KEGG   Aphis gossypii (cotton aphid): 114121664
Entry
114121664         CDS       T05869                                 
Name
(RefSeq) fatty acid synthase-like
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
ags  Aphis gossypii (cotton aphid)
Pathway
ags00061  Fatty acid biosynthesis
ags01100  Metabolic pathways
ags01212  Fatty acid metabolism
Module
ags_M00082  Fatty acid biosynthesis, initiation
ags_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:ags00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    114121664
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:ags01004]
    114121664
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:ags04147]
    114121664
Enzymes [BR:ags01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     114121664
Lipid biosynthesis proteins [BR:ags01004]
 Fatty acid synthase
  Animal type
   114121664
Exosome [BR:ags04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   114121664
  Exosomal proteins of breast milk
   114121664
  Exosomal proteins of colorectal cancer cells
   114121664
  Exosomal proteins of bladder cancer cells
   114121664
SSDB
Motif
Pfam: Acyl_transf_1 KR KAsynt_C_assoc FAS_pseudo-KR ADH_zinc_N_2 ADH_zinc_N PKS_DH_N PP-binding adh_short Ketoacyl-synt_C SAT
Other DBs
NCBI-GeneID: 114121664
NCBI-ProteinID: XP_027839891
Position
Unknown
AA seq 1766 aa
MGHSEPASGLCSLAKIVISMESGKIPANLHFASPNPDIQALLDGRLQVVNKNWDFNGGYV
AINSFGFGGANAHVLLKPNSKTKTNKIVNHVPRLIAVSGRTEEAVNNMLKNIAETPLDDD
FVSLLHDIHANNINGHGYRGYSILGKSIFEVTEVKSNKRPVWYVFSGMGSQWAGMAEGLF
QLEPFAKAINRAATVLQAEGIDLLSILNSKDEKTFDNILNSAVSITSMQVALIDLLKSIG
IEPNGFVGHSVGELTCAYADGTFTIEQTILISALRARCVLESKLMQGSMAAVGLSWEDTK
KRLPADLVAACHNSEDSVTISGPPKSVSEFVKTCKAEGIFAKEVNSSGFAFHSKYIADAE
PMLRKRLEQILLDPKPRSSKWISSSIPEELWNTPLAKTSSTAYHVNNLLSPVLFHEAILH
VPKDAVVIEVAPHSLLQAILKRSLGPDCLCIGLTKRSTNPQGNISILLSAIGKLYNAGLQ
PQIKNLYPAVSYPVPRGTPMIQSLVEWDHSTQWTVADFVQKEAGSGECVIKVDLGTEEDQ
FLSGHAIDGRVLFPATGYLTLVWKTFAKLHDKTIEEFPVAIENVQFLRATIMPKTGNVSF
SISIFEGTGNFEICEGDSVAVTGNISILNDTDSELLDAELPILDINENAIPLKSGDIYKD
LGLRGYDYKGAFRGVKESDNKGIQGKLEWNGNWISYIDTMLQFSILGLKTKELYLPTRLQ
KIIVDPVKHLKIAEALSESSSISINMYRDIDVIKSGGIEICGLKLSLAPRRQQSQAAPKL
EKYTFVPYTADKVFSTQTELSDLFSAYLQIVLENSAGAVKIKVVEYGADKSFEGIYMPNV
VNILESEPLISLDATLATTQTQALTPFLGPLEVKMINKSLENGPIESNAHVAIAFDVLES
KNKLNNLVDTVKDGGFILLSETNNISQTLVENSNLILISKLSADGRTFYLLRKLIKNQPN
PEVIQVSEKSYEWVETLKSALKTAEADPSKKIVLFAQGEDTNGIIGLVKCIKQEPGGNSV
RSVFIQDPAAPKFSLTAPLYTAQLKKDLLSNVLKPNGVWGSMRHLKLENQQDKPSLQVEH
AYINALTRGDLSSLKWIEGPLTNSKPEYNPNTELCTVYYAPLNFRDIMLASGKLPPDALP
GDLAGQDCILGLEFSGRKSKGKKVMGMLAAKGLATSVLADTNFLWEVPNKWTLEEASTVP
VVYGTAYYALCVRGRMKPGDSLLVHAGTGGVGQAAIAIALHMGVTVYTTVGSKEKREFLK
KTFPKLTDKNISNSRNTSFERHILRETKGRGVDLVLNSLAEDKLQASVRCLAKDGCFLEI
GKLDLSNNSPLGMSVFLKNTTFHGILLDSLFDINSTSEEKKEVVRLLNEGIKNGAVNPLP
ATVFTESQVEQAFRYMGSGKHIGKVVLKIRDEESTAVVLPETKLVNSIPRSYMNPDKTYV
LVGGLGGFGLELANWLIVRGAKNLVLTARSGITTGYQDVCVRNWKESGVNILISKADCST
ITGAQQLIDDSNKLGPVGGVFNLAAVLRDAFLENLTPQDFETVSKPKVTGTKNLDTVTRK
SCPELDHFVVFSSVSCGRGNAGQTNYGFANSVMERICEARQEAGLPGLAIQWGAIGDVGL
IMETMGGNETVVGGTLPQRMASCLSAFDVFLHHREPVLASMVLADKRKGGSGGASQVSLV
DAVANILGMKDTKNIDESATLADLGMDSLMGAEIKQTLERNYDLVLSIGEIRVLTAKRLR
ELQSDGSESPAVDAPIVDTKNIVNGA
NT seq 5301 nt   +upstreamnt  +downstreamnt
atgggtcactccgaacccgcctccggcctttgttcgttggccaaaattgttatttctatg
gaaagtggcaaaattcctgcaaatcttcactttgccagcccaaaccctgacattcaagct
ttgttggacggaagattacaggttgtgaacaaaaactgggacttcaatggtggttatgtg
gctattaactcttttgggtttggtggtgccaacgctcacgtgttgttgaagcctaattcc
aaaacaaaaaccaataaaattgtaaaccacgtaccgcgtttgattgccgtgtctggaaga
acggaagaagcagttaacaatatgttgaaaaatatcgctgaaactccgttagacgatgat
tttgtttctttgttacacgatatccatgctaataacattaacggacacggttatagaggg
tattcaatcctaggaaaatctatctttgaagttactgaagttaagtcaaataaaagacca
gtgtggtatgttttttctggaatgggaagtcaatgggccggtatggccgaaggactcttt
caattagaaccttttgccaaagctatcaacagagcagctactgttctccaagccgaaggt
attgatttgttgagtattttgaactccaaagatgaaaaaacttttgataatatcctcaac
tcagctgtttcgataacatccatgcaagtggcattgattgatttattgaaatcaattgga
atcgagccgaatggttttgttggccattcagttggggagcttacttgtgcttatgctgat
ggaacgtttaccattgaacagactattttaatctcagcattgagagctcgttgtgttttg
gaaagtaaactaatgcaagggtcaatggctgctgttggtttgtcttgggaagatactaaa
aaaagattgcctgctgatttggtagccgcctgtcataatagtgaagacagtgtaacaata
tctggccctcctaaaagcgttagtgaatttgttaaaacttgtaaagctgaaggaattttt
gctaaagaagtcaatagttctggattcgcttttcattctaaatatattgccgatgcagaa
ccaatgcttcgcaagaggttggaacaaattttactagacccaaaaccccgttcttcaaaa
tggatcagttcatctatacctgaagaattatggaacactccgctagctaaaactagttct
actgcataccatgttaacaatttactgtcaccggttttgttccatgaagctatacttcat
gtgccaaaagatgctgttgttattgaagttgcaccgcattcattacttcaagctatttta
aagagatctctagggccagactgtttatgtatcggtctaaccaagcgttcaacaaacccc
caaggaaatatttcaatcttattatcagctattggaaaattatataatgctggacttcag
ccgcaaatcaaaaacttgtacccagctgtgtcgtatcctgtcccacgtggaacaccaatg
attcaatcgttggtcgaatgggatcactctactcaatggaccgttgctgattttgtacaa
aaggaagctggatctggtgagtgcgtaatcaaagtagatttaggtacggaagaagaccaa
tttttgtctggacatgcaattgacggaagagtgttattccccgcaacaggatacttaact
cttgtatggaagacgtttgctaaacttcacgataagaccatcgaagagtttccagttgct
attgaaaatgtacaatttttgcgtgcaactatcatgcctaaaactggaaacgtaagcttc
tcgatcagcatttttgaaggaactggcaattttgaaatttgtgaaggagattctgttgca
gtgactggcaacatttctattttaaacgatacggattccgagctattagatgctgaacta
cctattcttgatatcaacgagaacgctataccacttaaatcaggagacatatacaaagat
ttgggtttgcgtggatatgattacaaaggagcatttagaggagtaaaagaatctgataac
aaaggcatccaaggaaaattagaatggaatggaaattggattagctatattgatacaatg
cttcagttttcaattttgggtttgaaaaccaaagaattatatttaccgacaagattgcaa
aaaattattgttgaccctgttaagcatttgaaaatagctgaagccttatctgagagtagc
tccatctccataaacatgtacagagatatcgatgtcatcaaatctggtggaattgaaatt
tgtggattaaaattgagcttagctccaagaagacaacaatcgcaagcagctcctaaatta
gaaaagtacacgtttgtaccgtacactgcagataaagttttttcaacccaaaccgaatta
tccgacttattctctgcttatctacaaatcgttttagaaaatagtgctggcgctgtaaaa
attaaagttgttgaatatggagcagataaatcatttgaaggaatttatatgcctaatgtt
gtaaatattttggaatcagaacctttgatatctttggatgcaaccttggctaccacccaa
acacaagctttaactccatttttgggaccattagaagtgaaaatgattaacaaatcatta
gaaaatggacctattgaatctaatgctcacgtggctattgcatttgatgtgttagaatca
aaaaacaaactaaataacttggtcgatacggtaaaggacggaggatttatccttttatct
gaaaccaataatatttctcaaactcttgttgagaatagtaaccttattttaattagcaag
ttatcggctgatggtagaacattctacttgttgagaaagctaattaaaaatcaaccaaat
cctgaagtaattcaagtatctgaaaaatcttatgagtgggttgagacattaaaatcggct
ttaaaaaccgctgaagctgacccaagcaagaaaattgttttgtttgctcaaggagaagac
actaatggtattatcggtttggttaaatgtatcaaacaagaacctggtggtaacagtgtc
agatcagtatttattcaagacccagctgcaccaaaattctctttaaccgctcctttatat
actgcacagctgaaaaaagatttactgagcaatgtattaaagcctaatggggtgtggggt
tcaatgagacatttgaaattagaaaaccaacaggataaaccctcattacaagttgagcat
gcttatattaatgctttaactcgaggtgatttgagtagtttgaaatggattgaagggcct
ttgacgaattccaaacctgaatacaatccaaatactgaattgtgtaccgtttactacgca
ccacttaatttccgtgatatcatgttagcatctggaaaacttccacctgatgcattgcct
ggtgatttagctggacaagactgtattcttggacttgaattctctggtcgtaaatctaaa
ggtaaaaaagtaatgggtatgctcgctgctaaaggattagctaccagtgttctagcagat
acaaacttcttatgggaagtacccaacaaatggacattagaagaagcatcaactgtaccc
gttgtttacggaacagcctattatgcactctgtgtaagaggacggatgaagccaggtgac
tcattgttagttcacgcgggtactggaggtgttggtcaagcagcaattgctattgctttg
catatgggagtaactgtttacaccactgttgggagcaaagagaaaagagaatttttaaaa
aagacattccccaagttaacagataaaaatatttcaaattctcggaacaccagctttgag
cgacatattttaagggaaactaaaggacgtggtgtagatttggtcctgaactcgttagct
gaagataaactccaagcatctgttcgttgtttagctaaagatggttgtttcttagagatc
ggtaaacttgatttgtcaaacaacagcccactgggaatgtccgttttcttgaaaaatact
acattccatggtattctattggactcattgtttgatatcaattccacaagcgaggaaaag
aaagaagtagtaagattactcaacgaaggcataaagaatggggcagtaaatcctctaccg
gctacagtattcactgagtctcaagtggaacaagcattcaggtatatgggttctggtaaa
catattggaaaagtagtattgaaaattagggatgaagaatctacagcagttgttctacca
gaaaccaaattggtaaattctattccacgatcttatatgaacccagacaagacatatgtg
cttgtaggaggacttggaggattcggtttagaattagctaactggttaattgtaagagga
gctaaaaacttggtattgactgccagaagtggaattactaccggttatcaagatgtatgt
gttaggaattggaaagagtctggagttaatatattgatatctaaggctgattgttcaact
attactggagctcaacaattgattgatgacagtaataaattgggacctgttggaggtgtc
ttcaacttggcagctgtattgagggatgctttcttagaaaatttaaccccacaagatttt
gaaactgttagcaaacctaaagtaactggtaccaaaaacttagacacagttactaggaag
tcttgtcccgaactcgatcacttcgttgtattctcatcagtgtcttgtggacgtggtaat
gctggacaaactaattacggttttgctaattctgtcatggaaagaatttgtgaagctaga
caagaagcaggtctcccagggttggctattcaatggggtgctattggagatgttggactt
atcatggaaacgatgggtggaaatgaaacagtggttggtggtacattgccgcagcgtatg
gcttcgtgtttgagtgcttttgatgtatttttgcaccatcgagaacccgtcttggcttct
atggtattagcagataagagaaaaggtggatctggtggagcttctcaagtgagcttagtc
gacgctgttgccaacattctaggcatgaaggacacgaagaacattgatgagtcagcaact
ctagcagatttaggcatggattccttgatgggtgccgaaatcaaacagactttggagaga
aactacgatttggtattaagtattggtgaaatccgagttctgacagctaagagattacga
gaattgcaaagtgatgggagtgaatcaccagctgttgatgcacctatcgtagacaccaag
aatattgtaaatggggcttaa

  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 (11)   
   Pfam (11)   
All databases (107)   

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