KEGG   Plutella xylostella (diamondback moth): 105386888
Entry
105386888         CDS       T03915                                 
Name
(RefSeq) fatty acid synthase-like
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
pxy  Plutella xylostella (diamondback moth)
Pathway
pxy00061  Fatty acid biosynthesis
pxy01100  Metabolic pathways
pxy01212  Fatty acid metabolism
Module
pxy_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:pxy00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    105386888
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:pxy01004]
    105386888
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pxy04147]
    105386888
Enzymes [BR:pxy01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     105386888
Lipid biosynthesis proteins [BR:pxy01004]
 Fatty acid synthase
  Animal type
   105386888
Exosome [BR:pxy04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   105386888
  Exosomal proteins of breast milk
   105386888
  Exosomal proteins of colorectal cancer cells
   105386888
  Exosomal proteins of bladder cancer cells
   105386888
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt KAsynt_C_assoc Ketoacyl-synt_C Thioesterase ADH_zinc_N Thiolase_N KR ADH_zinc_N_2 NmrA ACP_syn_III RmlD_sub_bind ZFYVE21_C CHB_HEX_C
Other DBs
NCBI-GeneID: 105386888
NCBI-ProteinID: XP_011555838
Position
Un
AA seq 2344 aa
MAPVPQEHTITEAPTPKTLGLDQEAVVISGMAGIYPQSHSVNDLSNILYNKVNPITSDKS
RWVYNHPELPAYLGKVPELKTFDAQFFKVHFRLGINMDSMCRKLLEQTYQAIYDAALSPE
HLSGKKVGVYIGSCFSETEKASFYVSSSRTGFGIAGCSKAMFANRISYWLNLKGPSMSID
AACSSSMVALERAYQAINTGQCDAAIVGGSNLCLHPQSSLHYGRTMTLCMDGKTKSFDKN
ADGCARSDAINVLFLQKAKDANRIYAEVCYVKSEFGPLVDESGQKYGPYRDPMQLSSFMK
RFYDEAGISPNDVEYVEAFGSAIPDADKSELEAISHVFCKDRPSPLLVGSVMSNMGYSEA
AAGTSAVTKVLLGYHHGELAANLHCENPRDDVVALREGKMRIVTEHQRFQRSYVAVNNIS
LSGLNVHVLLHGHYKPKNLLKYRSNIPHLVAVSGRQESAVSKILDDLKKRPVDPEEIALF
HNIHENNIPGHLGRGFSILGTNEEGKTVSLVEKVDYYDDAKRPLWFVYSGMGSQWAGMGA
QLMRIPVFAAAIERCRAVLEPKGVDIVHIITSPQKEIFDNILHSFVGIAAIQIGLTDILR
EMGIVPDKIIGHSVGELGCAYADGCFTAEEMILSAYSRGLVSVQTPFIHGSMAAVGLGYK
QIVDMCPPEIEVACHNSAESSTISGPSDAMREFVTQLTAKGIFAKEVPCSNIAYHSRYIK
EAGPGLLKYLTEVIKSPKERSDRWVSTSVRQDKWDQPYAKFSSAEYHTNNLLNPVLFEET
STLVPSNAVMIEVAPHGLLQAILKRSLPATCTHVPLTRRGHPDNALFFLEAIGKLYMEGY
NPRMQALYPKVEFPVSTGTPMLSHHVEWAHHEKWTVPLHIPANRRLAASSQFIISTYDDE
HKFLQGNVHEGQTLYPFSGALVCVWDTLAMSQGAMRQKISVQFQNIHFYEQPRIYEDKLL
RLTTQLQKGSGYFEVMQENTKIISGYIYSEAIHKQEVPAISEESKIDDTILPQQDVYKIF
HDRGSFYRGDFRSILNINEECTRAQVAWSGNWVTLLDSLVQVQALTREYNGISEPRFVRR
IKIDIKEHAQYHQLGENMNQFEVYNGVKTGVTRCGGIVIEDMKFRDTPRVPPKSISLKSL
QFIPFFQLNDIKVKQVLNVYVQIVAENLNKSIINVVEIKNTNGATFEREMRDLEKNIPGL
HVNFETVKGENIADYENQLLKSADLVLVRSLSTSDNMGELLYGTIPKDIFVLTTEVSGSS
SVPQALCRPVASAATSRGRLVLARWRPALSSGASAAISVTDASDVALLRTTRQSLRADDR
LVILTSYPPPQGLKELVKTWRKESERNKIYVAMINHKITKDQQLEQLPNFELAFNILDHG
AWGGEYFVDCDDHLSENDHNVTLRSKNFNDLDKLYWEEKVQPNPNEVNVKVHYAGLNVRD
AKKASGSIPYIMELDVEQGYGMDFSGVTESGERVMGVVSGGAASSQVAAEPAMLWPVPKH
WSLEDAATVPLPYAYAFYCLGIKAELIPGMKILVHGATGALGLAVISIAQAFNCEVFATV
SDTKKKHFLRKIFPSLPEDHIGNSRDESFGDMVYHHTNGKRCQIVICCIEGELKNIAIKC
CSMAGMVLDTNQITCKENFEFGMNHLSEERSYYPIDFASIFVNNNRKEMQDIQLMLSEGI
AKGYVRPLSRVTFDAMEAGRAMHLLAASQHRGRVLLHLRGDSLAATPRLTVSSNGSHLLL
SASTDDTLVGHIVDRLIARGAKKIILHRQRKTVADPYIMIKIKKWKKLGVDVKVTEQNLI
SVENVQAMIKECNDLGPVEGVYFITTGVVGDRMQSELNCALSNLDFVTRKICSSIKYFAV
INENKTIGQELCINRTSDRLQSTMLILPKLNKFSEEAHLEVCNKDLGLSLTAAAEAMELA
VRAKSPVQLAQVTTAPSRNLLSHVAAIAGIKVTEYTPENLTLEQLGFDVYRANEVAKYLD
ENFCLTLESESVPKLTISRIRELEKQTENMDKGKTGLSVIYSYVDPDELMGTLELLFVPT
MTHSAATREDEFYNEDTYLVLVPGLEGNYRKFNSLCERLKLAAVVIQPGLENPHESIQDM
AMRLSKVMMKKLQPKKRFFILGYSFGVMIALEMAAILEEHGLTGTVYCVDASPDTFPAAL
EGWLREAGATDEARLQDALVQHMYTLMTDSSSDQLTLQLKNAGSWKEKVEACVSTLRGRV
SHSAQYARSMIEATLGRMEVVRSYNPQKLRENPLISQIVVLRSDCQPASVRPDLGLASYS
QQAPVVYTLSADHASALDDLRCANIVNRHLDESIKEAFLKRNLCESYLLNADTFMGMAEI
DEVD
NT seq 7035 nt   +upstreamnt  +downstreamnt
atggcgccagttcctcaagagcacactattacggaggcgcccactcccaagaccttggga
ctggaccaggaggcggtggtcatatctggcatggccggcatctacccgcagtcgcacagc
gtcaacgatctctctaacatcctttacaataaggtgaatcccataacttctgacaagtca
agatgggtgtacaaccaccccgagctgccggcatacctggggaaagttccggagctgaag
accttcgatgctcaattcttcaaggtccacttccgacttggaatcaacatggattccatg
tgccgaaagctgctcgagcaaacgtatcaggctatttacgatgcagccttgagtcctgaa
catctttctggcaagaaagttggggtttacatcgggtcttgtttctctgaaactgaaaag
gccagtttctacgtttctagctccagaaccggttttggtatcgctgggtgcagcaaagct
atgttcgccaaccgtatttcctactggctgaatctgaagggaccgtcgatgtctattgac
gccgcctgctccagctccatggtagctctggagcgcgcgtaccaggccatcaacaccgga
cagtgtgacgcagccatcgtcgggggatccaacctttgtctgcatccacaatcctcgctg
cattacggaagaacaatgaccctctgcatggacggtaaaaccaaatcttttgacaagaac
gcagatggttgcgcacgctctgatgctatcaacgttctgtttttgcaaaaagccaaggat
gctaacagaatttacgcagaagtatgctacgtgaaaagcgaattcggacctctggtggac
gagtcaggccaaaaatacggcccataccgtgacccaatgcaactttccagtttcatgaaa
agattttatgatgaagctggaatttctccaaatgatgtggaatacgttgaggctttcggc
tcagctattcccgatgcggacaagagtgaactagaagccataagccatgtcttctgtaaa
gaccggccgtcgccactgctagtcggcagcgtcatgtctaacatgggatactctgaggct
gctgcagggacatccgctgttacaaaggtgctattgggctaccatcatggcgaactggct
gccaacttgcactgtgagaatccccgtgatgatgttgtggctttacgtgaagggaaaatg
cgcattgtcacagagcaccaacgattccagcgatcttacgtggccgtcaacaacatatcg
ctttcaggactcaatgttcacgtcttgctacatggacactacaaaccaaagaatttgttg
aagtatcgctcaaacatcccgcacttggttgctgtatctggaagacaagagtcagctgtc
agcaaaatccttgatgatttgaagaaacgacccgttgaccctgaggaaattgctctattc
cacaatattcacgaaaacaacattcccggccatttgggcagaggcttttcgattcttgga
acaaatgaggaaggcaaaactgtgagccttgtggagaaggtagactactatgacgatgct
aaacgcccactgtggttcgtctacagtggtatgggctcgcaatgggcaggtatgggtgca
cagcttatgcgtatccccgtttttgctgcagcaattgaaaggtgtcgcgccgtgttagag
cctaaaggtgtagacattgttcacatcataacatcgcctcagaaagaaatctttgacaac
attctgcactccttcgtgggtattgccgccattcagattgggttgactgatatcctccga
gaaatgggaatagtccccgacaaaattattggacacagtgtcggagaattgggttgcgcg
tacgcagacgggtgcttcactgctgaagagatgattctgtcagcttacagccgaggtttg
gtgtctgtacagactccatttatacacggttctatggctgcagtgggattgggatacaag
cagattgttgacatgtgcccaccagaaattgaagtggcatgtcataattctgctgaatcc
agcacaatttctggaccatctgacgctatgcgtgaatttgtcacccagctgactgctaaa
ggaatctttgccaaagaggttccttgctcaaatatcgcgtatcattccagatacattaag
gaagctggtcccggattactcaaatacctgactgaagtgatcaagtcccccaaggagcgc
agcgaccgctgggtgtctacctctgtgcgtcaagacaagtgggatcaaccttacgcaaag
ttttcctctgcggaatatcacaccaacaaccttttgaatcccgttctctttgaagaaaca
tcaactttagtaccttcaaatgctgtgatgatcgaggtggctcctcatggactgctgcag
gccatcctgaagcgatctctccctgctacgtgcacacacgttcctctcaccaggcggggg
caccctgacaatgctctgttcttccttgaagctattggcaagctgtacatggaaggatac
aatcccagaatgcaggcgctgtaccccaaggtcgagttcccagtttcaactggaacaccg
atgttatctcatcacgtagagtgggctcatcatgagaaatggactgtacctctccacata
cctgcaaacagaagactggcagcttcttctcagttcataatctccacttatgatgatgag
cacaagttccttcaaggcaatgtccatgaagggcaaactttgtacccattcagtggtgct
ctagtgtgtgtatgggataccctagccatgtctcagggtgcgatgcggcagaaaatatca
gttcagttccagaacatacacttttacgaacaaccccgcatatacgaagacaaactgttg
aggctgactactcaattgcagaagggcagtggatactttgaggtcatgcaagaaaacact
aagatcatatcaggctacatatacagcgaagctattcacaaacaagaagttcctgccata
agtgaagagtccaagatcgacgatactattctgccacaacaggatgtttataagatattc
cacgaccgcggttccttctacagaggtgattttagaagcatccttaacatcaatgaggaa
tgtacccgtgctcaggtggcatggtctggcaactgggtgacactactggactctttagtc
caagtccaagcccttactagagagtacaacggtatatccgaacccagattcgtacgaaga
attaaaattgatattaaagaacatgcgcagtaccaccaacttggtgaaaacatgaaccag
ttcgaagtttacaacggagttaaaactggagtcactagatgcggtggaattgtcatagaa
gatatgaagttccgtgacacaccaagagtgccaccaaagtctatctctttgaaatcatta
caatttatacccttcttccaattgaatgatattaaggtcaaacaagtgttgaatgtatac
gtgcaaatagtagcagaaaacctcaacaaaagtataattaatgtggtggaaattaaaaat
acaaacggagctacatttgaaagagaaatgagagacttggagaagaatattcccggatta
catgtgaacttcgaaactgtgaagggagaaaacattgccgactacgagaaccagttgctc
aaatctgctgatttagttcttgtccgtagtctcagtactagtgacaatatgggcgaatta
ctgtatggcacaataccaaaggacatatttgttttgaccacggaagtgtccggttcaagc
tctgtcccgcaagcgttgtgtcgccccgtagcatcagccgcgacctctcgtggaaggcta
gtgctggctcgctggaggcctgccttgagctcgggggcttctgccgctatatctgttact
gatgcatcagacgtagccctcctgaggactaccagacaaagtctgagagccgatgatcgt
cttgttattctcaccagttatccgcctcctcaaggattgaaagaacttgtcaaaacatgg
aggaaagaaagtgagcgtaacaagatttacgttgcaatgattaatcacaaaataaccaaa
gatcaacaactggagcaacttcctaacttcgagttagcctttaacatattggaccatggt
gcatggggaggtgaatattttgtagattgtgatgatcatctatcagagaatgatcacaat
gtaaccctacgcagcaaaaacttcaacgatttggacaaactgtactgggaagaaaaagtt
cagcccaacccaaatgaagttaacgtaaaggtccactatgctggactaaatgttcgcgat
gccaagaaagcttcggggtctataccttacattatggaattagatgtagagcaaggttat
ggaatggacttcagtggtgtaactgaaagtggagaacgagtaatgggagtggtaagcgga
ggagcagcgtcgtctcaggtagccgccgagccagccatgctgtggccagtgccgaaacac
tggagccttgaggatgccgccactgtaccactgccttatgcttatgccttctattgcctg
ggtatcaaagctgagctcattcctggtatgaaaattttggtccacggagctactggagct
ctcggacttgcagttatttctatagctcaagccttcaattgtgaggtcttcgccactgtt
agtgacaccaagaagaaacactttttacgcaaaattttcccatctttaccagaggatcac
attggaaattcacgtgacgaatcttttggtgacatggtgtaccaccatactaatggaaag
aggtgtcaaattgttatttgctgcattgaaggagaacttaaaaacatcgcaatcaaatgc
tgttcaatggctggtatggtgttggacaccaatcaaatcacttgcaaggaaaacttcgag
tttggaatgaatcatctgtcggaagaaaggagttactaccccatcgacttcgcatccata
tttgtgaataacaaccgaaaggaaatgcaagatatccagctgatgttgagcgaaggtatc
gcgaagggctacgtgcgcccgctgagccgagtgacgttcgacgccatggaggccggccgc
gccatgcacctgctagccgccagccagcaccggggcagggtgctgctgcacctgcgaggg
gactcgctggccgctacgcctaggctcacagtatcgtccaacggcagtcaccttcttctg
agtgctagcacagatgacaccctggtcggccatattgtggaccgtctcattgccaggggt
gccaagaagatcatcctgcaccgtcaacgaaagactgttgctgatccgtacatcatgatc
aaaatcaagaaatggaagaaacttggggttgatgttaaggttacagaacagaatctgatt
agcgtggaaaatgtgcaagccatgattaaagaatgcaacgatctcgggcctgtggaaggc
gtctacttcatcacgacgggagttgttggcgacagaatgcaatcggaactaaattgtgca
ttgagcaacttggactttgtgacgagaaagatttgctcttcaatcaaatatttcgcagtc
atcaacgaaaacaaaactatcgggcaggagttatgcatcaacagaacttccgacaggctg
caatcgacaatgctcattttaccaaaactcaacaagttcagtgaagaagcacatcttgaa
gtttgcaacaaggaccttggtttgtccctcacggcggcggcagaggccatggagctggcg
gtcagggcgaagagtccggtgcaactggcgcaagtgacgaccgcaccttcccgcaacttg
ctgagtcacgtcgcagctatagctggaatcaaggtgacagagtacacgccggaaaatcta
accctcgaacaattgggcttcgacgtttaccgcgctaacgaggtggcaaaatatttggat
gaaaacttctgtctcaccttagaaagtgagagtgtgccaaagttaaccatttctagaatc
cgtgagctggaaaagcagacagagaacatggataagggaaagactggtttgagcgtaatc
tacagttatgtagaccccgacgagctgatgggcacccttgagttgctgttcgttccaaca
atgacccacagtgctgctacgcgtgaagatgaattctacaatgaagacacttacctcgtt
ctagtaccaggtctagaaggaaactacagaaagttcaatagcctctgtgaaagattgaaa
ctggcggcagtcgtcatccagcctggtttagagaacccacatgaaagtattcaggacatg
gcaatgagattgtccaaggtcatgatgaagaaacttcaaccaaagaagcgattcttcatt
ttggggtattcgtttggtgttatgatcgctttagagatggcagccatcttggaagagcat
ggtctaactggtacggtgtactgcgtggacgcgagcccggacacgttcccggcggcgctg
gagggctggctgcgcgaggcgggcgccacggacgaggcgcgcctgcaggacgcgctggtt
cagcacatgtacacgctcatgaccgacagcagctccgaccagctcacactgcagctgaag
aacgccggctcatggaaagagaaagtggaagcgtgcgtgagcaccctgcgaggccgcgtc
tcccattctgcgcagtacgcccgcagtatgatcgaggctacgctcggtcgaatggaagtg
gttcgctcgtacaaccctcagaagttgcgtgagaaccctttgatctcgcaaatcgtggta
ctacgatccgactgccagccagcctcggtgaggccggacctgggcctggccagctactcg
caacaagccccggtcgtctacaccctgagtgccgaccacgcgtctgctctagatgacctg
cgctgcgccaacatcgtcaatagacatctcgacgaatcgatcaaggaggcattcctcaag
aggaatctgtgcgagtcgtacctactaaacgctgatacgttcatgggcatggctgaaatt
gatgaagttgattaa

  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 (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (14)   
   Pfam (14)   
All databases (149)   

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