KEGG   Aethina tumida (small hive beetle): 109606028
Entry
109606028         CDS       T06105                                 
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
atd  Aethina tumida (small hive beetle)
Pathway
atd00061  Fatty acid biosynthesis
atd01100  Metabolic pathways
atd01212  Fatty acid metabolism
Module
atd_M00082  Fatty acid biosynthesis, initiation
atd_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:atd00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    109606028
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:atd01004]
    109606028
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:atd04147]
    109606028
Enzymes [BR:atd01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     109606028
Lipid biosynthesis proteins [BR:atd01004]
 Fatty acid synthase
  Animal type
   109606028
Exosome [BR:atd04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   109606028
  Exosomal proteins of breast milk
   109606028
  Exosomal proteins of colorectal cancer cells
   109606028
  Exosomal proteins of bladder cancer cells
   109606028
SSDB
Motif
Pfam: ketoacyl-synt KR Ketoacyl-synt_C KAsynt_C_assoc FAS_pseudo-KR ADH_zinc_N ADH_zinc_N_2 Thioesterase PP-binding adh_short Acyl_transf_1 PKS_DH_N ACP_syn_III LIDHydrolase Abhydrolase_2 FSH1 Palm_thioest
Other DBs
NCBI-GeneID: 109606028
NCBI-ProteinID: XP_049824479
EnsemblRapid: ENSATDG00005011805
Position
6:join(15029701..15029776,15029878..15030051,15030112..15030316,15030369..15030572,15030962..15031134,15031187..15031437,15031489..15031841,15031894..15032085,15032134..15032440,15032490..15032673,15032727..15033021,15033082..15033672,15033725..15033979,15034030..15034196,15034250..15034485,15034534..15034828,15034876..15035323,15035380..15035536,15035591..15035756,15035809..15036289,15036348..15036503,15036559..15036964,15037014..15037369,15037417..15037717,15037771..15038031,15038088..15038486)
AA seq 2362 aa
MPETKAESKTSPLAHPLPGEEIVISGLAGHYPDSHNVNHFRDNLFNKVDMVSSESRRWEH
VHPEIPKRTGMVYNLHKFDASFFGLSNSQSDTSDPLLRMTLERAVEAIFDAGIHPDELKG
TKTGVYVGVCFSESEKVWFFDRIGQNGTAITGLERSMVAHRVSYYLKLSGPSYITDTACS
SSLYAMEHAYRDLRTGVCDKAIVAGANLCLHPFVSLQFARLGVLSQDGACKCFDTAGDGY
ARSEAICAIVLERAKDARRIYGTVVHAKTNCDGYKPEGITFPSGEMQQTLLEEFYEECNV
DPLSLTFLEAHGTGTKVGDPQEIDAIDKAMCKNRTVPLLIGSVKSSIGHSEPSSGMCSLT
KCIIAMENEMVPPNLHFKSPREGLKALEQGKLKVVTECTPLKGEGLLGINSFGFGGGNCH
ILLRWNKKHKVNKGLPKDDLPRLVVVSGRTKKAVKTFFKHISTGNFDAEYFRLLHQLFSK
DILCHVYRGYMIVSKNGVIKQDFDFFSGKLPNLHVAFGCLYNSWQNLAGGLLEYSNFKAT
LQRIQHVLESSKVNILKIMTGTQLTPLENILGGVSVGIAIIDILKDLGLKPKGYITVSYG
QLLAAYYDGLLTLEKTILSAYVIGKNTPNPPEKVVYYQIELPLEKIKQNLPEKVDIIAVI
SERSAIIGGNEKTMNNYVNNLKAISVKCKEVSSNILVISKNSFLKNKSLHEELTQIIGAP
KRWSTPLMTGLETFSAETLINNMINPIFIPNRLEQIIIEESFLDLGTGFISKCWGSESQA
LEKCIVPIGNNEKFNFSNLLELIGRLYIIGLNPTVHKLYPEVPYPVSKGTPMISPSIRWN
WSQDWFVCKYDTRVSVKNGQKVILISGRAEGWSFILGHVIDGRNLVPATCYLQLVWETLA
YINGVIISDMKIVFENCRFLRASTLLRDNVVELTVMVQRASGSFEVIEGDQTVVKGIVKS
LPINDADRIDLPLQVGVDNDDYLPMTKKDIYKELRLRGYNYRGEFRAVENCNAEATRGSI
KWTGNWITFMDNMLQMKILQIDTRLLYVPTGIKKLTINAKKHLELWKNDGQHVDVPVYLY
KDIDIIRTDAIEIQGLNAASIALRRPLGTPVLEKYEFVPNICSLNIHHSVRVNMQIILEN
LFSIKVKVVEFLDEASTEGVEILSPIIQAVLGDLPLIQPNLTVLTNDTELKLNNITVENR
KLTTESDCHLIVGSCIFKRNFIHDQVFTALKENTFVLSREAVDMDLSTVDPSFTIFTVHQ
MENEKLILFRKKIEVKEYTSIEISDANLQFNWLEKLKPAVKNDEHIIAFAQDHPTSGILG
LINCLRREPGGGNIKTFFIMDQGLPKFNMHEPMYSEQLSKSMAINVFKDGSWGTYRHLLL
DEAAEVESEHCFVNVTTKGDLSSLKWIEGPLKNDHSANAEQSVVHIYYSALNFRDVMTAV
GRISADVITMDRTEQECVQGFEFSGRDNSGKRVMGMINKGALATMVMSDTSLTWEVPDHW
TLEEAATVPVVYATVIYALVTRGHMKRSDKILIHSGSGGVGQAAIHFALHFGCQVYTTVG
TEEKREFLKKRFPQLKDHHIGNSRDTSFETMIKNQTNGRGVDIVLNSLAEEKLQASVRCL
ARGGRFLEIGKFDLATNNTLQLQFLEKEASFHGVMLDHMFNESPAMKRSIRATLTHAINE
GSVVPLSRTVFQSDEIEKAFRFMTSGKHMGKVLIKVREPEKEIQTYPGIKKFKGIPRYSC
NPNNSFIIIGGLGGFGLELADWLVLRGARKLVLTSRSGIKTGYQSLRIRTWKSYGATIKI
STADVKTKEGCVQLFKEADSLGPVEGLFNLAVVLKDALFENQNPETFTESFGPKAVATIN
LDEISRRMCPNLRDFVIFSSVSCGRGNSGQTNYGMANSVMERICEKRKNEGYPALAIQWG
AIGEVGLVAEMQEESFEMEIGGTLQQRISNCLKVLDVFLRQSSPVVGSMVVAEKRGGAGS
ADNIVDAVANILGIRDLKSISLHSPLAELGMDSMTAVEIKQTLEREYDVFLTAQDIRGMT
FAKLKEIQENQESNANKEKALMGMDMLVRLMGDEGTCKIPFVTLESNIEEANGKKILFFP
GLEGIGSVLTPLTKNLKAEIVSLQYSVEDQADTVVDMASSLLENTKKHISKEEPFIIIGF
SFGAIVALEVIGMLEKEGYEGKFISLDGAPAQQVEISTMLDVASANNFETSLALHLFALY
VPFEVIAKQKEEIFRCNGFEAKIKKAQEYGGDKNPHDPHYQLVSSVALYKRIKGLLNYKP
SYEKISSKTSLFKPKLNSMHIIKDDYKLSQMLNQEVDVRIFEGNHLTILNNEDMAKAINE
IVHGKVEEEAAQTKEPNESGDK
NT seq 7089 nt   +upstreamnt  +downstreamnt
atgccagaaacaaaagctgaaagtaaaacttctccactggcacatccattgcccggcgaa
gaaatcgtaatatcagggttggctggccattatccagactcccacaacgtcaaccatttc
cgagacaacctcttcaacaaagtggacatggtgtcttcggaaagcagacgttgggagcac
gtccatcctgaaatacccaaacgtaccggcatggtttacaacctgcacaagttcgacgcc
tccttcttcggtctttccaacagccagagcgacacctccgatcctctccttcgtatgacc
ctcgaaagagctgtggaggcgatcttcgatgccggcatccaccctgacgagctcaaaggc
accaaaactggtgtctacgttggggtttgcttctctgagtcggagaaggtttggttcttc
gaccgaatcggccagaatggaacggccattactgggttggaaagatccatggtggcccac
agggttagctactatttgaagctgagtggcccgtcttacatcactgatactgcctgcagt
agctctttgtatgccatggaacatgcctacagggatctcaggactggagtctgcgacaag
gccatcgtggctggtgccaatctgtgtcttcatccgtttgtttccttgcaatttgctaga
ttgggagtcttaagccaggacggagcctgcaaatgcttcgacaccgccggcgacggctac
gccagatccgaggcaatatgcgccatagtcttggaaagagccaaagacgcacgaaggatt
tacggcaccgtggtccatgccaagaccaactgcgacggttacaaacccgaaggtatcacc
ttcccttccggggagatgcagcaaaccttgctggaggagttttacgaggagtgcaacgtc
gatcctttgtcgctgacgtttttggaggctcacggcaccgggacgaaagtgggtgatccg
caggagatagacgccatcgacaaggccatgtgcaagaaccgtaccgttcctcttctgatt
ggttcggttaagtccagcattgggcatagcgaaccgtcctcgggcatgtgctcattgacg
aaatgcataattgcaatggaaaacgaaatggtacccccgaatcttcacttcaagtccccc
agggagggactcaaggctttggagcaggggaagttgaaggtggttacggaatgcacgcct
ctcaaaggtgaagggctcttggggataaatagttttgggtttgggggtgggaactgtcac
atattgttaaggtggaacaagaaacataaggtgaataagggtttgcccaaggatgatttg
cccaggcttgttgtcgttagtggtaggacgaagaaagctgtgaagactttcttcaagcat
atttctactggtaactttgatgctgagtatttcaggctacttcatcagcttttcagcaaa
gacatactttgccacgtgtatcgtggatacatgattgtaagcaaaaatggagtgatcaag
caggattttgacttcttctctggaaagttgcccaacctgcacgttgcctttggttgtttg
tacaatagttggcaaaatttagccggtggtttactcgagtactcaaactttaaagctaca
ctccaaagaatacaacatgtcttggagtcctctaaagtcaacatactgaaaattatgact
ggtactcagttaacgcctctagaaaacattttggggggtgtttctgtgggtattgccata
atcgacatcttgaaagacttaggacttaaacccaaagggtatataactgtatcttatgga
caacttttggctgcttactatgatggacttctcactctagaaaaaactattttaagtgct
tatgtcatcggaaaaaacactccaaatcctcctgagaaggttgtgtactatcaaattgag
ctgccattggaaaagataaagcaaaacctgccagaaaaagttgacataatcgcagtcatc
tccgaaagatcagctatcatcggaggaaatgaaaagaccatgaataactatgtcaacaac
ctgaaggctatttcggtaaaatgcaaagaagtcagctccaacatcctggttatcagtaaa
aactcatttttgaaaaacaagagccttcacgaagagctgacccagataattggagcccca
aaaaggtggtcgacacctttaatgaccggactagaaacattctcagctgaaactttaata
aacaacatgataaaccccattttcattccaaaccgtctggaacagatcatcatagaagag
tcctttctggatttgggcaccggatttatatcaaaatgttggggatccgaatcccaggca
ctagagaagtgcattgtgcccattggaaacaacgagaagttcaatttcagtaatttgtta
gagcttattggacgattgtacatcatcggcttgaacccaacagtccacaaactgtaccca
gaggtgccgtatccagtttccaaaggtactcccatgatttcacccagcatcaggtggaac
tggagccaggattggttcgtctgcaagtacgacactcgagtgagcgtgaaaaacggccaa
aaggtcatcctcatctccggtagggctgaaggttggtccttcatcttgggtcatgtcatt
gacggaaggaacttggtgcctgcaacttgttatctgcaactcgtttgggaaactttggct
tacatcaacggagtaatcatttctgacatgaagatagtgtttgagaattgcaggttcctt
cgtgcttccacgttgctgagggacaatgttgttgagctgacggtgatggtgcaacgtgcc
tctggaagttttgaggtcattgagggcgaccaaactgttgttaaaggcatagttaagtct
ctgcccattaacgacgctgacagaatagatctgcccttacaagttggtgttgacaatgat
gattatctacctatgacgaagaaggacatttataaagaacttagactacgtggttataac
tacaggggtgagttcagggctgttgagaattgcaatgctgaagctacgagaggttcaatc
aagtggactggcaattggataacgttcatggataatatgcttcaaatgaagatattacaa
attgacactcgattactgtatgtaccaacaggcataaaaaagctgacaataaatgccaaa
aaacatctggaactttggaagaacgatggccaacatgtggatgtccctgtatatttgtat
aaggacatagatattataaggacggatgccattgagatacaaggcttgaacgcagcttca
attgccttaagaagacctttgggaacaccagtgctggagaaatatgagtttgtaccaaat
atttgctcgttgaacatccatcactccgtaagagtcaacatgcagatcattttagaaaac
ctttttagcatcaaagttaaggtggtcgaatttttggacgaagcttcgactgaaggtgta
gaaattttgtcaccaatcatccaagcagtcttaggtgacctaccactgattcaacccaac
ttaaccgtgttgaccaatgacacagaattgaagctaaataatattacagtcgaaaatagg
aagctgacgactgaaagcgattgtcacttgattgttggcagctgcatatttaaaagaaac
ttcatccacgaccaagtctttacagctctgaaggaaaatactttcgtcttaagtcgtgaa
gctgtagacatggatttatccactgtagatccatccttcaccatcttcaccgttcaccaa
atggagaacgaaaaactgatactcttcaggaagaaaatcgaagtgaaagagtacacctca
atagaaatatcagatgcaaatctgcagtttaattggctggaaaagctaaagccggctgtg
aagaacgacgaacacatcatagcctttgcccaggatcaccctacaagtggaatactgggt
ttgataaattgtttgagacgggaacctggaggaggcaatataaagacctttttcatcatg
gatcagggcctaccaaaatttaatatgcacgaaccaatgtacagtgagcaattgtctaaa
agtatggcaatcaacgtcttcaaggacggaagttggggcacctatcgtcatctacttctg
gatgaagctgctgaagttgagtctgaacattgctttgtcaatgttaccactaaaggtgat
ctgtctagcttaaaatggattgaaggtccacttaagaacgaccactctgcaaacgctgag
cagtcggtggttcatatttactactccgccttgaacttcagggacgtgatgacggcggtt
ggaagaataagcgctgacgttataaccatggacaggaccgaacaggagtgtgtacaagga
tttgaattctccggtcgtgacaacagtggcaaaagggtgatgggtatgataaataaagga
gcactggccaccatggtgatgtcagacacaagcctgacttgggaggtgccagaccattgg
accttagaagaagctgcgactgtacctgtggtttacgctactgtaatctacgctttagta
acaagaggccacatgaaacgcagtgacaaaatactgattcactcaggaagtggtggcgtt
ggccaagctgccatccatttcgcccttcatttcggttgtcaagtttacaccactgtgggt
accgaagagaaaagggagttcttgaagaaaaggttcccacagttaaaagatcaccacatt
ggcaactccagagacacctccttcgaaaccatgatcaaaaaccaaacgaacggcagaggt
gtggacatagtgctcaattctctcgctgaagagaagcttcaggcgtcagtacgttgcttg
gccaggggtggaaggttcttggagatcggaaagttcgatcttgccaccaataacacgctt
cagctgcagttcctggagaaggaagcgtcgttccatggcgttatgttggatcacatgttc
aatgaaagtccagccatgaagagatcaattagagcaaccttgacgcacgccatcaacgaa
ggcagcgtggtacctttgtccaggaccgtgttccagagcgacgaaattgagaaggctttc
cgatttatgaccagtggcaagcacatggggaaggtgttgataaaagttagagaaccggaa
aaggagatccaaacttatccgggaataaagaagtttaaaggaattccaagatactcatgc
aacccaaacaactccttcattataatcggaggacttggaggatttggcttggaactggct
gattggctggtgctcagaggtgccagaaaactagtgttgacgtccagatccggcataaaa
actggctaccaatcgctacgaattagaacatggaaatcttacggtgccaccatcaaaata
tcaacagcagacgtaaaaaccaaagagggctgcgtccaattgttcaaagaagctgatagt
ttagggccagttgaaggactcttcaacctcgccgtggttttgaaggatgccctcttcgag
aaccagaacccagaaacgttcactgaatcctttggacctaaagctgtggctaccattaac
ctggatgagatttctaggaggatgtgtcccaatttaagggacttcgtgattttttcctcg
gtctcctgtggcagaggcaactccggccaaaccaattacggtatggccaattctgtcatg
gaaaggatttgtgagaaacgtaaaaatgaagggtacccagctttggccatccaatggggt
gccattggagaggtgggattggtggcggaaatgcaggaagaaagcttcgagatggagatt
ggaggcaccctccagcaacgaatatccaattgcctaaaagtcttggacgtgtttttgagg
caatcgtctccagttgtgggaagcatggtggtggcagagaaacgtggtggagctggaagt
gctgacaacatcgtcgacgcagtggccaatattttaggtataagagacctgaagtccata
agtttacattcaccgctggctgagctgggcatggatagtatgacagccgtggaaatcaaa
caaacccttgaacgagaatatgacgtgttcttgactgcccaggacatcagaggaatgacc
tttgccaaattgaaagagattcaggaaaatcaagagagtaacgccaacaaagaaaaggca
ctgatgggcatggacatgttggttaggttaatgggagacgaaggtacctgcaaaataccc
ttcgtaacattagagtccaacattgaagaagccaatggcaagaagatactgtttttccct
ggcctggaaggcattggaagcgttctgactcctttaaccaaaaacttgaaggccgaaatt
gtctctttacaatacagcgtggaggatcaagccgatactgtagtggatatggcctcaagt
cttctggagaacaccaagaagcacatcagcaaggaagaaccgtttataatcatagggttc
tcgtttggtgcaatcgtagctttagaagtcatcggaatgttggagaaggaaggttacgaa
ggtaagttcataagtttagatggtgctccagctcagcaagtcgaaatttccaccatgttg
gatgttgcatcagccaataacttcgagaccagtttggcactgcatttgttcgcactttat
gtgccttttgaagtcatcgcgaagcaaaaggaggaaatctttagatgcaacggcttcgag
gcgaagatcaagaaggctcaagagtatggaggtgacaaaaacccacatgatcctcattac
caactagtttcttcagtggctttgtataagaggattaaaggactgctaaattataaaccg
tcctacgagaagatttcatctaagacaagcctcttcaagccgaaattgaacagcatgcac
attatcaaggatgattacaagctcagccagatgttgaaccaagaagttgatgtgaggatt
tttgaaggcaaccatttgaccatcttgaacaacgaagacatggcgaaggctataaacgag
attgtgcatggaaaagtggaggaggaagcagcacaaacaaaggaaccaaacgaatctggc
gacaaataa

  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)   
   ENSEMBLRAPID (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (17)   
   Pfam (17)   
All databases (116)   

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