant)
Pathway
lhu00061  Fatty acid biosynthesis
lhu01100  Metabolic pathways
lhu01212  Fatty acid metabolism
Module
lhu_M00082  Fatty acid biosynthesis, initiation
lhu_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:lhu00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    105670847
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:lhu01004]
    105670847
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:lhu04147]
    105670847
Enzymes [BR:lhu01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     105670847
Lipid biosynthesis proteins [BR:lhu01004]
 Fatty acid synthase
  Animal type
   105670847
Exosome [BR:lhu04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   105670847
  Exosomal proteins of breast milk
   105670847
  Exosomal proteins of colorectal cancer cells
   105670847
  Exosomal proteins of bladder cancer cells
   105670847
SSDB
Motif
Pfam: ketoacyl-synt Acyl_transf_1 KR KAsynt_C_assoc Ketoacyl-synt_C FAS_pseudo-KR ADH_zinc_N_2 ADH_zinc_N Thioesterase PP-binding PKS_DH_N adh_short Thiolase_N Abhydrolase_6 ACP_syn_III
Other DBs
NCBI-GeneID: 105670847
NCBI-ProteinID: XP_012220007
Position
Unknown
AA seq 2395 aa
MDSNKKATVIDVESEDDIVISGIAGRFPKSDNIRQLQENLFNKVDLGTDEERRWNHGHPD
LPQRMGMIDNCEKFDADYFKIPFNEVHPMDPMSRMLMEHTYEAIVDAGINPKDLSGTNTG
IFIAMCFSESEKTWYFEKPQIAGGAAFGCFKPVYANRMSHWLNITGPSCIIDSACSSGLF
ALESAYRSIRSGQCDAAIVGGVNLCLHPYVALQFARLGILAPDGFCKPFTNDANGYMRSE
TIGVAFLQKAKVAKRIYATVVYGKTNCDGYKEQGITFPSSKMQQTLLEEFYKECGISPTC
LGYMEAHGTGTYVGDPEEINALEQVFCKNRQTPLLIGSIKSNLGHSEAASAMCQIAKVII
AMETGLIPPNINFTQIRKGVKAFEEGSIRVVTNTTPWTSGFMGINSFGFGGANCHILLRN
NTKEKINKGAPNDNLPRLVVLSGRTEQAVESFLNEIENRPIDVEYVRLLHDLYADEMKNH
PYRGYVIVESKTPIKAAKEIQYYSGEKKPICFVFSGIGSQWIGMGQALLRFPIFSKTIEK
CDIILKMHGIYIIDILTSKHEDIFHDILNSLVAITVMQVGLIDLLRSVNIVPDYVVGHSI
GELCCAYATGNFTLEQVILSSYYIGLGLKETKKINCTMANIGLSYENVKNICPPDIEVIY
SNSPNTCSISGLKKSVKAFTKQLEANNVFTEVVNCCDIPLHTRYLLPARATILAYLNRIM
PQTMTPNQIWQSLFCSEKLSCAEYFTNNLLSPVFFDKTAQLIPRNAVTLEIAPYAILQSV
TKELFHTTSITLLQRNHEDNVKIFLEGLGKMYNNGLQPQLANLYPTVKFPVSRSTPMISP
SIKWDHSKDWYLTCYKMLTKLSVGERMVEIARNDEEYEYMSGHVIDGRQLLPATGYLMLV
WQTMGLLKSLSYTDMPIVFENVKFIRATHVPKQGPVYLRIIVQKATGKFEVIEGDNAVVT
GTVREPTNIAEEKLPSHLLNQENDNEEEVMKTKDIYKELRLRGYQYAGMFRGLKSSSTTG
KQGHIAWMYNWVTFMDNMLQMKILGIDTRSLHVPTGIQKLVIDTKFHIQQVRNAAANDYQ
LPVRVYKTFDAVVSGGVEIRGIKATSIFRRKTAGEPVLEEYRFIAHRDGAEVSLQEAVML
STHLALEYHQVIKVNIIELIEDDDKVETNEIASPLFIDILGDLPLLQPNITLVTRTDRFD
CVTLPSKITVSQSKKLSNDDKTILIIGYDLFTKNKSKTLKEILPALQNNGFLLTREQSFT
KDDIATAEKYDLAVVLEKRSQKEHFILLKKTEQSTRKTKVIHVNNYEFSWLEQLKSILNA
KNESRNAAKIILVSEKDSECGLLGLVNCLRREPNGESIRGVFIQDETAPEFSLHEPLYAE
QLRIDLIINVLRPDKTWGSYRHLPLAPLTPKLVYHAFANQLVSGDLSSFRWIEGPITPDY
KENNLVHIAYSSINFKDVMIASGKLAGDGFYLTRGRFEDCMMGMEYVGVDNTGQRVMGIW
ENRCISNMCISYKNLCWNVPDEWSMEDAATVPCAYGTCCYGLIVKANMKKSDTILIHSGT
GAVGQAAIHLAHHKGCEIFTTVGTPEKRKFIRDTFPFIPENHIGNSRDNSFEQMILSQTN
GRGVDIVLNSLAEEKLQTSIRCLAKGGRFLEIGKFDFMANNLLNLSILSKGISFYSVMLD
NMFTAPEKLKEQLHKVVTINLANKAIQPIARKIFEKDEVEAAFRYMAAGKHIGKIIIKMH
EDGESMNAPILALPRYYCLSNKSYIILGGLGGFGLELADWLIVRGAQNLVFISRAGVKNG
YQQMKIDLWKSYGVKVLIISDVDVSKVKDCEYMLKSAEKLAPVDAIFNLAVVLNDKICPN
QTVETFQEPFKAKAWATKNLDHLTRKICPQLRHFVVFSSVSCGRGNAGQTNYGMANSIME
RICERRVQEGLHGLAVQWGAIGDVGLVADMQDNDKEMVIGGTLQQKITSCISKLEDFLLQ
KQPIVASMVVAEKRLITYGASSIIETVANIMNLKDMSTVAHHMPLSELGMDSMMAVEIKQ
TLEREYEIFLTAQDIRNLNFAKLAKMFEKDVKNDELTDITGMKLLIRISGEDQLIPDVCI
KLPTKESTTESEIFLLPGIEGCGSVFDLLVPKLEGSATCLQHNMYNIGTDCTSIKDITNS
LLQHILSREQKLPQNFVLVGYSYGSIIAIELSRKLEEMNLKGRLILIDGAPEHMKAMANV
YYPFTTLNEFQNNVLLGIMDLFQPAVSGKFLLELNKCTNTNWDEKIEIFLKHASSAYSQV
MINKRKALCTTIYKHLIGLHEYDVTQVPKIESPIILLKPTTHSLLFPQEDYGLHKITKGK
IEIHYVEGTHLTIMDNEKVVAAINEAINSIEPIQKHANIIGNNNMTLVQNIRTRT
NT seq 7188 nt   +upstreamnt  +downstreamnt
atggactctaataaaaaagccacggtcattgatgtcgaatctgaagatgacatcgttatt
tctggcatcgccggtagatttcctaaatcggacaatattagacagcttcaagagaatcta
tttaacaaagtggatcttggaacagatgaggaacgacgatggaatcatggtcacccagat
ctacctcaacgtatgggaatgattgacaattgcgagaaattcgatgcagattattttaaa
atacctttcaacgaagtccatcctatggatcctatgagtaggatgctcatggagcataca
tatgaagctatcgttgacgcaggaataaatccgaaagatttatctggaacgaatactgga
attttcatcgcaatgtgcttttcggagtcggagaagacttggtattttgaaaaaccacag
atagctggcggtgcagcttttggatgtttcaagcctgtgtacgcaaatcggatgtctcac
tggttaaatataacaggcccatcttgcattatcgattccgcctgcagctcaggtctcttc
gctttagagtccgcttatagaagtattcgctcagggcagtgtgacgccgctattgtcggc
ggtgtaaatctctgcctgcatccttatgtagctttgcagtttgcaagacttggaatttta
gcacctgacggattctgcaaaccttttaccaacgatgcaaacggttacatgcgtagcgaa
acaatcggagtcgcatttttacaaaaagcaaaggtggctaagagaatttatgcaaccgtc
gtttacggaaaaactaattgcgacggatacaaggaacaaggcattactttcccgtcgagc
aaaatgcaacaaactttacttgaagagttttacaaggaatgcggtatttcgccgacttgc
ttgggctatatggaggctcacggcaccggcacttatgttggcgatccagaagaaattaat
gcactcgagcaagttttctgcaagaacaggcaaactcctctattaatcggttctatcaaa
tcaaacctgggccattctgaagctgctagtgccatgtgtcaaattgcaaaggtgataatt
gcaatggaaactggcttaataccgccaaatataaacttcacacaaatacggaaaggagtt
aaggcttttgaagagggaagtatacgcgtggtgactaacacaacaccgtggacttctgga
tttatgggcatcaattcgtttggttttggtggagccaattgtcacatcttgttgcgaaat
aacacaaaagaaaagatcaataaaggagcgccgaatgataatctgcccagactcgttgtc
ctgtctggacgtaccgaacaagcagttgaatcatttctaaatgagatcgagaaccggccg
atagacgtcgaatatgtacggctattgcatgatctttacgctgacgagatgaaaaatcat
ccttacagaggatacgtgattgtcgaatctaaaacgccgatcaaagcggcaaaagaaata
caatattattcaggtgaaaaaaaaccgatttgttttgtgttctctggaattggatcgcaa
tggattggcatgggtcaagcgctactgcgattcccaatattttccaaaaccatagaaaaa
tgcgatatcattttaaaaatgcatggaatatatatcattgacatattaacgagcaaacat
gaagatatttttcacgatatattgaattcacttgtggccatcaccgtaatgcaggtggga
ttaatcgatctcttaagatccgtaaatatcgtaccagattatgtcgttggtcactcaatt
ggtgaactctgctgcgcgtatgcgaccggtaatttcacccttgaacaagtgattttatct
tcgtattacataggattgggattgaaggaaacaaaaaaaattaactgcacgatggcgaat
atcggtctcagttatgagaatgtgaagaacatatgcccaccggatatcgaagtaatctac
agcaacagtccaaatacttgctccataagcggtctaaaaaaatcagtaaaagcgtttaca
aaacaattagaggccaataatgtatttactgaggtagtcaactgctgcgatattcctcta
catactcgttatctcctccccgcgagagccacgattctagcttacctaaatcgaataatg
ccgcaaacaatgactcccaatcagatatggcaaagtttattttgcagcgaaaaattatcc
tgcgctgaatatttcacgaataatctattgagtcctgtatttttcgataaaaccgcgcaa
ttaattcccagaaacgcagtgactcttgaaatcgcgccgtatgctattcttcaaagtgtt
acgaaagaactgttccacacaaccagcatcacgttacttcagcgtaatcacgaagataac
gtcaaaatatttttggaaggtctaggaaaaatgtacaacaatggcttgcaaccgcaatta
gcaaatctatatccgaccgtaaaatttcctgttagtcgttccacgccgatgatctcgccg
tcaatcaaatgggaccattctaaagattggtacttaacatgttataaaatgctgacgaaa
ctctctgtcggagaaagaatggttgaaattgcgcgaaatgacgaagaatacgaatatatg
agcggtcatgtgattgacggaagacagttattgccggctactggatatctcatgctagtt
tggcaaacaatgggtttgctgaaaagtctatcgtataccgatatgccgatcgtatttgag
aatgtcaagttcattcgggcaacgcacgttccaaaacaaggacccgtgtatctaagaata
attgtgcagaaagcaactggaaagtttgaagtcatcgaaggagataatgccgtcgtcact
ggcactgtgcgtgaaccgacaaatattgccgaagaaaagttaccgagtcatctgttaaat
caagagaacgacaatgaggaggaagtaatgaaaacaaaagatatctacaaagaactcaga
ttacgaggatatcaatacgccggcatgtttcgaggtttgaagagttcgtcgactacggga
aaacaagggcacatagcttggatgtacaattgggtaacatttatggataatatgctgcaa
atgaaaatcctcgggatagacacgaggagtcttcacgttcccacgggaatacaaaagttg
gtgatcgatacgaaatttcacatacagcaagtacggaacgcagcagctaacgattatcag
cttcctgtgcgtgtgtacaaaaccttcgacgcggtagtatccggcggtgtagaaattcgc
ggaatcaaggctacttccatatttcgccgaaaaacagcgggggagcccgttctcgaagaa
tacagattcatagctcatcgcgacggagccgaggtttctctacaagaagccgtgatgctg
tcgacgcatctcgctctggagtatcatcaagtgataaaagtaaatattatcgaattgatc
gaagatgatgacaaagtagaaacaaatgaaatagcatcgccactgtttattgatatcttg
ggtgatctaccgttgcttcaaccaaacattactctggtaaccagaaccgatcgcttcgat
tgcgttactcttccttcgaaaatcacagtctcgcaatcgaagaagttgtcgaatgacgat
aagacaatattaatcataggatacgatttgttcacgaagaataagagcaaaaccttaaaa
gaaattttgccggcgttacaaaacaatggattcttattgacacgagaacagtccttcacg
aaagacgacattgcgactgccgaaaagtacgatttagcagtagtacttgagaaacgctcg
cagaaagagcactttatactgttaaagaagacagaacagtcgacgaggaaaactaaagtt
attcacgtgaacaattacgagttctcttggttagagcagcttaaatcgatcttgaacgcg
aagaacgagtcaagaaacgctgcaaaaataattttagtcagcgagaaagattcggaatgc
ggcttgttgggcctcgtcaattgcttgagaagagaaccaaacggcgaatcgatcagagga
gtgtttattcaagacgaaactgcaccggagttttctttgcacgagccattatacgcggag
caactccggatcgatcttattataaatgtcttgcgtccggataaaacatggggttcatac
agacatcttccgttagcgccgctgacaccgaagctcgtataccacgcatttgccaatcaa
ttggtgagcggtgatttgagttcatttcgctggattgaaggcccgattaccccggattat
aaggagaataatctcgttcacatagcttactcgtctatcaatttcaaagatgtaatgata
gcgtccggcaaactggcgggagatggtttctacttaacgcgcggacgattcgaggattgt
atgatgggtatggaatatgtcggcgtcgataatactggacaaagagtgatgggaatttgg
gaaaacagatgtatatcaaatatgtgcatatcctacaaaaacttatgctggaacgttccc
gacgagtggagcatggaagacgctgcaacggttccgtgtgcttacggcacgtgctgttac
ggattaatcgtcaaagcgaatatgaaaaagagcgacacgatactcatccactccggtacc
ggtgccgtgggacaagctgcgattcatcttgcgcatcacaaaggttgcgagatattcacc
accgttggcactccggaaaagcgaaaatttatcagagacacgttcccgttcatcccagag
aatcacattggaaattcgcgcgacaacagttttgagcaaatgatacttagtcagaccaac
ggccgtggcgtggacattgtattgaactcgctcgccgaagaaaaactccagacgtccatc
cgttgcctcgcgaagggcgggcgttttctggaaatcggcaaattcgattttatggccaat
aatttgttgaatctgtccatcctttcgaaaggaatttcattttacagcgttatgttggat
aatatgttcacagctccggaaaaactaaaagaacaattgcacaaggtagtgaccataaat
cttgcgaataaagctattcaaccgattgccaggaagattttcgaaaaggatgaagtggaa
gctgcattcagatacatggcagctggaaagcatataggaaagataatcataaaaatgcac
gaagatggtgaatctatgaacgcacccattcttgcacttccacgctattactgtctatcg
aacaaatcgtacatcatcttaggcgggttgggtggctttggcttagaattagccgactgg
ctaattgttcgtggtgctcagaatctggtgttcatctcgcgcgctggagtaaagaacgga
tatcagcagatgaagatcgatctatggaaatcttatggagtgaaagtgttaatcatatcg
gacgtcgacgtatcgaaagtcaaagattgcgaatatatgctgaaatcggcggagaaactg
gcgccggtggacgctatattcaatctggctgtggtattgaatgataaaatttgtccgaat
caaactgtagagacgttccaagagcccttcaaagcgaaagcttgggccacgaagaacttg
gatcatttgaccagaaaaatatgtcctcagcttcgtcattttgttgtgttctcttcggta
tcttgcggtagaggaaatgccggacagaccaattacggcatggcaaattccatcatggaa
agaatttgcgagagaagagtgcaagagggtctgcacggactagcggttcaatggggtgcg
atcggcgatgtcggcctcgtggctgatatgcaagacaacgacaaagaaatggttatcggc
ggcactttgcagcaaaagataacttcctgcatctcgaaactcgaggactttttgttacaa
aaacagcctatagtggcgagcatggttgtagccgagaagcggttgatcacttacggcgca
tccagtattatcgaaactgtggccaatattatgaatctgaaggacatgagtaccgtggct
catcacatgcctttgtccgagcttggaatggactcgatgatggccgtggaaattaaacag
actttggaacgggagtatgagattttccttaccgcgcaggatattcgtaatctcaatttc
gctaagctcgccaaaatgttcgaaaaagatgtgaagaacgacgaactcaccgatataaca
ggaatgaaattgctcattcgcatatcaggcgaagatcaattgatacccgatgtttgtata
aagcttccgacgaaagaaagcacgacggaaagcgaaatattcctattgccaggtatagag
ggttgtggaagcgtctttgatttgctggtgccaaaactcgaaggttcagcaacgtgcctg
caacacaacatgtataacattggcacagactgtacatcaataaaagatatcactaatagc
ctgttacagcacattttgagcagagaacaaaaattgccacaaaattttgtactagtcggc
tattcgtatggatcgataattgcaattgaattatcgcggaagttagaagaaatgaatctc
aaaggccgattgatactcatcgatggagcacccgagcacatgaaggcaatggctaatgta
tattatcctttcactacgttaaatgaattccagaataatgttcttttgggtataatggat
ttgtttcaaccagcagttagtggaaagtttctgttggagttaaacaaatgtactaatact
aattgggacgaaaagatagaaatttttttaaaacatgcctcttcggcttattcacaagta
atgattaacaaaagaaaagccttgtgcacaacaatatataagcatttgatcggtcttcat
gaatacgatgtgacacaagtaccgaagatcgaatcacctataatacttctgaagcctacg
acacattcattactttttcctcaagaagattatggtctgcacaagattactaaaggaaag
atagaaatacactatgttgaaggcactcaccttacaataatggacaatgagaaagttgtt
gctgcaataaatgaagcaattaattccatcgaacctattcaaaagcatgcaaatataata
ggtaataataatatgacattggttcaaaatatccgtactagaacataa

  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 (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 (15)   
   Pfam (15)   
All databases (110)   

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