KEGG   Vollenhovia emeryi: 105557598
Entry
105557598         CDS       T06016                                 
Name
(RefSeq) E3 ubiquitin-protein ligase TRIP12 isoform X1
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
vem  Vollenhovia emeryi
Pathway
vem04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:vem00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    105557598
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:vem04121]
    105557598
Enzymes [BR:vem01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     105557598
Ubiquitin system [BR:vem04121]
 Ubiquitin ligases (E3)
  HECT type E3
   105557598
SSDB
Motif
Pfam: HECT WWE IFRD
Other DBs
NCBI-GeneID: 105557598
NCBI-ProteinID: XP_011860264
Position
Unknown
AA seq 2071 aa
MADQQDQSSSGGSVEKASASADTSKLRGKGSSGGTGGYRKRQSTGAIPDSVEEKRRRQTA
GDPQTSQVDGGAAHSADSTKGEGRIRGERRSHGAGLESYPETDWRSHHKIHQASYSSSSG
ARVRSAARTSLPELNPTPADCVASRTRSRTPQNPQALTQTSGSYDLSLPGGYGGRKTSSY
SGLLASSSATSITSHPSTSRGRGGQRMSECLEGFVSAVKALFPISTQTYHQEDSKSHGGA
TCSATSSSTSSQVLGVKSSIRVGNAASNSVESGGGALAHDGAGTSGIASTATANPPVSAA
VSANPTHPHSTHKHLLRSRAKASGEQPKELPSSTKTSGKHHKKDTTTGSCSSSRHRSSSR
VRKPVVESGSGGLGSVMSGNDSISATSVSSSIPSSQLVSTTGEEESASTATSATASGGPS
GMSGTTGDSESDDGEVGRLQALLEARGLPPHVFGALGPRMQHLLNRSMGASSAAKAQQLL
AGLQAVEDEGEQLQAVMNMGEILVMGNEDTLTGFPVKQVVAALINLLGIEHNFAIMTHAC
RALTYMMEALPRSSTVVVDAVPVFLQKLESIECMDVAEQCLTALAMLSRRHSKTILHAGG
VSACLKFVDFFNITAQRAALTITANCCQNLHPDDFHLVVDSLSLLTSRLTNQDKKSVECV
CQAFSRLVDSFQHDPVMLHKIINAELLQNLQQLLMITPPVNSTNNFITVLRMLSVISNRC
PDLAQLLLQQNIAFTLSYLLTGSLEVKTEDVELVPRTPQEWFEITCLIEELMPPLPTDGI
FSVNSLLERTSNQQETVQWEWRDERQCSHPFSTIDSRIIEMAFQNGEDEICLTSLGRTYT
IDLTVMKQINEDIGMARSIFRRVNTNPTEGKSPTCSSSMDVVPPVIETNEWLVSFIRTLF
SVLYEVYSSSAGPAVKCKCLRALLRMVYYASTDLLKDVLKNQVVSSHIAGMLASQDLRIV
IGALQMASILMKRLPQVFGVHFHREGVLHQVRQLADPEVPLGVSPPKCPSGTSLPSPQPG
PSNTPLSSTTMLSSSSATSPVVSPSSNGNILFGTIACQYKPNISASLEPHRTELNNSIEE
TSASQSAHVRIGDVLKKKRQNKKGRFSRLGGATTPQQTQQPESLFTGFTPKNNRFLGNLN
PAKWGRKSSSSSTSNDKRDSSSSTNLSKPPSNPSLTGGNRDKAKVWVREQAAQFLARYQD
DAPCSHPALTVLARLTAAIQRLQSNELDEMLSALTELRDIVLESDISPFEMNYSGLIKAL
LNYLTTTDAPGNRYDRLRMFWKLFAESTMQQNNDIIDLNPGAFGALVTKLNSCVAQLEQF
PVKVHDLPAGSGAGRGGTSALKFFNTHQLKCNLQRHPDCNNLKQWKGGTVKIDPLALVQA
IERYLMVRGYGRIRDADSMVSDDDNSEDDIDDTLAAVVISQGPPKHKLQFLIGDVVLPFN
MTVYQAVRQFGCSGVDHSEAEADSEPPLGHDAVWVQTHTIYYRPVPEEDAATSPKSGSSS
QGNSRKGKGKSTKISSKRKEDSLWLEGTVPLQHCPLAPYLSPTLPPSVTITDASLDGLCL
LRLLHALNRHWGILFPHLKSMSLLTPQDFINNKIAAKASRQLQDPLVIMTGNLPSWLQQI
ASVCPFLFPFETRQLLLYATSFDRDRALQRLLDSAPELSGSDSQERVTPRLERRKRTISR
TDILKQAEQVIQDLASNKALLEVQYVNEVGTGLGPTLEFYALVSKELQRADLDLWHGSSN
PTENGYVNSSHGLFPTPIPWNTKVSHLAKLKTKFKFLGKFMAKAIYDSRMLDLPFSLTFY
RWLLGEEHTLTLADLAYVCPDVYRTLSKLQEVVRKKEAMEKDQTLRPHEKAQLIEALDLD
TCPISELGLVFELPGYENIELRKGGSEISVTIHNLDQYIKLVVHWFLYEGVFRQMEAFRE
GFESVFPPSQLRLFFPEELEAVFCGHAQTGGQWDVKTLAECCRTDHGYTPDSRAIRFLFE
VMSKYNSEEQRQFIQFVTGSPRLPVGGFKSLTPPLTIVRKTFDPSMKTDDFLPSVMTCVN
YLKLPDYTTLEIMWEKLRIAAQEGQHSFHLS
NT seq 6216 nt   +upstreamnt  +downstreamnt
atggcagatcaacaagatcagtcgtcatcaggggggtctgtagagaaggccagtgcttca
gcagacacctctaaactcagggggaagggctccagcggcggcacgggcggctacagaaag
cgacagagtactggtgcgatcccggacagcgtggaagagaagaggcgcaggcagaccgcc
ggtgatccacagacgtcccaggtcgacggcggcgcggcgcattcggccgattctaccaaa
ggggagggcagaatccggggcgagcgtagaagtcatggagctggcttagaatcttaccca
gaaaccgactggaggtcgcatcataagattcatcaagccagctatagcagcagtagcggc
gcgagggtgcgcagcgcagcgaggacgagcttgccagagttgaatccaacacctgccgat
tgcgtggcatcgcggacccgttcccgtacgccacagaatccacaggctttgacacagaca
agcggcagctacgatctgtcgctgcccggcggatacggcggccggaagacgagcagctat
agcggtttgctggcttcatcgagtgcgacgtcgatcactagtcatccatccacgtcccga
ggaagaggaggccagaggatgagcgaatgtctggaaggatttgtgtctgctgtcaaagca
ctttttccaatatcaacacaaacctaccatcaagaagattcgaaatcccacggcggcgcg
acctgtagcgcgacgagcagcagcacgagtagtcaagtcctgggtgtcaagtccagcatc
agagtgggtaacgcagcaagtaactctgtggagagtggtgggggggcgttggcacatgac
ggggcaggcacgagtggcatcgcgtcgacggccactgccaatccacctgtgtctgccgcc
gtttctgccaaccctacacaccctcattctacacacaagcacctgctacgctctcgcgcg
aaagcctccggcgaacagcccaaggaactgccatccagcaccaagacttcggggaaacat
cacaagaaagacactacaacgggttcctgctcgagttccagacatcgctcctcatcgcgc
gtgaggaagccggtggtggagagcggctccggtggattgggtagtgtgatgtcaggcaat
gactccatcagcgctacctcggtgtcatcctccatcccgagcagtcagttagtctcgact
acaggtgaggaggagtcggcatcaactgcgacatccgccacagccagtggaggaccatct
ggaatgtcaggcacgaccggtgacagcgagagcgacgatggagaagttggacggttgcaa
gccctgctggaagctagaggtttaccgcctcacgtgttcggcgctctagggccgcggatg
cagcacctacttaacagaagcatgggtgcgagctccgctgcgaaggcgcaacagctatta
gctggtttacaagcggttgaagacgagggagagcaattacaggccgttatgaacatgggg
gagattcttgtaatgggcaacgaagacactctgaccggcttccccgtcaaacaagtggtc
gcagctttaattaatttattggggatcgagcataactttgcgataatgacccacgcgtgt
cgcgccctcacgtatatgatggaggctctgccacggtcgtccactgttgtggtggacgcg
gtgccggtgttcctccagaagctcgagtcgatcgagtgcatggacgtagctgaacaatgt
ttgacagcattagccatgctgtcacgcaggcacagcaaaacaattttacatgcgggtggg
gtatcagcctgtttgaaattcgtcgatttcttcaacatcacggcgcaacgtgcggcgtta
acgattaccgcaaactgctgtcagaatcttcatcctgatgattttcacttggtagtggat
agtctatcgttattaacgagcagattgacgaatcaagacaagaagagcgtcgagtgtgtg
tgtcaagcattcagtcgattagttgacagttttcagcatgatcctgtgatgctacataaa
attatcaatgccgagctcttacagaatctgcaacagctgcttatgattacgccgccagtt
aacagcaccaacaatttcataactgtattacgaatgctctctgtgatatcaaaccgctgt
cccgacttggcgcaattgttgctgcaacaaaatatagctttcacgttaagttatctctta
accggatctctggaggtgaaaacggaagatgtggagctggtgccgcgtacaccgcaggag
tggttcgagattacgtgtttaatcgaggagctcatgcctccgttaccaacagatgggata
ttcagtgtaaatagcttactcgaaaggaccagcaatcagcaggagactgtccagtgggaa
tggcgcgacgaaagacaatgttcccatccgttcagtactatagattctagaattatcgag
atggcgtttcaaaatggcgaagatgagatatgccttacctctttaggacgaacttacact
atagatctgactgtgatgaaacaaattaacgaggatataggaatggcaagaagtatattt
cggagagtgaacaccaatcccactgaggggaagagtccaacttgctcatctagtatggat
gttgtgcctccggtaatcgaaacaaacgaatggctagtgtcttttattcgaactctattc
tctgtactgtacgaagtttatagtagctcggctggacccgccgtcaagtgcaagtgtctc
cgagctcttctccgtatggtgtattatgcttcaactgatttacttaaagatgttctaaag
aatcaggtggtctcgtcgcacatagccggtatgttagcgtcgcaagatttacgtatagtt
atcggggctcttcaaatggcgagtatcttgatgaaaagattgccacaagtgtttggggtt
cattttcatcgcgagggcgtactgcatcaagttcgtcaattagcagatcccgaagtacct
ctcggtgtttcaccacccaagtgcccttctggtacatcattaccaagcccacagccaggt
ccgtctaatacaccactttcttccaccacaatgttgtcttctagtagtgccacgtctccg
gttgtctctccatcctcgaacggcaacatattgttcggtacaatcgcgtgccagtataaa
ccaaatatcagtgcttcgctggaaccacacagaacggagttaaacaacagcatagaagaa
acgagcgcgtcgcaaagtgcacacgtaagaatcggtgatgtgctgaagaagaagcgacag
aataagaagggtcgtttctcgagattgggtggtgccaccacgccgcagcagacgcaacag
ccggagtccctgttcaccggttttaccccgaagaacaatagattcttggggaatctcaac
ccggcgaaatggggccggaaatcgtcctcgtccagtaccagcaacgacaagagagactcg
agctcgtccacgaatctgtcgaaaccaccgagtaatccgagcttgaccggcgggaatcgg
gataaggcgaaggtgtgggtgcgcgagcaagctgcccagttcctggcgagatatcaggac
gacgcaccctgctcgcatcccgccttaacggttctcgctcgattgactgctgcgatacag
cgattgcaatcaaacgaactggacgagatgttgtcagcactcacagaattgcgggatata
gttctcgagagcgatatatcgccattcgaaatgaattacagcggtcttatcaaggctctg
ttgaactacctcactaccacggatgcaccgggcaatcgctacgaccgtcttcgtatgttt
tggaaattgtttgccgagtctaccatgcaacagaataacgatatcatagatcttaatccc
ggagcgtttggtgctttagtaacgaaattgaacagctgtgtcgcgcagctggaacaattc
ccggtgaaggttcacgatctacctgcgggttctggcgccggtcgcggcggcaccagtgct
ctcaagttcttcaacacgcatcaactcaagtgtaatcttcagcggcatccagattgtaat
aatctgaaacaatggaagggcggtactgtaaaaatagatccgcttgcgttagtacaggcg
attgaacgttatttgatggtacgtggatacggcagaatacgggacgctgactcgatggtc
agcgatgacgacaatagtgaggatgacatcgatgacactttggcggcagttgtgataagc
caaggaccgccgaaacataaacttcagtttctaatcggcgatgtggtcttacctttcaac
atgacggtttatcaagccgtcaggcagttcggatgttccggagtggatcattccgaggcg
gaggccgatagtgaaccgccgctcggacacgacgcggtgtgggtgcaaacccacacgata
tactaccgacccgtaccagaagaggacgccgcaacctctccgaaatcaggatcgagttca
cagggtaatagtaggaagggcaagggaaaaagtacaaagattagttcgaagaggaaagaa
gatagtctctggctggaaggcacggttccgcttcaacactgtcccctcgcgccatatctg
tctcccacgttaccgccctcggtgaccatcacggacgcctccctcgacgggttgtgtcta
ctgcgtcttttacacgctctcaatcgccactggggcatactgttccctcatttgaaaagt
atgagcctgttgacgccccaggacttcatcaacaacaagatcgccgcgaaggccagcagg
cagctgcaggatccgctggtgatcatgactggaaacttaccatcctggttacaacagata
gcgtctgtctgtccttttctctttccgttcgagacgaggcagctcttgttgtacgcgacg
tcgtttgatcgagatagagcgctgcaacgtctcctggactccgcgccggaactctctgga
tcggacagccaggaacgcgtaacaccacgcttagaacgaaggaagagaaccatctcgagg
acggacattctcaagcaggcggagcaagtgattcaggacttggcctctaacaaggcctta
ctcgaagtgcaatacgtcaacgaggttggcaccgggctcggtccaactttggaattctac
gctctagtctcgaaggagctgcaacgtgcagatttagacttgtggcacggcagttcgaat
cctaccgaaaacggatatgttaattcctcgcacgggctctttccgacgccaatcccgtgg
aacactaaagtgtcgcatctagcaaaattgaaaaccaagttcaagttcctcgggaaattt
atggcgaaggcgatatacgactccagaatgttggacttgccgtttagtttaactttttac
cgctggctattgggggaggagcacactctcacgttagcggacttggcatacgtgtgtccc
gatgtgtatcgcactctcagcaagctccaggaagttgtgaggaagaaggaagccatggag
aaagatcagacgctacggccgcacgagaaggcgcagttgatagaggctcttgatttagac
acatgcccgatttcagagctgggtcttgtgttcgagttgccgggctacgagaatatcgag
ttgaggaaaggcggtagcgagatatccgttaccattcacaatctagatcaatatattaag
ttagtggtacactggttcttgtacgagggagtgtttaggcaaatggaggctttccgggag
ggtttcgagtcggtgttccctccgtcgcagctgagactattcttcccggaggagctggaa
gcggtgttctgcggtcacgcgcaaaccggcgggcagtgggacgtgaagaccctcgccgag
tgctgtagaaccgatcacggttacacgccggactcgcgggccattcgttttctgttcgag
gtcatgtccaagtacaacagcgaggagcagcgacaattcattcagtttgtcaccggttcg
ccgcgtttacccgttggaggtttcaaaagcttaacgcccccgttaacaatagtgcgcaaa
accttcgatccgtctatgaagacggacgattttctaccatctgtaatgacttgcgtcaac
tacctaaaactgcctgattataccactctggaaataatgtgggaaaagctacggatagcc
gcgcaagagggtcaacactcgttccatctctcctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (3)   
   Pfam (3)   
All databases (22)   

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