KEGG   Brassica napus (rape): 106362870
Entry
106362870         CDS       T04128                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL1-like
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
bna  Brassica napus (rape)
Pathway
bna04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:bna00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    106362870
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:bna04121]
    106362870
Enzymes [BR:bna01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     106362870
Ubiquitin system [BR:bna04121]
 Ubiquitin ligases (E3)
  HECT type E3
   106362870
SSDB
Motif
Pfam: HECT DUF913 DUF908 UBM UBA UIM
Other DBs
NCBI-GeneID: 106362870
NCBI-ProteinID: XP_048626087
Position
C9:complement(17059704..17072359)
AA seq 3617 aa
MATGRSASMPSRLRQLLSGEGSIGPSIRLDAEPPPEIKSFIEKVIQSPLSDIAIPLSGFR
WEYSKGNFHHWRPLFLHFDKYFKTFISTRNDLLLSDHILEDADPFPKYSVLQILRVMQII
LENCPNKSSFDGLEHFKLLLASTDPEVLIAALETLSALVKISSSKLHRSGKLIGCGSVNS
FLLSIAQGWGSKEEGLGLYSCVVANERNQEEGLSIFPSDLENNHKEADFRIGSTVYFELR
GHSAQRIDDGSSSATSSSSSSSRVIQIPDLHLRKEDDLVLMKECIEHYNVPPELRFSLLT
RVRYAHAFRSSRICRSYSRICLLAFIVLVQSSDAQEELASFFANEPEYTNELIRIVRSEE
PIPGTIRTLAMLALGAQLAVYSASHDRARILSRSSISFAVGNRMILLNVLQKAVLSLKIS
SDPSSIAFVEALLQFYLLHIVSSSSSGSTIRGSGMVPTFLPLLEYTDPSHLHLVYLAVKA
LQKLMDYSSSAVPLLRDLGGVELLSQRLELEVHHILKLTGENNSDMVVGESLELNGDQLL
SRKRLIKVLLKSLGSSTYTPGNANRSQSSQESTLPATLSLIYRNADKFGGDIYYSAVTVM
SDLIHKDPTSLTSLFEMGLPEAFLSSVVSGVLPSSKAIACIPNGLGAISLNSKGLETVKE
TSALRFLVDVFTSKKYVLAMNEAIVPFTNAVEELLRHVSSLRATGVEIIIEIVDRIACFG
ESGSSSSSVSTAMEMDSDVKNINGVSHEQFVQLCIFHLIILLHRTMENAETSRLFVEKSG
IEALLKLLLRPSIAQSSEGVSIALHSTIVFKGFTQHHSASLARAFCSSLRDQVKKALEGL
QDLSGTFLLDRKLSPSCGIFSSLFLVEFLLFLAASKDNRWMTALLSEFANGSKDVLENIG
HLHREILWHIAVYESGTLESPNTSPESEQTEPSSNGTEGQRFSSFRQFLDPLFQRRTSGW
SAESQFFDLINLYRDLGRASTGFQPRPISDGPSSSSDASGNRELERDGSYYTSCCDMVKS
LSFHITYIFQELGKAMLLQSRRREDTVNVSPSSKLVASSFASISLDHLNFEGHEIAAEAS
RSTKCLYLGKVVDFIDAVLLDRPDSCNPVLVNCFYGRGVIQTVLTTFDATSQLLFSINRS
YSSPMETDDVRGKQDEKEDTDHAWIYGPLAGYGKLMDHLVTSSFILSPSTKHLLVQPVEN
GNIPFPQDAETFVKILQSIVLKAVLPVWTHPLFTECSYDFVTALISIIKHVYSGVELKSL
GGSGSARVTGPPPSETTISTIVEMGFSRSRAEEALRQVGSNSVELAMEWLFSHPEEIQED
DELSRALAMSLGNSESDTKENVVDETREQIEAEIVSLPPVEELITTCTKLLQMKEPLAFP
VRDLLVLICSENNGEHRSGVISCLLSRIKDCCPVFDDTKNNLLSALLHVLALILHEDAGS
REVALKAGIVRLVCDVLSKWDSGSIDKEKFNVPKWVTTGFLAIDRLLQVDHKLNTELIEE
LQKGETSLAIDESKQDKLQSVFGSPQLVDADDQKKLIEIACTCIRNQLPSETMHAVLQLC
STLTRKHSVAVCFLDFGGVQGLLSLPSNSLFPGFDSVAASIIRHILEDPQTLQQAMESEI
KHALATLSNRHSNQRISPRNFLLHVNSVIARDPVTFIQAARSICQVEMVGERPYIVLVKE
KEKSKDKEKDKDKDKDRADKEKSQTSNEVATTTPPGSTKAKVYRKPPQSFIGVVELLLDS
LCNFVPPPKDDMVEGDSTSADMDIDHASTKGKGKAVATTPEEKKAISQDMSASLAKIVFI
LKLLSEILFMYSSSIHIILRRDAELNSLRGPQQKGGQVGGIFHGQVGGIFHHILHKFIPY
SRVKKEKKSESDWRQKLASRANQFLVGASVRSAEARKRIFSDISSIFNDFIGTSNGLRPP
ANEIHILIDLLSDMLSARSPTGSHISSEASNTFVDVGLVKSLTRTLEVLDLDNVESPKTV
TGIIKVLELVTKEHAHSADSNSKNENANKSSDQIQSGRGDTTADASEAGEIMLRSNHDSM
TADHAENFGGSHTFVGSEDVTDDMEHDQDLDEGFAAGGDDYMQEAAEDARGLENGIGSMG
IEFEMHTHVQENLDEEEDEEMSGDEGDEIDEDENDNEEEDEEDNDLEEEEDVHHLPHHDT
DQDDHELEDDEFEEEILVEEDEEDEDDEDRVILRFEDGFNGLNVLDHLEVLRDHRFSDET
LHVMPVEVFGSRRQGRTTSIYSLLGRTGDGATPSQHPLLSGSPSLPASQSQTESTHDHTV
GGRDSNGSSSSRLDAIFRSLRNGRQGHRLNLWADDSQQIVGSGASTVPQGLEDLLVSQLR
RPGSDNPSDDQNPSPLEPQSQAESGQPQEATVRPEIPDENATDNGGANVSAPSIVSPVAS
ATPDTRAPATDSVSSSRSQSVEMQYDPNDSTVRDVEAVSQESGGSGATLGESLRSLDVEI
GSADGHDDGGERHDVQPAIRSRRANLSLVPSSTGREASLYSVTEVPENSGHEAEQDNPPE
EQPVNRDVASSSIDPAFLDALPEGLRAEVLSAQQGQAPEPSSNEQQNSGDIDPEFLAALP
ADIRAEVLAQQQAQRVHQSHELEGQPVEMDTVSIIATFPSELREEVLLTSDDAVLANLTP
ALVAEANMLRERFAHRYHNRALFGMHPRHRRGEASRRGEGVISGNEGIASRRSAAKVIEA
AGAPLVNTEALQAMIRVLRIVQPLYKGPLQRLLLNLCSHGETRFSLVNTFMDMLMLDTRK
PVNYSSVSEPPYRLYACQSNVTYSRPQHFDGVPPLVSRRVLETLTYLARNHIYVAKILLQ
SRLSLPSLQGSVPSDKARGKAVVVSDDHMSRTQQEPESVAFALLLSLLNQPLYLRSVAHL
EQLLNLLEVIIDNAERKSESADGSDGSASEQQSTHQALEVENNSENHDMVSGTVPAGTVT
KPIVSSGSSSNRAESECDVHTVLLNLPQSELCLLCSLLAREGLSDNAYTLVAEVLKKLVA
IAPSHCHLFITELANAIQSLTRSAISELHMFGEAVKTLLSTTSSDGSGVLRVLQALSSLV
DSLLITKEKNSEEHVAVFSQLSNINLALEPLWLELSNCICKIEGHSDSASVTTTSPTTSM
SSATTRGAGVSQSLPAGAQNMLPYVESFFVTCEKLHPSSQSCDISVPMASSDAEEQPKGP
GPSSSSKVDEKYGSFIKFSERHRKLLNAFIRQNPALLEKSFSLMLKVPRFIEFDNKRAYF
RSKIKHQHDHHHSPLRISVRRAYILEDSYNQLRMRSTQELKGRLTVHFQGEEGIDAGGLT
REWYQLLSRVIFDKGALLFTTVGNDSTFQPNPNSVYQTEHLSYFKFVGRVVGKALFDGQL
LDVHFTRSFYKHILGVKVTYHDIEAIDPDYYKALKWMLENDISDVLDLTFSVDADEEKLI
LYEKTEVTDHELIPGGRNIKVTEENKHEYVDLIAEHRLTTAIRPQINAFLEGFSELILKD
LISIFNDKELELLISGLPDIDLDNLRVNTEYSGYSPGSPVIQWFWEVVQGLSKEDKARLL
QFVTGTSKVPLEGFSSLQGISGAQKFQIHKAYGSANHLPSAHTCFNQLDLPEYPSKEHLQ
ERLLLAIHEASEGFGFG
NT seq 10854 nt   +upstreamnt  +downstreamnt
atggcgactggcagatccgcaagtatgccgtcacggttgcggcagcttctttccggcgaa
gggtccatcggcccctctattaggctcgacgctgagcctcctccggagatcaaatcgttt
attgagaaagtaatccagagtccactctctgatattgcgatacctctctctggctttcgc
tgggagtacagtaagggcaacttccatcactggagacctctttttctacattttgacaag
tacttcaagacgtttatatcaactaggaatgaccttctcttgtctgatcacattttggaa
gatgcggatccctttcccaagtactctgttcttcaaattctccgtgtgatgcagatcatt
ctcgaaaattgtcccaacaaaagttcctttgatggtttagagcactttaagctcctactt
gcctccacagatccagaggttctcattgctgccctggaaaccctttctgcgcttgtgaaa
atcagctcatctaagctccacaggagcggaaagttgattggatgtggttccgtaaacagc
ttccttctctctattgcccagggctggggtagcaaagaggagggtctgggtttgtattcc
tgcgttgtcgctaacgagagaaaccaggaagaaggtctgagcatctttccttccgacttg
gaaaataatcacaaggaagctgattttcggattggttctactgtttattttgagttgcgt
ggacacagtgcccagagaatagatgatggtagtagtagtgctacttcttcttcttcttct
tcttcaagggtgatacagattcctgatttgcacttgcggaaagaggatgatcttgtgtta
atgaaggagtgtatagagcattacaatgttcccccggagctcaggttctctctactgacc
cgtgtcaggtatgctcatgcttttcgttcttccagaatatgccggagttatagcaggatc
tgcctacttgcgtttattgtacttgttcagtcaagtgatgcccaagaagaacttgcatcc
ttttttgcaaacgaacctgagtatacaaatgaattaataagaattgtcagatctgaagaa
ccaatccccggaaccattagaactcttgccatgcttgcattgggcgctcaattggctgta
tactccgcctctcatgatcgagccaggattctaagcagatctagcatcagtttcgccgta
ggcaacagaatgattctgcttaatgtgcttcagaaagccgttctctctctgaagatttct
agtgatccatcatctattgcttttgttgaggcgctacttcagttttatttgcttcacatt
gtttcatcatcgtcatctggaagcactataagggggtctggcatggttcccacatttctc
cctctcttggagtatactgatccgagtcacctgcatcttgtgtatttggccgttaaagca
ctacagaagctcatggattatagcagttctgcagttcctctactccgggatcttggggga
gtagaacttttgtctcagaggttagagttagaggttcatcacattcttaagttgactgga
gagaacaacagtgatatggtggttggtgaatctttagaactaaatggtgatcagttgctc
tctcgaaagagactcatcaaggttcttttgaagtctcttggttcttctacgtatactcct
ggaaatgcgaataggtctcaaagttctcaggagagcacgttgcctgccactttgtctttg
atatacaggaatgcagataaatttggtggcgatatctattactcagctgtgacggttatg
agtgatttaatccacaaagaccccacatctcttacttccctgtttgaaatgggcctccct
gaagcatttctgtcttcagttgtatcaggagtacttccttcttccaaggctattgcatgc
attccaaatggcctgggtgcaatatctcttaatagcaaaggtttggagacagtaaaagaa
acttcggcactgcgcttccttgttgatgtctttacttccaagaagtatgttctagctatg
aatgaggccatcgttccgtttacaaatgccgtggaagagcttttgcgtcatgtctcatct
ctaagagccaccggtgttgaaataatcattgaaattgtggatagaattgcatgctttgga
gagagtggttcttcatcatcctctgtaagtactgcaatggaaatggattcagatgtgaag
aacataaatggcgtcagtcatgagcagtttgttcaactctgcatctttcatctgataatt
ctgctccacagaacaatggagaatgctgagacttctcgtctctttgtggagaagtctggc
attgaggcgttacttaagcttctcttgcgacctagcattgctcagtcttctgaaggggtg
tctattgccttgcacagcaccattgtttttaagggttttacgcagcatcactctgcttct
cttgctcgggccttttgctcttctcttcgtgatcaggtgaagaaagctttagaaggactg
caagatctctcggggacattcttacttgatcgaaaactttctccaagctgtggaattttt
tcttctcttttccttgtggagtttcttctgtttctagctgcatcaaaggataaccgttgg
atgactgcattgctttcggagtttgcaaatggaagcaaggatgttctggagaatataggc
catttgcaccgtgaaattctatggcatatagcagtttacgagagtggaacgctggaaagt
ccaaatacttctcccgagtcagagcaaacagagccgtcttcaaatggaacggaaggacaa
aggttcagttcttttagacagtttctggatccattatttcagaggagaacgtcaggatgg
agcgcagaatcgcaattctttgatttaataaatctttaccgtgatcttggacgtgcatcg
actggatttcaaccacgaccaatcagtgatggtccctctagctcatcagacgcttctggt
aacagagagcttgaaagagatggatcctattatacatcatgctgtgacatggtgaagtca
ttgtccttccacatcacatacatattccaagagttagggaaggcaatgctgctccaatct
cgtcggagagaagatacagtaaatgtatctccgtcatctaagttagttgcctcaagtttt
gcttcaatatccctggatcacttgaattttgaaggccatgagattgcagccgaggcatca
aggtcaactaaatgtctctaccttggcaaggttgttgacttcatcgatgctgtccttctt
gacaggcctgattcgtgtaatcctgttctggtaaattgcttttatggccggggggtgatt
cagactgttttgacaacatttgatgctactagccagcttttattttcaattaataggagc
tactcatctccgatggagactgatgatgttagaggaaagcaggatgaaaaggaagacaca
gatcacgcgtggatatatggtccgctggctggctacgggaagctcatggaccatttggtt
acgtcatcgttcatcttatcaccatccacaaaacacttgctcgttcaaccagtagaaaat
gggaatattccatttccacaagatgctgagacatttgtgaagatcctgcagtccattgtg
ttgaaagctgtacttccggtgtggactcatccactatttacggaatgtagttatgatttc
gtcactgccctcatttccatcatcaaacatgtgtattctggagttgaactgaaaagctta
ggtggcagtggtagcgctcgtgtaacaggtccacctcccagtgaaacaaccatttcaaca
attgtggagatggggttctctagatccagagccgaggaagcattgagacaggttggatcg
aacagtgttgagttagccatggaatggctgttttcccacccagaagaaatccaagaggac
gatgagctttctcgtgctcttgcaatgtcccttggaaattctgaatcagatacaaaggag
aatgttgtagatgaaactcgagaacagattgaagcagaaatagtctcgctgccaccagtt
gaagagcttataacaacatgtacgaagcttctgcagatgaaagagccccttgcttttccc
gttagagacttgcttgtattgatatgctcagaaaacaatggagaacaccgatctggtgtt
atatcttgccttcttagccggattaaggattgttgtcctgtcttcgatgacacaaagaac
aatctgctctctgctctgttgcatgttcttgctttgattctacatgaagacgcaggttcc
cgtgaagttgcgctgaaggcgggtattgtaagacttgtgtgcgatgtactctcaaagtgg
gattctggtagtattgataaggaaaagtttaatgttccaaagtgggtgacgacagggttt
cttgccattgataggctgctacaagtggaccataaattaaatactgagcttatagaggag
ttgcaaaaaggtgagacatctctggccattgatgagagcaaacaagacaagctgcaatct
gtttttggctctccacagcttgttgatgctgacgatcagaagaagttgattgagattgct
tgtacatgtatccggaatcagcttccttctgaaactatgcatgctgttttacaactgtgt
tctacattgacaaggaagcattctgttgctgtctgctttcttgattttggaggtgtgcaa
ggactgctttctctgccgagtaatagtctttttccagggtttgactcagttgctgctagt
atcatccgtcatattcttgaagacccccaaacgcttcagcaagccatggaatctgagata
aaacatgcacttgcaacactttccaacaggcactcaaatcagagaatctctccacgcaat
tttttgttgcatgtgaattctgtaattgctcgggatccagtcacttttatccaggccgct
cgttctatatgtcaagtagagatggttggtgaaagaccttacatcgtgttagtcaaagaa
aaagagaaatcaaaagacaaagagaaggataaggataaggataaggacagagctgacaaa
gagaaatctcagacttctaatgaagttgcaactaccactccccctgggagcaccaaggct
aaagtttaccggaaacctcctcagtcgttcattggtgttgttgagctgcttctggattct
ctctgtaatttcgttcctcctccaaaagatgacatggttgaaggtgattctacttcagca
gacatggatattgatcacgcctctactaagggaaaaggcaaagcggttgctaccacacct
gaagaaaagaaagctatttcacaggacatgtcagcttcattggctaaaattgttttcatt
ctgaagcttttgagtgagatactgttcatgtattcttcgtcaatccatataatacttcga
agagatgctgaacttaacagtcttagaggtcctcaacagaagggtggtcaagttggtgga
atatttcatggtcaagttggtggaatatttcatcatattcttcacaagtttattccatac
tcacgggtgaagaaggaaaagaaatctgagagtgattggcggcaaaagctggcaagtagg
gctaatcagtttttagtgggtgcatctgttagatcagctgaagcaaggaagaggatattt
tctgacattagcagtatcttcaatgacttcataggtacctccaatgggcttagacctcca
gctaatgaaatacacattttgatagatttgttgagtgatatgctctctgctcggtcacct
actggatcacatatatcttcagaagcttcgaatacttttgttgatgttggattggttaag
tctcttactcgtactcttgaagtgttggacttggacaacgtagaatctcccaaaactgta
acaggaatcataaaagttttggagttggtgactaaggagcatgcccattctgctgattcg
aactcgaagaatgaaaatgcgaacaagtcatctgatcaaattcaatcaggaagaggagat
actactgctgatgcgtctgaagcaggggaaattatgctgcggtcgaatcatgattccatg
acagctgatcatgcggagaattttggcggttcccacacttttgttggttcagaagatgtg
acagatgacatggagcatgatcaagacttggatgaaggatttgccgcaggtggggatgat
tatatgcaagaagcagctgaggatgctagggggttggaaaacgggattgggtcgatgggt
atagagtttgagatgcatacccacgtgcaggaaaatcttgatgaagaggaagacgaagag
atgtctggtgatgagggtgacgaaatagatgaggatgaaaacgataatgaagaagaagac
gaggaggacaatgacttggaagaagaagaagatgtacatcacctgcctcatcatgacaca
gatcaagatgatcatgagcttgaggatgatgaatttgaagaggaaatactggttgaagag
gatgaagaggacgaagatgatgaagatcgggtaattctcaggtttgaggatggattcaat
gggctaaacgttcttgatcatttggaggttcttagagatcatagattttccgatgaaaca
cttcatgtaatgcctgttgaagtgtttggctcgagacgtcaaggacgaacaacttctatt
tacagccttcttggcagaactggggatggtgctactccttcacagcatcctcttttatcg
ggatctccatcacttccagcgtcgcaaagtcaaacagaaagcacacatgatcatactgtt
ggaggtagggattccaacggtagttcttcgtcacggctggatgctatattccgatctttg
aggaatggccggcaggggcatcgtttgaatttatgggctgatgacagccagcaaattgtt
ggatctggcgcttctaccgtaccacaaggccttgaagatttgctggtatctcagttgaga
cgtcccggctctgataatccttctgatgatcagaatccatcacctttggaaccccagtca
caggccgagagtgggcagccacaggaggcaactgtcagacctgaaattccagatgaaaac
gccactgataatggaggtgccaatgtgtctgctccctctatcgtttcgccagttgcatct
gctaccccggatacacgagcccctgctactgattctgtctcaagctcgcggtctcagtca
gtcgaaatgcaatatgatccaaatgattcaactgttcgggatgttgaagcggtgagtcaa
gaaagcggtgggagtggggcaaccttgggtgaaagccttaggagtttggatgttgagatt
ggaagtgctgatggacatgatgatggtggagaaaggcatgatgtacagccagctatacgc
tcaagaagagcaaatttgtcacttgtgccatcttcaactgggcgagaagcttctctttat
agtgtaactgaggttcctgagaactccggtcacgaggccgagcaggataatccaccagag
gagcaaccagttaacagggatgttgcttctagttctattgatcctgcatttttagatgcc
ctacctgagggactgcgagctgaagtcctttcagctcagcaaggtcaagcgccagaacct
tctagcaatgaacagcagaattctggagatattgatccggagtttcttgctgcacttcct
gctgatatccgagctgaagttctggcacagcaacaagcacaacgggttcatcagtctcat
gaacttgaaggtcagcctgtcgagatggacaccgtttcaataattgcaacgtttccttcg
gagttgcgagaagaggtgttgctgacgtcagatgatgccgttcttgcaaatttaacacct
gcactggttgcggaagcaaacatgttgcgtgaaaggtttgctcatcgataccataaccgt
gcactttttggtatgcatccaagacatcgtagaggggaggcatccaggcgaggtgaaggt
gtcatatctggaaatgaggggattgcttctcgtaggtctgctgcaaaggttatagaggcc
gctggagctcccctagttaacactgaggcactccaagcaatgattcgtgttcttcggata
gttcagcctctttacaagggtcctctgcagaggcttttgctgaatttatgttctcatggc
gaaacaaggttttccttggttaatacattcatggatatgctgatgctcgacacaaggaag
cctgttaactactcgagtgtttccgaaccaccttatcgtctttatgcttgtcaaagcaat
gtaacatattcacgtcctcagcactttgatggggttcctcctctagtgtctcggcgtgtc
cttgagactttgacatatttggcacgaaatcatatatacgtagcaaagattctgcttcaa
tccaggctttccctgccttcccttcaaggttcagtaccctcagacaaggcacgtggaaaa
gctgttgtagtaagtgatgatcacatgagcagaacgcagcaggaacccgaatctgtagcc
tttgcgttgcttctaagcctcctgaatcagcccctttatttgagaagtgtggctcatctt
gaacagctgctgaacttactggaggtcatcattgacaacgctgaacgaaagtctgagtca
gctgatggatcagatgggtctgccagcgagcagcaatcaacgcatcaagcattagaagtt
gaaaacaattcagaaaaccacgatatggtatctggcactgtacctgctggtacagtgacc
aagccaattgtctcatctggaagttcgtccaacagagcagagagtgaatgtgatgttcat
actgtgttgcttaatcttccccagtcagagctgtgtctgctttgttcattacttgcacgt
gaaggtttgtcagataatgcatacacccttgtagcggaggtgctgaaaaaacttgtggcc
attgctccaagccattgtcatttgtttatcacagagcttgcaaacgcaatacagagcctg
acaagatcagcgatcagtgaacttcacatgttcggtgaagccgtaaaaacgcttctaagt
accacgtcatcagatggatcaggagtgttgagggttttgcaggcattaagctccctcgtt
gattcgttgttaatcacaaaagagaagaattccgaagagcatgttgctgtgttttctcag
ctatcgaacatcaatttagctttggaacctctgtggctggagttgagcaattgcatatgc
aaaattgaggggcattctgattctgcttctgttactacgacgtctccaacaacctcgatg
agttcagcaacaacaaggggagctggagtaagccagtcacttcctgctggtgcccaaaac
atgttgccttatgtagagtcgttttttgttacctgtgagaaattgcatccatcatcacag
tcttgtgatatctcggttcccatggcttcttctgatgctgaggagcagcccaagggtcca
ggaccaagcagcagctccaaggtggatgagaaatacggttcttttatcaagttttctgaa
aggcacaggaaacttcttaatgctttcatccgacaaaatcctgccctgcttgagaagtcc
ttttcgctaatgctcaaggttccacgttttattgaatttgataacaaacgtgcatacttc
agatcaaagataaaacaccagcatgaccatcaccatagccctttgagaatctcagtgaga
agagcctacattcttgaagattcatacaaccaattgcgaatgaggtcaacacaagaactg
aaaggtagattgactgttcacttccaaggagaagaaggtattgatgctggtgggcttacc
agggaatggtatcagctgttgtcaagggttatttttgacaaaggagctcttctgttcaca
accgttggcaatgactcgactttccaaccgaatccaaactctgtttaccagacagagcac
ctctcctacttcaaattcgttggccgggtggttggaaaagctctgtttgatggtcaacta
cttgacgtccatttcactcgctctttttacaagcatatcttgggagttaaggtcacgtac
catgatattgaagctatagatcccgattactataaagccctgaaatggatgctggagaat
gatattagcgatgtcctagatctcacttttagcgttgatgctgatgaggaaaagctaata
ctgtatgaaaaaacggaggtgaccgaccatgaactgatccctggagggcggaacattaaa
gttactgaggagaataagcatgaatatgtagacctaatcgccgagcatcgattaaccaca
gccattcgtcctcagataaatgcattcctggaagggtttagtgaacttatccttaaagat
ctaatatcgatttttaacgacaaggaactggagttattaataagtggtcttcctgatatc
gacttggataacctgagggtgaatactgaatattctgggtatagtcctggatcccctgtt
atccagtggttctgggaggttgttcagggattgagcaaagaagacaaagcccgtctattg
cagtttgtgactggaacctctaaggtacctctggaaggatttagttcccttcaaggaatt
tcaggggcacagaagtttcagatccacaaggcatatggaagcgctaatcacttgccgtct
gctcatacctgtttcaatcagttagatctgccagagtacccgtctaaggaacatctgcag
gagaggctgctgcttgcaatccatgaagcaagtgaaggattcggatttggttaa

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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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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