KEGG   Bombus terrestris (buff-tailed bumblebee): 100652317
Entry
100652317         CDS       T04364                                 
Name
(RefSeq) fatty acid synthase-like
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
bter  Bombus terrestris (buff-tailed bumblebee)
Pathway
bter00061  Fatty acid biosynthesis
bter01100  Metabolic pathways
bter01212  Fatty acid metabolism
Module
bter_M00082  Fatty acid biosynthesis, initiation
bter_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:bter00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    100652317
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:bter01004]
    100652317
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:bter04147]
    100652317
Enzymes [BR:bter01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     100652317
Lipid biosynthesis proteins [BR:bter01004]
 Fatty acid synthase
  Animal type
   100652317
Exosome [BR:bter04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   100652317
  Exosomal proteins of breast milk
   100652317
  Exosomal proteins of colorectal cancer cells
   100652317
  Exosomal proteins of bladder cancer cells
   100652317
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt KR KAsynt_C_assoc Ketoacyl-synt_C FAS_pseudo-KR Thioesterase ADH_zinc_N_2 ADH_zinc_N PP-binding PKS_DH_N adh_short Thiolase_N ACP_syn_III
Other DBs
NCBI-GeneID: 100652317
NCBI-ProteinID: NP_001267840
UniProt: G9JWG5
Position
LG B09:complement(12149514..12157492)
AA seq 2392 aa
MPAQFESANTPIVREPTMLNSNTNAYDVNNEIVISGFSGRFPESSDIEEFKKNLFEGIDM
ITDDERRWPAGLFGLPKRTGKLKDLKSFDATFFGVHAKQAHVMDPQLRLLLEVVYEAIVD
AGINPNDIRGSKTGVFIGVSSSESDEFWSKDPEQINGYGLTGCCRAMFPNRISYTFDFNG
PSYAIDTACSSSLYAMHQAIVSIRSGECDAAIVGGCNLLLKPTSSLQFHRLGMLSPDGAC
KAFDTDGKGYVRSEAVSVLLLQKARDARRVYATVLHAKTNTDGNKAQGITFPSGDMQNKL
MREVYAEVGVNPADVVYVEAHGTGTKVGDPQEINSIANLFCKGRKGPLLLGSVKSNMGHS
EPASGVCSMAKLLIAMEAGVIPGNLHFKNPNTDIPALSDGSIQVVDKNMPWKGGLIAVNS
FGFGGANAHILLRSNPKPKLSPVLDNKVPKLVTVSGRTSEAVNVLLDKAKEYEKDDEFIA
LLHDIHTNNVAGHLYRGYSIMGNVNIREVDSYVNEKRPVWFVFSGMGSQWPGMGKDLLSI
DIFQRSLRRCAEALKPEGIDLMNLIQNGTAETFDENVLYSFVSIAAIQVALVDVLTYLGI
QPDGIVGHSVGELGCAYADGTFTPEQTVLAAYWRGKTIKDSNLQPGGMAAVGLSWEEAAA
RCPPDVTPACNNSADSVTVSGPIESLKKLADDLQKDNIFIKLVNSSGVAFHSKYVAPVGQ
KLRAMLEKIITNPKQRTSRWISTSIPESAWGTPLAQLSSAAYHVNNLLSPVLFYQALGHI
PENAIVIEIAPHCLLQAILRRSLPSTVTNIGLHKRGHANNLNFFLENIGKLYLAGGQPRV
SKLYPPVNYPVGRGTPMINSLVKWDHSVEWNLADYAATNASFGENVVEVNLSKETDAYLV
GHCIDERILFPATGYLVIVWKTYAKMRGTDFEKLPITFENVKFQRATIMPMDGTVKFSIN
IFLGTGDFEICESGSVVVTGTVSVPENVDKMLLNMPAPIVKNESTVVELNTTDVYKELRL
RGYNYTGIFQGIKVVHNGGVSGRLLWNDWISFMDTMLQFSILEKDCRGLYVPVRVQYVAI
NPIAHLEFVENYKEGEGVPIYSYPNIGVIKSGGVEIRKMKASLIAKKQQIRPPKLERCLF
IPYENSQPLVQDPEKAKVHALTILLLTAYENIKGIKLKITEVSGDRPVDSLMLPYIKTWC
SREPVINGDLQLATVLRKRYISLKQNIKIIKCNVEKELIGQDLHIAVASNVLTDNSLNVL
KNLKDSVINRGFILLEETAQTDFNVVDPDLVCVAKQVIPGKSYILLKKKEVRPDPIVIQL
TEKNFSWVEGVKAALKNVVAQNQRPLFVCQGEELFGMVGFMNCILNEDGGAKASYVFIQD
KNMPKFNLNDKFYAKQLDKQMFANILRGGQWGSYKHIELDQENESSLQVEHAYINALNRG
DLSSLRWIESPLSYYQLEKSPNTELCSVYYAPLNFRDIMLATGKLPPDALPGNLATQDCI
LGLEFSGRDSKGQRVMAMVPARGLATTVIADPGFMWKVPDKWSLEEAATVPVAYATSYYA
LCVRGHMKPGDSVLIHAGSGGVGQASISIALHAGCKVFTTVGTQDKRDFLKKMFPVLTDR
NIGNSRDTSFEQLILNETNGRGVDIVLNSLAEEKLQASIRCLAQGGRFLEIGKFDLSNDS
PLGMSVFLKNVSFHGILLDAICEDDGPERQEVVRLVSEGIKSGAVRPLPSTVFSEQQIEQ
SFRYMATGKHIGKVLLKIRDEEKQKVVQSPQKVVSAIPRTYLNPEKSYILVGGLGGFGLE
LAYWMILRGAKYIILTSRSGVTTGFQALCIRRWRNMGAHIKISTADVTTLDGAKQLIKES
KALAPVGGIFNLAAVLRDGLIENLTESDFVISASPKVNGTKNLDIVSRECSSLDYFVVFS
SVTSGRGNVGQTNYGLANSAMERLMEQRQANGLPGLAIQWGAIGDVGLILEKLGGFNDTE
IGGTLPQRIQNCLDTMDIFLQQPHPILASLVTANKDNTVESANKVSVVQAIANILGIKAL
ESVNGSTSLADLGMDSLMGTEIKQTMERNYDIVLSALEIRNLTFDKLGKLDNTSGAEAGN
AGADSDDEETIQDAAGLLSFEGTEIVPVKIIVPLSTANSAGQPLFFVPAIEGVAAPFKTV
ASELNRPAWSFQCTESCPLESVSALANFYLKKMRAIQTEGPYNIIGYSFGSCIGLEMAVQ
LQKAGHKTNLTVIDGSPDFVKLHSVELGKRATEESSEVITDGLRKCLAYFVRQFRSNITF
LKLYDMLKNINTTEVVLNKVVELIDDKNLDSEDLKSAALLFYKKLKAAFFYKPEKYDGDI
VLLKAKDSFVPLNNDYGLSKISNKVTVIELPGNHRSILLGKSASQIANILGS
NT seq 7179 nt   +upstreamnt  +downstreamnt
atgccagctcaatttgaaagtgcaaacactcccattgtgagagaaccgactatgttgaac
agcaatactaacgcatacgatgtaaataacgaaattgtcattagcggtttttcaggccgt
ttcccggaatcctcagacattgaagaatttaagaaaaacttattcgaaggtatcgacatg
atcacagatgatgaacgtcgttggcctgccggactctttggtctacccaagagaactggc
aaactgaaggatctcaaatcgtttgacgctaccttctttggtgttcacgccaaacaggct
catgtaatggatccacaattacgtcttctgttagaagtagtttatgaagcaattgtagat
gctggtatcaatccaaatgatattaggggatccaaaactggcgtattcattggtgtctcg
tcgtcagaatcagatgaattttggtctaaagatccggagcaaattaacggatacggatta
acgggatgctgcagagctatgtttccaaacaggatttcatatacattcgacttcaacggt
cctagttatgcaatagacaccgcgtgttcttcgtctttatatgccatgcatcaagcaatt
gtatcaattcgttcaggtgaatgcgacgcagctatagtcggtggttgtaatcttcttcta
aaacctaccagttctcttcagtttcatcggttaggcatgttatctccggacggtgcgtgt
aaagcgttcgatactgatggcaaaggatatgttagatcagaggctgtctcggttcttctt
ttgcaaaaagcaagggatgcacgcagagtgtatgccactgttttacatgctaagaccaac
actgacggtaacaaagctcaaggaatcacttttcccagtggagacatgcaaaataaattg
atgcgtgaagtttacgcggaagtaggtgttaatcctgcagacgtcgtttacgttgaagct
cacggaacaggaaccaaagtcggggacccacaagaaatcaattcgatcgcaaatctgttc
tgcaaaggtagaaaaggtcctctattgcttggttccgttaaatctaacatgggacattca
gaacctgccagtggagtatgttctatggcaaaattgttaattgccatggaagcaggtgta
atcccgggtaatttacatttcaagaatccgaatacagatataccagcattgagcgacgga
agtatacaagttgttgataagaacatgccatggaaaggtggacttatagcggtgaattcg
ttcggttttggtggagctaacgctcacattcttcttcgtagcaatcctaaaccaaagttg
tcgccagttttagacaataaagtacccaaattagttaccgtatctggtcgtacatcagag
gctgtgaacgtacttctggacaaagccaaggaatacgaaaaagacgatgagttcattgct
ttgcttcatgatattcacacgaataatgtagcaggtcatctttatcgaggatattccatt
atgggaaatgtcaacattcgagaagttgattcgtatgtcaatgaaaagcgtcctgtttgg
tttgtattctctggcatgggatctcagtggcccggtatgggtaaagatttgctctctatc
gacatattccaaagaagtttgcgaaggtgcgctgaggctctgaaacctgaaggaattgat
ctaatgaatcttattcaaaatggaacagctgaaacctttgacgaaaatgttttatactca
ttcgtgtccattgcagccattcaagttgctcttgtagacgtattaacgtatttgggtatt
caacctgatggtattgttggacactccgtcggcgaattaggatgtgcctacgcagatggc
acttttactccggaacaaacggttctggctgcatactggagaggaaaaaccatcaaagat
tcaaatttacagccaggaggaatggctgctgtaggattaagttgggaagaagcggcagct
cgatgcccacccgacgtaacaccagcttgcaacaattcagcagactctgtgacagtttct
ggtccaatcgaatctctcaagaaattggcagatgatctgcaaaaagataacatctttata
aaattggtgaatagctctggtgttgctttccacagcaaatatgtagccccagtgggtcaa
aagcttcgtgcaatgttggagaaaattataacaaatccgaaacagagaacttccaggtgg
atttctacatcaataccggaatcagcttggggtaccccattggcacaacttagtagtgct
gcctatcacgtgaataatctattgtcgcctgtactattttaccaagcattaggtcatatc
ccagaaaacgcgattgttatcgaaattgcaccacattgtctattgcaagcaatcttgcgt
agatcattgccctcaactgtgactaatattgggttacataaacgaggtcatgcaaacaat
ctgaatttcttcctagaaaatataggaaagttatatttagcaggaggacaacccagagtg
tctaaattgtatccaccagttaattatccagttggtcgtggcacaccaatgattaatagc
ttggttaaatgggaccattctgtagaatggaatttagctgactatgcagcaactaacgca
tcttttggtgaaaatgtagtggaagtaaatctgtccaaagaaacagatgcttacctagtt
ggtcactgtatcgatgaaagaattcttttccctgctactggttacctagtgattgtctgg
aaaacctacgcaaaaatgcgtggaacagatttcgagaaattgccaattacatttgagaat
gtaaaattccaaagagctaccattatgccaatggatggcactgtgaaattttcaatcaat
atattcctgggtactggagactttgagatttgtgaaagtggatctgtggtagtaactgga
acagtttctgtaccagaaaacgttgataaaatgttattaaatatgcctgctccgattgta
aaaaatgaaagtactgttgtagaattgaatacaactgacgtttacaaggaactcagactc
agaggatataattatactggaattttccaaggaattaaagttgtccataatggtggtgtt
tctggtagacttctctggaatgattggatttctttcatggataccatgcttcaattcagc
atccttgaaaaggattgtagagggctatatgtgccagttcgtgtgcaatatgttgccatc
aaccccattgctcatttagagtttgttgaaaattataaggaaggcgagggtgttccaata
tattcttatccaaatattggtgttattaaatcaggcggtgttgaaatcagaaagatgaaa
gcctctttgattgcaaagaaacaacagattcgacctcctaaacttgaaaggtgtttgttc
ataccatatgaaaattctcaaccattagtgcaggatccagaaaaggctaaagtccatgct
ctcactatattattactaacggcctatgaaaatataaaaggaatcaaactgaaaataact
gaagtgtctggagatcgtcctgtggattctttaatgttgccgtatataaagacatggtgc
tctcgggaacctgtaataaatggggatttacaactggctacagttttgcgtaaaagatat
atcagcttaaaacaaaatataaaaattataaaatgcaatgtggaaaaagaactaattggt
caagatttgcacattgcagtagctagcaatgtattaactgacaattcgttgaatgtattg
aaaaatttgaaagacagtgtgataaacagaggattcatacttttggaagaaacagctcaa
actgattttaacgtggtagatccagatttggtgtgcgtagcaaaacaggtcattcctgga
aaatcttacattctactcaaaaagaaggaagtaagaccagatcctatagtcatacaacta
acagaaaagaatttctcttgggtagaaggtgttaaggcagccttgaaaaatgttgtggct
cagaatcagagacctttgttcgtctgtcagggtgaagaattatttggtatggtcggattt
atgaattgtatacttaatgaagatggtggtgcaaaagcatcttacgttttcattcaagac
aagaacatgcccaaatttaacttaaatgataaattttatgctaaacaactggacaaacaa
atgttcgctaatattttgaggggaggtcaatggggaagctacaaacatatagaattagat
caggaaaatgaatcatctcttcaagttgaacacgcatatattaacgctttgaacagaggt
gatctgagcagcttaagatggattgaaagtccattgagctattaccaactagaaaagtcc
ccaaatacagagttatgctccgtgtactacgcgccattaaacttcagggatatcatgtta
gcaactggaaaactgccgcctgatgctcttcccggaaatctagctacgcaagactgtata
ttgggtctcgaattttctggacgtgactcgaagggtcaacgagttatggctatggtgcca
gcacgtggtttggcaaccactgttatagctgatcctggtttcatgtggaaagtacctgat
aagtggtctttagaagaagcagcgaccgttccagtcgcttatgctaccagttactatgct
ctctgcgttcgaggtcacatgaaacctggtgacagtgttctgattcacgctggtagtgga
ggtgttggacaagcgagtatctctatagccttacacgcaggatgtaaagtatttaccact
gttggaacacaagacaaacgagacttcttgaagaaaatgtttcctgtattgactgatagg
aatatcggtaactctcgagacactagtttcgagcaactgatacttaatgaaactaacggg
cgtggtgtagacatagtgcttaattcattagccgaagagaaattacaagctagtatcaga
tgccttgctcaaggtggtcgtttccttgaaattgggaaattcgatttgtcgaatgattcg
cctctgggtatgtctgtatttttgaagaacgtttctttccatggaatacttttagatgca
atctgcgaagatgatggcccagagagacaagaagttgtaagacttgtcagtgagggaata
aaaagtggtgctgttcgcccacttccttccacggtcttttcagaacaacagattgaacaa
tcattcagatatatggctactggtaaacatattggtaaagttctattaaagattcgagac
gaggaaaagcagaaagttgtgcaatcaccgcaaaaagtagtttctgctattccacgtaca
tatttgaatcctgaaaagtcgtatatattagttggtggtcttggtggatttggtttggaa
ttagcatattggatgattttacgtggtgcgaaatatataatcctcacatcgaggtctgga
gtaactacaggcttccaggcattgtgtattcgtcgttggcgcaatatgggtgcacacatc
aaaatttcaacggcagatgtaacaacattggatggagcgaaacaacttataaaagaaagt
aaagcattagccccggttggtggtatattcaatttggctgctgttttgcgagacggcctg
attgaaaatcttactgaatctgattttgtaatatcagcatcacctaaagttaatggaacc
aagaatctggatatagtatcgcgagaatgttcctcattagattattttgttgtgttctca
tctgtcacaagtggaagaggcaatgtgggtcaaactaattatggtcttgcaaattctgct
atggaaagattgatggaacaaagacaagcgaatggtttacctggccttgccattcaatgg
ggagccattggtgatgttggtctaattttagagaaactgggtggttttaacgatactgaa
attggtggtactttgccgcagcgtatacaaaattgtctcgatacaatggacatattcctt
caacaaccacatccaattctggcatcgcttgttacggcaaataaagataatacggtagaa
agcgcaaataaagttagtgttgtccaagcaatagccaatatcttggggattaaagcatta
gaatctgttaacggtagtactagcttggctgatcttggaatggactccttgatgggaaca
gaaattaaacaaaccatggaaaggaattacgatatagtattatctgctcttgaaattcgt
aatttaacattcgacaagttaggaaaattagacaatacttctggagcagaagcaggaaac
gctggtgctgattcagatgatgaggaaaccatacaagatgctgctggtctgctctcattt
gaaggtacagagatcgtacctgtcaagattattgttccactcagtacagcgaattcggct
gggcagccattattctttgttcccgctatcgaaggagttgctgcaccattcaaaactgtg
gccagtgaattgaaccgacctgcttggagcttccaatgtacagaaagctgtccattagaa
tctgtatcagcattagcgaatttctatttgaagaaaatgcgggcgattcaaactgaagga
ccatataacataataggatattcctttggatcttgtattggcctggaaatggctgttcaa
ttacagaaagctggacataagacaaacttaactgtcatcgacggctcgccggatttcgta
aaattacattctgtggaacttggaaagcgtgctaccgaagaaagttcagaagtgattaca
gatggtttacgaaaatgtttagcatattttgtcaggcagttcaggagcaacatcactttc
cttaagttatacgacatgctgaaaaatataaacacaactgaggttgtattaaacaaagtg
gtcgaattgatagacgacaaaaatttggactctgaagatttaaagagtgctgctctatta
ttctacaagaaattgaaggcggctttcttttataaaccagaaaaatatgatggagatatt
gtattacttaaagccaaagatagctttgttcctctaaacaatgactatgggttatccaag
atttccaacaaagtaacagttatagaactacccggaaatcataggagcattttattagga
aagagcgcatcacaaattgcgaatatcctaggatcgtaa

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (14)   
   Pfam (14)   
All databases (114)   

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