KEGG   Vigna radiata (mung bean): 106761932
Entry
106761932         CDS       T04126                                 
Name
(RefSeq) E3 ubiquitin-protein ligase UPL3
  KO
K10590  E3 ubiquitin-protein ligase TRIP12 [EC:2.3.2.26]
Organism
vra  Vigna radiata (mung bean)
Pathway
vra04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:vra00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    106761932
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:vra04121]
    106761932
Enzymes [BR:vra01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.26  HECT-type E3 ubiquitin transferase
     106761932
Ubiquitin system [BR:vra04121]
 Ubiquitin ligases (E3)
  HECT type E3
   106761932
SSDB
Motif
Pfam: HECT Arm HEAT_EZ HEAT
Other DBs
NCBI-GeneID: 106761932
NCBI-ProteinID: XP_022636820
UniProt: A0A3Q0EYH9
Position
5:24388241..24398284
AA seq 1883 aa
METRSRKRAEASSAAPSSSSTSRSAKRSRLSSSSSSIPNTPTVNTRSRSARTNTTTTNSV
SLMDPTNESSGSRRDRRGKNLERDNSDKGKEKEQDVGIRDVERERALALNMEGEGVGDDD
DNYSDSGVHRNLTSASSALQGLLRKLGAGLDDLLPATAMSGSASSSHQSGRLKKILAGLR
ADGEEGRQLEALSQLCDMLSIGTEESLSTFSVDSFVPVLVGLLNHESNPDVMLLAARALT
HLCDVLPSSSAAVVHYGAVSIFCARLLTIEYMDLAEQSLQALKKISQEHPTACLRAGALM
AVLSYLDFFSTGVQRVALSTAANMCKKLPPDAADFVMEAVPLLTNLLQYHDSKVLEHASV
CLTRIAEAFASSPDKLDELCNHGLVTQAASLISNSSSGGGQASLSTPTYTGLIRLLSTCA
SGSPLGAKTLLLLGISGILKDILSGSGVSSITSFSPALSRPADQIFEIVNLANELLPPLP
HGTISLPVSSNLFVKGYFVKKCPSGSSRQEDTTNGNVHEISAREKLLNDQPELLQQFGMD
LLPVLMQIYGASVNGPVRHKCLSVIGKLMYFSTAEMIQSLLSVTNISSFLAGVLAWKDPH
VLVPALQIAEILMEKLPGTFSKMFVREGVVHAVDQLILAGNSTNVSIQTSAEKDSDSVSG
THSQPKHYRLRSGNSNPDANYLDDLMKSPVPVNVGLPTSSVETPTTGSSIRESISSVARG
FKDKYFPSDPGSIEVGVSDDLLHLKNLCTKLNTCVDDQKTKAKGKVKASGPGLNENSTNT
EEYLIGVISDMLKELGKGDGVSTFEFIGSGVVEALLSYLSCGYFAKDRMSETSLPRLREQ
ALARFKSFVDIALPLSIDNGDVAPMTVLVQKLQNALSSLERFPVMLSNSSRSSSGSARLS
SGLSALSQPIKLRLCRAQGEKSLKDYSSNVVLIDPLASLAAIEEFLWTRVQRSESGQKST
VPGDNSESGTAPAGAGVSSPSSYTATTTRRHAAMYRSSFTMEDTPTKKTSQDKSTSSSKS
KGKAVLKAAQEEARGPQTRNRRRAALDRNAQMKPVNGESTSEDEELDISPVEIDEALVIE
DDDISDDEDEDHEDVLRDDSLPVCLPDKVHDVKLGDSAEESTVATATSDSQTIAASGSSS
KAVTARGSDSADFRSGYSSSSRGAMSFAAAAMAGLGYANSRGFRGGRDRHGRLLFGTSND
PPKLIFTAAGKQLNRNLTIYQAIQKQLVLDEDDDDRFAGSDYVSSDGSSLWGDIYTITYQ
RAENQTDKASTGGSSSNTSKPAKSCSASNSSPEAKLHQTSVLDSILYGELPCDLEKSNPT
YNILALLRVLECLNQLAPRLRAQMVSDSFAEGKISNFDQLVVTTDTRVVPEEFISGKLTP
KLARQIQDALALCSGSLPLWCYQLTKACPFLFPFETRRQYFYSTAFGLSRALYRLQQQQG
ADGHGSTTEREIRVGRLQRQKVRVSRNRVLDSAAKVMEMYSSQKAVLEVEYFGEVGTGLG
PTLEFYTILSHDLQKVGLQMWRSHSSNKHEMEVDGDEKREHSVGSGPDLAGDKELVLAPM
GLFPRPWPTNSDASEGSPFAKVIEYFRLLGRVMAKALQDGRLLDLPLSVAFYKLVLGQDL
DLHDILFIDAELGKTLQELKALVRRKHYVESVGGSCTDTLFDLHFHDAPVEDLCLDFTLP
GFPEYTLKPGDETVDINNLEEYISLVVDATVKTGIMRQIEAFRAGFNQVFDISSLQIFTP
QELDYLLCGRRELWEAETLADHIKFDHGYNAKSPPIVNLLEIMGEFTPEQQRAFCQFVTG
APRLPPGGLAVLNPKLTIVRKLSSTAVNTSSNGNGPSESADDDLPSVMTCANYLKLPPYS
TKEVMYKKLLYAISEGQGSFDLS
NT seq 5652 nt   +upstreamnt  +downstreamnt
atggaaactcggagtcggaagcgggcggaggcttcctcagctgccccttcatcctcgtct
acctctcgttccgccaagcgctctcgtctttcttcttcctcttcttcgatcccgaacacc
ccaactgttaatacacgttctcgttcggccaggactaacaccaccacaacaaattccgtt
tctctcatggaccccactaacgaatcctccgggtcaagacgtgatcgccgtggcaagaat
ttggaaagggacaattcggacaaagggaaggagaaagaacaggatgttgggattagggac
gtagaaagagagcgagccttggcgttgaacatggagggtgaaggtgttggggacgacgat
gataattatagtgacagtggtgtgcatcggaatttgacgtctgctagtagtgcccttcaa
ggccttcttcggaaacttggtgctggtttggatgatctgcttcctgccacggctatgagt
ggttctgcgtcctcttctcatcagagtggtagactcaagaaaattctggctggattgcgt
gctgacggagaagaaggtcgtcagctcgaggcattgtcgcagctttgtgacatgctttcc
attggaactgaagaatcccttagtacattttccgttgactcgtttgttcctgtgttagtg
gggttgcttaatcatgagagcaaccccgatgttatgctacttgcggccagggcgcttacc
catttatgcgacgttcttccctcatctagtgctgctgttgtgcattacggggcagtgtct
atattctgtgctagactgcttacgatagagtatatggatttggctgagcagtctcttcaa
gcgctaaagaagatttctcaggagcacccaactgcctgtcttcgagctggagctctgatg
gctgtactttcttacttggacttcttctcaacaggagttcagcgagtggcattgtctact
gctgcaaatatgtgcaaaaagcttcctcctgatgcagctgactttgtaatggaagctgtt
cctcttttgacaaaccttcttcagtaccatgactccaaggttctggaacatgcctctgtt
tgcctgactcgaatagctgaagcatttgcctcatctccagacaaattagatgaattatgc
aatcatggactcgtaacacaagccgcctctctcatttctaatagcagttccggaggtggt
caggcttctctcagcactccaacatataccggtctgatccgccttctttccacatgtgcc
agtggatcccctcttggagccaaaacattgcttctccttggaattagtggcattctaaaa
gatatactatccggttctggtgtttcttctatcacctctttttcaccagcattaagtagg
ccggcagatcagatatttgagattgtgaatctggcaaatgaacttctgcctccattgcca
catggaaccatttctcttcctgtcagctccaacttgtttgtgaaagggtattttgtgaaa
aaatgtccttctggcagttccagacaagaagacaccaccaacggaaatgttcatgagata
tcagctcgtgagaagttattaaatgatcagcctgagttacttcagcaatttgggatggat
ctcctcccagttttaatgcagatatatggtgccagtgtcaatggtcctgttcgccacaaa
tgtctttctgtcattggaaaattgatgtatttcagcacagctgagatgatccagtctttg
ttgagtgtaacaaatatatcaagtttcttagctggtgtgttagcatggaaagatccgcat
gttttggtgcctgccttgcagattgcagaaattcttatggaaaagcttcctggaacattc
tctaagatgtttgtcagagaaggtgtggtccatgcggttgaccaacttattttggctgga
aattcaaccaatgtatctattcaaacatctgctgagaaggatagtgattctgtatctgga
actcattctcagcccaaacactatcgcctgcgtagtggtaactcaaaccccgatgcaaac
tatttggatgatttgatgaagagtccagttccagtaaatgttggtttgccaacaagttcc
gttgaaactccaacaactggttccagtattcgggagtctattagctcagttgctagaggt
tttaaagacaagtacttcccttctgatcctgggtctattgaagtgggtgttagtgatgat
cttttgcatttgaaaaatctctgcacaaagctgaacacttgtgttgatgatcaaaaaact
aaggcaaagggaaaagttaaagcttctggacctggtctcaacgaaaattctactaacaca
gaagaatatttaattggggtgatatctgacatgttaaaggaacttggcaaaggtgatggt
gtatctacttttgaatttattggtagtggtgttgttgaagccttgttgagttatttatct
tgtgggtattttgcaaaagatcgaatgtcagaaaccagtctccccagacttcgtgaacag
gcacttgcaaggttcaagtcatttgttgatattgcactacctttgagcattgataatggg
gatgttgctcctatgactgtcttggttcagaagcttcaaaatgcattgtcttccttggaa
cgcttccctgtaatgctgagtaattcttctcgttcatctagtgggagtgcacgtctctcc
agtggactaagtgcattatctcagcccataaagctgcgtctctgtcgagcacagggtgaa
aagtcacttaaggattattcttcaaatgtggtacttattgatccattagcgagtttagca
gccattgaggaatttctgtggactcgtgtccagcgcagtgaatctggtcaaaagtctact
gtacctggtgacaattctgaatctggaacagctcctgcaggggcaggtgtttcatctcct
tcctcttatactgccaccactacccgtagacatgcagctatgtacagatcatcttttact
atggaagatacacctacaaaaaaaacatctcaagataaaagcacaagttcatctaagagc
aagggtaaagctgtattaaaggctgcacaggaggaagcaagaggacctcagacccgaaat
cgcagaagagcagctctagatagaaatgctcaaatgaaacctgtaaatggcgaatcaact
tctgaggatgaagaattggatatatctcctgttgaaatagatgaggctttggtgattgaa
gatgatgatatttctgatgatgaggatgaagaccatgaagatgtgttgagggatgattct
cttcctgtctgcttgcccgacaaagtacatgatgtgaaattgggtgactcagccgaggag
agtactgttgctacagcaacaagcgatagccagactatcgcagcctcaggttctagcagc
aaagctgtgacagccaggggatccgactctgctgattttaggagtgggtattcatctagc
tcaaggggtgcaatgtcatttgctgctgctgctatggctggactaggatatgctaatagc
agaggtttcaggggtggcagagataggcatggccgcctgttgtttggtacttctaatgat
cctccaaagttaatttttactgctgctgggaagcagcttaataggaatttgactatatac
caggcaattcaaaaacagcttgtgctagatgaagatgacgatgacagatttgctggcagt
gactatgtatccagtgatggaagcagtctgtggggtgatatttacaccatcacttatcaa
agagcagaaaaccagacagataaggcatctactggaggatcaagttcaaatacttcaaaa
cctgccaaatcttgctctgcctcaaattccagcccagaagctaagttgcatcagacttct
gttttagacagtatattgtatggagaattgccgtgtgatctagagaaatctaaccccacc
tacaatattttggcactcctgcgtgtgttggagtgtttgaaccagcttgctcctcgtttg
agggctcaaatggtttctgatagctttgctgagggtaaaatctctaactttgatcagcta
gttgttacaactgatactagggttgttccggaggaattcattagtggtaagcttactcca
aaattggctaggcaaatacaagatgccctagcactatgcagtggtagtcttcctttatgg
tgttatcagttgactaaagcatgccctttcttgtttccttttgagactcgacgacagtac
ttctattctactgcatttgggttatctcgagcactgtatcgacttcagcagcagcaaggt
gctgatggtcatggatcgacaactgagagagagattagagttgggagattacagcgccaa
aaagttcgtgtctctcgaaaccgtgtcttggattctgctgcaaaagttatggagatgtat
tctagccaaaaagcggtacttgaagtagaatattttggtgaagttggcactggcctgggc
ccaaccctggagttttatacaattctaagtcatgatttacaaaaggttggactgcaaatg
tggagatcccattcttcaaataaacatgaaatggaagttgacggggatgaaaagagagag
catagtgtaggctctgggcctgatttggctggagataaagaacttgttctagctcctatg
ggtttgtttcctcggccatggcctacaaattctgatgcatcagagggtagtccgtttgca
aaagtcattgagtattttcggctgctcggtcgtgttatggcgaaagctcttcaagatgga
cgactattggatctgccattgtcagtggcattctataagcttgttcttggtcaagatctt
gatttacatgacattctgttcatcgatgctgagcttgggaagactttgcaagagttaaaa
gcccttgttcgtcggaaacattatgtagaatctgttggtggtagctgtactgataccctt
tttgacttacattttcatgatgcgccagttgaagatctgtgcttagattttacacttcct
ggttttcctgagtacaccttgaaacctggagatgaaactgtcgatatcaacaatttggag
gagtacatatccttggtggttgatgcaacagtcaagactggaatcatgcggcaaatagag
gcatttagagcagggtttaatcaggtttttgacatctcatctttacaaatttttactcct
caagaactagactacttgctttgtggccggagggagttgtgggaggctgagacacttgct
gatcatataaaatttgaccatgggtacaatgcaaagagccctccaattgttaatttactt
gaaattatgggggaattcaccccggagcagcagcgcgccttctgtcaatttgtcactggt
gcacctaggctgccacctggtgggctggcagttctaaatccaaaactaacgattgtgagg
aagctttcgtcaactgcagttaatacttcatcaaacgggaatggaccttcagaatccgcg
gacgatgacttgcctagtgtgatgacatgcgctaattacctgaaacttcctccttactct
accaaggaagttatgtacaagaagctactctatgcaatcagtgaagggcagggatccttt
gatttatcatga

  All links  
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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (22)   

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