KEGG   Bemisia tabaci (sweet potato whitefly): 109037047
Entry
109037047         CDS       T06019                                 
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
btab  Bemisia tabaci (sweet potato whitefly)
Pathway
btab00061  Fatty acid biosynthesis
btab01100  Metabolic pathways
btab01212  Fatty acid metabolism
Module
btab_M00082  Fatty acid biosynthesis, initiation
btab_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:btab00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    109037047
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:btab01004]
    109037047
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:btab04147]
    109037047
Enzymes [BR:btab01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     109037047
Lipid biosynthesis proteins [BR:btab01004]
 Fatty acid synthase
  Animal type
   109037047
Exosome [BR:btab04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   109037047
  Exosomal proteins of breast milk
   109037047
  Exosomal proteins of colorectal cancer cells
   109037047
  Exosomal proteins of bladder cancer cells
   109037047
SSDB
Motif
Pfam: ketoacyl-synt Acyl_transf_1 KR Ketoacyl-synt_C KAsynt_C_assoc FAS_pseudo-KR ADH_zinc_N_2 ADH_zinc_N Thioesterase PP-binding PKS_DH_N adh_short Thiolase_N
Other DBs
NCBI-GeneID: 109037047
NCBI-ProteinID: XP_018907085
Position
Unknown
AA seq 2431 aa
MMSNIERDRKIALQAGRRLANCKPGEEVCISGIAGFFPDSDNVRDFGEKLFNKVDLISDD
DRRWKLEHPEIPQRTGKLNEVSKFDAAFFGVHFKQAHTMDPMCRMLLEKAYEAIVDAGYN
PRHLRGTNTGVFIGACFSESEKTWFYEKLQVNGFGITGCSRAMLANRISYWLGINGPSYT
VDSACSSSLYALEHAYKSIRDGHCDAAIVGGCNLCLHPYVSLQFARLGVLSADGRCKSFD
EAANGYCRSEAISVILLQKLKDSRRVYARVIHAKTNCDGYKEQGITFPSGPLQQRLLEEF
YEECQIEPSSLAWIEAHGTGTKVGDPEEVKAIENVFCEGRKEPLPIGSVKSNIGHSEPAS
GLCSVTKVVIAMETGFIPPNINFNTPRKDIDAFFNGKIKVVTDKTPWNGGMVGVNSFGFG
GANCHVLLNWNEKTKVNGGAPEDDLPRLIPVSGRTEDAVEVLLKDIESRPLDVEYVKLFH
EIYVDDIPGHIYRGYALMTPNDDKITRSVQYYPGDERPIWFVFSGMGSQWPGMGRALLRI
PIFSAAIERCQRILKPKGIDVLKIITDDDPKVFNNIVNSFVGIAAIQIGLLDILHAAGIQ
ADNMIGHSVGELGCAYADGCFTTEQMILSAYYRGLASIESEFIKGCMAAIGLGFHEIKPR
LPMDIEVACHNGPDSCTISGPAESIHKFVKELQAEKIFAREVNVANIAYHSRYIANAGPK
LLKYLQQVIPSPKARSEKWISTSLPESQWNSSLAKLSSAEYHTNNLLRPVLFEEACRLIP
HRAILIEIAPHGLLQAILKRSLSKDILSVSLTQRDHKDNAHVLFNSLGKLFEAGLTPKLS
VLYPPVALPVSRGTPMIAPLVRWEHSEDWYVTSYRMQEKIKSGERSVNISLKDDELEYLS
GHVIDGRNLYPATGYLALAWETVGLMRGELYTEVPVIFENVRFHRATNIPKDGSVEFIVM
VQKGSGNFEVVEGGAAIVTGKITVPNDITKETINMELPEDTETGPDLIELSAKDIYKELR
LRGYNYKGLFRSLVAADTTGKVGRVSWCNNWVAFMDNLLQIQILQDDTRGLFVPTSLQRM
VIDVRKHISILHTLDPEKPEMQVNVYKEIELIKSGGVEIRGLKASAISRRKPLGEPVLEK
YLFYPQEDEESSDLAEVVRVAVQLALENLPSIKVKTVEMADAFMNPDVPLISTILATSLG
DLPLIQADITVLSASDNPVVADMAPGIQVEDRKLPGDQSCHIVVVSSIVGRPEVLQLALN
ALKDGGFMIAREKITEKVPEDGLSISMNRICGSERILIIRREITEKLEPIVIKVPANNFE
WITELQNALKAEDSSTKQKIILYAEKEPLNGLLGFFNCIRKEAGGERTRCVLVMDKKAPP
FSVNHPFYKEQLSKDLAVNIYKDGKWGSYRHLLLEELSSIKAVHRYVNTTVRGDLSSLQW
FEGEIEPEKMKGRKAHEESLIHVYFGALNFRDIMLATGKIAPEVVARGRLEQECVLGLEY
SGRDATGQRVMGMCFSRGMASVLKGDKSFIWPIPDHWSLEEAATVPVTYGTSYYALMICG
RMREGDTVLIHAGSGGVGLSAIQLCLFYGCTVFTTVGTPEKRAFIKKMFPQITDNHIGNS
RDTSFEQLVMKETNGRGVDLVLNSLAEEKLQASVRCLAQGGRFLEIGKFDLANNNMLGME
MFLKETSFHGVMLDSLFSAPEEWKEKLHSAVTEGIKCGAIKPLVRTVFEKDEIEQAFRYM
AAGKHVGKVLIRVRNEEPDLYVKPEFIPQDCLPRFRCTANFSFIVCGGLGGFGLELADWL
ILRGARKIVLTSRVGLRTGYQASRIRVWRSYGVEVVISTADITTHQGVELLLKQANALGP
VKGIFNLAVVLKDALFENQTVEDFEASSGPKANATIFLDKLSRKLCPELEQFVIFSSVSC
GRGNAGQTNYGLSNSVMERICEMRHAESLPALAVEWGAVGEVGLVADMAEDNLEVIIGGT
LQQRISSCLEVLDTFLRQNHPIVASMVVAEKRAGGGGAGNIVDAVVNILGLRDLKTVSLH
STLAELGMDSMMAVEIKQTLEREFEVFLTPQDIRGMTFAKLQDIAAQTNSEDKGLSKGGS
DLTKPLGDQVPEVGLNFLLRTIGDELMASEPIVRLPSLSGDGSVIEDMHCKDTLIFAIPG
VEGVASIMEPLAKNLNAQVLCLQYDFERPASTIQELAQSLVPHIKKRLRQGKEFNICGYS
FGGMVALEVARILESENISGKIWLVDSSPQFLKTMSTLALSDGEKSKEDELQVKVIMRIV
DLVWPQDTTELVQTLYSVPDLNSRIEYVVSASPEDIKHSKRYQKLLMVAGITRIKSVLNY
EIPSSKFINSPVVLIRPSEQSMPFAEDYGLSQFCVKPVDVFFVDGNHLTILENKKTADII
MKLVEKDDQDFKQAIMSQSNLASLQEEQRRV
NT seq 7296 nt   +upstreamnt  +downstreamnt
atgatgtctaatatcgaaagggataggaaaatagctcttcaggcaggacggcgtttggct
aattgcaaaccaggagaggaagtttgtatctctggcatcgcaggatttttccctgactca
gacaatgtccgagattttggcgagaagctttttaataaagtagatttaatctctgacgac
gacagaagatggaaattggaacatcctgagattccacaaaggacaggaaagctaaatgaa
gtcagcaagtttgatgcagcgtttttcggtgttcacttcaagcaagctcacacaatggac
cccatgtgccggatgcttctggagaaggcttatgaagcaatagtagatgcaggttacaat
cctaggcatttaagaggaaccaacactggagtatttataggtgcttgtttcagtgagtca
gaaaaaacatggttttatgaaaaattacaagtaaacggtttcggtatcactggttgctct
cgtgccatgttagccaatagaatttcatattggcttggtataaatgggcccagctacaca
gtcgactcagcttgttcctcgagcttatatgctttggaacacgcttataaatctataaga
gatggccattgtgatgctgctatagtaggaggatgtaacttgtgtctgcatccgtatgta
tctcttcaatttgctcgcctcggggtgctcagtgctgacggccgatgtaaatcatttgat
gaggctgccaatggttattgtcgttctgaagctatctccgtaatccttctacagaaactg
aaagactctcgtagagtttatgctcgcgtcattcacgctaaaacaaattgtgatggttac
aaagaacaaggtataacatttccatctggaccattgcaacaaaggctattggaggagttt
tacgaggagtgtcagattgagccatcgtcactcgcttggatagaggcacatgggactgga
accaaagtaggtgatccagaagaggtcaaggcaattgaaaatgtgttttgcgaagggcgc
aaagaaccgctaccaattggatcagtcaagtcaaatattggccattctgaaccagcatca
ggtttatgttccgtcactaaagttgtcattgccatggaaactggcttcatcccaccaaat
attaacttcaatactcctcgaaaagatattgatgcattcttcaacggaaaaatcaaggtc
gtgaccgacaaaaccccatggaatggcggtatggtgggtgtaaattcatttggttttggt
ggtgccaattgccatgtcttactaaactggaatgagaaaacgaaggtcaatggcggagca
cccgaagatgatctcccaaggctaatccctgtttctggaagaactgaagatgctgttgaa
gttcttttgaaagatatagaatcaagaccacttgatgttgaatatgtgaaactattccat
gaaatttatgttgatgacattcctggccacatttatcgaggttatgctttaatgacacct
aatgatgacaaaataacccgctccgtccaatattatcccggtgatgaacgtcccatctgg
ttcgtgttctctggaatgggatcgcagtggcctggtatgggccgcgctctgctacgaatc
ccaatcttttctgcagccatcgagaggtgtcaacgtattctcaaaccaaaaggcattgat
gttttaaaaatcatcactgatgatgatcccaaagtattcaataatattgttaactcattc
gtcgggattgctgccattcagattggattattggacattcttcatgcagctggtattcaa
gcagacaacatgattgggcattctgtcggtgaactaggttgtgcatatgctgatggttgc
tttaccaccgaacaaatgattctatcagcgtactatcgaggtcttgcttccattgagtct
gaatttataaagggctgcatggccgctattggtcttggctttcacgaaatcaaaccccgt
cttccgatggatattgaagtggcatgtcacaatggaccagacagctgcactatttccgga
cctgctgaaagcattcataagtttgttaaagaactgcaggcagaaaagattttcgctcgg
gaggtgaatgtagcaaacatagcttaccacagtcgatatattgcgaatgcggggccaaaa
ttactcaagtacttgcaacaggtgattccaagcccaaaagcacgctctgaaaaatggata
agtacttcactgcccgaatcgcaatggaactcatcattggcgaagctatcctccgccgag
taccacacaaacaacttattgcgtcctgttcttttcgaggaagcatgtcgtctgatacca
catcgagctattttgattgaaatcgctcctcatggtcttcttcaagccattttgaaacga
tcactgtcaaaggatattttatctgtttcgttaacgcagcgagatcataaagacaatgct
catgttctctttaattctttgggcaaattatttgaagctggtctaacgcccaaactctct
gtgttatacccgcctgttgcactaccagtcagtcgcggtactcctatgatagcaccacta
gtccgatgggagcacagtgaggattggtacgtgacttcttaccgcatgcaggaaaagatc
aagagcggggaacggagtgtgaatatctctttaaaggatgatgagctggagtatctgtca
gggcacgtcattgatggccgaaatctttacccagcgactggataccttgcccttgcttgg
gagacagtaggtttaatgcgaggtgagctgtacaccgaggttcctgtaattttcgagaat
gttcgtttccacagagcgaccaatattcctaaagatggttcggtcgagttcattgtcatg
gtccagaaaggaagtggtaactttgaggtcgtagagggaggtgctgcaattgtgacagga
aaaatcacagttccaaatgacatcacgaaagaaaccatcaatatggaactaccagaagat
actgagactggtccagacctaattgagctgagtgccaaagacatttataaggaactcagg
ctcagaggatacaattataaaggtttattccgtagcttagttgctgctgacactaccggc
aaggttggccgagtgagctggtgcaacaactgggtcgcctttatggacaacttacttcaa
atacagattttgcaagatgacacgcgaggtctttttgttccaacatcacttcagagaatg
gtcattgacgtcagaaaacacatatcaattcttcatactcttgatccggaaaaaccagaa
atgcaggtgaatgtttataaggaaatcgaattgattaaatccggcggtgttgaaatccga
ggcttgaaagccagtgcaatctccaggcgtaaaccattgggtgaacctgtcttggaaaaa
tacttgttttatcctcaggaagacgaagagagttcagatttggcagaagtcgtgagagta
gctgtgcagctggctttggagaatctcccaagcatcaaagtcaaaactgtagagatggct
gacgctttcatgaacccggatgtaccattaatttcaaccatcttggctacctctcttggg
gatttacctctgattcaggctgatattaccgtgctatctgcatcagacaatcctgtagtg
gctgatatggctcctggtatacaggttgaagatagaaagttacctggagatcagtcctgt
cacatcgttgttgtttcctccattgttgggcgacctgaggtgctgcagttagcactgaat
gcgctgaaagatggtggtttcatgattgctcgagaaaaaatcacggagaaggtacccgaa
gatggcttatccatctcaatgaacagaatctgtggaagtgaacgaattctgataatccgc
agggaaatcacggaaaaattggaaccaatcgtcatcaaagttcctgcaaataatttcgag
tggatcacagaacttcaaaatgcactgaaagctgaggattcctcaactaagcaaaaaatc
atcctttatgcggagaaagaaccattgaatggtcttcttggtttcttcaattgtattcgc
aaagaggccggtggagaacgcaccagatgtgttctagtcatggacaaaaaggctccaccc
ttttccgtcaaccatcccttttacaaagagcagctatcaaaggatcttgctgtgaacatt
tacaaagatggcaaatggggcagctaccggcacctccttctggaggagctctcctctatc
aaggccgtccatcgttatgtcaacactacagtgcgtggggacttatcatcgcttcagtgg
ttcgaaggagagatagaacctgagaaaatgaaaggccgaaaagcccatgaagaatcgctg
atacacgtctactttggggccctcaattttcgtgatatcatgttagccaccggtaaaatt
gccccagaagttgttgcaaggggaagattagaacaggagtgtgtactgggtttggaatat
tctggcagggatgccactggccagcgtgtcatgggtatgtgcttttcgcgcggtatggct
tcagtgttgaaaggagataaatcattcatctggccaatcccagatcactggtctcttgaa
gaggctgccactgtaccagtcacttacggcacgtcatactatgcgctaatgatctgcggg
agaatgagagaaggagacacagtgttaattcatgccggtagtggaggagtgggtctctct
gcaatccagttatgtttgttctatggctgtacagtttttacaactgttggtactccagaa
aagagagccttcattaaaaaaatgttccctcagattacagataatcatattgggaattca
cgcgatacatcttttgagcaactagttatgaaggagacaaatggaagaggtgtcgacttg
gtcttaaattctctagctgaggaaaaattgcaagcctctgtccgttgtctggcacaaggt
ggacgatttctggaaattgggaaatttgacttggcaaacaacaatatgcttggtatggag
atgttcctgaaagagacaagtttccatggcgtaatgttggacagtctattctcagcacct
gaagagtggaaagagaaactgcattcagcagtcactgaaggtattaaatgtggtgcaatt
aaaccactagtccgaactgtttttgagaaggacgaaattgagcaagcgttcagatatatg
gcagccggtaagcatgtaggtaaagtcctcatcagagtcagaaatgaagaacctgacttg
tatgtcaaaccagaatttattccccaagactgtctcccgaggttcagatgcacagctaac
ttttcattcatcgtctgtggtggtctgggaggatttggcctagagctagcagattggctc
atacttcgaggggcaaggaaaattgtactgacatctagagtgggtctgcgcacagggtat
caagcaagtcgaattcgagtttggaggtcatatggtgtggaagttgtcatttcaacggct
gatatcacaactcaccagggcgttgagttgctgctgaagcaagcaaacgcactaggacct
gtcaagggaatttttaacttggctgtggtcctcaaagatgcattgtttgagaatcaaaca
gtggaggacttcgaagcatcgtccgggcccaaagccaatgccactattttcctggacaaa
ttgtctcgtaaactgtgtccagaactcgagcagtttgtaattttctcatcagtgagctgc
ggtcgaggtaatgctggacagactaattatggactatccaattcagtcatggagcggatt
tgtgagatgcgacatgctgagagtttgcctgcccttgcagttgagtggggagctgttggt
gaagtaggacttgtggcagacatggctgaagataatttagaagttataatcggagggaca
ctacaacagcgaatctcctcttgtctagaagtgctagatacatttttgcgacaaaaccat
cctatcgttgccagcatggttgtcgcagaaaaaagagccggtggtggtggggctgggaac
attgtggacgctgttgtcaatattcttggattgcgtgatttgaagacagtgagcctccac
tcaaccctagcagaattgggtatggattccatgatggctgtagaaatcaagcagacgcta
gaaagagaatttgaggtttttctgactccacaagacatccgggggatgacgtttgcaaaa
ctacaagacattgcagcccaaacaaattctgaggataaaggattatctaaaggaggatca
gatctgacaaaacccttaggtgatcaagttcccgaagttggacttaatttcttactcagg
acaattggagatgaattaatggcttcggagccgattgtccgattaccatctctctctggg
gacggttctgttattgaagatatgcattgcaaggatacattgatctttgccattcctgga
gttgaaggtgttgcctcaatcatggaacctttagccaaaaatttgaatgcccaagtttta
tgtcttcaatacgatttcgaaagacctgcatcaaccatccaagaacttgcccaatctttg
gttcctcacatcaaaaagagactgcgccaagggaaagaattcaacatatgtggctattca
tttggaggaatggtagcactggaagtcgctcgtattctagagagcgagaacataagtggg
aagatttggctagttgactcatcgccacaatttttaaaaacaatgtcgacgttggcgcta
agtgatggtgagaaatcaaaagaagatgagctgcaagttaaagtcataatgaggattgtt
gatttagtctggccacaagacacaacagagttggtgcaaacattgtatagtgttccagac
ctaaactctcgaattgagtatgtggtgtcagcctcacctgaagacattaaacacagtaag
agatatcaaaaactcctcatggttgctggcatcacacgtattaaatcagttctaaattat
gaaattccctccagtaaatttatcaactcacctgtcgtactcattagaccgtcagaacaa
tcaatgcctttcgcagaggactatggcctttctcagttctgcgttaaaccagtagacgtt
ttctttgtggatggcaatcacttaacaattcttgaaaacaagaaaacggctgacattata
atgaaactagttgaaaaagatgatcaagacttcaagcaggccattatgtcgcaaagcaac
cttgccagtcttcaagaggaacaacggcgtgtctga

  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 (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (13)   
   Pfam (13)   
All databases (109)   

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