KEGG   Brassica rapa (field mustard): 103838597
Entry
103838597         CDS       T03449                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL1-like
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
brp  Brassica rapa (field mustard)
Pathway
brp04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:brp00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    103838597
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:brp04121]
    103838597
Enzymes [BR:brp01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     103838597
Ubiquitin system [BR:brp04121]
 Ubiquitin ligases (E3)
  HECT type E3
   103838597
SSDB
Motif
Pfam: HECT DUF913 DUF908 UBM UBA UIM
Other DBs
NCBI-GeneID: 103838597
NCBI-ProteinID: XP_033136551
Position
A09:complement(11151125..11163815)
AA seq 3605 aa
MATGRSASMPSRLRQLLSGEGSIGPSIRLDAEPPPEIKSFIEKVIQSPLSDIAIPLSGFR
WEYSKGNFHHWRPLFLHFDKYFKTFLSTRNDLLLSDHILEDEDPFPKYSLLQILRVMQII
LENCPNKSTFDGLEHFKLLLASTDPEVLIAALETLSALVKISSSKLHRSGKLIGCGSVNS
FLLSIAQGWGSKEEGLGLYSCVVANERNQEEGLTIFPSDLDNNHKEADFRIGSTVYFELR
GHSAQSIHHGTSSASSSSSRVIQIPDLHLRKEDDLVLLKECIEHYNVPPELRFSLLTRVR
YAHAFRSSRICRSYSRICLLAFIVLVQSSDAQEELASFFANEPEYTNELIRIVRSEEPIP
GTIRTLAMLALGAQLAVYSASHDRARILSRSSISFAVGNRMILLNVLQKAVLSLKISSDP
SSIAFVEALLQFYLLHIVSSSSSGSTIRGSGMVPTFLPLLEYTDPSHLHLVYLAVKALQK
LMDYSSSAVPLLRDLGGVELLSQRLELEVHHILKLTGENNSDMVVGESLDINGDQLLSRK
RLIKVLLKSLGSSTYTPGNANRSQSSQESTLPATLSLIYRNTDKFGGDIYYSAVTVMSDL
IHKDPTSLTSLFEMGLPEAFLSSVVSGVLPSSKAIACIPNGLGAISLNSKGLETVKETSA
LRFLVDVFTSKKYVLAMNEAIVPFTNAVEELLRHVSSLRATGVEIIIEIVDRIACFGESG
SSSSSVSTAMEMDSDVKNINGVSHEQFVQLCIFHLIILLHRTMENAETSRLFVEKSGIEA
LLKLLLRPSIAQSSEGVSIALHSTIVFKGFTQHHSASLARAFCSSLRDQVKKALGGLQDL
SGTFLLDRKLSPSCGIFSSLFLVEFLLFLAASKDNRWMTALLSEFANGSKDVLENIGLLH
REILWHIAVYESGTLESPNTSPESEQTELSSNGTEGQRFSSFRQFLDPLFQRRTSGWSAE
SQFFDLINLYRDLGRASTGFQPRPIIDGPSSSSDASGNRELERDGSYYTSCCDMVKSLSF
HITYIFQELGKAMLLQSRRREDTVNVSPSSKLVASSFASISLDHLNFEGHEIAAEASRST
KCLYLGKVVDFIDAVLLDRPDSCNPVLINCFYGRGVIQTVLTTFDATSQLLFSINRSYSS
PMETDDVKGKQDEKEDTDHAWIYGPLAGYGKLMDHLVTSSFILSPSTKHLLVQPVENGNI
PFPQDAETFVKILQSIVLKAVLPVWTHPLFTECSYDFVTALISIIKHVYSGVELKSLAGS
SSARVTGPPPSETTISTIVEMGFSRSRAEEALRQVGSNSVELAMEWLFSHPEEIQEDDEL
ARALAMSLGNSESDTKENVVDETREQIEAEIVSLPPVEELITTCTKLLQMKEPLAFPVRD
LLVLICSENNGEHRSGVISCLLSRIKDCCPVFDDTKNNLLSALLHVLALILHEDAGSREV
ALKAGIVRLVCDVLSKWDSGSIDKEKYNVPKWVTTGFLAIDRLLQVDQKLNTELIEELQK
GETSLAIDESKQDKLQSVFGSPQLVDADDQKKLIEIACTCIRNQLPSETMHAVLQLCSTL
TRKHSVAVCFLDFGGVQGLLSLPSNSLFPGFDSVAASIIRHILEDPQTLQQAMESEIKHA
LATLSNRHSNQRISPRNFLLHVNSVIARDPVTFIQAARSICQVEMVGERPYIVLVKEKEK
SKDKEKDKDKDRADKEKSQTSNEVATTTPPGSTKAKVYRKPPQSFIGVVELLLDSLCNFV
PPPKDDMVEGDSTSADMDIDHASTKGKGKAVATTPEEKKAISQDMSASLAKIVFILKLLS
EILFMYSSSIHIILRRDAEINSLRGPQQKGGQVGGIFHHILHKFIPYSRVKKEKKSESDW
RQKLASRANQFLVGASVRSAEARKRIFSDISSIFNDFIGTSNGLRPPVNEIHILIDLLSD
MLSARSPTGSHISSEASNTFVDVGLVKSLTRTLEVLDLDNVESPKTVTGIIKVLELVTKE
HAHSADSNSKNENANKSSDQIQSGRGDTTADASEAGEIMLRSNHDSMTADHAENFGGSHT
FVGSEDVTDDMEHDQDLDEGFAAGGDDYMQEAAEDARGLENGIGSMGIEFEMHTHVPENL
DEEEDEEMSGDEGDEIDEDENDNEEEDEEDNDLEEEEEEDVHHLPHHDTDQDDHELEDDE
FEEEILVEEDEEDEDDEDRVILRFEDGINGLNVLDHLEVLRDHRFSDETLHVMPVEVFGS
RRQGRTTSIYSLLGRTGDGATPSQHPLLSGSPSLPVSQSQTESTHDHTVGGRDSNGSSSS
RLDAIFRSLRNGRQGHRLNLWADDSQQIVGSGASTVPQGLEDLLVSQLRRPGSDNPSDQN
PSPLEPQSQAESGQPQEATVRPEIPDENATGNGGANVSAPSIVSPVASAPPDTRATATDS
VSSSRSQSVEMQYDPNDSTVRDVEAVSQESGGSGATLGESLRSLDVEIGSADGHDDGAER
HDVQPAMRSRRANLSVVPSSTGREASLYSVTEVPENSGHEAEQDNPPEEQPVNRDVASSS
IDPAFLDALPEGLRAEVLSAQQGQAPEPSSNEQQNSGDIDPEFLAALPADIRAEVLAQQQ
AQRVHQSHELEGQPVEMDTVSIIATFPSELREEVLLTSDDAVLANLTPALVAEANMLRER
FAHRYHNRALFGMHPRHRRGEASRRGEGVISGNEGIASRRSAAKVIEAAGAPLVNTEALQ
AMIRVLRIVQPLYKGPLQRLLLNLCSHGETRFSLVNTFMDMLMLDTRKPVNYSSVSEPPY
RLYACQSNVTYSRPQHFDGVPPLVSRRVLETLTYLARNHIYVAKILLQSRLSLPSLQGSV
PSDKARGKAVVVSDDHMSRTQQEPESVAFALLLSLLNQPLYLRSVAHLEQLLNLLEVIID
NAERKSESADGSDGSASEQQSTHQALEVENNAENHDMVSGTAGTVTKPIVSSGSSSYRAE
SECDVHTVLLNLPQSELCLLCSLLAREGLSDNAYTLVAEVLKKLVAIAPSHCHLFITELA
NAIQNLTRSAISELHMFGEAVKTLLSTTSSDGSGVLRVLQALSSLVDSLLITKEKNSEEH
VAVFCQLSNINLALEPLWLELSNCICKIEGHSDSASASASTTSPTTSTSSATTRGAGVSQ
SLPAGAQNMLPYVESFFVTCEKLHPSSQSCDISVPMAASDVEEQPKGPGPSSSSKVDEKY
GSFIKFSERHRKLLNAFIRQNPALLEKSFSLMLKVPRFIEFDNKRAYFRSKIKHQHDHHH
SPLRISVRRAYILEDSYNQLRMRSTQELKGRLTVHFQGEEGIDAGGLTREWYQLLSRVIF
DKGALLFTTVGNDSTFQPNPNSVYQTEHLSYFKFVGRVVGKALFDGQLLDVHFTRSFYKH
ILGVKVTYHDIEAIDPDYYKALKWMLENDISDVLDLTFSVDADEEKLILYEKTEVTDHEL
IPGGRNIKVTEENKHEYVDLIAEHRLTTAIRPQINAFLEGFSELILKDLISIFNDKELEL
LISGLPDIDLDNLRANTEYSGYSPGSPVIQWFWEVVQGLSKEDKARLLQFVTGTSKVPLE
GFSALQGISGAQKFQIHKAYGSANHLPSAHTCFNQLDLPEYPSKEHLQERLLLAIHEASE
GFGFG
NT seq 10818 nt   +upstreamnt  +downstreamnt
atggcgactggcagatcggcaagtatgccgtcacggttgcggcagcttctttccggcgaa
ggctctatcggcccctctattaggctcgacgctgagcctcctcctgagatcaaatcgttt
attgagaaagtaatccagagtccactctctgatattgcgatacctctctctggctttcgc
tgggagtacagtaagggcaacttccatcactggagacctctttttctccattttgacaag
tacttcaagacctttttatcaactaggaatgaccttctcctctctgatcacattttggaa
gatgaggatccctttcccaagtactctcttcttcaaattcttcgtgtgatgcagatcatt
ctcgaaaattgtcccaacaaaagtacctttgatggtttagagcactttaagctcctactt
gcctccacagatccagaggttctcattgcagccctggaaaccctttctgcgcttgtgaaa
atcagctcatctaagctccacaggagcggaaagttgattggatgtggttccgtaaacagc
ttccttctctctattgcccagggctggggtagcaaagaggagggtctgggtttgtattcc
tgcgttgtcgctaacgagagaaaccaggaagaaggtctcaccatctttccttccgacttg
gataataatcacaaggaagctgattttcggattggttctactgtttattttgagttgcgt
ggacacagtgcccagagtatacatcatggtactagtagtgctagttcttcttcttcaagg
gtgattcagattcctgatttgcacttgcggaaagaggatgatcttgtgttattgaaggag
tgtatagagcattacaatgttcccccggagctcaggttctctctactgacccgtgtccgg
tatgctcatgcttttcgttcttccagaatatgccggagttatagcaggatctgcctactt
gcgtttattgtacttgttcagtccagtgatgctcaagaagaacttgcatccttttttgca
aacgaacctgagtatacaaatgaattaataagaattgtcagatctgaagaaccaatcccc
ggaaccattagaactcttgccatgcttgcattgggcgctcagttggctgtatactccgcc
tctcatgatcgagccaggattctaagcagatctagcatcagtttcgccgtaggcaacaga
atgattctgcttaatgtgcttcagaaagccgttctgtctttgaagatttctagtgatcca
tcatctattgcttttgttgaggcgctacttcagttttatttgcttcacattgtttcatca
tcgtcatctggaagcactataagggggtctggcatggttcccacatttctccctctcttg
gagtatactgatccgagtcacctgcatcttgtgtatttggccgttaaagcactacagaag
ctcatggattatagcagttctgcagttcctctactccgggatcttgggggagtagaactt
ttgtctcagaggttagagttagaggttcatcacattcttaagttgactggagagaacaac
agtgatatggtggttggtgaatcgttagatataaatggtgatcagttgctctcccgaaag
agactcatcaaggttcttttgaagtctcttggttcttctacgtatactcctggaaatgca
aataggtctcaaagttctcaggagagtacgttgcctgccactttgtctttgatatacagg
aatacagataaatttggtggcgatatctattactcagctgtgacggttatgagtgattta
atccacaaagaccccacatctcttacttccctgtttgaaatgggcctccctgaagcattt
ctgtcttcagttgtatcaggagtacttccttcttccaaggctattgcatgcattccaaat
ggcctcggtgcaatatctcttaatagcaaaggtttggagacggtaaaagaaacttcggca
ctgcgcttccttgttgatgtctttacttccaagaagtatgttctagctatgaatgaggcc
atcgttccgtttacaaatgccgtggaagagcttttgcgtcatgtctcatctctaagagcc
accggtgttgaaataatcattgaaattgtggatagaattgcatgctttggagagagtggt
tcttcatcatcctctgtaagtactgcaatggaaatggattcagatgtgaagaacataaat
ggcgtcagccatgagcagtttgttcaactctgcatctttcatctgataattctgctccac
agaacaatggagaatgctgagacttctcgtctctttgtggagaagtctggcattgaggcg
ttacttaagcttctcttgcgacctagcattgctcagtcttctgaaggggtgtctattgcc
ttgcacagcaccattgtttttaagggttttacgcagcatcactctgcttctcttgctcgg
gccttttgctcttctctgcgtgatcaggtgaagaaagctttaggaggactgcaagatctc
tcggggacattcttacttgatcgaaaactttctccaagctgtggaattttttcttctctt
ttccttgtggagtttcttctgtttctagctgcatcaaaggataaccgttggatgacagca
ttgctttcggagtttgcaaatggaagcaaggatgttctggagaatataggccttttgcac
cgtgaaattctatggcatatagcagtttacgagagtggaacgctggaaagtccaaatact
tctcccgagtcagagcaaacagagctgtcttcaaatggaacggaaggacaaaggttcagt
tcttttagacagtttctggatccattatttcagaggagaacgtcaggatggagcgcagaa
tcgcaattctttgatttaataaatctttaccgtgatcttggacgtgcatcgactggattt
caaccccgaccaatcattgatggtccctctagttcatcagacgcttctggtaacagagag
cttgaaagagatggatcctattatacatcatgctgtgacatggtgaagtcattgtccttc
cacatcacatacatattccaagagttagggaaggcaatgctgctccaatctcgtcggaga
gaagatacagtaaatgtatctccgtcttctaagttagttgcctcaagttttgcttcaata
tcccttgatcacttgaattttgaaggccatgagattgcagccgaggcatcaaggtcaact
aaatgtctctaccttggcaaggttgttgacttcatcgatgctgtccttcttgacaggcct
gattcgtgtaatcctgttctgataaattgcttttatggccgcggggtgattcagacggtt
ttgacaacatttgatgctactagccagcttttattttcaattaataggagctactcgtct
ccgatggagactgatgatgttaaaggaaagcaggatgaaaaggaagacacagatcatgcc
tggatatatggtccgctggctggctacgggaagctcatggaccatttggttacgtcatcg
tttatcttatctccatccacaaaacacttgctcgttcaaccagtagaaaatgggaatatt
ccatttccacaagatgctgagacatttgtgaagatcctgcagtccattgtgttgaaagct
gtacttccggtttggactcatccactatttacggaatgtagttatgatttcgtcactgcc
ctcatttccatcatcaagcatgtgtattctggagttgaactgaaaagcttagctggcagt
agtagcgctcgtgtaacaggtccacctcccagtgaaacaaccatttcaacaattgtggag
atggggttctccagatccagagccgaagaagctttgagacaggttggatcgaacagtgtt
gagttagccatggaatggctgttttcccacccagaagaaatccaagaggacgatgagctt
gctcgtgctcttgcaatgtcccttggaaattctgaatcagatacaaaggagaatgttgta
gatgaaactcgagaacagattgaagcagaaatagtctcgctgccaccagttgaagagctt
ataacaacatgtacgaagcttctgcagatgaaagagccccttgcttttcccgttagagac
ttgcttgtattgatatgctcagaaaacaatggagaacaccgatctggtgttatatcttgc
cttcttagccggattaaggattgttgtcctgtcttcgatgacacaaagaacaatctactc
tctgctctgttgcatgttcttgctttgattctacatgaagacgcaggttcccgggaagtt
gcgctgaaggcgggtattgtaagacttgtgtgcgatgtactctcaaagtgggattctggt
agtattgataaggaaaagtataatgttccaaagtgggtgacgacagggtttcttgccatt
gataggctgctacaagtggaccagaaattaaatactgagcttatagaggagttgcaaaaa
ggtgagacatctctggccattgatgagagcaaacaagataagctgcaatctgtttttggc
tcgccacagcttgttgatgctgacgatcagaagaagttgattgagattgcttgtacatgt
atccggaatcagcttccttctgaaactatgcatgctgttttacaactgtgttctacattg
acaaggaagcattctgttgctgtctgctttcttgattttggaggtgtgcaaggactgctt
tctctgccgagtaatagtctttttccagggtttgactcagttgctgctagtatcatccgt
catattcttgaagacccccaaacgcttcagcaagccatggaatctgagataaaacatgct
cttgcaacactttccaacaggcactcaaatcagagaatctctccacgcaattttttgttg
catgtgaattctgtaattgctcgggatccagtcacttttatccaggccgctcgttctata
tgccaagtagagatggttggtgaaagaccttacatcgtgttagtcaaagaaaaagagaaa
tcaaaagacaaagagaaggataaggataaggacagagctgacaaagagaaatctcagact
tctaatgaagttgcaactaccactccccctgggagcaccaaggctaaagtttaccggaaa
cctcctcagtcgttcattggtgtcgttgagctgcttctggattctctctgtaatttcgtt
cctcctccaaaagatgacatggttgaaggtgattctacttcagcagacatggatattgat
catgcctctactaagggaaaaggcaaagcggttgctaccacacctgaagaaaagaaagct
atttcacaggacatgtcagcttcattggctaaaattgttttcattctgaagcttttgagt
gagatactgttcatgtattcttcgtcaatccatataatacttcgaagagatgctgaaatt
aacagtcttagaggtcctcaacagaaggggggtcaagttggtggaatatttcatcatatt
cttcacaagtttattccatactcacgggtgaagaaggaaaagaaatctgagagtgattgg
cggcaaaagctggcaagtagggctaatcagtttttagtgggtgcatctgttagatcagct
gaagcaaggaagaggatattttctgacattagcagtatcttcaatgacttcataggtacc
tccaatgggcttagacctccagttaatgaaatacacattttgatagatttgttgagtgat
atgctctctgctcggtcacctactggatcacatatatcttcagaagcttcgaatactttt
gttgatgttggattggttaagtctcttactcgtactcttgaagtgttggacttggacaac
gtagaatctcccaaaactgtaacaggaatcataaaagttttggagttggtgactaaggag
catgcccattctgctgattcgaactcgaagaatgaaaatgcgaacaagtcatctgatcaa
attcaatcaggaagaggagatactactgctgatgcatctgaagcaggggaaattatgctg
cggtcgaatcatgattccatgacagctgatcatgcggagaattttggcggttcccacact
tttgttggttcagaagatgtgacagatgacatggagcatgatcaagacttggatgaagga
tttgccgcaggtggggatgattatatgcaagaagcagctgaggatgctagggggttggaa
aacgggattgggtcgatgggtatagagtttgagatgcatacccacgtgccggaaaatctt
gatgaagaggaagacgaagagatgtctggtgatgagggtgacgaaatagatgaggatgaa
aacgataatgaagaagaagacgaggaggacaatgacttggaagaagaagaagaagaagat
gtacatcacctgcctcatcatgacacagatcaagatgatcatgagcttgaggatgatgaa
tttgaagaggaaatactggttgaagaggatgaagaggacgaagatgatgaagatcgggta
attctcaggtttgaggatggaatcaatgggctaaacgttcttgatcatttggaggttctt
agagatcatagattttctgatgaaacacttcatgtaatgcctgttgaagtttttggctcg
agacgtcaaggacgaacaacttctatttacagccttcttggcagaactggggatggtgct
actccttcacagcatcctcttttatcgggatctccatcacttccagtgtcgcaaagtcaa
acagaaagcacacatgatcatactgttggaggtagggattccaacggtagttcttcgtca
cggctggatgctatattccgatctttgaggaatggccggcaggggcatcgtttgaattta
tgggctgatgacagccagcaaattgttggatctggcgcttctaccgtaccacaaggcctt
gaagatttgctggtatctcagttgagacgtcccggctctgataatccttctgatcagaat
ccatcacctttggaaccccagtcacaggccgagagtgggcagccccaggaggcaactgtc
agacctgaaattccagatgaaaacgccactggtaatggaggtgccaatgtgtctgctccc
tctatcgtttcgccagttgcatctgctcccccggatacacgagccactgctactgattcg
gtctcaagctcgcggtctcagtcagttgaaatgcaatatgatccaaatgattcaactgtt
cgggatgttgaagcggtgagtcaagaaagcggtgggagtggggcaaccttgggtgaaagc
cttaggagtttggatgttgagatcggaagtgctgatggacatgatgatggtgcagaaagg
catgatgtacagccagctatgcgctcaagaagagcaaatttgtcagttgtgccatcttca
actgggcgagaagcttctctttatagtgtaactgaggttcctgagaactccggtcacgag
gctgagcaggataatccaccagaggagcaaccagttaacagggatgttgcttctagttct
attgatcctgcgtttttagatgccctacctgagggactgcgagctgaagtcctttcagct
cagcaaggacaagcgccagaaccttctagcaatgaacagcagaattctggagatattgat
ccggagtttcttgctgcacttcctgctgatatccgagctgaagttctggcacagcaacaa
gcacaacgggttcatcagtctcatgagcttgaaggtcagcctgttgagatggacaccgtt
tcaataattgcaacgtttccttcggagttgcgagaagaggtgttgcttacgtcagatgat
gccgttcttgcaaatttaacacctgcactggttgcggaagcaaacatgttgcgtgaaagg
tttgctcatcgataccataaccgtgcactttttggtatgcatccaagacatcgtagaggg
gaggcatccaggcgaggtgaaggtgtcatatctggaaatgaggggattgcttctcgtagg
tctgctgcaaaggttatagaggccgctggagctcccctagttaacactgaggcactccaa
gcaatgattcgtgttcttcggatagttcagcctctttacaagggtcctctgcagaggctt
ttgctgaatttatgttctcatggcgaaacaaggttttccttggttaatacattcatggat
atgctgatgctcgacacaaggaagcctgttaactactcgagtgtttccgaaccaccttat
cgtctttatgcttgtcaaagcaatgtaacatattcacgtcctcagcactttgatggggtt
cctcctctagtgtctcggcgtgtccttgagactttgacatatttggcacgaaatcatata
tacgtagcaaagattctgcttcaatccaggctttccctgccttcccttcaaggttcagta
ccctcagacaaggcacgtggaaaagctgttgtagtaagtgatgatcacatgagcagaacg
cagcaggaacccgaatctgtagcctttgcgttgcttctaagcctcttgaatcagcccctt
tatttgagaagtgtggctcatcttgaacagctgctgaacttactggaggtcatcattgac
aacgctgaacgaaagtctgagtcagctgacggatcagatgggtctgccagcgagcagcaa
tcaacgcatcaagcattagaagttgaaaacaatgcagaaaaccacgatatggtatctggc
actgctggtacagtgaccaagccaattgtctcatctggaagttcgtcctacagagcagag
agtgaatgtgatgttcatactgtgttgcttaatcttccccagtcagagctgtgtctgctt
tgttcattacttgcacgtgaaggtttgtcagataatgcatacacccttgtagcggaggtg
ctgaaaaaacttgtggccattgctccaagccattgtcatttgtttatcacagagcttgca
aacgcaatacagaacctgacaagatcagcgatcagtgaacttcacatgttcggtgaagcc
gtaaaaacgcttctaagtaccacgtcatcagatggatcaggagtactgagggttttgcag
gcattaagctccctcgttgattcgttgttaatcacaaaagagaagaattccgaagagcat
gttgctgtgttttgtcagctatcgaacatcaatttagctttggaacctctgtggctggag
ttgagcaattgcatatgcaaaatagaggggcattctgattctgcttctgcttctgcttct
acgacgtctccaacaacctcgacgagttcagcaacaacaaggggagctggagtaagccaa
tcacttcctgctggtgcccaaaacatgttgccttatgtagagtcgttttttgttacctgt
gagaaattgcatccatcatcacagtcttgtgatatctcggttcccatggcggcttctgat
gttgaggagcagcccaagggcccaggaccaagcagcagctccaaggtggatgagaaatac
ggttcttttataaagttttctgaaaggcacaggaaacttcttaatgctttcatccgacaa
aatcctgctctgcttgagaagtccttttcgctaatgctcaaggttccacgttttattgaa
tttgataacaaacgtgcatacttcagatcaaagataaaacaccagcatgaccatcaccat
agccctttgagaatctcagtgagaagagcctacattcttgaagattcatacaaccaattg
cgaatgaggtcaactcaagaactgaaaggtagattgactgttcacttccaaggagaagaa
ggtattgatgctggtgggcttaccagggaatggtatcagctgttgtcaagggttattttt
gacaaaggagctcttctgttcacaaccgttggcaatgactcgactttccaaccgaatcca
aactctgtttaccagacagagcacctctcctacttcaaattcgttggccgggtggttgga
aaagctctgtttgatggtcaactacttgacgtccatttcactcgctctttttacaagcat
atcttgggagttaaggtcacgtaccatgatattgaagctatagatcccgattactataaa
gccctgaaatggatgctggagaatgatattagcgatgtcctagatctcacttttagcgtt
gatgctgatgaggaaaagctaatactgtatgaaaaaacggaggtgactgaccatgaactg
atccctggagggcggaacattaaagtcactgaggagaataagcatgaatatgtagaccta
atagccgagcatcgattaaccacagccattcgtcctcagataaatgcattcctggaaggc
tttagtgaacttatccttaaagatctaatatcgatttttaacgacaaggaactggagtta
ttaataagtggtcttcctgatatcgacttggataacctgagggcgaatactgaatattct
gggtatagtcctggatcccctgttatccagtggttctgggaggttgttcagggattgagc
aaagaagacaaagcccgtctattgcagtttgtgactggaacctctaaggtacctctggaa
ggatttagtgcccttcaaggaatttcaggggcacagaagtttcagatccacaaggcatat
ggaagcgctaatcacttgccgtctgctcatacctgtttcaatcagttagatctgccagag
tacccgtctaaggaacatctgcaggagaggctgctgcttgcaatccatgaagcaagtgaa
ggattcggatttggttaa

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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 (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (20)   

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