KEGG   Aedes albopictus (Asian tiger mosquito): 109407207
Entry
109407207         CDS       T06060                                 
Name
(RefSeq) fatty acid synthase-like
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
aalb  Aedes albopictus (Asian tiger mosquito)
Pathway
aalb00061  Fatty acid biosynthesis
aalb01100  Metabolic pathways
aalb01212  Fatty acid metabolism
Module
aalb_M00082  Fatty acid biosynthesis, initiation
aalb_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:aalb00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    109407207
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:aalb01004]
    109407207
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:aalb04147]
    109407207
Enzymes [BR:aalb01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     109407207
Lipid biosynthesis proteins [BR:aalb01004]
 Fatty acid synthase
  Animal type
   109407207
Exosome [BR:aalb04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   109407207
  Exosomal proteins of breast milk
   109407207
  Exosomal proteins of colorectal cancer cells
   109407207
  Exosomal proteins of bladder cancer cells
   109407207
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 PKS_DH_N Thioesterase PP-binding adh_short PS-DH Thiolase_N ACP_syn_III
Other DBs
NCBI-GeneID: 109407207
NCBI-ProteinID: XP_019535737
Position
Unknown
AA seq 2385 aa
MGSRIENPAIEHRAKPPLPGEEIVIAGISGRFPNSDNVREYAHNLYNKIDMVDELETRWR
HSNVEIPRRMGKVNNLEKFDATFFGVHFKQAHTMDPQCRILVEHAYEAVIDAGVNPKSLR
GSRTGVFIGACFAESEKTWFYEKISSGGFGITGCSRAMMANRISYTMGLNGPSFLLDTAC
SSSMYALDCAFNAIRNGECDAAIVGGSNLLLHPYVTLQFARLGVLAADGYCRPFDKDASG
YTRSEAICVVFLQKAKDAKRIYADVVYSKTNCDGFKEEGITYPSGPMQRKLLSEFYQEIN
IDPSTVDYVEAHSTGTVVGDPEECNGLDKVFCQGRKKPLPVGSVKSNIGHSESSSGICSI
IKSVLAFENQVIPPNINFTETRGDIPSLVEGRLSVVSEPTPLDGPLIAVNSFGFGGANAH
ALLKGNPKLKVNGGIPEDNLPRLVTWSGRTEEAIDVILTELSNKHLDAEYVSLLHSVQSE
SIPGNVFRGYGVYAKNGMENALCLGRDCQHYTGMKRPLVWVFSGMGSQWTEMGTSLLEIP
IFRASVEKCHRVLEKRGLNLMEILTSKDCKYENILHSFVGIAAVQIGIVDVLRSLDIEPD
FVIGHSVGELGCAYADGCFTAEQMILSAYSRGMASLETKTVFGSMAAVGMGYRKIRTMIP
PGIEVACHNGPDSCTISGPKENVEAFVKELTGKGIFAKEVPCSNIPYHSKYIAEMGPRLL
ARLNEVIPEPKKRSPKWLSSSVPKIRWDQPESQYSSAHYHTNNLLSSVLFEETSALLPNN
AITIEVAPHGLLQAILKKSMPNAIHIGLTKRGNKDNVQYMFNALGKLYVNGLDIPVSRLY
PQVEYPVSRGTPLISHLVRWDHSEDWFVTKFEMQKSSKSGERRVKIKLSDQDFSYIAGHV
IDGRVLFPATAYLHLAWETLAMVKGPMYFDLEVEFEDVKFLRATSIAKDQEIEFTVMLQP
GTGRFEITEGSAAVVTGYVKHVENIQLSEIPDPPESDFPMLTARDFYKELRLRGYHYNGA
FRAVQEARADARCGKVSWDLNWVSFLDCLLQCCIVGKDTRSLMIPTGIERLRIDPKMHLA
IANTMEEGEQVFDFKFSDVLNTIRCGGIEVIGLQASTVGRRKPPGYPVLESYQFISHLPA
PKMSKADAVRVCVQLALENIPVPKVKAVETDFHNDTPITPLFAEALGDLPLVTADLMFLS
QQQLSLTGVHVEDGKLSTQSSCLFLISVNCLGRPELIEEAANSLHDSGFILSREAANLAL
DSIVAPAGYQLIALIPVEDETYVLLQRIKRKYMGSPTIVQIPNDDKFEWVAKLRDAMKQG
SVIAVAQGDSMSGILGLVNCIRKEPDGGMVSCVFVDDPRAPPFELDNPVYKSHLKLGLAL
NVYRNGRWGSYRHLQLLQPIVTKPRRDHCYANALTKGDLSSMTWLGGPYNQRRPTRELVK
VCYSSLNFRDVMFASGKLTADFANLSRLEQQCDLGFEYSGVTESGKRLMGMLTTGAMATH
VENDESLTWIVPEHWTLEEAATVPVVYGTVYTALFLNANIQKGQSILIHAGSGGVGLAAI
NVCQAYGLEVYTTVGTQAKRDFLLQTFPKLKPENIGNSRDTSFEKMIMLRTNGMGVDYVL
NSLSEDKLQASLRCLGKYGKFLEIGKYDMANDSKLGLHRFLRALSFTAILVDFLFTAPLE
EKQVLRDLVDKDIKAGIVKPLKTNVFPASEIENAFRYLASGKHVGKVLLKIRENPNDVES
VPIAYLPRMYCNPDHSYIIAGGLGGFGLELADWLVLRGCRKLVLSSSRGITKPYQAYRIK
MWEQYGVQVVVNTEDITTKKGCESLIMAATKLGPVGGIYNLAVQLRDGIFENQSVHKFIE
CMGPKAVATKHLDELSRKLCPHLSYFVVFSSVSCGRGNAGQSNYGMANSVMERIIEHRHA
NGLPAKAVQWGAVGEVGLVADMQEDKLDMEIGGTLQQRISSCLQELDPLLTTPEPIVASM
VVAEKRVRSTGKDNIIESVMNIMSIRDIKSVSMDTTLSELGMDSLMAVEIKQTLEREYEL
FLTPQDLRSLTFLKLQELTEAKACSDDNVKLKLANEKTPTGVAMLLRNLGDEFNSEHTIL
RLQSENDSKKYNACVLLTPGIEGVAGNAWHSIASQLTLPTFITQLTKTINMSSIPEICQF
LSQDVIENVFKGTEHFYLVGYSFGAFITLELARLLEETGKRGKILLIDGAPKFLHKLALD
QMSDNWTDETVQIVLFAGILNTIYPDETTDVLPIISDCPSFEARMDKLLELTKDQNIYSE
SYLRMMTKALFNRIKITLLYDVNKITPLESPITLVRPTEVSVVDIEEDYGLAEYTKGTVT
LKFLEGNHITMLENPKLTQIITESDPVLESDRCFQKYLQSNVIAE
NT seq 7158 nt   +upstreamnt  +downstreamnt
atgggttcgagaattgaaaatcccgctattgagcaccgtgccaagcctccgctacccggt
gaggagattgtgattgccggtatttctggtcggttcccgaattcggacaatgtgcgcgaa
tacgcccataacctgtacaacaagatcgacatggtggacgaactggaaacccgctggcgt
cacagcaacgtggaaatccctcgccgtatgggaaaggtcaacaacttggagaagttcgat
gctacgttcttcggtgtgcacttcaaacaggctcacaccatggacccgcagtgccgtatt
cttgtggagcatgcgtacgaagcagtcatcgatgctggtgtgaacccgaagagccttcga
ggatcacgtaccggagtgttcatcggagcatgctttgccgagtcggaaaagacttggttc
tacgagaagatttcttcaggtggttttggtattactggatgttcccgtgctatgatggcg
aaccgtatttcctacaccatgggtctgaacggtccatcttttctgttggataccgcttgc
agtagttccatgtatgctctggactgtgccttcaatgccattcgcaacggagagtgtgac
gcggccatcgttggtggatctaacttgctgttacatccatacgtcactctacaattcgca
cgtcttggagtcttggctgctgatggatactgtcgtccattcgacaaagatgcttccggt
tacacccgttcggaggccatctgcgttgtgttcctccagaaggccaaggatgctaagcga
atttacgctgatgttgtctactccaagaccaattgcgatgggttcaaagaggaaggcatc
acctacccatccggaccgatgcaacggaaactgctttctgagttctaccaagaaatcaat
atcgatccatcaaccgttgactacgtagaagctcacagtactggtacggttgtcggtgat
ccagaagaatgtaacggattggataaggtcttttgccaaggtcgtaagaagccactacca
gtcggatcagtcaaatccaacattggacattccgaatctagctccggtatttgctctatt
atcaagtcggttctggccttcgaaaaccaggttattccacctaacatcaacttcaccgaa
accagaggtgacattccatcgctggtcgaaggacgcttgtcggttgtttcggaacctaca
cctctggatggtccactgattgcggtgaactccttcggtttcggtggcgccaacgctcat
gctctgctcaaaggtaacccgaagctgaaggtcaacggtggaattcctgaagacaatcta
ccacgcttggtcacctggtcgggtagaaccgaagaggccatcgatgtcattttgactgaa
cttagcaacaaacacctggatgccgaatatgtttcgctgttgcacagcgtccagagcgag
tctattcctggaaacgtattccgtggctacggagtctacgctaagaatggcatggagaac
gcactctgcttgggacgtgattgtcagcattataccggtatgaagcgtccgctcgtttgg
gtattcagcggtatgggatctcaatggaccgagatgggtacttctctattggaaattcca
atcttccgcgcttcggtcgagaaatgccatcgtgtgctggagaaaagaggactgaatttg
atggagatcttgacctctaaggattgcaaatacgaaaacattcttcactcgtttgtggga
attgccgctgttcaaatcggtatcgtagatgtcctgcgttccctggatatcgaaccggac
ttcgttattggacattcagtcggtgagctgggttgcgcgtacgctgacggatgtttcaca
gccgagcaaatgatcctgtctgcatactcccgaggtatggcaagtttggagacaaagacc
gtgtttggttcgatggcagctgttggaatgggttaccgtaagatccgaacaatgattcca
ccgggaattgaagtggcctgtcacaacggtccggattcgtgtaccatctctggacctaag
gaaaatgtggaagcctttgttaaggagctgaccggaaagggaatatttgccaaggaagtt
ccttgctcgaacattccttatcacagcaagtacattgctgaaatgggaccaaggctgttg
gcgcgactgaacgaagttatcccagaaccgaagaaacgatcgcccaagtggctgagttca
tctgtgccaaagatccgttgggaccagccggaaagtcagtactcctcggctcactatcat
acgaacaatctgctgagctcggtattgttcgaggaaacctccgctcttcttccaaacaac
gcaataaccattgaagttgctccccatggactgttgcaagccattttgaagaaatccatg
cccaacgctattcatattggtttgactaagcgtggtaataaggataacgtgcagtacatg
ttcaacgctttgggaaaattgtacgtcaacggcttggacatcccggtttcacgtttgtac
ccgcaagtggaataccctgtctctcgaggaacacctctgatctcgcacttggttcgttgg
gatcacagcgaagattggttcgtaaccaagttcgaaatgcagaagtcttcgaagagtgga
gaacgtcgcgtcaagatcaaactgagcgatcaggacttcagctacatcgccgggcacgtc
atcgacggtcgtgtgctgttccctgcaacggcgtacctgcatctggcatgggaaactctt
gctatggtaaaaggtccaatgtatttcgacttggaggtggaattcgaggatgttaagttc
ctgcgtgctacgtcgattgccaaggaccaggaaatcgagttcaccgtgatgcttcaaccg
ggtaccggccgctttgaaatcaccgaaggatcggcagcagtcgttacaggctacgtcaaa
cacgttgagaacattcaactgtcggaaattccagacccaccggaaagcgacttcccaatg
ttaaccgctcgtgacttctacaaggagcttcgtctgcgtggttaccattacaatggagct
ttccgtgcagtacaggaagcacgagctgatgcacgttgtggaaaggtcagctgggatctg
aactgggtatcgttccttgactgcttactacagtgctgtatcgttggcaaggatacgcgc
tctctgatgatcccgacaggaattgaacgtttgcgcattgatcccaagatgcatctggcc
attgccaataccatggaagaaggcgaacaggtgttcgacttcaaattctccgacgtgttg
aatacgattcgttgcggtggaatcgaagtcatcgggctgcaggctagcaccgttggacgc
aggaagccaccaggttatccagttttggaatcataccagtttatctcgcaccttccagca
ccgaagatgagcaaggccgatgccgtgcgagtatgcgttcaactcgccttagaaaacatc
ccggttccgaaggtgaaggccgttgagactgacttccataacgatactcctattacgcct
ctattcgctgaagctcttggagatcttccgttggtcaccgccgatctgatgttcctctcg
cagcaacagctatccttgaccggagtacatgttgaagatggaaaactgtctacccaatca
agctgtctcttcttgatttccgtgaactgccttggacgtccagagctgatcgaggaagct
gccaacagcttacacgatagtggtttcatcctatctcgagaagccgcaaacttggcattg
gatagcatcgttgctcctgctggataccagctgattgccctgattccagtagaagatgaa
acctacgtgctcttgcagcgtatcaagcgcaagtacatgggaagcccaaccattgttcag
attcccaacgacgacaagtttgaatgggtcgctaagctgcgtgatgcaatgaagcaagga
tcggtgattgctgttgctcaaggagacagcatgtctggtatcctcggtcttgtaaactgt
attcgtaaggaacctgatggtggaatggtgagctgcgtctttgtagatgatccgagggca
cctccattcgagctcgataaccccgtatataaatcgcatttgaaactaggcctggctttg
aacgtgtaccgaaatggacgctggggatcttaccgtcacctgcagctgctgcaacccatt
gtcaccaagccaagacgtgaccactgctatgcgaatgctctgactaagggagatctgtca
tcgatgacctggcttggtggaccgtacaaccagcgaagaccgactcgcgagctcgtcaag
gtttgctacagttctttgaacttccgcgatgttatgtttgcatcgggtaaacttacggct
gacttcgccaatctgtcccgcctggaacaacagtgtgatctcggtttcgagtattctgga
gtcaccgaaagtggcaagcgattgatgggtatgcttacaaccggcgcaatggcaactcac
gtcgagaatgatgaatcgttgacatggattgttcctgaacactggactctggaagaggct
gccacagttcctgttgtctacggtaccgtgtacactgctttgttcctcaacgcaaacatc
cagaagggacaatccatcctcatccacgctggtagtggaggtgttggtctagcagctatc
aatgtatgtcaagcatacggattggaagtttacacaactgtgggaacgcaagcgaagcgg
gacttcctactccaaaccttccccaaattgaaacctgagaacattggaaactctcgtgat
acttcattcgagaaaatgatcatgcttcgcaccaatggaatgggcgttgactacgttctg
aactcgttgtctgaagataaactgcaggcttcgttgcgttgcttgggcaagtacggaaaa
ttcctggaaatcggcaaatatgatatggccaatgacagcaaactgggtctgcaccgattc
ttgcgagccttgtcgttcacggctatcttggtagatttcctgttcacggcccctctagag
gaaaagcaggtcttgcgtgatctcgtcgataaggatatcaaggccggaatcgttaagcca
ttgaagaccaacgttttccctgccagtgaaattgagaatgccttccgatatctggccagc
ggcaagcacgtcggcaaggttttgctgaagatccgtgaaaatccaaatgacgtagaatcg
gtaccgattgcttatctgcctcgaatgtactgcaatccggaccattcgtacattattgct
ggaggcctgggtggttttggtttggaacttgctgattggctggtactgcgtggatgtcgt
aaacttgtcctgagctctagccgaggcattaccaagccataccaagcctaccgtatcaaa
atgtgggaacaatacggtgtccaagtggtagttaacaccgaagatattacgaccaagaag
ggatgcgaatcgttgataatggctgccaccaaattgggcccagtcggaggtatctacaat
ttggcggttcaactgcgcgatggtatctttgaaaatcagagtgtccacaagttcatcgag
tgcatgggtcctaaggcggtagcaaccaaacacttggatgagctcagtcgtaaactgtgt
cctcatttgtcgtacttcgttgtgttctctagcgtttcctgcggtcgtggaaacgctggc
cagagtaactacggtatggcgaactccgtcatggagcgcatcattgaacatcgtcatgcg
aatggactgccggccaaggccgttcaatggggagccgttggagaagttggtttggttgcg
gacatgcaggaagacaagctggatatggagattggtggcactctacagcaaagaatctcc
tcctgtcttcaggagctggaccctctgctaacgactccagagccaatcgttgccagcatg
gttgtcgctgagaagcgtgtgagaagcaccggaaaggataatattattgaatccgttatg
aacatcatgagcatccgtgatatcaagtcggtatcaatggatactacgctctcggaactt
ggaatggactcactgatggctgtcgaaatcaagcagacgcttgaacgtgaatatgaatta
ttccttacgccacaggatctccgctcgctgactttcctgaagcttcaagaactaacagag
gcaaaggcctgttccgacgacaacgttaaattgaagctggccaacgaaaagacaccaact
ggtgttgctatgttgcttcgtaacttgggcgatgagttcaacagcgagcatacgattcta
cgtctacagtccgagaatgactctaagaaatataatgcctgtgttcttctaacgcctgga
attgaaggcgttgccggtaatgcctggcatagtatcgcttcgcagctgaccttgcctacg
ttcatcactcagctgaccaagacgatcaacatgagcagcataccagaaatctgtcaattc
ctgtcccaagacgtgatcgaaaatgtgttcaagggaacggaacacttctatcttgtcggt
tactcgtttggcgcgtttattacgctagaattggcacgattgctggaagaaacaggtaaa
cgaggaaaaatcctactgattgacggcgcacccaagttcctgcacaagctggccttagat
caaatgtccgacaattggaccgatgaaactgttcaaattgttctgtttgccggtatcctc
aacactatctacccggatgagacgacagatgtactgccgataatcagtgattgtccgtcg
ttcgaggcacgaatggacaaactactcgagctcaccaaggatcagaacatctactccgaa
tcctacctgagaatgatgacgaaagcattgttcaaccgaatcaagatcaccctgctgtac
gacgttaacaagatcaccccactggagtctccgatcaccctggtacgcccaacggaagta
tccgtcgtggacatcgaagaagactacgggctcgcagagtacaccaagggcacggttact
cttaagttcttggagggtaaccacatcaccatgctggagaacccgaagctgacgcagatc
attaccgagtccgacccggtgctcgagtcggatcgctgcttccaaaagtaccttcaaagc
aatgtaattgccgagtaa

  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 domain (15)   
   Pfam (15)   
All databases (107)   

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