KEGG   Eucalyptus grandis (rose gum): 104449197
Entry
104449197         CDS       T03547                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL2 isoform X2
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
egr  Eucalyptus grandis (rose gum)
Pathway
egr04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:egr00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    104449197
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:egr04121]
    104449197
Enzymes [BR:egr01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     104449197
Ubiquitin system [BR:egr04121]
 Ubiquitin ligases (E3)
  HECT type E3
   104449197
SSDB
Motif
Pfam: HECT DUF913 DUF908 UBM UBA UIM Baculo_PEP_C
Other DBs
NCBI-GeneID: 104449197
NCBI-ProteinID: XP_010061565
Position
6:34359426..34378130
AA seq 3647 aa
MASLRSSLPSRLRQLLSGETAIGPSVRMDSDTPPKVKSFIEKVIQSPLQDIAIPLSGFNW
EYDKGNFHHWRPLFLHFDTYFKTYLSCRNDLLLSDKIGEDESPFPKLAVLQILRVMQIIL
ENCHNKSSFEGLEHFKLLLSSTDPEILIATLETLSALVKINPSKLHGSGKSVGCGSVNGY
LLSLAQGWGSKEEGLGLYSCVVANERLQEEGLCLFPSEADNEYDKSQYRLGSTLYFELNG
VYSQSEGTSGHSPNSSSRVVHIPDLHLRKEDDLVLMKQCIQQYDVPPDLRFALLTRIRYA
HAFRSARTCRLYSRICLLAFIVVVQSNDAHDELASFFANEPEYTNELIRIVRSEESIPGT
IRTLAMLALGAQLAAYISSHERARILSGSSLSFTATHRTILLNVLQKAVSSLNGSSDPSS
LAFVEALLQFYMLNIVSSSTQGNNIRGWGMLPTFLPLLEDSYPSHMHLVCLAVKTIQKLM
DYSSSAVSHFRELGGVELLVQRLQLEVTRVIGLTGGNDESVVVGECSRNSDDLLNTQKRL
IKVLLKALGSATYSPTNPSRSQNTQDTSLAATLSHIFGNVEKFGGDIYHSAVTLMSEIIH
KDPTCLSTLFEMGLPNSFIDSVVAGVIPSAKALTCIPNGLGAICLNTKGVDAVKDTKALR
FLVDIFTSKKYVVAMNEAIVPLANAVEELLRHVSSLRSDGVDIIIEIVDKISSSRESSCI
GTSGKLSGTAAMEMDAEYKENDGACCLVGSVDLAAEGISDEQFIQLCVFHLMVLVHRTME
NSETCRLFVEKSGIDALLKLLLQPSIAQSSEGMSIALHSTMVFKGFTQHHSAPLARAFCS
ALREHLKKALAGFTAFSGSFLLDPRMSLDEGVFSSLSLVEFLLFLAASKDNRWVTALLTE
FANGSKDVLEDIGCVHREVMWQISLLEDAKLEMEETAGTSTEPHQSEINSNETEEQRFNS
FRQFLDPLFRRRSSGWSMESQFFDLINLYRDLGRATSFHQRISTDSPTSLRTGSTSQTHH
SDSLDAAGKKELDKQRSYYASCCDMVRSLSFHITHLFQELGKVMLLPSRRREDTVNVTPS
SKVVASTFASISSDHMAFGRRENPPGSEVSVSTKCRYFGKVIDFIDGILMDRQDSCNPVL
LNCLYGHEVIQSVLTTFEATSQLLFAVNKAPASPMETDDGNVKQEKEDTENLWIYGPLAS
YGKLMDHLVTSSSILSPFTKHLLTQPLTSGKVAFPRDAETFVKVLHSMVLKAVLPVWTHP
QFTDCSNDFLATVISIVRHIFSGVEVKSVNSSVSSRISGPPPSESTISTIAEMGFSRSRA
EEALRQVGSNSVELAMDWLFTHAEETHEDDELARALAMSLGNSESDKKEDASSDSARQLE
AETVHLPAVEELLSTCVKLLQTKESLAFPVHDLLMTISSQNEGQYRSSIVSFVIDQLKNC
GSVSDSGQNTLLSALFHVLALILHEDVAAREIALTNGLVELASNLLYTWCSVPEDKEKRQ
VPKWVTAAFLAVDRLLQVDNKLSTEMLDQLKKDDVSFQQASISIDEDKKSKLPPELGLSA
KHVDVHEQKRLIEIACSYIRNQLPSETTHAVLQLCATLTRTHSVAVNFLDAGGLNLLFSL
PTHSLFPGFDNVAATIICHVLEDPQTLQQAMESEIRHSLMAAANRHSNGRVTARNFLLNL
TSVISRDPVVFMQAAQAVCQVEMVGERPCIVLLKDREKDKSKDKEREKEKEKPQANDGKL
SLGNVNSVTQGNGLGKLPDSNSKSAKAHRRYPQSFLSVIELLLELICTFEPPSQDEGTQG
APSSTDMDIDVAAVKGKGKAVVNAVDESEGSNVEASVSIAKVVFVLKLMTEILLMYPTSV
QVLLRKDADLSSCRGPHQKVGGGGIYNHVLRKFLPCAKTSKKDKKIDGDWRHKLSSRASQ
FLVASCVRSLEARRRVFTEITYIFNEFVDTSKDCRSTGSEMQVFVDLLNDVLAARSPTGS
YISAEASATFVDVGLVKSLTQFLKVLDLDHADSPKVVTGLIKALELVSKEHVHSVDPTTG
KGESSPKASDPNQSGQTDNNGVASESMEAAFQSNHESLAAENADHSNTLQTFGGSEAVTD
DMEHDQDLDEGSAPGSEDDYMHESSEEARGLENGIDTVGIRFEIQPHVQENIDEDDDDDD
DDEEMSGDEGDEVDEDDDEDDEDHNDLEEDEVHHLPHPDTDQDEHDMDDDDDFDEEVLEE
DDEDDEDDEDGVILRLEEGINGINVFDHIEVLGRNHTFPNETLHLMPVEVFGSRRHGRTT
SIYNLLGRSGSTAAPSRHPLLTRPTSSVHLSSQRHSESVADMVFSERNIEGASTRLDSVF
RSLRSGRHGHRLNLWVDENQQTSGSGAAMIPQGLEELLVSQLRRPTAENPSEQNTAAELQ
HGGEVTQQQESEGVRPEIAVEGNANDEHGDAPTTEMTEGSQNADMVNARGESMQEPDASA
TQAQPVEMQFEHSDATVRDVEAVSQESGGSGATLGESLRSLDVEIGSADGQDDGGERQGG
ADRIALGDPLAARSRRTNLSIGNSATASARETSLDRVTEVPENSQEAEHDGPSTEQQVNS
DAVSGSIDPAFLDALPEELRAEVLSAQQGQVAQPASAEPQNTGDIDPEFLAALPPDIRAE
VLAQQQAQRLHQSQELEGQPVEMDTVSIIATFPSDLREEVLLTSSDAVLANLTPALVAEA
NMLRERFANRYHNRTLFGMYPRSRRGESSRRTEGSGSSIERIGGGLGSRRSLGAKLVEAD
GAPLVDTEALQSMIRLLRVVQPLYKGQLQRLLLNLCAHSDTRTALVKILMGMLMLDTRRP
IDGVPPLVSRRVLETMTYLARNHPFVAKILLQLKLSRQVQPECSDQSRGKAVMVMEEESQ
NQDECLPIELLLRLLNQPLYLRSIAHLEQLLSLLEVIVDNVERKQNSPEKSAVSGTVSSV
PEVPTLDTTHTEPVAMSPGVGVASVKIDSEKPSTSAEKDENDAQSILPNLPQAELRLLCS
LLAKEGLSDNAYGLVAEVVKKLVVAAPTHCHLFITELANAVQSLTKSAMNELHAFGEAVK
KLLSITSSEGAAILRVLQALSSLVATLRDKEKDQQIQTVPEEYATALSQVSDINSALEPL
WLELSACISKIETYSESSLDSHASGKISKSVQSGMTTPLPAGTQNILPYIESFFVVAEKL
HPGQTGPGHDLGIVAVSEVDDVGTSTGQQRVLCTSGRADEKNVAFVKFSERHRKLLNAFI
RQNPGLLEKSFSLLLKVPRFIDFDNKRAHFRSKIKHQHDHHHSPLRISVRRAYILEDSYN
QLRLRSTQDLKGRLTVHFQGEEGIDAGGLTREWYQLLSRVIFDKGALLFTTVGNESTFQP
NPNSVYQTEHLSYFKFIGRVVGKALFDGQLLDVHFTRSFYKHILGAKVTYHDIEAIDPDY
FKNLKWMLENDITDVLDLTFSIDADEEKLILYERTEVTDHELIPNGRNIKVTEENKHQYV
DLLAEHRLTTAIRPQINAFMEGFNELIPRDLISIFNDKELELLISGLPDIDLDDLRANTE
YSGYSAASPVIQWFWEVVQGFSKEDKARLLQFVTGTSKVPLEGFSALQGISGSQKFQIHK
AYGSPDHLPSAHTCFNQLDLPEYPSKEHLEERLLLAIHEANEGFGFG
NT seq 10944 nt   +upstreamnt  +downstreamnt
atggcgtccctgagatcgagcctgccgtcgaggctccgccagctcttgtccggcgagacc
gccatcggtccctccgtcaggatggattccgacactcctcccaaggtcaaatcattcatc
gagaaagttatccaaagtccactacaagatatagcaattcccctttctggttttaattgg
gagtatgataagggaaatttccatcattggaggccactgtttcttcattttgacacatat
ttcaagacttatctgtcatgtaggaatgacctccttttgtcggataagattggagaggac
gaaagtccttttccgaaacttgccgttttacagattctgcgagtgatgcaaataatacta
gagaactgccacaacaaaagttcatttgagggactagagcacttcaagctcctactctca
tcaactgatcctgaaatcctgatagccacattagagactttgtccgcactggtaaaaatt
aatccatctaagctccatggcagtggaaagtcagttggatgtggctcggtaaatggctat
ctcctatctctggcacaaggatggggcagcaaagaagagggcttgggtttatattcatgt
gttgtagcaaatgagagattgcaagaggaagggctttgtttatttccatcagaagcggat
aatgaatatgacaagtctcaatatcggctgggctccaccctctattttgagctaaatggt
gtctattcccaaagtgagggaactagtggtcactcacccaattctagttccagagttgtg
catattccagatcttcatttgagaaaggaggatgatcttgttcttatgaaacaatgcatt
cagcagtacgatgtacctcccgatctccgatttgcattgcttactagaatcagatatgct
catgccttccgctctgccagaacatgcaggctatatagtagaatttgccttctagctttc
attgtggtagttcaatctaatgatgcacatgatgagctcgcgtcattctttgctaatgag
ccagagtatacaaatgagcttattaggattgtgcgttctgaagaatctattcctggaact
attagaacgcttgcaatgcttgctttgggagctcagttagctgcatacatatcatctcat
gaacgtgcacggattttgagtggatcaagtcttagttttacagcaacccaccgtacaatt
ctccttaatgtgctccagaaggctgtctcatctctaaacggctccagtgatccatcatct
cttgcctttgttgaagctcttcttcagttttatatgctcaacatagtttcatcctcaact
caaggtaataatatcagaggctgggggatgcttccaacattcttaccccttctagaagac
tcctatcctagccatatgcatcttgtctgcttagctgtgaagactattcaaaagctcatg
gactatagtagttcagcggtatctcatttcagggaactagggggagttgagctgttagtg
cagagattgcaactggaagttactagagtaattggcttaacgggtggaaatgatgagtct
gtggttgttggtgaatgctcaagaaacagcgatgatctgttgaacactcagaaaaggctc
atcaaggttttattgaaggcccttggatctgctacatactcacctacaaaccccagcaga
tcccaaaacacacaggacacttctcttgctgccacactttcgcatatattcggaaatgta
gaaaaatttggtggtgacatttatcactcagctgtgacgctaatgagtgagattatccac
aaagatcctacttgcttgtccactttatttgaaatgggtctcccgaattcatttatagat
tcagttgttgctggagttataccatctgctaaggctctcacatgtattcccaatggtctt
ggcgcaatctgtcttaataccaaaggtgttgatgcagttaaagacactaaagctctacgt
ttcctggttgacatatttaccagtaagaaatatgttgttgctatgaatgaagccattgtt
cctttggcaaatgcagtggaagagcttttgcgccatgtatcatcattgagaagtgatggt
gttgacataatcattgaaattgtcgataaaatttcctcttcgagggagagctcttgcata
ggaacttcaggaaaactaagtgggactgctgcaatggaaatggatgctgagtacaaggaa
aatgatggtgcttgctgtctggttggttcggtcgatttggctgctgaaggcatcagtgat
gagcagttcatccaattatgtgtctttcacttgatggtcttggttcatagaacaatggaa
aattctgaaacgtgccggttatttgttgagaagtctggcatagatgcgttgttgaagctt
ttgttacagcctagcattgcccagtcatctgaggggatgtccattgccttgcatagcacc
atggttttcaagggttttactcaacatcattctgctccacttgctcgagccttctgttct
gctctgagggaacatctgaagaaagctttggctggttttactgccttttctggatctttt
ttgcttgatcccaggatgagcctggatgagggtgtattttcttcactttcccttgttgag
ttccttctattccttgctgcctcaaaagacaaccgctgggttactgcattgctgacagaa
tttgccaatggcagtaaagatgttctggaagacattggatgtgtacaccgtgaagttatg
tggcagatttctctgcttgaagatgccaaactagaaatggaggaaactgcgggaacttcc
actgagccgcatcaatcagaaatcaactcgaatgaaactgaagagcagcggtttaattcc
tttaggcagttccttgatccgttgttcaggcggaggtcttcaggatggagcatggaatct
cagttttttgacctcataaacttgtatcgtgatcttggtcgtgctactagttttcatcaa
agaatcagcactgacagtcctacaagcctgcgtactggatctaccagtcagacacatcat
tctgattctttggatgctgctggtaaaaaggagcttgacaaacaaaggtcctactatgct
tcttgctgtgacatggtgaggtcactttcctttcacataactcatctgtttcaagagttg
gggaaggtgatgttacttccttcccggcgacgggaggatacagtgaatgtaaccccgtca
tcgaaggtagtggcatcaacctttgcgtcaatttcgtctgatcatatggcttttgggaga
cgtgagaatccccctggatcagaggtttctgtatcaaccaaatgccgctactttggtaag
gtcattgatttcatcgatgggattctgatggacaggcaagattcttgtaatccagtccta
ctaaactgcttgtatggacatgaggtgattcaatcagtcttgaccacatttgaggctacc
agccaattgctctttgctgttaacaaggctcctgcttctcccatggagaccgatgatgga
aatgtaaaacaggaaaaggaagatacagagaacttatggatctatggtcctctagctagc
tatggtaaacttatggaccacctagtgacctcatcgtctatattgtctccatttaccaaa
cacttgctcactcaacctttgacaagtggcaaagttgcttttccacgggatgcagagact
tttgtaaaagtgcttcattctatggttctgaaggctgttcttcctgtatggactcaccct
cagtttaccgattgcagtaatgattttttggcaactgttatttctatcgttagacacatt
ttttcaggggttgaagtgaaaagtgtaaatagcagtgtcagttctcgtattagtggtcca
ccacctagtgaaagcaccatctcaaccattgcggagatgggattttctcggtcaagggcg
gaagaagctttgaggcaagtgggatcaaatagcgtagagctggcaatggattggttattt
actcatgcagaggaaacacatgaagatgatgaacttgctcgtgcacttgccatgtccctg
ggaaactctgaatcagacaagaaggaagatgcatcaagtgatagtgcacggcagcttgaa
gcagagacagttcatctacctgctgtggaggagttgctatcaacttgtgtgaagctcctt
cagacgaaagaatcacttgcttttccagttcatgacttgcttatgacgatttcttcccag
aatgaggggcaatacaggtctagcattgtctcttttgtgattgaccagctgaagaattgt
ggttcagtctctgatagtggacaaaataccctcctttctgcacttttccatgttcttgct
ctgattcttcatgaggatgttgcagcccgggaaattgccttaacaaatgggttggtagaa
cttgcatcaaatctactttacacctggtgttctgttcctgaagacaaggagaaacgtcag
gttcctaagtgggtaacagcagcttttcttgctgttgataggctgttgcaggtggataat
aagttaagtacggaaatgttggatcagttaaagaaggatgatgtgagcttccagcaggca
tctatctctattgatgaggataagaaaagcaaattgccgcctgaattgggattatcagct
aagcatgtggatgtccatgagcagaagagactgattgaaattgcttgcagttacattaga
aatcagctaccatctgaaacgacgcatgctgttctgcagctatgtgccactcttaccaga
acccattcagttgcagtgaactttctggatgctgggggtttgaacttgctcttttctttg
cctacacatagtctcttcccaggctttgacaatgttgctgccacgatcatctgtcacgtg
ctcgaagatcctcaaacgctgcagcaagcaatggaatctgagataagacacagccttatg
gctgctgctaacaggcattccaacggaagggtcactgcccgcaacttcctactaaatttg
acttctgtcatttcgcgggatccagttgtttttatgcaggcagctcaagctgtgtgccaa
gttgagatggtaggtgaaaggccatgcattgtcttgctgaaggatcgtgaaaaagacaag
agcaaagacaaagaaagggagaaggagaaagagaagccacaagctaatgatgggaagctc
tccttgggtaatgtgaattcagtgactcagggtaatggactgggcaaacttcctgattca
aactctaagagtgcaaaggctcatcgcagatatcctcagagcttcctaagcgtgattgaa
cttctattggagttgatttgtacttttgaacctccatcgcaagatgaagggacccagggt
gccccatcatcaactgatatggatattgatgttgcggctgtgaagggtaaagggaaagct
gttgtcaatgcagtggacgagtctgaaggttctaatgtggaagcatcagtgtcgattgct
aaagttgtgtttgttttgaagcttatgactgagattcttttgatgtatcctacttctgtt
caagttctgcttcgaaaagatgctgatctaagcagctgcaggggtcctcatcagaaagtt
ggtggtggaggaatatataatcatgttctccgcaagttccttccatgtgctaaaacctcc
aagaaagataagaagattgatggagattggaggcataaactgtcatccagggccagccag
tttttggtggcatcttgtgttcgctctttggaggcaagaaggagggtctttacagagatc
acttatattttcaatgaatttgttgatacatctaaagattgtagatcaacaggcagtgag
atgcaggtttttgttgatcttcttaatgatgtcctggctgcgcgttcacctaccggctct
tatatttcagcggaagcctctgctacttttgttgatgttggtcttgtcaaatcactcaca
caatttctcaaggttttggacctagatcatgccgactcccctaaagttgtcacagggctt
ataaaagctcttgagcttgtaagcaaggagcatgttcattctgttgatcctaccacaggg
aagggtgaaagttcacccaaagcttctgatcccaatcaatctggtcaaacagataacaat
ggtgtggcatctgagtccatggaagcagcatttcaatcaaatcacgagtctctggctgcg
gagaatgctgatcatagcaataccctgcaaacttttgggggttctgaggctgtgacagat
gatatggagcatgatcaggatcttgatgaaggttctgctcccggtagtgaggatgactac
atgcatgaatcttctgaagaagctaggggtcttgaaaatggcattgataccgttggcata
cgatttgaaatccagcctcacgtgcaagaaaatattgacgaagatgatgacgatgacgac
gacgatgaggagatgtcgggtgatgagggggatgaggttgatgaagatgatgatgaggac
gatgaggatcataatgatctggaggaagatgaagtacatcatcttccacaccctgacaca
gatcaagatgaacatgatatggatgatgatgatgattttgatgaggaggtcctggaagaa
gatgatgaagatgatgaggatgatgaagatggtgttatacttaggcttgaggaagggatt
aatggaattaacgtatttgatcatattgaggttcttggaagaaatcatacttttcccaat
gaaactctgcacttaatgccagtggaagtttttggttccagacgtcatgggcgtaccaca
tccatttataatcttttgggtaggagtggtagcactgcagctccctccaggcatcctctt
ttaactagaccaacttcctcggttcacttatcctctcagagacattcagaaagtgtggcc
gatatggttttctctgaaaggaacattgagggtgcctcgacgcggctggattctgttttc
cggtcgctgagaagtggacgtcatggacatcgtttgaacctctgggttgatgagaaccag
caaactagtggttcgggtgcagctatgattccacaaggtctagaagagctgcttgtttcc
cagttgagaaggccaacggctgaaaatccctctgagcagaacacggctgcagagcttcaa
catggaggtgaagttactcagcagcaggaatctgaaggtgtcaggccagagattgctgtt
gaaggcaatgctaatgatgaacatggggatgcacccacaactgaaatgaccgaaggctct
caaaatgctgatatggtaaatgcacgtggtgaatcgatgcaagaacctgatgcttctgct
acgcaggctcagcctgttgagatgcagttcgaacacagtgatgccactgtacgagatgtt
gaagcagtaagccaggaaagtgggggaagtggtgcaactctcggggaaagtcttcggagt
ttggatgttgaaattggaagtgcagatggccaggatgatggtggtgagaggcaaggtggt
gccgataggattgctttgggtgatccactggctgcacgctctagaagaaccaatttgtca
attggaaattctgccactgcatcagctagagagacatcacttgatcgtgtaacagaagtt
ccagaaaatagccaagaggcagagcatgatggtccatcgacagagcaacaggttaacagc
gatgctgtttctggttctatagatcctgcatttttggatgctcttcctgaggagctgcgg
gctgaagttctttcagcccagcaaggccaagttgctcaacctgcaagtgctgaaccacag
aatacaggagatattgacccagagtttctggcagcccttcccccagacattagagcagaa
gttttagcacaacagcaagcgcaaaggcttcatcaatctcaagaactggaaggtcaacca
gttgaaatggacactgtatcaattattgcaacatttccatcggatttgcgggaagaggta
ctccttacgtcatctgatgctgttcttgccaatctcactcctgcgctagttgctgaggca
aatatgttgcgtgagcgatttgctaatcgataccataatcgtaccctctttggtatgtat
cctagaagccgtagaggtgagtcatctagacgaactgaaggttcgggatccagcattgag
agaattggtggaggtcttggttcccgtcggtctttgggagcaaagctcgttgaagcagat
ggagctcctttggttgatactgaagctttacaatcaatgattcgcttgcttcgtgttgtc
cagcctctctataagggacagctccagcggcttctcttaaatctatgtgctcatagtgat
accagaactgcgctggtgaaaattctcatgggcatgctgatgcttgataccaggaggccc
attgatggagtccctcctttggtgtcccggcgagttcttgaaaccatgacttacttggcc
cgcaatcatccctttgtagcaaagattttgcttcagcttaaattgtctcgtcaagtccag
cctgaatgttctgatcagtcacgtgggaaagctgtaatggttatggaagaggagagccag
aatcaggatgagtgtttgcctatcgagttgctattgaggcttttgaatcaacctctgtat
ctgaggagcatagcacatcttgaacagctgttaagtttattggaggtgattgttgataac
gttgagagaaaacaaaattcacctgagaagtctgcggtatctggcacagtttcatccgtg
cctgaggttcctactttggataccacacacactgaacctgttgcaatgtcacctggagtt
ggtgtcgcatctgttaaaattgacagtgagaagccttcgacttctgctgaaaaggatgaa
aatgatgctcaatctatacttcctaatttgccgcaagcagaacttcgtcttctctgctca
ttgctcgcaaaagaagggttgtcagataatgcttacggtcttgtagcagaggttgtgaag
aaattagttgttgctgctccaactcattgtcatctgtttataactgagttggctaatgct
gttcaaagcttgaccaaatcagcaatgaatgagctacatgcgtttggcgaagcagtaaaa
aaactcctcagcataacttcttctgaaggagctgcaatcttaagggtcctgcaggcctta
agctcccttgtggccacactgagagataaagagaaggatcaacagattcagactgttcct
gaggagtatgccactgctctttctcaagtctcagacattaattctgctttggagcctttg
tggctagagttaagtgcttgtataagcaagattgagacttattccgaatcttcgctggat
tcgcatgcttctggaaaaatttcgaaatctgtacaatcaggcatgacaactcctcttcct
gctgggactcaaaatatcttgccgtacatagaatctttcttcgtggtggctgaaaagctg
catcctggacagactggtcctggtcatgacttggggatcgttgcagtttctgaggttgat
gatgttggcacaagtactggtcagcagagagtcctgtgtacttctggaagagctgatgaa
aagaatgttgcttttgtgaaattttcagagaggcataggaagctattgaatgctttcatc
cgacagaaccctgggttgcttgagaagtccttttctctcttgttgaaagttcctcgcttc
attgattttgacaacaaacgagctcatttcagatcgaagataaagcatcagcacgaccat
catcatagtcctctaagaatttcagttagaagagcttacattcttgaggactcatataat
caattgcgcttgagatccactcaggatttgaaggggagattgactgttcacttccaagga
gaggaaggtattgatgcaggtggacttacaagagagtggtatcagttgctgtccagggtc
atttttgacaagggggcattgctgtttacaacagttggaaatgaatcgacgtttcagcca
aatcctaattctgtttaccaaactgagcatctctcatacttcaaatttattggccgagtt
gttggcaaagcactctttgatgggcaactcttggatgtccattttactcgatctttttat
aagcatatcttgggggcaaaggttacctatcatgacattgaggcaattgatcctgattac
tttaaaaacctaaagtggatgctcgagaatgacataactgatgtgctggaccttacattt
agcattgatgctgatgaggagaagttgatattatatgagagaactgaagtgactgatcat
gaattgattccaaatggacggaatattaaagtcacggaggagaacaagcaccagtatgtt
gatttgcttgctgagcatcggttaacgactgctattcgtcctcaaattaatgcttttatg
gaaggcttcaatgaattgattcctagggatctaatctctatatttaatgacaaggaattg
gagttactgataagtgggctccctgatattgacttggatgacttgagggcaaatactgag
tactcaggttatagtgctgcatctcctgtgattcagtggttctgggaggttgtgcaaggt
tttagcaaggaagataaggctcggctcttgcaatttgttactggcacttcgaaggtaccg
ttggagggctttagcgctcttcaaggtatttctggctctcaaaagtttcagatccacaag
gcttatggaagccctgatcacttgccttcagcccatacttgctttaatcagttggattta
ccggaatatccatccaaagagcacctggaggagaggctgctgcttgcaattcatgaagca
aatgaaggttttgggtttggttaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (63)   
   KEGG ORTHOLOGY (1)   
   RefGene (59)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (7)   
   Pfam (7)   
All databases (80)   

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