KEGG   Nasonia vitripennis (jewel wasp): 100119597
Entry
100119597         CDS       T01081                                 
Name
(RefSeq) fatty acid synthase
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
nvi  Nasonia vitripennis (jewel wasp)
Pathway
nvi00061  Fatty acid biosynthesis
nvi01100  Metabolic pathways
nvi01212  Fatty acid metabolism
Module
nvi_M00082  Fatty acid biosynthesis, initiation
nvi_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:nvi00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    100119597
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:nvi01004]
    100119597
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:nvi04147]
    100119597
Enzymes [BR:nvi01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     100119597
Lipid biosynthesis proteins [BR:nvi01004]
 Fatty acid synthase
  Animal type
   100119597
Exosome [BR:nvi04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   100119597
  Exosomal proteins of breast milk
   100119597
  Exosomal proteins of colorectal cancer cells
   100119597
  Exosomal proteins of bladder cancer cells
   100119597
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt Ketoacyl-synt_C KAsynt_C_assoc KR PKS_DH_N FAS_pseudo-KR ADH_zinc_N_2 ACP_syn_III
Other DBs
NCBI-GeneID: 100119597
NCBI-ProteinID: XP_008212244
NASONIABASE: NV17124
UniProt: A0A7M7H912
Position
1:complement(27419723..27427804)
AA seq 1987 aa
MINSDTETSSHKVVISGISGRFPNADNVSELEEKLLNKVDCTAEKHGRWNIDNPKVPQRI
GKCNNIQKFDRVFFGLHAKLTNSTDPLSRVLLEHSFEAILDAGINPRTLKGKNVAVFVAT
SGTESLKAFFCPKIKVDGFGIMGSSKAMTANRISFFLGLTGPSVHVDSGCTGSATALELA
YHEIKTGRCESAIVAGAMLNLYPHLSHQLNALGVLSADGQTRSFDNAANGYARSDSVAVL
FLQRDTDANRIYMEVLNARTTHADGPDKPCMMYPSAESQITLMKQMLNECKLLPDDISFL
EASGVAIKTVDANELEAINQVYGDREKPLPVGAVKSNLGNAVAVNTINSIIKVIIASESG
KVPPTINHRKLNSKAIFSKECKLYIPMEVFPWTGKYSSINTTSYCGVFANILLKVPDLKN
NHQVDNSDNLPRLVTVSGRTEEAVLTILDYVQNNSANHDFIQLIYNIFESNVNNHLFRGY
TVTSDKNTPSSSKHKIMFDSGKKRDVWWIFSGMGSQWVTMGKELLKLSVFEEAIKKCDAV
LKPKGYDIFKIITDNDPEMFSNVIHSFIGIATIQVGLVDVLKSVGLNPDYLIGHSVGELG
CAYADGCFTAEQMVLAALSRGLASVETELIHGSMAAVGLGYEDVAPLCPSDIDVACHNSA
ISATISGPAESMKKFVGDLKGKSIFAKEVPCSNIAYHSRYIANAAPKLLEYLKQVIPDPK
VRSSKWLSTSVPMDQWTTDSARFCSAEYHTNNLLNPVLFEEILRKIPENAICVEISPHGL
LQPILKKSLLDSCINIALTKRFHPNNLEHLLEALGEMYNAGLQPKISQLYPPAQFPVRRG
TPSISSLIRWDHSEDRFLHKYEHITEITESERTYEIHINEEENEYLQGYVINGKFFIPMA
LYLTKAWEIWKSFKTNNFSSVIFEDIKIYKQLINLPENHIVNFSVTVFKGTSKFEVTESE
IIISSGVIKGTKSPDIERIISYQLGIDKQKCEFNQEDFYMEMQIRGYQYSEKFRNVLRAS
IDGSLGVVKWEDNWTTFIDGVLQLYAFGNYTRNVEAPILIRKIVFDFNKHETMMKKSKEV
WIVIDRSIACLSTGGLEIQGLQLEALPKNLKHKVLTSDNMKIIPNFCKFNSSAACSLRSI
LQLVLENTFSTKMPMLNFAVNNDSINIGGLREIIMNDIPESELFEVDVISYKASEFNATL
TILLEDFRNYNPEEIMKKLGKLDFMATFISEDKAIACIDLAESVGLAPVLTRKSEDRSFI
LFRRKQNLGPIKFLYISKNNIETILNSLKFMKFSSSSERLLIIIKLQDVTNLTELVTLIK
RHISLNCVRIYCIEDIFSFEDKCKNNSFYEKQIELDLFTNILTTENVWATLRPTAVVQKL
RMVNNWTANRCNNVITWTEGPIIKNNDSVIRVEYSTLNYEDTLIANEKFYSSTSETEGTT
RMLEMRLGIEFAGTDSKGNRVMGITYGNSMSNSVIADPAFTWTIPDYWSFEEAVTIPFSY
IIAYAVLKMKADVKKGEKIFIDNPCNGFGLAIIHLALQQSCEIFLTYKTQSEKELLQSTY
PKISPDHFFNSSINNLRDDIFSKTKGLGMDVVICNTSSVNMLRVLLTLISRTQSRVIMIS
DLSDNEIHEHIGMHAFLSSVKFSTIVPKRLISSSLNIKIALATMLQQGICEGFVQPLTKI
SYDRSSLTDAYNICLKGNYIGKIVVKVQPEKSDQNLALAMPRFYCMEEKTYLIIEGFTPF
GLELIDWLIARGAKQLIIASTFNRQISYVKRRLNCWRENGVQIILRDELSLSQRNIKNLL
EVALTLGPIDAIFDLQRIQSSLKINEIDFATKILDEESRRICCELRLFLVCSVDIGTDMS
ISINKLENACNTQTLHNSVEELLKKRRIDSLHGLHVKFQCLSTQKDCSDLSVKSINLCLI
KNCLKKFDDILGVEDIVVETKRILPYHDMVTANHSQTAPEAKQEESAIFAKSLYQKPSTW
IDGISLL
NT seq 5964 nt   +upstreamnt  +downstreamnt
atgataaattccgatactgaaacatcgagtcataaagttgtgatatcaggaatttccgga
cgatttccaaatgctgataatgtgtccgaactcgaagaaaaattactaaacaaagttgat
tgtaccgccgaaaaacacggtcgatggaatatagataatccaaaagttccgcagcgaatc
ggaaaatgcaacaatattcaaaaatttgatcgcgtattctttggacttcatgctaaattg
accaacagtaccgatcctctttcaagagtgttgttggagcacagttttgaagctatcctt
gatgctggtattaatccacgtactttaaaaggcaaaaatgtagccgtttttgtagcgaca
agtggaacggaatcattaaaagcatttttttgtccaaaaataaaggttgacggattcggt
atcatgggttctagcaaggcaatgactgccaatcgcatttcattctttttgggtttgacc
ggaccaagtgttcacgtagatagcggatgcacgggctctgctactgctttggagcttgcg
tatcacgaaataaaaacaggtcgttgcgaatcagctatcgtggcaggtgccatgctcaac
ctttacccacatttgtcacaccagctgaatgccttaggtgttttatctgcggatgggcaa
actcgttctttcgacaatgctgccaatggttacgctcgcagtgattcggtagcagtgtta
tttttgcagcgtgacaccgacgctaaccgcatttacatggaggtcctgaatgctagaacc
acccatgcggatggtcccgataaaccgtgcatgatgtatccaagtgcggagtctcagatc
actctaatgaagcaaatgcttaacgaatgtaaactgttgccggatgacatctctttcttg
gaagctagtggcgttgcaattaaaaccgtagatgctaatgaattggaggccattaatcaa
gtgtatggcgatcgagaaaaacctttgcccgttggtgcagtcaagtcgaatttgggaaat
gcagttgccgtcaatactataaattctataattaaggtaatcatagcatcagaaagtgga
aaagttccaccgactataaatcatcgaaaactgaattcaaaggctattttttcaaaagaa
tgtaagctttacattcctatggaagtgttcccttggactggtaaatattcatcgataaat
acaacttcatactgtggagttttcgcaaatattcttctaaaagtgcctgatcttaaaaat
aaccatcaagtagataatagtgataacttgcctagacttgttacagtttctggacgtact
gaagaagctgttttaacaattttagattatgttcaaaacaactctgcaaatcatgacttt
attcaattaatctacaatatatttgaatctaatgtcaataaccatttatttcgtggctat
accgtaacttctgacaaaaatacgccttcttcttcgaagcacaaaatcatgtttgattct
ggcaaaaagagagatgtgtggtggatattttctgggatgggatcacaatgggtgactatg
ggtaaagaattattgaaactatcagttttcgaggaagctataaaaaagtgcgatgcggtt
ttaaaaccaaaaggttatgatatttttaaaattataactgataacgatcccgagatgttt
tccaatgttatacactcttttattggaattgccactattcaagttggtttagtagacgtc
ctgaagtcagttggtctcaacccagactatttgattggtcattccgtaggtgaacttgga
tgtgcatatgcagatggttgtttcaccgctgaacaaatggtcttggctgctttatcccgt
ggtttagcttcagttgagacagaattaattcatggatcgatggccgcggttggtctagga
tacgaagacgttgctcctctttgcccatctgacatcgacgttgcttgtcataatagcgct
attagtgctaccattagtgggccagcagaatcaatgaaaaaatttgttggcgatttgaaa
ggcaaaagtatatttgccaaagaagtgccgtgcagtaatatcgcttaccacagtcgttac
atagctaatgctgctccaaaacttctcgaatatttaaaacaagtcatcccagatcctaaa
gtccgtagttcaaagtggctaagtacttcagtgcctatggatcagtggactactgatagc
gcacggttttgttctgctgagtatcatacaaataaccttttgaatccagtattatttgaa
gaaatattgcgaaaaattccagaaaatgcgatttgcgtagaaatttcacctcatgggtta
ctgcaacctattctaaaaaaatctttgcttgatagttgtataaatattgcacttacgaaa
agatttcacccaaacaatttagagcatttattagaagctctaggtgaaatgtacaatgct
ggtctacagccaaaaatatctcaactttatccgcctgctcaatttccagtccgtagagga
acgccttcaatatcttctcttatacgatgggaccacagtgaagacaggttcttgcataag
tatgaacatattacagaaataacggaaagtgaaagaacatatgaaatacatattaacgaa
gaagaaaatgaatatcttcaaggatatgtaataaatgggaagtttttcattcccatggca
ttatatttaactaaagcgtgggaaatttggaaatccttcaagacgaataatttttctagt
gtgatatttgaggatataaaaatttataaacaattaattaaccttccagagaatcacata
gtaaatttttcagttacagtatttaaaggtaccagtaaatttgaagtaactgaatctgaa
attattatatcatcaggtgtaataaaagggacaaagtcacccgatatagagcgtattata
tcctatcaattgggtatcgataaacagaagtgtgaatttaaccaagaggacttttacatg
gaaatgcaaattcgtggatatcaatattccgaaaaattcagaaatgttttaagagcttca
atcgatggctctctaggggtggtcaagtgggaagataattggacgacatttattgatggg
gttttacagttgtatgcctttggaaattacactcgcaatgtagaagcgcctatattgata
agaaaaatagtttttgattttaataaacatgaaacaatgatgaaaaaatcaaaagaggtg
tggattgtcatagataggagtatcgcttgcttgtcaacaggaggtttagaaatacaagga
ctacagctggaagcattacccaaaaatttgaaacataaagttttgaccagtgataatatg
aaaattattcccaatttttgtaaatttaattcctctgctgcttgcagtttgcgttcaata
ttacaattagttctcgaaaacacattctcaacgaaaatgccaatgcttaattttgctgta
aataacgactcaatcaacattggtggtttaagagaaattataatgaatgatattcctgaa
tcagaattattcgaggttgacgttatttcatacaaagcgtcagaattcaacgcaactcta
acaatcttattggaagatttcagaaactataatccagaagaaataatgaaaaaattagga
aaactagattttatggcgacatttattagtgaggataaagcaattgcttgtattgactta
gcggaatcagttggacttgcgcctgttttaacgagaaaatcagaggatagaagttttatt
ctgtttcgtagaaaacaaaacttaggaccaatcaaatttttgtacatttcaaaaaataat
atagaaacaatactaaatagtttgaagttcatgaagttttcatcatcgagtgaaagatta
ttaatcataataaaattacaggatgttactaacttaacagaattagtaactttgattaaa
cgtcatatttcgttaaattgcgttcgtatttattgtatagaagatattttttcattcgaa
gataaatgtaaaaataattcattctatgaaaagcaaatagaactagatttatttaccaac
attttgacaacagaaaatgtttgggcaactttacgacccacagcagttgtacaaaaattg
agaatggttaataattggacagcaaatcgatgtaataatgttataacgtggacggaagga
ccaataataaaaaataatgatagtgttatcagagtcgaatattcaacgttgaactacgag
gatacgcttatcgctaatgaaaaattttactcaagtacttctgaaactgaggggacgacc
agaatgctggaaatgcgtttgggaatagaatttgcaggtacggactctaagggaaataga
gttatgggcataacgtatggtaattccatgtctaattcagtcattgctgaccctgcattt
acctggacaattccagactattggagctttgaagaagcagttactattccattttcttac
atcatagcatacgcagttttaaaaatgaaagctgatgtaaagaaaggcgaaaaaatattc
attgataatccctgtaacggatttggactagcaattatacatttagccttacagcaaagt
tgcgaaatttttttaacgtataaaacacaaagtgaaaaagaattattacaatcaacatat
ccaaaaatatctccagatcatttttttaactcatcgattaataatctgagggatgatata
ttctcaaagacaaaaggactgggaatggatgttgttatttgtaatactagttctgttaat
atgttacgagtacttttaacccttatatcacgaactcaatctcgtgttattatgataagt
gatttgtctgacaatgaaatacacgagcacataggaatgcatgcctttttatcatcagtt
aagtttagtactattgtgcctaaaagattaatatcttcaagtttgaatataaagatagca
ttagcaacgatgctacagcaaggcatatgtgaaggttttgtacagccgttaacaaaaatt
tcttacgataggagttctttgaccgatgcctataatatttgtctcaaaggaaattatata
gggaagattgttgttaaagttcagccagaaaagtcagatcagaatttagctctagcgatg
ccacgattttattgtatggaagaaaaaacttacctcattatcgaaggctttactcctttt
ggtttagaattgattgattggttgattgctagaggtgctaaacaattaattatcgcctcc
acatttaatcgtcaaatcagttatgtgaagcgaagactaaactgttggcgcgagaatgga
gtgcaaataattctcagagatgagttaagcttatcacaaagaaatataaagaatttactt
gaagttgccttaactttagggcctatcgatgctatttttgacttgcaacgtattcaatcg
tcgttaaaaattaatgaaattgattttgcaacgaaaattctagatgaagagtccagacga
atatgctgcgaacttagattatttctggtttgctccgtagatattggcacagacatgtca
atatcgataaataaattagaaaatgcttgcaatacccaaacgttacataattcagtcgaa
gaactattgaaaaaaagaagaatagacagtttacacggattgcatgttaaattccaatgc
cttagtacgcaaaaagattgcagtgatttaagtgtaaaaagtataaatttatgtttaata
aaaaactgtttgaaaaagttcgatgatattttaggagtcgaagatattgttgtggaaacc
aaacgcattcttccatatcatgatatggtaactgcaaatcacagtcaaactgcacctgag
gcgaaacaagaggaatctgcaatttttgcaaaaagcctctatcaaaaacccagcacatgg
attgatggcatttctcttttataa

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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 (62)   
   KEGG ORTHOLOGY (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   NASONIABASE (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (163)   

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