KEGG   Acyrthosiphon pisum (pea aphid): 100158855
Entry
100158855         CDS       T01076                                 
Name
(RefSeq) fatty acid synthase isoform X2
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
api  Acyrthosiphon pisum (pea aphid)
Pathway
api00061  Fatty acid biosynthesis
api01100  Metabolic pathways
api01212  Fatty acid metabolism
Module
api_M00082  Fatty acid biosynthesis, initiation
api_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:api00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    100158855
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:api01004]
    100158855
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:api04147]
    100158855
Enzymes [BR:api01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     100158855
Lipid biosynthesis proteins [BR:api01004]
 Fatty acid synthase
  Animal type
   100158855
Exosome [BR:api04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   100158855
  Exosomal proteins of breast milk
   100158855
  Exosomal proteins of colorectal cancer cells
   100158855
  Exosomal proteins of bladder cancer cells
   100158855
SSDB
Motif
Pfam: Acyl_transf_1 ketoacyl-synt KAsynt_C_assoc Ketoacyl-synt_C ADH_zinc_N Thioesterase FAS_pseudo-KR ADH_zinc_N_2 PKS_DH_N
Other DBs
NCBI-GeneID: 100158855
NCBI-ProteinID: XP_001942950
APHIDBASE: ACYPI000277
UniProt: A0A8R1W051
Position
A1:complement(87815498..87833362)
AA seq 2090 aa
MEDKEDIFEVVISGVGGKFPMSENMDELRINLNNKVNMVTESDCRWNKDEWSGVPAATGK
ISVHQKLDDTFMGMNSRIVKALDPLTRCLLERVYEAIIDAGLNPKHLYGSKTSVYTASCV
SDSEAIGCDEKLTTPFWLLAHVRALLANRVSNIFNLQGPSYTIDSSWIGGIEVLKQAAAD
VAKGRIKSALVGVTNIIWHPDMAKHWIGLDKLSADGICRSFDENASGYGRSEGVVVLLLQ
RSTDALRSYGTILHCDARLCMEKAINFIRPSEDSFREFFKSFYEDCKVSPENVSYLESDG
SACKYYEEKELNVSSDIFCENKRISPLLIGSIKSNLGHTEGASSLVAIVKALIALDSGII
PPNINYVTPNIKIEALKKEKMKVVTEPTKLEGTIVATTTLGMPSSIGHVLLKQNPKTKLY
PQLGPSQRLVILSSRTEKGISEAIDRVKSLPRDDEYLGLIQNAFSENITGHFHRGYAVLN
EEASPTFGVQEIGEFNRPVWFVFAGMGSQWPGMASDLMEIPCFADSVKRCDKYIRPIGYD
IFDILTNPDPEVLKQKPMISFLAITTMHIAFVDLLAKLGIHPDFMFGHSLGENGCAYADG
CFSTYETLMAAYARGKVSEFLKPEKGLMAAVGLNYQNIPDLPSSIDIGCHNSEDNVTLSG
PSDDMENYLETLKKRNVFVRTVNSNGIAYHSRLVRRQAEFVQKFIEKAVPNPKKRSSRWI
STSIPEANWNSELAQWSSGKYHANNFKKTVYFSEACQKIPKNVIVIEIAPHGLFQGILKS
ALDSSCKIVSVAKRGSKSPLKHFLTTLGELYSSGLHFNLDTIYPPPEYPVSRGTPSLAPL
VSWNHEETWPINTYYGNSNSDYVQLCLRDKTSRHLLGHKVNDAVVVPLSFFITEVLKSLE
NKQSAILNKSHQTIFENVFVHTPLISTAEESNGFYTQIQPGTGSFEVIESRHVLLSGLVY
TDDSNHLISPEPPTDYEVNIENEWISDNEIYKVFSENNINFSTPYCTIQKILIHDKGFLA
NIFWKNDLNINLNSMMQLKMFADLQSYHDLPLLPSWFRSLVIDSEIIKNINHGSMVYITF
DTRTNVIRGPGIEIETLKTSIFPTIEPMPIHLNIQKVQFIEQPNPKIQNFMQFLSICMQL
VKNTVHSSSKLKTKLKINDAIFVESFKRVFEIQPFLKADVEEYSNFQITDLLSNHVLLLV
TEHLNEKLNKDIKNCAGKVFVLIKNSTVDDTYTTIVRYEHNGSIYRLITRLVKLPNKILE
VSTKNSSWTDNIEQGLKLLSSNVSPIVLIKNDSENSLQVVQKIENIKSMIDFRYVLLYDD
VKLFDLTKTFFREQLFKGLRQNILKNNSWGSYTILPCMDNLSTELNTNELQKYVNPKSEF
SIKYIGSFKTNLMEDEVCTQYSGIDNEGKSVMGILKYKSKNKRYEIDNILKWYVDSEMTL
EESGKCPLAYSMAYYCIVSKARVKVGDSILIHNGCSQDGQAFIRVALGFNCKIYVTTYNN
DQSDFIKSLFPKLSSGNILDLNNSKFEIQLMSLTKGKGCDIVINAIPTEFLLASLRCVKP
FGSFIHIGSQDVNVHTEIGMNMFLKNISLYGVQDLLNIVNSPIETKNQLKQLVENGIKNK
IVSKLYEEISKTNKTSTNNVHNSEKLIETNNSDHSFVKKEMAYIIIGSATNLWIKTVNWL
LQQEAKKLIFIIDGTNSVMRRSQRTIYSLIQRYSDVSFIMTSAERFNTTKEGETLLREFV
SYSKIEALFCVEMSVTKLKNIDKACRNVLPDLKHFICMQSDAIEVCESRSNANYNCINVQ
CDKSVRKPEIILKYMNKLIESVNDSKPVSVIFDDPLISKHDNFDSISEYLPKTIKELLEL
NIDLPEYPRFEQCTSKSIPNTGNNSLLPVFIIPGLGVSRIQPLINQIMHPVFCAKFPSYI
NSVENAALGLLWPLKQIQSEGPFTIVGETWGGNIAVELAKIMEGFGETVNLILLDGCPSD
NKKRLKLVDNFDFKQLSGNSEAKEKINSSIDVLMNQLSAVKDFIPNNTQLAANTVIARPS
TSDILDSCINFEKYHCGKLTVHISKKSSYIEFINSLEAAAIINENSSFKW
NT seq 6273 nt   +upstreamnt  +downstreamnt
atggaggacaaggaagacatttttgaagtcgtcatatccggcgtgggtggcaaattcccc
atgtcggaaaacatggatgaactaagaataaatttgaacaacaaagtgaatatggtaacc
gaaagtgattgcagatggaataaagatgaatggtcaggagttccagctgctacaggaaaa
ataagcgtacatcaaaaactggatgatacatttatgggaatgaattcacgaatcgtaaaa
gcattggatcctttgacaagatgtttattggaaagagtttacgaagcaataattgatgca
ggactgaatccgaaacatctctacggatcaaaaacttctgtttacacggcttcatgtgtc
agtgatagtgaagcgattggatgtgatgagaaattaactacaccattttggctccttgca
catgttagagctcttttggcaaatagagtttctaacatatttaatttacaaggaccaagc
tatacaattgattcatcttggattggtggtatagaagttttaaaacaagctgcagcggat
gtagcaaaagggaggattaaatcagcattggttggcgtaaccaatattatttggcatcca
gatatggcgaaacattggataggattagataagcttagtgctgatggaatttgcaggtca
ttcgacgaaaatgcaagtggatacggtcgaagcgaaggtgttgttgtacttctactccaa
aggtctactgatgcattacgttcttatggtactattctgcactgtgatgctagactttgt
atggaaaaagcgatcaactttatacgaccatccgaagattcattccgtgaatttttcaaa
tcattctatgaagattgtaaagtttcaccagaaaatgtttcttatttagaatccgatgga
tctgcttgcaaatattacgaagaaaaagagcttaacgtatcatcagacattttctgtgaa
aataaaaggatctctcctttattaattggatcaataaaaagtaacttaggacataccgaa
ggtgcatcgagtttggtagcaattgtgaaagcattaatagcgttagattctggcattatt
ccacctaatatcaactatgtaacaccaaatattaaaattgaagctttgaaaaaagaaaaa
atgaaggtggtcacggaacctacaaagttagaggggactattgttgcaacaacaactttg
ggaatgccatcatccattggtcatgttctacttaaacagaatcccaaaacaaagttgtat
cctcaactgggacctagtcaaagattagttatattgtcatcaagaacagaaaaaggaatt
tctgaagcaatagacagagtcaaatctttgcctagggatgatgaatatttaggacttatt
caaaatgccttcagtgaaaatataactggccatttccacagaggttatgcagtacttaac
gaagaagcttcaccaacatttggcgtacaagagataggcgaattcaatcgtccagtatgg
tttgtttttgctggtatgggatcacagtggcctggaatggcgtcagatctaatggaaata
ccatgttttgctgatagtgttaaacgatgtgataaatacattcgtcctattggatacgat
atatttgacatattaacaaatccagatcctgaagttcttaaacaaaaaccaatgatttca
ttcttagcaataactactatgcacatcgcatttgtagatctattagcgaagctcggtatt
caccccgattttatgtttggtcattctttgggtgaaaatggatgcgcttatgctgatgga
tgtttcagtacgtatgaaactttaatggcagcatatgctagaggcaaagtatccgaattc
ttaaagcctgaaaaaggcctcatggcagcggtaggtttaaattatcaaaatatacctgat
ttgccatctagtattgatataggatgccataattctgaagataatgttactttatctggt
ccttctgatgacatggaaaattacttggagactctgaagaaacgaaacgtttttgttaga
actgtaaattcaaatgggattgcgtatcattcaagattggtcagaagacaagctgaattt
gttcagaaatttattgaaaaagctgtaccaaatccaaagaaacgatcttcaagatggata
tcaacttctataccggaagctaattggaatagtgaattagcacaatggagctctggaaaa
tatcatgcaaataattttaagaaaactgtttatttttccgaagcatgtcaaaaaatacct
aaaaatgttatagtcatagaaatagctcctcacggtctatttcaaggaatattaaaatca
gccttagatagttcatgtaaaattgtctctgtagcaaaacgaggaagtaaaagtccacta
aaacattttctaacaacacttggtgaactctattctagtggtcttcactttaatttggat
acaatctaccctccaccagaatatcctgtttcgagaggaactccgagcttagcccctctt
gtatcttggaaccacgaagaaacttggccaattaacacatattatggcaattctaattca
gactatgtacaactttgtctacgtgataaaacttcaagacatctattaggacataaagtc
aatgatgcagttgtggtgcctctatcatttttcattacagaagtgttgaaatcactagaa
aataagcaatcagctatcttaaataaatcacaccaaacaatatttgaaaacgtttttgtt
catacacctctaatttcgaccgctgaagaatccaacggtttttatacacaaattcaacca
ggtactggttcttttgaagtgattgaatctcgacatgtattattatctggattggtatac
actgatgatagcaaccatcttattagtccagaaccaccaacagattatgaagttaatatt
gaaaatgaatggatatcagataatgaaatatataaagtattttctgaaaataatattaat
ttctcaactccttattgtaccattcaaaaaatccttattcacgataaaggtttcttggca
aatatattttggaaaaacgatctcaacatcaatctcaactcaatgatgcagttaaaaatg
tttgctgatcttcaatcatatcatgacttacctttgcttccatcttggtttagaagttta
gttatcgatagtgaaataatcaaaaatattaatcatggatcgatggtttatattacattt
gatactagaactaatgttattagagggcccgggatagaaattgaaactttaaagacttca
atttttccaacaattgagccaatgcctatacatttgaatattcaaaaagtacaatttatc
gaacaaccaaatcctaaaattcaaaattttatgcagtttttaagcatttgtatgcaactg
gtcaaaaatacggtacactcgtcatcaaagttaaaaacaaaattaaaaattaatgatgct
atatttgtagaatcatttaaaagggtttttgaaatacagccatttttaaaggcagatgtt
gaagaatattcaaattttcaaataacagatttattatccaatcatgtattacttttagta
actgaacatttaaacgaaaaattaaataaagatataaaaaattgcgcaggaaaagtattt
gttttgataaagaattcaactgttgatgatacgtataccacaattgttcgatatgagcat
aatggttctatttatcgtctaataacaagactagtgaaattaccgaacaaaattttagag
gttagcactaaaaatagttcatggacagataacatagaacaaggacttaaattattatct
agtaacgtttcaccaatagttttgattaaaaatgattcagaaaattcattgcaagtggta
caaaaaattgaaaatatcaaatctatgattgattttagatacgtcttactttacgatgat
gtaaaattgtttgatttgaccaagaccttcttcagggaacaactatttaaagggttaagg
caaaacatattgaaaaataatagctggggaagttataccatacttccttgtatggataat
ctttctactgagttaaatactaatgagttgcaaaaatatgttaatccgaaaagtgaattc
tccatcaagtatataggatcttttaaaacaaatttaatggaagatgaagtatgtactcaa
tactcgggtatagacaatgaaggaaaaagtgtaatgggtattttaaaatataaatctaaa
aataagcgatacgaaatcgataatattctaaagtggtatgtagattctgaaatgaccttg
gaagaatcaggaaagtgtccattagcttactcaatggcttactattgtattgtaagcaaa
gcacgtgttaaagttggagattcaattcttatacataatgggtgttcacaagatggacaa
gcatttataagagttgcccttggatttaattgtaagatctacgtaactacatataataat
gaccaatctgactttataaaaagtttatttccaaagttgagtagcggcaatatactagat
ctcaataatagcaagtttgaaatacaactaatgagtttaacaaagggaaaaggatgtgac
atcgttatcaatgctataccaactgaattcctgttggcttctcttcgatgtgttaaaccg
tttggctcatttatacacataggttcacaagatgtgaatgttcatacagaaattggcatg
aatatgtttttaaaaaatatttcattatacggtgtacaagacttattaaacatagttaat
tctcctatcgaaaccaaaaaccaactcaagcagcttgttgaaaatggtatcaagaataaa
atagttagtaaattatatgaagaaatttcaaaaacaaataagacatctactaacaatgtc
cataattcagagaaactaattgaaacaaataactcagatcatagttttgttaaaaaagaa
atggcatacataattattggttctgcgacgaatttatggattaaaacagttaactggctt
cttcaacaagaggcaaaaaaattgatattcatcattgatggtaccaattcagtaatgaga
aggagtcaaagaactatatattcactaattcaaaggtactccgatgtttcgtttataatg
acttcggctgaaaggtttaatactacaaaagagggagaaacattgttacgggaattcgtg
tcatattcgaaaattgaagctttgttttgtgtagaaatgagtgtcacaaagttaaagaac
attgataaagcttgtagaaatgttttaccagacttaaaacatttcatatgcatgcagagt
gatgcgattgaagtctgtgaatcaagaagcaacgcaaattataattgtattaacgtgcag
tgtgataaatccgttcgaaaaccagaaatcatattaaaatacatgaataaattgatagaa
tctgtaaatgattctaaacccgtttcagtcatttttgatgatccgttaatatctaaacat
gataactttgattcaatctcagaatatttaccgaaaaccatcaaagaattacttgaactc
aatatagatttgccggaatatccacgatttgaacaatgtacatccaaaagtattccaaat
actggtaataatagtctattaccggtgttcattattcctggattaggagtttcgcggata
caacctttaatcaatcaaattatgcatccagtattttgtgctaaatttccgtcgtacatt
aactcggtcgaaaatgcagcgctaggtttactatggcctttgaaacaaattcaatcggaa
ggaccattcacgattgtcggcgaaacatggggtggaaatattgcggtggagcttgcaaag
ataatggaaggatttggtgaaaccgtcaaccttatattactggatggctgtccttctgat
aataaaaagcgtttaaaactcgtagataacttcgattttaaacaattgagtggaaattcg
gaagcaaaggaaaaaattaatagttcgatagatgtgcttatgaaccaattaagtgcagtt
aaagatttcattcctaataatactcaacttgcagcgaatacggtcatcgctagaccatct
acttcggatattttagactcctgtattaattttgaaaaataccattgtggcaaactaaca
gtacacatttcaaagaagtcatcatacattgaatttataaatagtttggaagctgctgct
attataaatgaaaattcatcgtttaagtggtag

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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 (44)   
   KEGG ORTHOLOGY (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   APHIDBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (9)   
   Pfam (9)   
All databases (151)   

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