KEGG   Musa acuminata (wild Malaysian banana): 103968470
Entry
103968470         CDS       T03447                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL1-like isoform X1
  KO
K10592  E3 ubiquitin-protein ligase HUWE1 [EC:2.3.2.26]
Organism
mus  Musa acuminata (wild Malaysian banana)
Pathway
mus04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:mus00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    103968470
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:mus04121]
    103968470
Enzymes [BR:mus01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     103968470
Ubiquitin system [BR:mus04121]
 Ubiquitin ligases (E3)
  HECT type E3
   103968470
SSDB
Motif
Pfam: HECT DUF913 UBM DUF908 UBA UIM
Other DBs
NCBI-GeneID: 103968470
NCBI-ProteinID: XP_009379977
UniProt: A0A804KX61
Position
10:complement(24362608..24385187)
AA seq 3703 aa
MAGNRSNLPLRLQQILSGGRSVSPVLKLESEPPPKVKAFIDRVIKSPLHDIAIPLSGFRW
EYNKGNFHHWRPLFMHFDTYFKTYLSCRKDLLLSDNIVEEDPFPKHSIMQILRVMQVILE
NCHNKSSFGGLEVKLKIQVQNYVHNIAQFQQNCRLFYLAFRLSNFFLIMFFNQHFKLLLA
STDPDILIATLETLSALVRINPSKMHLGGKLIGCGSTNSYLLSLAQGWGSKEEGLGLHSC
VVANERNQHEGLCLFPSDLGDNCDGTQHRLGSTLHFEYNMGSSIGTEGTKPSNIHVIKIP
DLHLRKEDDLGILKQCVDQFNVPPEHRFSLLTRIRFAHAFRSPRICRLYSRISILAFVVL
VQSNDAHDELVSFFANEPEYTNELIRLVRSEDCVPGTIRALAMLALGAQLAAYASSHERA
RILSGSSIISAGGNRMMLLNVLQKAIVSLSNPSDPSTPVFVDALLQFFLLHVLSSSSSGS
AIRGSGMVHPLLPLLQDSDPAHIHLVSSAVKTLQKLMEYSSQAVSLFKDLGGIELLAQRL
QIEVHRIIGSGEGSSNTVICTDLGKSDADHMYLQKRLIKFLLKTLGSTTYSPANATRAHN
SHHNSLLSSLSLIFNNVNWFGGDIYFSAVSVMSEIIHKDPTCFPVLNELGVPESFLSSVN
SGIIPSSKALICVPNGLGAICLNAKGLEAVKETAVLRFLVEAFTTRKYLVAMNEGVVLLA
NAVEELLRHVSSLRGVGVEIIIEIVNKLASMGEEKCKETADDMNENTAMETDLEEKANEG
HDLVSAMDLAADSISDEQFEQLSIFHVMVLVHRTMENSETCRMFVEKGGIETLLRLLQRP
SITQSSDGMPIALHSTVVFKGFTQHHSAPLAHAFSSSLRGHLMKALNEFSSLSGSLLQDT
KSVQDNGIFSSLFVVEFLLFLAASKDNRWMSALLTEFGDSSKDVLEDIGRVHREVLWQIA
LLEDSKVERDYDSSSSDINVDPGMVDSEEQRIGSFRQYLDPLLRRRVSGWSIESQFSDLV
SIYRDLGRAATGSHRHGIDGYSTLRVAPTTRSQPSNSLDTSSASKTEEDKQRSYYSLCHE
TMRSLCYHINHLFMELGKAMLLTLRRENNPVNVSPSIVSVVGTVASIVLGHLNFAGRVSA
AMESEVSVSTKCRYLGKVIDFVSGILFDRPEISNPIMVKCFFGHGVIQAVLTTFEATSQL
LFTINRMPASPMDMDDKCQKEEKEESDNSWISGPLASYGTLLDHLATSSSILSSSTKQLL
EQPIANGSISFPQDAETFVKVLQSKVLKAVLPIWTHPHFAECNSEFITSMISIMKHVYIG
VEVRNVSGNAGAHLPGPPPDESAISLIVEMGFSRARAEEALRQVGTNSVEIATDWLFSHP
EEPQEDDELARAVAMSLGNSDTSLKEDEILNAGIFDQEEEAVQLPPVDEILSACIRLLQV
NEPLAFPIRDLLVMICSQNDGEHRLKVLSYIIDHVKHCCVPSAPLSESMLSALFHVLALV
LHEDFMAREIAFQAGLVKIALDLLSGWNLGSSDGEKSQVPKWVTACLLSVDQMLQVDPKM
TPGVINLEQLKKDKHNSQNSVVIDENRKKDLQSSLGSTTGNLDIQDQRRLLEICCRCIQN
QLPSETMHVVLQLCSTLTKVHTIAVSFLDSGGLHALLSLPSSSLFPGFNNVAAAIIRHIL
EDPHTLQQAMELEIRHSLIAATNRHSNARVSPRTFVQNLAIVISRDPVVFLKAAQAVCQI
EMVGDRPNIVLLKDREKERSKAKDKEKTAEKDKVAASDGKTTGTEVVSVAAGSGHSKLPD
LSVKNTKAHRKSPQSFTSVIEYLLDLIVKFVPPSEVNCHTDTVPGTPSLSDMDIDSTSAK
GKEKVIAVSSEDGKITTQEALASLAKIAFIIKLLTEILLTYASSIHVLLRKDAELSSSRA
TSKGLSGNSSGGIFHHILHNFLPYPGIHKKDKKTDGDWRHKLATRANQFLVASSVRSTEG
RRRIFSEISHVFNDLVDSSNNCRSADSHMHAFVDLLNDILAARSPTGSYISAEASVTFID
VGLVRSLSRTLQVLDLDHADSPKLIPGIIKVLELVTKEHVHSAYINSAKGDNSLKLASNE
HQVGSSDYHGERFQALEMASQPDHAEVVADQREAVNGIQTSGNYHSVVDDMEHDRELDGN
FAREAEDDFMHEASEDGTGLENGVSTVEIRFEIPQNAEDDMGDEDDDEDMSGDEGEVDED
DEDDEENNDLEEDEVHQMSHPDTDHDDHEIDDEEFDEDVLEEEDDDDDDDDGVILRLEEG
FSGINVFDHIEVLGGDNFSVMPLDIFGSRRQGRTTSIYNLIGRTGDHGALHFDHPLLEEP
SSFRQLVHQRQSENAVDIAYSDRNHESASYRMDAIFRTLRNGRHGHRFNMWLDDNHQRGA
SSAPAVPQGIEELLVSQLRQPTVQISDQNIPTNSPQETHETSQLQMSEVEVREEAETRAS
DNNENITLPSRVIGGSGNASVGSTNGDIIQDAGVSATGEQVTEMQYERGDVIVRDVEAVS
QASSGSGATLGESLRSLEVEIGSVDGHDDGDRPGPVDRLPLGDLQPPVRLRRSSGNPVPV
SGRDTSLESVSEVPQHQDQETDRSAPHEEPQPNGNVETDTIDPTFLEALPEELRAEVLSS
RQNQVAQISSEQPQADGDIDPEFLAALPPDIREEVLAQQHAQRRQQAQQLEGQPVEMDAV
SIIATLPSEIREEVLLTSPDTLLATLTPALVAEANLLRERFAHRHHSGTLFGMSSRNRRG
ESSRHGETIGSTLDRTVEAAARGTAVGKLIETDGIPLVDIDDLKAMIRLLRIVQPLYKGQ
LQRLLLNLCTHYETRTSLVKILMDMLMLELRGSINNSVDSAESPFRLYGCQSHVAYSRPQ
FNGGVPPLVSRRILETLTYLARNHPKVSKLLLHLELPCTPACLLETSVQARGKAVLMEED
KPEGERGAFAIVLLLRLLSQPLYMRSVAHLEQLLNLVEVIIVNGESDSGLSNKPGASLEQ
QSGSENTMQDAQVTADAVGSAAEEGVKSVKAKDSERASTSCADNVNSISDILLSIPEGEL
QLLCSLLAREGLSDNAYVLLAEVLKMMVASAPTYCRLFTTELVNAARSLSVCAMNELNLY
EDAEKALLSSSSTNGTAILRVLQALSSLVTGLHEKAPDVLPEKGHTDALSHVWDINAALE
PLWLELSNCISKIEISSETPSDMVSISGNLASTSTPLPAGAQNILPYIESFFVTCEKLRP
GQCEVVQDFATTSDIEEATTPACGQKSSGACTSTDEKHVVFVRFLEKHRKLLNSFIRQNP
GLLEKSFSLMLKVPRFIDFDNKRAHFRSKIRHQHDHHHSPVRISVRRAYILEDSYNQLRM
RSPQDLKGKLTVHFQGEEGIDAGGLTREWYQLLSRVIFDKGALLFTTVGNESTFQPNPNS
VYQTEHLSYFKFVGRVVGKALFDGQLLDVHFTRSFYKHILGVKVTYHDIEAVDPDYFKNL
KWMLENDISDVLDLTFSMDADEEKLILYERAEVTDCELIPGGRNIRVTEENKHEYVDRVA
EHLLTTAIRPQINAFMEGFNELIPRELISIFNDKELELLISGLPDIDLDDLRANTEYSGY
SNASPVIQWFWEVIQGFSKEDKARFLQFVTGTSKVPLEGFSALQGISGSQRFQIHKAYGS
PHHLPSAHTCFNQLDLPEYTSKEQLQERLLLAIHEANEGFGFG
NT seq 11112 nt   +upstreamnt  +downstreamnt
atggcggggaaccggtcaaatctgcccttgcggctgcagcagatcctgtccggcgggagg
tccgtctcgccggtccttaaattggagtccgaaccgcctccaaaggttaaagctttcatc
gatagggtgatcaagagcccattacatgatatagctatacctctttcaggcttccgttgg
gagtacaataagggaaattttcatcattggaggccgctttttatgcattttgatacatac
tttaagacgtatctttcttgtaggaaagacctccttttatctgacaatatcgttgaggaa
gatccatttcccaaacattccattatgcagatattgagagtcatgcaagttattttggaa
aattgccacaacaagagttcgtttggaggtctagaggtgaaactcaagattcaagttcag
aattatgtccataatattgcacaatttcagcaaaattgtagattattttatttggcattc
aggctttctaacttttttttaatcatgttcttcaatcagcatttcaagcttctacttgca
tccacagatccagatattcttatagctaccttggaaactctttcagctttggtgagaata
aatccatccaagatgcatttgggtgggaaattgattggctgtggctctacgaatagctat
ctcctgtctctagcacagggatggggaagcaaagaagaaggcttgggtttacactcatgc
gtagtggcaaacgagaggaaccaacatgaaggactgtgcttgttcccttcagatcttgga
gataattgtgatggcacccagcatcgtctgggttcaactcttcattttgaatacaatatg
ggttcttccataggtactgagggaactaagccatccaatatacatgttataaaaattcca
gatctgcatctaagaaaggaggatgatctgggcattttgaagcagtgtgtcgaccagttt
aatgtacctccagagcacagattctcattgcttacaagaattaggtttgcacatgctttc
cgctcgccgagaatttgtagactatatagcaggatcagcattcttgcatttgttgttctg
gtacaatcaaatgatgctcatgatgaacttgtgtctttctttgcaaatgagcctgaatat
acaaatgagctgatcaggcttgttcgttctgaagactgtgttcctggaaccataagagca
cttgctatgcttgcattaggagcacagttagcagcatatgcatcatctcatgaacgggct
agaatattgagtggttcaagtattatatctgctggtggaaatcggatgatgttgctaaat
gtgctacagaaagctattgtgtcacttagcaaccccagtgatccatctactccagtattt
gtcgatgctcttctgcagtttttcttacttcatgttctatcatcttctagttctggtagt
gctataagggggtcaggaatggttcatcctcttctaccccttctgcaggactctgatcca
gcacatattcatctcgtctcctctgcggttaaaaccttgcaaaagctgatggagtatagt
agccaagctgtatcactatttaaagatttaggtgggattgaacttttggctcagaggcta
cagattgaagttcatagaattattggctcaggagaaggcagcagtaacacagtgatttgc
accgatctaggaaaatctgatgcagatcatatgtacttgcagaaacgcctcatcaagttt
ttgcttaagacattgggttctactacatattccccagcaaatgctacaagggcccataat
tcccaccataattccttgctttcttctttatctttaatatttaacaatgtgaactggttt
ggaggggacatatatttttcagcagtatctgttatgagtgaaatcattcacaaggacccc
acatgctttcctgttctgaatgaattgggtgtcccagaatcatttttatcatcagttaat
tctgggattatcccttcctcaaaagcacttatatgtgttcctaatggtcttggtgccatc
tgccttaacgctaaaggattggaggcggttaaagaaactgctgtactgcgatttctggtg
gaggccttcacaacaaggaaatatttggtagcaatgaatgagggtgttgttcttttagca
aatgctgttgaggagcttcttcggcatgtatcttcgttaagaggtgttggtgttgagata
ataattgaaattgttaacaagcttgcttccatgggagaggagaagtgcaaggaaactgca
gatgatatgaatgagaacactgccatggaaactgatcttgaagaaaaggcaaatgagggg
catgatttggtaagtgctatggatttggctgcagatagcatcagcgatgagcagtttgag
caattaagcatttttcatgtgatggtattagttcatcgaacaatggaaaattctgaaact
tgtagaatgtttgtagagaaggggggcatagagactttgttgagacttcttcaacgacct
agtatcacacagtcatctgatgggatgccaattgctctgcatagtactgtggtcttcaag
ggctttacacagcatcattctgcaccccttgcacatgcattttcttcctctcttaggggg
cacttgatgaaagccctgaatgaatttagttcactttctggctcgcttttgcaggatacc
aagtctgtgcaagacaatggaattttctcttctctttttgttgttgagtttctccttttc
cttgctgcttctaaagataatcgttggatgagtgcattactcactgaatttggagactct
agcaaggatgtcctagaagatattggacgagttcatcgtgaggtgctgtggcagattgcc
cttcttgaagattcaaaagttgaaagagattatgattcttcttcaagtgacataaatgta
gatcctggtatggtcgattcagaagagcaacggattggttcttttaggcagtatcttgat
ccattgctgagacggagagtgtctgggtggagtatagagtcccaattttctgacctcgtt
agtatatatcgtgacctcggccgtgctgctactggttcacatagacatggtatagatggc
tattcaactttgcgagttgctcctactacccgatctcagccttctaattctttagacaca
agttctgcaagcaaaacagaagaggacaagcagagatcttattattctttatgccatgag
acgatgaggtcactttgttatcatattaaccatctctttatggagctgggtaaagcgatg
ttgctcactttgcgtcgtgagaacaatcctgtaaatgtttccccttcaattgtgtctgtt
gtcggcacagttgcttccattgtgttgggacacttgaattttgcggggcgtgtgagtgct
gctatggagagtgaggtttctgtttccacaaaatgtcgataccttggcaaagttattgat
tttgttagtggaattctattcgacaggccagaaatatcgaaccccatcatggtaaagtgc
ttttttggacatggggtcattcaggctgttttaaccacttttgaagctacaagccagttg
ctcttcacgatcaacaggatgccagcttccccaatggatatggacgataaatgccagaaa
gaagaaaaagaagaatcagataattcatggatatctggtcctttagcaagctatgggaca
ctattggaccacttagccacatcatcttccatcttgtcttcctcaacaaagcagttgctt
gagcaacctattgcaaatggaagcatttcatttcctcaagatgcagagacatttgtgaag
gtgcttcaatctaaggtgttaaaagctgtacttcctatttggacgcatcctcactttgct
gaatgcaattcggagtttattacgtcaatgatctctattatgaagcacgtctacattggg
gttgaagttcgaaatgtcagtggcaatgctggagctcacttacctggtcccccgcctgat
gaatcagctatttcattgattgtagagatgggtttttctcgtgctagggcagaagaagca
ctgagacaggttggcacgaatagtgttgagattgcaactgattggctgttttctcatcca
gaagaaccacaagaagatgatgaacttgctcgagctgttgctatgtccctagggaactca
gacacatccttgaaggaagatgaaattttaaatgctggtatttttgaccaagaagaggaa
gctgttcaattacctcctgttgatgaaattttatcggcatgtatcagactccttcaggtg
aatgaacctttagcatttccgattagggaccttcttgttatgatttgttctcaaaatgat
ggtgaacaccgactgaaggtcctctcttatatcattgatcatgtcaagcattgttgtgtg
ccatcagctccgttaagtgaaagtatgctatctgcattatttcatgtgcttgctttagtt
ctccatgaggattttatggcacgggaaattgcctttcaggctggcctggtaaagattgct
ttagacctgctttctggatggaatctgggctcttctgatggggagaaatctcaagttcca
aagtgggtgactgcatgtttgctttctgttgatcagatgcttcaggtggatcctaagatg
actccaggagtaattaatttggaacaactgaaaaaggataaacataattcccagaattca
gttgtgattgatgagaatagaaagaaggatttacagtcttctttgggatcaactactggg
aatttggatattcaggaccagaggaggcttttggaaatatgctgcagatgtatacagaat
caattaccttctgagacaatgcatgtggtgctgcagctatgttctacattaactaaagtt
catacaattgctgttagttttctcgattctggaggtttgcatgcattgcttagtttgcct
tccagcagcttattccctggattcaataacgtagcagctgccatcatccgtcacattttg
gaagacccgcatactcttcagcaagccatggaattggagatacgtcatagcctcattgcg
gccacaaatagacattcaaatgccagagtttcaccacggacctttgttcaaaacttggct
attgttatttccagggaccctgtggtgtttctgaaagctgcacaagctgtatgccagatt
gagatggtaggtgacagacctaatattgtgctgttgaaagatcgtgagaaggaaaggtcc
aaggcaaaagacaaggaaaaaacagccgagaaagacaaagtagcagcaagcgatggaaag
actactggaacggaagtggtctcagtggccgcaggaagtggacatagtaaactaccagac
ttgagtgtaaagaacaccaaagctcatcgaaaatctcctcagagctttacaagtgtaatt
gaatatcttttggatttaattgtgaaatttgtccctccttcagaagttaattgccatact
gatacagttcctggtactccctcgttatcagacatggatattgattccacttcagctaaa
ggaaaagaaaaagttattgctgtttcatctgaagatggcaaaattactacccaggaggct
ttagcctctcttgcaaaaattgcttttattatcaagttattgacagagatacttctgacg
tatgcttcatcaattcatgtattgcttagaaaagatgctgaactcagtagttcgcgtgca
acttcaaaaggtttatctggcaatagcagtgggggaatttttcatcacattcttcacaat
tttctcccatatccaggaatccacaaaaaggataagaaaactgatggagattggaggcat
aagttagctaccagagcaaaccagtttttggtggcatcatctgttcgttcaacagaagga
cgcagaaggattttttctgaaattagtcatgtgtttaatgaccttgttgactcatctaat
aattgtagatcagctgattcccatatgcatgcctttgttgatctacttaatgatatcctt
gctgctcgttcaccaactggttcatatatttcagcagaagcttcagttacttttattgat
gttgggcttgttcgctctctaagtcggactcttcaagttctggacttggaccatgctgat
tcaccaaagcttatcccagggattatcaaggtgttggagttggtgaccaaagaacatgtg
cattctgcttacattaactctgcaaagggggacaactctctgaagcttgcttctaatgag
catcaagttggttcttctgattatcatggcgaaaggtttcaggccctagaaatggcatca
caacctgaccatgccgaagtggtggctgaccagcgggaagctgttaatggtatccaaact
tcaggcaattatcattctgttgtagatgatatggaacatgaccgggaattggatggaaat
tttgctcgtgaagctgaagatgatttcatgcatgaagcttctgaggatggtactggcctg
gagaatggtgtttcaactgtggaaatcagatttgaaataccacagaatgcggaagatgat
atgggtgatgaagatgacgatgaagatatgtcaggggatgaaggagaggttgatgaagac
gatgaggatgatgaagaaaataatgatttggaagaagatgaagttcatcaaatgtctcat
cctgacacagatcatgatgaccatgaaattgatgatgaagagtttgatgaagatgtcttg
gaagaagaggatgatgacgacgacgacgatgatggtgtgatactcaggttggaggaggga
ttcagtggaataaatgtttttgaccacattgaagtccttggtggtgacaatttttccgtg
atgcctcttgacatatttggctctagacgtcaaggacggacaacatccatttacaatctt
attggaagaactggtgatcatggtgctcttcattttgatcatccattgttggaggaacct
tcttcctttagacagcttgttcaccaaagacaatcagagaatgcagtggatatagcttac
tcagataggaatcacgagagtgcttcttatagaatggatgctatcttccggacattgaga
aatgggcggcatgggcatcgttttaatatgtggctagatgataatcatcaacgtggtgca
tctagtgctcctgcagtgccacaaggcattgaagaactacttgtttcccaattaaggcag
cctactgtccaaatttctgaccaaaatatacccactaacagtccacaggaaacccatgaa
accagccagttacagatgtcagaagtggaagttagagaagaagcggaaacaagagcttct
gacaataatgagaatattactcttccttcacgagtgataggtggttctggaaatgccagt
gttggatccacaaatggtgatataattcaagatgcaggtgtatctgctacaggtgagcaa
gtgacagagatgcagtatgaacgaggtgatgtaattgtacgagatgttgaagcagtgagc
caagcaagcagtggcagtggggcaactttaggggaaagtcttcgcagtttggaagtggaa
atagggagtgttgatggacacgatgatggagacaggccaggtcctgtggataggcttcct
ttgggtgatttgcagccacctgttcggctgagaaggtcttctggaaatcccgtgccagta
agtggtcgtgatacatcactggaaagcgttagtgaggtcccacaacatcaggaccaagaa
actgatcggagtgctccacatgaggagccacaacccaatggaaacgttgagacagacaca
atcgaccctacatttttggaggctcttcctgaggaattacgagctgaagtcctttcatca
cggcaaaatcaggtggcacagatttcgagcgagcaacctcaagctgatggagatatagat
cctgaatttcttgctgcacttccacctgatatacgggaagaggtcctagcacaacaacat
gctcaaaggcgacagcaagcacaacaattggaaggtcaaccagttgagatggatgctgtt
tcaataattgctacacttccttcagaaattcgggaagaggtgcttttaacatcaccagat
acactcttggctacattgactcctgcacttgttgctgaagcaaacctgttgcgtgaaagg
tttgctcatcgtcaccacagtggcacactttttggcatgagttctagaaatcgtcggggt
gagtcttctaggcatggtgaaactattggttccacactagatagaactgttgaggctgct
gctcggggaactgcagttggcaaactgattgaaacagacggtatccctctagttgatata
gatgatctaaaagcaatgatcagactgctgcgtatagttcagccattgtataagggtcag
ctacagaggcttctcttgaatctatgcacccattatgaaacaagaacttcactggtgaaa
attttaatggatatgttaatgcttgaactacggggatccattaacaattcagttgactct
gctgaatcaccatttcgattgtatgggtgccagagtcatgtcgcgtactcccgtcctcaa
tttaatggcggagtgccccccctagtgtctcgtcgtattttggaaactctgacttacttg
gcgcgaaaccatccgaaggtgtctaaactgttactccatcttgaattgccatgtacacct
gcatgccttttggaaacatctgttcaggcacgtgggaaagctgttctcatggaagaagat
aaacctgaaggtgaaagaggtgcttttgccattgtgttgcttctacgtcttctgagtcaa
ccattgtacatgaggagtgttgctcatctagaacagttgttaaaccttgttgaagttatt
attgtaaatggtgaaagtgactctggcctatccaacaaacctggagcttctcttgaacaa
caatctggttctgaaaacaccatgcaagatgcacaggttactgctgatgctgttggatct
gctgctgaagagggtgttaaatctgtaaaggccaaagactctgaaagggcttctacttca
tgtgcagacaatgtgaacagtataagtgacattctattgagcattccagagggagaactg
caacttttatgctcattgcttgcacgtgaaggattgtcagataatgcatatgttcttttg
gctgaagtattaaaaatgatggtagccagtgctcctacgtattgtcgtttgttcactacg
gagcttgtcaatgctgcgcgaagtttgagtgtctgtgcaatgaatgaactgaacttatat
gaggatgctgaaaaagctcttctcagttcatcttctaccaatggaaccgcaatcttgaga
gttctgcaggccttgagttctcttgtcactggattgcatgaaaaggctcctgatgtgctc
cctgagaaaggccatactgatgcgctttctcatgtatgggacataaatgctgcacttgaa
cctttgtggttagagttgagcaactgcataagcaaaatagagatttcttcagaaacccca
tcagatatggtttctatttcaggaaatttggcatccacaagtacaccactgccagctggt
gcccaaaacatcttgccatacattgaatcattctttgtgacgtgtgaaaaattacgtcct
gggcaatgtgaagtagttcaggattttgctactacaagtgacattgaagaggcaacaaca
ccagcttgtgggcagaagtcatctggggcatgtacaagcactgatgaaaaacatgttgtt
tttgttaggtttttagagaaacataggaaattgttaaactcattcattcggcagaatcct
ggcttgcttgagaagtcattttctctcatgctcaaggttccacgcttcattgattttgac
aataaacgtgctcattttcggtcaaaaataaggcatcaacatgaccatcatcacagtcca
gttagaatttcagtgagaagagcctacatactggaggactcctataatcaattgcgaatg
cgatcaccacaagatctgaagggaaaattgactgttcattttcaaggtgaagaaggtatt
gatgctggtgggcttactcgagaatggtatcagttgctttcacgagtaatttttgataag
ggtgctctgctttttacaactgttggcaatgaatcgacattccagccaaatcccaattca
gtttaccagacagaacatctttcatacttcaagtttgttggacgagtggttggtaaagca
ctctttgatggtcagctcctggatgtccatttcacccgctcattctacaaacacattctt
ggtgtgaaggttacgtatcatgacattgaggctgttgatcctgattactttaagaacctg
aagtggatgcttgagaatgatataagtgatgttttggaccttacttttagcatggatgct
gatgaggaaaagctgatactgtatgaaagggcagaggtaactgattgtgagttgattcct
ggtgggcgaaatatcagggtcaccgaagaaaataaacatgaatacgttgatcgtgtagca
gaacatttgctaacaactgcaattaggcctcagatcaatgcttttatggaaggctttaat
gaattgattcctcgggagttgatatctattttcaatgataaagagctggaattattaata
agtggacttccagatatagacttggatgacttgagagcaaatactgaatattctggctac
agtaatgcatcccctgtaattcagtggttctgggaagtcattcagggcttcagcaaggaa
gataaagctcgattcctgcaatttgtgacaggcacctccaaggtcccactggaaggtttc
agtgctcttcaaggaatttcaggctcacagaggtttcagattcacaaggcatatgggagc
ccccaccacctgccttcagctcatacctgctttaaccaattagacctgcctgagtacacc
tccaaagaacagctgcaggagaggttacttctagctatccatgaagccaatgaggggttc
ggctttggctga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (89)   
   KEGG ORTHOLOGY (1)   
   RefGene (85)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (106)   

Download RDF
DBGET integrated database retrieval system