KEGG   Dendroctonus ponderosae (mountain pine beetle): 109537476
Entry
109537476         CDS       T04899                                 
Name
(RefSeq) E3 ubiquitin-protein ligase lubel
  KO
K11974  E3 ubiquitin-protein ligase RNF31 [EC:2.3.2.31]
Organism
dpa  Dendroctonus ponderosae (mountain pine beetle)
Brite
KEGG Orthology (KO) [BR:dpa00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:dpa04121]
    109537476
Enzymes [BR:dpa01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.31  RBR-type E3 ubiquitin transferase
     109537476
Ubiquitin system [BR:dpa04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   RBR proteins
    109537476
  Multi subunit Ring-finger type E3
   LUBAC complex
    109537476
SSDB
Motif
Pfam: HOIP-UBA E3_UbLigase_RBR IBR CUE C1_4
Other DBs
NCBI-GeneID: 109537476
NCBI-ProteinID: XP_048521255
EnsemblRapid: LOC109537476
Position
Unknown
AA seq 2624 aa
MPQWVNASGSGGVPPPPIPREESNWGKHTGKHTNPEPDYEVIEFGQYTNAPPLEKINAQA
PKTTQKHCQLCGSSSTTVSVRCEQCKQNFCLSCDDMYHRHPKRQSHIRRRVEERGFQPIR
PPLPPKGEAPPVPVPPPRRRRSGSVGPSPCPSPTPMRQNQGMSSFTMPRKDSGAFSLRDK
MNSLRRGLTLGNRPLPPTPTGSHHGPPNYPPSRSNSQVSHEDFRQFQVPSPSPSLQQRYR
QHQLAMRGTTPNLPSTVAEFDQPSGRDSGYPDWEQDQWPYRNRADSVSGSDGGSRLTRKL
SNTSCPPAARGMPHSASVFDLNNAAPHHHPHGFVPMQQAHSMAQLNYPMPCCQNAWMEQQ
PCCYDPSHGSNMSLNMMPGGYPANPMWMGTWHGPPPGMYPYGLPPPHSRGCSHSRPASPT
QSVKSRKSTLSKKSRRKYRDETSDEDSNEIDDRRSVFSHSDNRSERRSHGGRFSARDRAL
RETASLPKESSRRAMSSKNSDRAEKTSIARSRVSIAESSSGETDDEQSDDSLHRADLLEE
DEDRALVNPVEVPDSSWSCEHCTFVNDPGTRVCSVCCKTPTCKVKQINSEPSAKKPNSDS
PVSSKKPPVGRIVNIKAKEKDNSKFNKVLQSPSSDDYSANSAKDYSETESMQTRLEKLNI
KSTEPEKKIPDAKSKEKGISEKTDKYEDLDNSDLSIGNNQEATAKVSTACGASPPRDIQI
ESTEEAHNEKTFSTASTGTSPPPQSISTQTYDEMHPNGSQSSLSRSPRPQRARSMSKSGR
KQELNRSHSMHASSSRKGSEWSLQRSSSRQSFTTDSQSLPGSREHSPMPFDYEEPYFEKM
PRSRKPQTNPRLSSSIMDLRRTDLYHKKPSQQELDYYRMEQMEPLSHRHRSVSLHPEFFD
PXFDRQTSFKAQGXELVRLLREAEHYNYNVDEVQAALLHCKDMNPIQWLKEHWDAMIASV
QTLATQMGREGPMNIVGTVSEKEARVAMQKHKGELWPAVQECVEQRQQKYAELASKGDFS
REDIVTVLTANHGDLEAAYNELSKMQIKPFLMRIWGPPTGIENEAGNEGATLRKFRGEDL
LSEDEKRLKKQAEAVSLNSTNSDQSVEQSSSPNVSSPVSPQELKKTPNFPDNPTQLNVDQ
DRSSMRKSLDALEDEIFKNIQEINNLNSDFVPPNLNTSISTTSSTESQQDREGEASERQK
KNLPIESFVNPAASVKMSEDPTNTGQEDVLAPSENSSKVANFSKIFLQTVEAPTHPLVVN
LQEPQSPKAYVEKSSTVIQVVDTVGFDSTKMQKTPDSESSSSSDDNAIGDEQFVDAVEDP
TASFEQPSSNDQVDLNSNFNKEQENDSKILEAKSTTKSSPTRKISVTIINLQLMSNQALA
QRVEDPSTPQGEEIKESTAEIVFKATQPEANALNGSPVKAVENVHKTNSQTASTKALDKN
GAGTFENTVQIDLEKTVKIEPTTQKDLHVNNEEIECFGIVLDMPANEDQCENPMMCINGT
DGSKTSFAHTKNAEAEDHELSGSIIDENYNKQGPDEVRIPSEVLNEDIDGATEETGSVED
SQPESEHQIAIEHESDKHTKEAKENKSIATETSSVEDSQPRSAQITIDNEKDSITKDAKE
NSNIATEETSTVQEQQSQSEAQIASENGNDKLVKDANIPTEEASCVEEKLPECIEEIGMK
DEENRVRQEANEDNHIATEEVTPVENTNEDENSIASKEAKENLPPRGPKARKLTCNHRKS
SRKARHRAEKASLIRKESSSSTTESNSDAPEVTPEEKTLTIINDNNVKNMVSKFENTTAE
QEDLDAAKPRLERKRPVKKSDSQKYAKYKNMIVKPTPDSPIEEKQEFALDSAARALIANS
NHPDEANFASLMEAEKDIAEDKPVISTKIQIAQNNQTMLSKRPTSKIPVITRQNSVSKDT
KPLNSAGSKIPVRSIGAARKEKSPVVSEKTTEDTNEQNNKICTEEAKVDGKAPTETRSLS
PKPMEKDRPSTSRSFEQRRSLSRKSSSHSNKSDEIGQEMATSVKNVKNLNRKISHPSFRS
SFDSTTSSKKMSYTKSLDNDSESSVSDSNVEELLSDDDFEDFQDDFEETNESIMQSDSED
YQAFEEKKTQLAQELNINVNQISARVNELTSNLDGKDRMFNNYSIEETCESEEYDSEEEI
ELDETESNEDRGEFIEDEFMPDQFNVDRKESSDFEITERQARRFLAEGQVKNYAQAELAA
SLMALNFSSEEALDAVKDCSSLDAAIAYLQQDCELCAGKYPMNNIISMLKCTHRCCQECA
KNYFTVQITDRSITDCNCPFCKSPDLSHSTAAEDEISDYFGNLDILLKGILEPPVHELFQ
QKLRDRTLMQDPNFKWCVQCSSGFIAHPRQKRLICPDCKSVTCAGCRRPWEKQHEGLTCE
KFAEWKDANDPENQASAVAKHLAENGIDCPKCKFRYSLAKGGCMHFTCIQCKHEFCYGCG
KPFMMGAKCGVSQYCAKLGLHAHHPRNCLFYLRDKEPHDLQKLLKDNKIKFDTDLPSESE
ENASALIKCPVPLQKESPTGLIDTICNNDVSPGQAGLCRQHYIEYLVGLIFRHQLDPISI
LDLVEVTQELRRRGHPLPERGPWCDDKQYRELCAKIVIEQVPLE
NT seq 7875 nt   +upstreamnt  +downstreamnt
atgccccaatgggtgaatgcgagtggatctggaggcgtgccaccaccacctattccacgt
gaggaaagcaattggggaaaacatacaggaaaacatacaaatccagagccggattatgaa
gttatcgagttcggccaatatacaaacgcgcctcctttagagaagattaatgcgcaagca
ccaaaaactactcaaaaacactgtcaattgtgcggatcctcttcaacaacagttagcgtg
agatgcgaacagtgcaaacagaacttttgcctctcctgtgacgacatgtaccatcggcac
cccaaaagacagagtcacatcagacgaagagttgaagaacgagggtttcagcccattcga
ccacccctaccccccaaaggagaagcccctccagtgcccgtccccccgccacgaagacgc
aggtccggatcagttggaccgtccccatgcccctcccccacgccaatgagacaaaatcag
ggcatgtcgtccttcacaatgccccgaaaggacagtggggcttttagcctaagagataaa
atgaacagtttgcgaaggggcttgactctaggaaataggcctttgcctccaacccctacc
ggatcacatcatgggccacccaattatccgccctcacgatcgaattctcaagtctcccac
gaggactttcggcagtttcaagttcccagtcccagtccatctcttcagcagcgctatcgc
cagcatcagctagcgatgagaggcactactcccaacctaccaagcactgtagctgaattc
gaccagccctcgggcagggactctggttatccagattgggagcaggatcagtggccctac
agaaacagggctgacagcgtctcgggatcagatgggggctccaggttaacgcgaaaactg
agcaacacgtcctgtccacctgcagctcgaggcatgcctcatagtgcctcagtttttgat
ctgaataatgctgcccctcatcatcatcctcatggatttgttccaatgcagcaggcacac
tcaatggcccaactcaactacccaatgccatgctgccagaatgcttggatggagcagcag
ccatgctgttacgatccatctcatggcagcaatatgagtctcaacatgatgcctggtggc
tatccggcaaaccccatgtggatgggcacttggcatggaccaccacctggcatgtaccca
tatgggctgccaccaccacattctcgcggctgttcccattcgcggccagcttcacccacc
caaagcgtcaagtccagaaaatcaacgctaagcaagaaatcgcgaagaaagtatcgggac
gagacctcagatgaggattcgaatgaaatcgacgacagacgctcagtcttcagccactct
gataaccggagcgaaaggaggtcgcatggaggccgattttcagctcgagatcgcgcctta
agagagaccgcgtctctgcccaaagagtcgtcgaggagggcgatgagcagcaaaaacagc
gaccgagcagagaaaacttcgatcgctcgcagtagagtgagcatcgcggagagctcaagt
ggggaaactgatgatgaacagagtgatgacagcttgcacagagcggaccttctagaggaa
gatgaagaccgagctctagtcaatccggttgaagtgccggattcaagctggagctgtgag
cattgcacttttgtcaatgatcctggcactagagtgtgttcggtttgctgcaaaacaccc
acatgcaaagttaagcagatcaacagcgaaccatcggcaaaaaagcccaactctgatagt
cccgtatcatcgaaaaaaccacctgtggggcggattgttaatataaaagccaaagaaaag
gacaacagcaagtttaataaagtgttgcaaagcccaagctctgatgattacagtgcgaat
agcgccaaagattacagcgaaacggagtcaatgcaaacccgactggaaaagcttaacatc
aaaagtacagagcctgagaaaaagattccagatgcgaaatctaaagaaaaaggcattagt
gaaaagactgataaatatgaagacttagataatagtgatttaagcatcggtaataatcaa
gaggcgactgcgaaagtatccacagcctgcggtgcttcgccccctagagatatccagatt
gaaagcaccgaggaagctcacaatgagaaaactttttccactgccagtacagggacttcg
ccgccacctcaaagtatctccactcagacctacgatgagatgcatccgaatggatcccaa
agctctttatcaaggagtccaaggccgcaacgagccagatcgatgagcaaaagcggcaga
aaacaggaactgaatcgatcccattcaatgcacgcaagttcttcgagaaaaggttcagag
tggtcgttgcagcggtcgtcaagtcgtcaaagttttactacggactcacaaagtttaccc
ggaagtagagaacacagtccaatgccattcgactatgaagaaccctattttgaaaaaatg
cccagatccaggaagccgcaaacgaatccgagattatcaagcagcataatggacttgagg
agaacggatttgtatcacaaaaaacctagtcagcaagaactggattattacaggatggaa
caaatggagcctctaagtcaccgtcaccgcagtgtttcgttacatccagaatttttcgat
cccarctttgatcggcaaacatcttttaaggcccaaggcatrgaattggtcaggttgcta
agagaagctgaacattacaattacaacgtcgatgaagtacaagcggctttactgcattgc
aaagatatgaacccgatccaatggctcaaagagcattgggacgcaatgatagccagtgtt
cagacgcttgcaactcaaatgggtcgagaagggccgatgaatatagttgggaccgtatca
gaaaaagaggccagagtcgctatgcaaaagcacaaaggcgaactttggcctgctgttcaa
gagtgcgtcgaacagcgacagcagaaatatgcggaactggcaagcaaaggcgacttttcc
agagaagatatagtgacggttttaacagccaatcacggtgacttagaggccgcttataat
gaactaagcaaaatgcaaattaagccttttttaatgcgcatttggggcccaccgacaggg
attgaaaatgaggcgggcaatgaaggggctacgttacgaaaattccggggggaagatttg
ctcagtgaagatgagaaacgattaaaaaaacaagctgaagcggtaagtttaaactcaact
aattccgaccaaagtgtcgaacaatcttcctctccgaacgtaagcagccctgttagtcct
caggagttaaaaaaaactccaaattttccagataaccccacgcaattaaatgtagatcaa
gatagaagtagcatgcgtaaatccctcgacgcgcttgaagatgaaatttttaaaaatatc
caggaaattaataacttaaatagcgattttgtgcctccaaatctgaatacttccatttca
accacctcaagcacggaaagccagcaggatagagaaggagaagcttctgagcgccaaaaa
aaaaatttgccaatagaatccttcgttaaccccgctgcttcagttaaaatgagtgaagat
cctactaatacaggacaagaggatgttttggcaccctcggaaaatagttcaaaagtggca
aacttctctaaaattttcctgcaaactgtagaagcccccacacatccattagtagtaaac
ttgcaagaaccccaaagtccaaaggcctacgtagaaaaaagcagcacagtcattcaagtt
gtggacactgtgggttttgactcgaccaaaatgcaaaaaactccagactcagaatcttca
agttcaagcgatgacaatgcaataggagatgaacaatttgtcgatgctgttgaagatccc
acagcatctttcgagcaaccatcgagcaatgatcaagtggaccttaatagtaactttaat
aaagaacaggaaaatgattcgaagattctggaggcaaaatctacaaccaagagcagccca
acacgcaaaataagcgtaactatcataaaccttcaattgatgagcaaccaagcgctggct
caaagagttgaggatccttccactccgcaaggtgaagaaattaaggaaagcaccgctgaa
attgtatttaaagctacacaacccgaagcaaatgctttaaatggttcaccagttaaggca
gttgaaaatgtccacaaaacaaatagtcagaccgcatcaacaaaggctttagataaaaac
ggggcggggacttttgaaaacaccgtgcaaatcgacctggaaaaaactgtgaaaattgaa
ccaactacacaaaaagatttacacgttaataatgaagaaatcgaatgtttcggcatcgtt
ttggatatgccggcaaatgaagaccaatgcgaaaatcctatgatgtgtattaatgggaca
gacggttctaaaacttcttttgcccacacgaaaaacgcggaagcagaagatcatgagctt
tcaggctcaataattgacgaaaactataacaaacaagggcctgatgaagttagaattcca
tctgaagtattaaatgaagatatcgatggagccactgaagaaactggttctgtcgaggac
agtcagcctgaatccgagcatcaaattgcgatcgaacatgaaagtgataaacacactaaa
gaagcaaaggaaaacaagagtattgcaactgagacaagttcagttgaagacagccaacct
cgatctgcccaaattacgattgataatgaaaaagacagtataactaaagacgcaaaggaa
aacagcaatattgcaactgaggaaacaagtacagtccaagaacagcagtctcaatctgaa
gcacaaattgctagtgaaaatgggaatgacaaattagttaaagacgcaaatattccaact
gaggaagccagttgtgttgaagaaaaactacctgaatgcatagaggagattgggatgaaa
gatgaagaaaatagagtaagacaggaagcaaacgaagataaccatatagcaacagaagaa
gtcactccagtcgaaaatacaaatgaagatgaaaacagtattgcaagcaaagaagcaaag
gaaaacttacctccgcgcggaccaaaagccagaaaacttacttgcaaccaccgtaaatcg
tcgagaaaagctcgacatcgggctgaaaaagcttcattaatccgaaaggagagcagcagt
agcacaactgagtcaaacagtgacgctcctgaagtgactccagaagaaaaaactctcacg
ataataaatgataacaacgttaaaaacatggtgagtaaattcgaaaatactaccgcagaa
caagaggacctggatgcagcaaagcccagattggaacggaaaaggcctgtgaagaaatca
gacagtcaaaagtatgcaaagtataaaaacatgattgtgaagccaacgcctgattctccg
attgaagaaaagcaggaatttgcactggatagtgcagctcgagcgctgattgctaattcc
aaccatccggatgaggcaaactttgcaagtttgatggaggctgaaaaagacatcgcagaa
gacaaaccagtcatttccaccaagatacaaatagcccaaaataatcaaacaatgctcagt
aagaggccaacttcgaaaattcctgtaataacccgtcaaaattccgtttcaaaggacact
aagccactcaattcggcaggaagcaaaatccctgtaaggtcaatcggtgcagcacgaaag
gagaaatctcctgttgtttctgagaaaactactgaagacacaaatgaacagaacaataaa
atatgcactgaagaggccaaagttgatggaaaagctccgactgaaaccaggagcctttca
ccaaaaccgatggaaaaagacagacccagcacttctagatctttcgagcaaagacgaagt
ctgtctaggaaatcttcgtcccactcaaacaagagcgatgaaattgggcaagagatggcc
acttcagtgaagaacgtcaagaacttgaacagaaaaatttcccatccttccttccgcagc
tcatttgactccactaccagctccaaaaaaatgtcttacaccaaaagcttggacaacgat
agcgaaagctcagtatcagacagcaatgttgaggaactgctgtctgatgatgactttgaa
gatttccaggacgacttcgaagaaacgaacgaaagcattatgcaaagcgactcggaagac
tatcaggcgttcgaagagaaaaaaacccaactggctcaagaacttaatataaacgttaat
caaattagtgctcgggtgaatgagctcacttcaaatctagacggaaaggacagaatgttc
aataactactcgatcgaagaaacctgcgaatcagaagagtacgactctgaggaagagatc
gagttggacgaaactgaaagcaatgaggatcgaggagaatttattgaagatgagttcatg
cctgatcaatttaatgtagacagaaaagaatcgagcgatttcgaaataacggagagacag
gccagaagattcttggcagaaggacaggtgaagaactacgctcaggctgaattggctgcc
agcttgatggcgttgaacttttcctcggaagaagccctggatgcggtaaaagactgcagc
agcttggatgcagccattgcatatttgcaacaagactgcgagttgtgtgctggaaaatat
ccgatgaataatataatatctatgttgaaatgcactcatcgctgctgccaggaatgtgcg
aaaaactacttcacagtacaaataactgatcggagcattacggattgcaactgccctttt
tgcaaatcaccagacttaagccactcaacagctgcggaggacgaaatctctgactacttc
ggtaacctggatattctactaaaaggcattctggagcctccagtccatgaactatttcag
cagaaactaagggacagaaccctaatgcaagacccaaacttcaaatggtgtgtccagtgt
tcttcagggtttatcgcccatccgaggcagaagcgtctcatttgccccgattgcaaatcc
gtcacgtgtgcaggctgccgaagaccgtgggagaagcaacatgaaggactcacatgtgag
aaattcgccgaatggaaagatgccaatgatccggaaaatcaagcttccgctgtggcaaaa
catttggctgaaaatggaatcgattgtccaaagtgcaagtttagatactccctggcaaaa
ggtggttgtatgcactttacgtgcattcagtgcaagcatgagttttgctatggatgtgga
aagccgtttatgatgggggccaaatgcggcgtaagccagtattgcgccaaactcggcctt
catgctcaccatccgagaaactgcctgttttatttacgggacaaggagccgcatgatttg
caaaagctcttgaaggacaataaaatcaaatttgacactgatcttccgtctgaaagtgaa
gaaaatgctagcgctctcatcaagtgtcccgttcctcttcaaaaggagtcacccactgga
cttattgacaccatctgcaataatgatgtgagccctggacaagccggactgtgcaggcag
cactacatcgagtacttagtgggcctgatattcagacaccaattggatccgatttcgatc
ttggatctggtggaagtgactcaagagttgcgccgaagaggtcatccacttccagagagg
ggtccttggtgcgacgacaaacaatatagggaactttgtgccaagattgtcattgagcaa
gtaccgttggagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (129)   
   KEGG ORTHOLOGY (1)   
   RefGene (124)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (143)   

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