KEGG   Linepithema humile (Argentine ant): 105675105
Entry
105675105         CDS       T04898                                 
Name
(RefSeq) LOW QUALITY PROTEIN: 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
    105675105
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:lhu01004]
    105675105
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:lhu04147]
    105675105
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
     105675105
Lipid biosynthesis proteins [BR:lhu01004]
 Fatty acid synthase
  Animal type
   105675105
Exosome [BR:lhu04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   105675105
  Exosomal proteins of breast milk
   105675105
  Exosomal proteins of colorectal cancer cells
   105675105
  Exosomal proteins of bladder cancer cells
   105675105
SSDB
Motif
Pfam: Acyl_transf_1 KR Ketoacyl-synt_C FAS_pseudo-KR KAsynt_C_assoc PP-binding Thioesterase PKS_DH_N ADH_zinc_N_2 adh_short ketoacyl-synt PE-PPE ALKBH8_N
Other DBs
NCBI-GeneID: 105675105
NCBI-ProteinID: XP_012227353
Position
Unknown
AA seq 2085 aa
VLSSDGYCRPFDTAASGYSRSETVSVIYLQKAKNAKRIYAICKQIKLNNDGYKEEGITYP
STHMQSALLTEFYNECKVSPSDLDYIEAHGTATRVGDPEEINAIRNVLCQNRKTPLMVGS
VKSNLGHAEPASGITQIAKVIIAFETGFVPPNINFTSPRNDIDALMDGSIRVITEAMPLK
NGYIGINSFGFGGANAHMLLQWNVKEKIANHPIDVEYVRLLHDIHTDDIDGHSWRGYIIL
DSRQKDSIQKIQSCKSIKRPICFIFSAFAESQWPEMGKKLLNFQAFATAVKMCDAILKPY
NINITNILTEMDVKLKKSTLQTFVGIIAIQIGLVDLLTSIDIIPDYIIGHFAGELGCAYA
DGCLTMEQTILSAYFIGLACVKEKQVHSSTAVVNLDYKSLKGICPADIEIICRNNHNNNI
VTGPAKSMQKFLRKLQKNNIDVKAISCNNIPHHSRYLASLKSQFFTSLIEIISQPKERSP
KWISTSVPCNEWSNPTLKLCSASYHTHSILNTVLFEQATRKIPDNAVIIEIAPNSILQDI
LKESIHSKITNIVPTKRNESNAINLLLQGIGELYNYGLQPRIANLYPSVIFPVSRGTPMI
SPFIRWDHSEDWFVNNYQKQKTIKSKERQIEIKVDDEDYSFMTGHVIDGRNLLPATGYLV
LVWETIGMIMDKIYTSVPIVFQNIKFIRATHLSNDGSVNLTIVIQRESGKFEVTEEDSVV
VTGEVHAVSNAEQEMVPNDLLSVDTDEEEHMTSRDIYKXLRLRGYQYSGAFCGLYSASIS
GSKGHITWTGNWVTFMDNMLQMSIIGKDTRDLYIPTSIEKLVINPALHASKLRDMTSEKD
KQMPIRLYKEMDVIKSGGIEIHGLKATLISRRKPIGDPVIEEHKFITHQDCADILLNEAI
RISTQLALEDHQIIKATAIELVEDADDVMVEDLSSTLLIEALADIPLIQANVAILTSPNR
FTPEELSSNVLVADLNEPFVGDKALIATGFNLLTKHQNSLEKLLPLLRDGGYLLTREKCN
LNKYEKYLSDYALNVILKKRTDKEIIILLKKKVIIAKTIVVYINNNNFNWLEDLKQLVDD
EKKHDSNSRIVIVGETDFECGLLGFLNCLRKEPGGQLVRGVLIQDKHAPKFSLQDPFYIE
QLQKDMTVNVLRPNKIWGSYRHLRLPHPEVEYVTTAYVCQTVRGDLSSFCWMENDISIDS
DGKDIVRVIYSSINFKDVMLATGKLTSDIGMSKRLQSMSLGFEYVGYDDNGQRVMGLCDN
KCIANVVVRDKELCWNIPDSWTFEEAATVPCIYSTNYYALYHFGKMKKGNKILIHSGTGG
IGQSAIHLALQEGCQVFTPXGHCRKTXFIRKLFPAIPDEHIGNSRLSNNPLSMSLFQKGI
SFYPVLLDAMFTSNHKNKSRLSKLMAEGLQNRNIKPIQTTVFPKTEIEAAFRYMASGKHM
GKIILNIQEDVKSLDSPVLAHRRYYCLSDRTYVILGGLGGFGLELTDWLILRGAKNVVLT
SRTGIKNGYQRMRIELWKSYGVNVQIVKDANLANLEECEHFLQMVEKQAPVDAIFNLAVV
LKDCILKNQTMETFTESFISKAWTTQTLDKASRNICLKLRHFVVFSSVSCGRGNAGQTNY
GMANSIMERVCEKRAEEGLPGLAIQWGAVGDVGLVADMQEVNKELVIGGTLQQKISSCLV
ELEKFLLQNRPIVSSMIVNEKKMGLSGLDNMVETVANIMNIRDIKVISQSTPLAELGMDS
MMAVEIRQTLEREFDILLTPQEVRKLTFAKLSQIFNANVNSNETQTEAATKAATDINKPD
LTKAQKLLFGILRNQDLVSEICLDLQTNTVDNSTHVFLLPGLDGCGTVFNHLAPKIKFLA
TSLQYGNIGVASTVSEMADYLLMCISSRLRDEKKVVITGYSFGSILAIELIRRLEAMGTK
SRLVLIDGAPEYIMRSELNKFCYMSDKEIQIDIMIIILKIYETEIGEEVLLELRKCETWK
ERFEIFAKYFSKVNSLLSRPNLQTLYATIYKNILAIRQYEFSTLPRIKSPITLLKPTLSY
APELEEDYGLYKITENKVVVHHVEGNHVTILGNEKVAAVINEETF
NT seq 6260 nt   +upstreamnt  +downstreamnt
gtgttttatcttccgatggatattgtaggccatttgatactgcggcaagcggttattcgc
gttccgaaaccgtgtcggtaatatatcttcaaaaagctaaaaatgcaaaaagaatttatg
ctatatgtaagcagattaaactcaataacgatggttacaaagaagaaggaataacatatc
catcgacacatatgcaaagtgccttattaacagagttttacaatgagtgcaaagtatcac
catctgacttggattacatcgaagcacacggtactgcaactagagtcggcgaccccgaag
aaattaatgctattcgtaacgttctgtgtcaaaatagaaaaaccccattgatggtgggat
ccgtaaaatccaaccttgggcacgcagaacctgccagcggtatcacacaaatcgctaagg
tgataatagcatttgaaaccggttttgtaccgccaaacattaattttacatcaccgcgga
acgatatagacgccttaatggatggaagcattcgtgtcatcacagaagcaatgccgctta
aaaatggttacataggcataaattctttcggtttcggtggagccaatgctcacatgttat
tacaatggaatgtcaaggaaaagattgctaatcatcccatagatgtagaatatgttcgtt
tactacacgacattcacacagacgacatagatggtcattcatggagaggatacattatat
tggattctcggcaaaaagattccatacaaaaaattcaaagttgtaaaagtataaaacgac
ctatttgcttcattttctctgccttcgcagaatcgcaatggccagaaatgggtaaaaagt
tgttaaattttcaagcatttgcgactgctgtaaaaatgtgcgatgctattttaaaaccgt
ataatataaatatcacaaatattttgacggaaatggatgtaaaattaaagaaaagcactt
tacaaacatttgttggtatcatcgccattcagattggcttagtagatctcttaacatcta
tagatattattccggattacattattggtcactttgctggtgaacttggttgtgcatacg
cagacgggtgtctcactatggaacaaactattctgtcagcgtactttattggtttagcat
gtgtgaaagaaaaacaagttcatagctctaccgcagttgtcaatttggattacaaatctc
ttaaaggtatatgtccagcggatattgaaataatatgcagaaacaaccataacaacaata
ttgtaactggccccgctaaatccatgcaaaaatttttgcgaaaattgcaaaagaacaaca
ttgacgtgaaagcaatctcctgcaacaacataccgcatcacagtcgttacctcgcttctc
taaaatcgcagttttttacaagtttgatcgaaataatttcacagccgaaagaaaggagtc
ccaaatggatcagcacttccgtaccttgtaatgaatggtccaatccaacgttaaaattgt
gctcagcaagctaccatacgcacagtatattaaacactgttctttttgaacaagcaacgc
gtaagatcccagataacgctgtaattatcgaaattgcaccaaatagcattttacaggaca
ttttgaaagaatcgatacattcaaaaataacgaacattgtaccgactaagcgaaatgaat
caaatgctatcaatttactattgcaagggattggagaactctataactatggcctccagc
cacggatcgctaatttgtatccatcggtaatttttccagttagccgaggcacacctatga
tctctccattcattagatgggaccattctgaagattggtttgtaaataattatcaaaagc
aaaagaccatcaaatccaaagaaagacaaatagaaattaaggtggatgacgaagattata
gctttatgaccggtcacgtcattgacggaagaaatttgctacctgcgacaggctatctag
tgcttgtttgggaaacaattggaatgataatggataaaatatacacatcagtaccaatag
tatttcaaaatataaaatttattcgggctactcatttatcaaacgatggctctgttaatt
tgacaattgtgatacagagagaaagcggcaaatttgaagtcaccgaagaagacagcgttg
ttgtaacaggtgaagtacacgctgtatcaaatgccgaacaagaaatggtgccgaatgatc
tgttgtcggtggatactgacgaggaagaacatatgacttctcgagacatttacaagngat
taaggctacgcggttaccaatacagtggtgcattttgtggcttatatagcgcatcaatct
caggcagcaaaggacacatcacttggacaggtaattgggtgacattcatggacaacatgc
tgcagatgtctataattggaaaagataccagagacttatatattccaacaagtattgaaa
aattggtaattaatcctgcacttcacgcatcaaaattgcgggacatgacatccgaaaaag
ataaacaaatgccaatacgtttatataaagaaatggacgtaattaaatcaggtggaatag
aaatacatggcctaaaagctaccttaatttctcgccgaaaaccaatcggagatcccgtta
ttgaagaacataaatttataactcaccaggattgcgccgatattttgttaaatgaagcaa
ttcgaatatcgacgcaactggcgctagaggatcatcagatcattaaagcaacagccatag
agctagtggaagatgcagatgatgtaatggtagaagatctatcatcaacgttactgattg
aagctcttgctgatattcctttaatacaagcaaatgttgctatactaacatcaccgaatc
gtttcacaccagaagaactttcttcaaacgttttggtcgcagatttaaacgaaccatttg
taggcgacaaagctttgatagctacaggatttaatcttttgacgaaacatcagaattcat
tagaaaaacttttgcctcttttgagggatggcggttatctcttaacacgcgagaaatgca
atctaaataaatatgaaaaatatttgagtgactatgcattaaatgttattctgaaaaagc
gtacggataaagaaataattatactattgaagaaaaaggttataatagcaaaaacaattg
tcgtctatatcaataataataatttcaattggctcgaagatttgaagcaacttgtagacg
acgagaagaaacacgatagcaatagcagaattgtaattgttggagaaacggactttgaat
gcggtttattgggttttcttaactgcttgagaaaagagcctggtggacagctggttagag
gtgtgcttattcaggacaagcatgctcctaaattttctctacaagatccattctatatag
aacaattacaaaaagatatgactgttaacgttttgcgacctaataaaatttggggatctt
accgacatttgcgattaccgcatccagaagtagaatacgtaactacagcctatgtctgtc
aaacggttcgaggcgatttaagttctttttgttggatggaaaacgatatatcaatcgatt
ctgatggcaaagatatagtacgtgtgatttattcgtctatcaatttcaaagatgtaatgc
tagcaactgggaaattaacgtcggatatcggaatgtctaaacgattacaaagcatgagtc
ttggatttgaatatgttggttatgatgacaatggtcagcgagttatgggactttgtgaca
ataagtgcatagcgaatgtcgttgtacgagataaagaattatgttggaatatacccgatt
catggacatttgaagaggcggccacagtgccgtgcatttacagcacgaattattatgcct
tatatcattttggaaaaatgaagaagggtaataaaatacttatccactctggtactggcg
gcattggacaatcagccattcatctcgctcttcaggaaggatgtcaagtgtttacaccgn
ntgggcactgcagaaaaacgtaattcatcagaaaactgtttccggctattcccgatgagc
atattggaaattcgcgattatccaacaatcctctaagcatgtctttatttcaaaaaggaa
tcagtttttatccagttctgttggatgcaatgtttaccagtaatcataaaaataaatctc
ggttatcgaaattaatggctgaaggtttacaaaatagaaacattaaacctattcagacga
cagtttttcctaagacagaaattgaagcagctttcagatacatggcaagcggtaaacaca
tgggaaaaattattttaaatatacaagaggatgttaaatctttggattcacctgttcttg
cacaccgtcgttattactgtctcagcgatagaacttacgttatactaggcggcttgggtg
gatttggtttagagttaactgactggctgatacttagaggcgctaaaaatgtcgtactaa
cttcgagaactggaataaagaatggctatcagcgaatgaggattgagttatggaaatcgt
acggtgtaaacgtgcagatagttaaagacgcaaatcttgctaatctcgaagaatgtgaac
acttcctacaaatggtggagaaacaagcaccagtagatgcaatatttaatcttgccgtgg
ttttgaaagattgtatacttaagaaccaaaccatggaaactttcacggaatctttcatat
cgaaggcttggacgacacagacattagataaagcatctagaaacatctgtttaaaacttc
gacattttgtagtgttttcttccgtttcttgcggaagaggaaacgctgggcaaactaatt
atggtatggccaattcgatcatggaaagagtgtgcgaaaaaagagcggaggaaggactac
ccggattggcaattcaatggggagctgtaggtgacgtaggtctcgtcgctgacatgcagg
aagtcaataaagagttagttatcggtgggactctgcaacagaaaatatcttcctgccttg
tagaactcgagaaatttttgctccaaaaccgaccgatcgtaagcagcatgatcgtaaatg
aaaagaaaatggggttatccggattagacaacatggtggaaaccgttgctaatattatga
atataagagatataaaagtaataagtcaaagtacacctttggctgaacttggaatggact
ccatgatggctgtggaaatcagacaaacattggaacgagaatttgatatcttgctcactc
cacaagaagtacgaaaactcacatttgcaaaactgagtcaaatatttaatgcaaacgtta
atagcaacgagacacaaactgaagcggcaactaaagcggcaactgatataaataagccag
atcttacgaaagctcagaaattgttatttggtattttgagaaatcaagatcttgtttcag
aaatttgtttagatcttcagaccaacacagtggataactcgactcatgtatttcttctac
caggacttgatggctgcggaacagtatttaatcatttagcaccaaaaattaaatttttgg
ctacatccttgcaatatggcaatatcggtgttgcaagcactgtatccgaaatggctgatt
atcttttaatgtgtatatcatcacggttaagagacgaaaagaaagtcgtaataacaggat
attctttcggttctatacttgcaattgaactaataagaagattggaggctatgggtacta
aaagtcgattagttctcatcgatggagctccggaatatataatgagaagtgaactcaata
agttttgttatatgagcgataaagaaattcaaattgatattatgatcattattctaaaga
tttatgaaacagaaattggtgaagaggttctattggaattaagaaaatgtgaaacttgga
aagaaagatttgaaattttcgccaaatacttttcaaaagtaaattcacttctgtcgcgcc
caaatttgcaaacactgtatgcaacaatttataaaaatatactggctattcggcaatatg
aattttctacattaccgcgtattaaatcacccataacgttgttaaaacctacgttgtcat
atgcacctgaacttgaagaggattatggtttatataagataactgaaaacaaggtggtag
tacatcacgtcgagggtaatcacgtgacgatcttaggaaacgagaaagtggcggctgtaa
ttaatgaagaaacgttttga

  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 (13)   
   Pfam (13)   
All databases (108)   

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