KEGG   Rhopalosiphum maidis (corn leaf aphid): 113555001
Entry
113555001         CDS       T06065                                 
Name
(RefSeq) fatty acid synthase-like isoform X1
  KO
K00665  fatty acid synthase, animal type [EC:2.3.1.85]
Organism
rmd  Rhopalosiphum maidis (corn leaf aphid)
Pathway
rmd00061  Fatty acid biosynthesis
rmd01100  Metabolic pathways
rmd01212  Fatty acid metabolism
Module
rmd_M00082  Fatty acid biosynthesis, initiation
rmd_M00083  Fatty acid biosynthesis, elongation
Brite
KEGG Orthology (KO) [BR:rmd00001]
 09100 Metabolism
  09103 Lipid metabolism
   00061 Fatty acid biosynthesis
    113555001
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01004 Lipid biosynthesis proteins [BR:rmd01004]
    113555001
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:rmd04147]
    113555001
Enzymes [BR:rmd01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.1  Transferring groups other than aminoacyl groups
    2.3.1.85  fatty-acid synthase system
     113555001
Lipid biosynthesis proteins [BR:rmd01004]
 Fatty acid synthase
  Animal type
   113555001
Exosome [BR:rmd04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   113555001
  Exosomal proteins of breast milk
   113555001
  Exosomal proteins of colorectal cancer cells
   113555001
  Exosomal proteins of bladder cancer cells
   113555001
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
Other DBs
NCBI-GeneID: 113555001
NCBI-ProteinID: XP_026815044
Position
2:complement(27153052..27168498)
AA seq 2090 aa
MEDKENVFEVVISGVGGKFPMSENMDELRRNLNNKVNMVTEYDCRWNKDEWPGVPAATGK
ISVLQKFDDTFMGINSRIVRTLDPLTRCMLERVYEAIIDAGLNPKHFYESKTSVYTASCV
SDSEAIGCDEKLTTPFWLLAHVRALLANRVSNIFNLQGPSYTIDSSWIGGIEILKQAAED
VAKGRIKAALVGVTNIIWHPDMAKHWIGLDKLSPDGICKSFDENASGYGRSEGVVVLLLQ
RSTDALRSYGTILHCDASICMEKAINFIRPSEDSFRDFFKSFYEDCKVSPANICYLESDG
SACKYYEEKELNVSSEIFCENQRISPLLIGSIKSNLGHTEGASSLIAIVKALIALDSGII
PPNINYELPNNKIEALKKGKMKVVTEPTKLEGTIVATTTLGMPSSIGHVLLKQNPKPKSY
SQLGPSQRLVILSSRTEKGLSEAIDRVKSLPRDDEYLGLIQNAFSENLNGHFHRGYAILN
SEASPTFGVQEIVEFNRPVWFVFAGMGSQWPGMASDLMEIPCFADSVRRCDKYIRPIGYD
IFDILTNPDPEILEQKPIISFLAIATMHIAFVDLLTKLGIHPDFMFGHSLGENGCGYADG
CFNVYETLMAAYSRGKVSEFLKPEKGLMAAVGLNYQNIPDLPSSIDIGCHNSEDNVTLCG
PLNDMENYIETLKKQNVFVRTVNSNGIAYHSRMVERQAEFVQKFIEKAVPNPKKRSSKWI
STSVPEKNWDSDLAQWCSGEYHANNFKKTVYFSEAIKKIPKNVIVIEIAPHGLFQGILKS
SLDSSCKVVSVAKRGSKSPLKHFLTTLGELYSSGLHFNLDIIYPPPEYPVSRGTPSLAPL
VSWNHDETWPINTHYSNSNSGYVQLCLRDKTLRHLLGHKVNDAVVVPFSFFIIEVLKSLE
NKQSAILNKSYQTIFENVLVHTPLISTAEESTGFYTQIQPGSGSFEVTESQNVLLSGLVY
MDDSNHLISPEPPTDYEINIENEWISDTEIYRVFYENNIHISTPYSNIQRILIHDKGFLA
IIFWKNDLNINLNSMMQLKMFADFQSHHLPLLPSWFRSLVIDKEIIKNISPGSLIYITFD
TRTNVIRGPGIEIETLKTSTFPTIEPKSINLNVQKVQLIEQPNPKVQNFVQFLSICMQLV
KNTVNLSSSKLKTKLKINDAIFVESFKRLFEIQPFLKADVEEYSNFQVTDLESNHVLLLV
TEHLNEKLNKDIKKCTGKVFVLIKNLTVDDTYTTIVQYEHNGSIYRLITRIVKLPNKILE
VSTKNSSWTDNIEQGLKSLSSNVSPIVLIKIDSKNSLQVVQKIENIKSAISFRYVILYDG
EQLFDLTKTFFREQIFKGLRQNILKNKSWGSYSILPCIDNLSTDLNANKLQKYVNQESEL
TIKYMDSIKTNRLEDEVCSQYSGIDHEGKNVMGILKYKTKSKRYEIDDILKWHVDSEFTL
EESVKYPLAYSMAYYCMVIKARIKFGDSILIHNGCSLDSQAFIRVALGFNCKIYVTTYNN
DQSDFLKSLFPKLSSGNILDLSNNKFEIQLRCLTKGKGCDIVINAIPTKFLWASLRCIKM
HGSFIHIGSQDISFHTEIGMYMFLKNISLYGVQGLLSIVNSSVETKNHLKHLVENGIKDK
IVNKLYEQMPKTNTISTNNINNTEKINETNNSDHSFVKKEMAYVIIGSATNLWIKTVNWL
LQQDVKKLIFIINGTNSIMRRSQRTIYSLIQKYSDVSFIMTSAERFNTIKDGEILLREFT
SYSKIEALFCIEMSDTKLKNIDKACRNVLPGLKHFICMQSDANEVCESRNDAHSNCINIQ
CDKSVQKPETILKYMNKLVESIIDSKPISVIFSDPLISEHENSNSISEYLPKTIDELLDL
NIDLPEYPRFESCTSKSLPNTGNNSLLPVFIIPGLGVSRIQPLINQIMHPVFCAKFPSYI
NSVENAALGLLWPLRQIQAEGPFTIVGETWGGNIAVELAKIMEGFGETVNLLLLDGCPFD
NKKRLHLVDNVDFEQLGRNSEEKKKINSLIDVLMNQLSALKDYTPNNTQLAANTIIARPS
TSDILDSCINFEKNHCGKLTVHISKKPSYIEFINSLEAAAIINENASFKW
NT seq 6273 nt   +upstreamnt  +downstreamnt
atggaagataaggaaaatgttttcgaagtcgtcatatctggcgtgggtggcaaatttccc
atgtcagaaaacatggacgaactaagaagaaatttgaacaataaagtgaacatggtaacc
gaatatgattgtagatggaataaagatgaatggccaggagttccagcagccacgggaaaa
ataagtgtacttcaaaaatttgatgatacttttatgggaattaattcacgaattgtaaga
acattggatcctttgacaagatgtatgttggagagagtttatgaagcaataattgatgca
ggactgaatccgaaacatttctacgaatcaaaaacttctgtctacacggcttcatgtgtc
agtgatagtgaagcgattggatgtgatgagaaattaactactccattttggcttcttgca
catgtgagagctcttttggcaaatagagtttctaacatatttaacttacaaggacccagt
tatacaattgattcatcctggattggtggtatagaaattttaaaacaagctgctgaggat
gtagctaaaggcaggattaaagcagctttggttggcgtaaccaatattatttggcatcca
gatatggcaaaacattggattggattagataaacttagtcctgatggaatttgcaagtca
tttgacgaaaatgctagtggatacggtcgaagcgaaggtgttgttgtacttctactacaa
aggtctactgatgcattacgttcttatggtactattctccattgcgatgctagtatttgc
atggaaaaagcaataaactttatacgaccatctgaagattcgttcagagactttttcaaa
tcattttatgaagattgtaaagtttcaccagcaaatatttgttatttagaatctgatgga
tctgcttgcaaatattatgaagaaaaagagctgaatgtatcatctgaaattttctgtgaa
aatcaaaggatctctcccttactaattggatcaataaaaagtaacttaggacataccgaa
ggtgcatcgagtttgatagcaattgtaaaagcattaatagcgttagattctggtattatt
ccacctaatatcaattatgagttaccaaataataaaattgaagctttgaagaaaggaaaa
atgaaggtggtcacggaacctacaaagttagaaggaactattgttgccacaacaactttg
ggaatgccatcttctattggccatgttttacttaaacaaaatcccaaacctaagtcatat
tcgcaactaggacctagtcaaagattagtaatattgtcgtcaagaacagaaaaaggcctg
tctgaagcaatagatagagttaaatctttacctagagatgacgaatatttaggacttatt
caaaatgcatttagtgaaaatttaaatggtcattttcatagaggttatgcaatacttaac
tcagaagcttcaccaacatttggcgtacaagaaatagtggaatttaatcgtccagtatgg
tttgtttttgctggtatgggatctcagtggcctggaatggcatcagatctaatggaaata
ccatgctttgctgatagtgttagacgatgtgataaatacattcgacctattggttatgat
atttttgacattttgacaaatccagatcctgaaattcttgaacaaaaaccaattatttca
ttcttagcaatagctacaatgcatatcgcatttgtagatttgttaacaaaacttggtatt
caccccgattttatgtttgggcattcattgggtgaaaatggatgtggttacgctgatggg
tgtttcaatgtatatgaaactttaatggcagcatattctagaggcaaggtatctgaattc
ttaaagccagaaaaaggccttatggcagcggtaggcttaaattatcaaaatataccagat
ctgccatctagtattgatataggatgccacaattctgaggataacgttactttatgtggc
ccattaaatgatatggaaaattacatcgaaactctgaaaaaacagaatgtttttgttagg
actgtaaattcaaatggtattgcatatcattcaagaatggttgaacgacaagctgaattt
gttcagaaatttattgaaaaagcagtgccaaatccaaagaaacgatcgtcaaaatggata
tcaacttcagtgcctgaaaaaaactgggatagtgatttagcacagtggtgctctggagaa
tatcatgcaaataattttaaaaaaactgtttatttctccgaagcaattaaaaaaatacct
aaaaatgttatagtaatagaaatagctcctcacggactatttcaaggaatattgaaatcg
tccttagatagttcatgcaaagttgtctctgtagcaaaacgaggaagtaaaagtccatta
aaacattttctaacaacacttggtgaactctattctagcggtcttcactttaatttggat
ataatttaccctccaccagagtatcctgtttcaagaggaaccccgagcttagctcctctt
gtatcttggaatcatgatgaaacttggccaattaacacacattatagcaattcaaattca
ggttatgtacaactttgcctacgggataaaacattgagacatctcttaggacataaagtc
aatgatgcagttgtggtgcctttctcatttttcatcatagaagtgttgaaatctctagaa
aataaacaatcagcaatcttaaataaatcataccaaacaatatttgaaaacgttttggtt
catacgcctctaatttctactgcagaagagtccactggtttctatacacaaattcaacca
ggatcgggttcttttgaagtaactgagtctcagaacgtattattatctggactggtgtac
atggatgacagtaaccatcttattagcccagaaccaccaacagattatgaaattaatatt
gaaaatgaatggatatccgatactgaaatatatagagtattttatgaaaataatatccat
atctcaactccttacagtaatattcaaagaattcttattcacgataaaggtttcctggca
atcatattttggaaaaacgatcttaacatcaatctcaactcaatgatgcagttaaaaatg
tttgctgattttcaatcacatcacttacctttacttccatcttggtttagaagtttagtt
atcgataaagaaataatcaaaaatattagccccggatcattgatttatattacatttgat
actcgaactaatgttattagaggacccggcatagaaattgaaactttaaagacttccaca
tttccaacaattgaaccaaagtctataaatttgaatgttcaaaaagttcagcttatcgaa
caacctaatccaaaagttcaaaatttcgtgcagtttttaagcatttgtatgcaactagta
aaaaatacagtcaatctttcgtcgtctaagttgaaaacaaaattaaaaattaatgatgct
atatttgtggaatcatttaaaagactttttgaaatacaaccatttttaaaggcagatgtt
gaagaatattcaaattttcaagtaacagatttagaatcaaatcatgtactacttttggta
actgagcatttaaacgagaaattaaataaagatattaaaaaatgcacaggaaaagtattt
gttttgataaagaatttaacggttgatgatacatataccacaattgttcaatatgagcat
aatggttctatttatcgtctaataacacgaatagtaaaattaccgaacaaaattttagaa
gttagtactaaaaatagctcatggaccgataacatagaacaaggacttaagtcgttatct
agtaacgtttcaccaatagttttgattaaaattgattcaaaaaattctttgcaagtggtg
caaaaaattgaaaatatcaaatctgcgattagctttagatatgtcatactttatgatggc
gaacaattgtttgatttaaccaaaaccttctttagggaacaaatatttaaagggttaagg
caaaacatattaaaaaataagagctggggaagttatagtatacttccttgtatagacaat
ctctctacagatttaaatgctaataaattgcaaaaatatgttaatcaggaaagtgaatta
accatcaagtatatggattctattaaaacaaatagattggaagatgaagtatgttcacaa
tactcgggtatagaccatgaaggaaaaaatgtaatgggtattttaaaatataaaactaaa
agtaagcgatatgaaattgatgatattttgaagtggcatgtagattctgaatttacctta
gaagaatcagtaaaatatccattagcttactcaatggcttattattgtatggtaattaaa
gcgcgtatcaaatttggagattcaattcttatacataatgggtgttcattagatagtcaa
gcatttataagagttgctctaggatttaattgtaagatctacgtaactacatataataat
gaccaatctgactttttaaaaagtttatttccaaagttgagtagcggcaacatactagat
ctcagtaataacaagtttgaaatacaactaaggtgtttaacaaaggggaaaggatgcgac
atcgttatcaatgctataccaaccaaattcctgtgggcttctcttcgatgtataaaaatg
catggctcatttatacacatcggatcacaagatatcagttttcatacagaaattggtatg
tatatgtttttaaaaaatatttcactgtatggcgtacaaggcttattaagcatagtaaat
tcttctgtcgaaaccaaaaaccatctcaagcatcttgtggaaaatggtatcaaggataaa
atagtcaataaattgtatgaacaaatgccaaaaaccaatacaatatctactaacaatatc
aataatacagaaaaaataaacgaaacaaataattcagatcatagttttgttaaaaaagaa
atggcatacgtaattattggttcagcgacgaatttatggattaaaacagttaactggctt
ctacaacaagacgtaaaaaaattgatattcatcattaatggtactaattcaataatgaga
agaagccaaagaactatatactcacttattcaaaagtattctgatgtttcgtttattatg
acttcggctgaaaggtttaatactataaaagatggggaaatattgttacgggaattcaca
tcgtattcaaaaattgaggcattgttttgtatagaaatgagtgacacaaaattaaagaac
attgacaaagcttgcagaaacgttttaccaggcttaaagcatttcatatgcatgcagagt
gatgcaaacgaagtttgtgagtcaagaaacgacgcacattctaattgcattaacatacag
tgtgataaatccgttcaaaaaccagaaaccatattaaagtatatgaataaattggtagag
tctataattgattctaaacccatttcagttattttcagtgatccgttaatatctgaacat
gaaaactctaattcaatctcagaatatttacctaaaaccatcgacgaattacttgacctc
aatatagatttaccagaatatccacgatttgaaagttgtacatccaaaagtcttccgaat
actggtaataatagtttattaccggtgttcattattcctgggttaggagtttcgcggata
caacctttaatcaatcaaattatgcatccagtcttttgtgcaaaatttccatcgtacatt
aactctgttgaaaatgcagcgctaggtttactatggcctttgagacaaattcaggcggaa
ggaccattcacaatcgttggtgaaacatggggtggaaatattgctgtcgaacttgccaaa
ataatggaaggatttggtgaaaccgtcaatcttttattactagatggctgtccgtttgat
aataaaaaacgtttacaccttgtagataacgtagattttgaacaattgggtagaaattca
gaggaaaaaaaaaaaataaatagtttgatagatgtgcttatgaaccaattaagtgcatta
aaagattacacccccaataatactcaacttgcagccaatacgatcattgctagaccttct
acttcggatattttagactcctgtattaatttcgaaaaaaaccattgcggaaaattaaca
gtgcacatttctaagaagccgtcatatatcgaatttatcaatagtttggaggctgctgct
attataaatgaaaatgcatcgtttaagtggtag

  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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (8)   
   Pfam (8)   
All databases (104)   

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