PhosphoNET

           
Protein Info 
   
Short Name:  UBR2
Full Name:  E3 ubiquitin-protein ligase UBR2
Alias:  EC 6.3.2.-
Type:  Ubiquitin ligase complex, Nucleus protein
Mass (Da):  200538
Number AA:  1755
UniProt ID:  Q8IWV8
International Prot ID:  IPI00640085
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0004842  GO:0008270 PhosphoSite+ KinaseNET
Biological Process:  GO:0019941     Phosida TranscriptoNet
    STRING Kinexus Products
   
Info Box  A variety of parameters were considered in the selection of putative P-sites. Confirmed P-Sites have lower Hydrophobicity Scores. The P-site Similarity Score is lower the more that it resembles typical confirmed corresponding P-Ser, P-Thr or P-Tyr sites. The Maximum KInase Score provides the calculated score for highest match of 500 human protein kinases for the amino acid sequence surrounding the target P-site as determined with Kinase Substrate Predictor V2. The Sum KInase Score provides the additive sum of the positive individual Kinase Substrate Predictor V2 scores from 500 human protein kinases. The Conservation Score is the average of the percent similarity of the human P-site with the equivalent P-site in 20 other diverse species. Click the coloured buttons below to retrieve this and other information in the Info Box, or click the orange buttons for relevant links.
Phosphosites 
-7-6-5-4-3-2-101234567Expt. conf.EffectKinasePPaseKinexus ProductsRef.Evol.Kinase Pred.P-site Match
Site 1S15EVQAIDRSLLECSAE
Site 2T35WLQATDLTREVYQHL
Site 3Y39TDLTREVYQHLAHYV
Site 4Y45VYQHLAHYVPKIYCR
Site 5Y50AHYVPKIYCRGPNPF
Site 6Y110FKVGEPTYSCRDCAV
Site 7S111KVGEPTYSCRDCAVD
Site 8Y138SIHRDHRYRMTTSGG
Site 9T141RDHRYRMTTSGGGGF
Site 10T142DHRYRMTTSGGGGFC
Site 11S143HRYRMTTSGGGGFCD
Site 12T154GFCDCGDTEAWKEGP
Site 13S171QKHELNTSEIEEEED
Site 14S184EDPLVHLSEDVIART
Site 15T207RYAVEILTWEKESEL
Site 16Y227MVEKSDTYYCMLFND
Site 17Y228VEKSDTYYCMLFNDE
Site 18Y239FNDEVHTYEQVIYTL
Site 19Y244HTYEQVIYTLQKAVN
Site 20T262KEAIGFATTVDRDGR
Site 21T263EAIGFATTVDRDGRR
Site 22S271VDRDGRRSVRYGDFQ
Site 23Y274DGRRSVRYGDFQYCE
Site 24Y279VRYGDFQYCEQAKSV
Site 25S285QYCEQAKSVIVRNTS
Site 26T291KSVIVRNTSRQTKPL
Site 27S292SVIVRNTSRQTKPLK
Site 28T295VRNTSRQTKPLKVQV
Site 29S328LGSIIGYSDGLRRIL
Site 30S350GPDGENSSLVDRLML
Site 31S358LVDRLMLSDSKLWKG
Site 32S360DRLMLSDSKLWKGAR
Site 33Y370WKGARSVYHQLFMSS
Site 34Y396AVRFAKNYQQLQRDF
Site 35S413DDHERAVSVTALSVQ
Site 36T464RFQFERYTALQAFKF
Site 37S476FKFRRVQSLILDLKY
Site 38S493ISKPTEWSDELRQKF
Site 39T539PEWEAAFTLQMKLTH
Site 40T588TDGEQPITLSICGHS
Site 41S590GEQPITLSICGHSVE
Site 42Y601HSVETIRYCVSQEKV
Site 43S604ETIRYCVSQEKVSIH
Site 44Y632LSKSEVAYKFPELLP
Site 45Y679FSLVNQIYYYHNVKC
Site 46Y680SLVNQIYYYHNVKCR
Site 47Y681LVNQIYYYHNVKCRR
Site 48Y721MLSRFELYQIFSTPD
Site 49S725FELYQIFSTPDYGKR
Site 50T726ELYQIFSTPDYGKRF
Site 51Y729QIFSTPDYGKRFSSE
Site 52S734PDYGKRFSSEITHKD
Site 53S735DYGKRFSSEITHKDV
Site 54S787REIIHQLSIKPMAHS
Site 55S794SIKPMAHSELVKSLP
Site 56S799AHSELVKSLPEDENK
Site 57T808PEDENKETGMESVIE
Site 58T826HFKKPGLTGRGMYEL
Site 59Y831GLTGRGMYELKPECA
Site 60Y844CAKEFNLYFYHFSRA
Site 61Y846KEFNLYFYHFSRAEQ
Site 62T871KRQNREDTALPPPVL
Site 63Y914WAVEHNGYAWSESML
Site 64T951EEHVVTFTFTQKISK
Site 65S966PGEAPKNSPSILAML
Site 66Y981ETLQNAPYLEVHKDM
Site 67S1005AVKKMRESSPTSPVA
Site 68S1006VKKMRESSPTSPVAE
Site 69T1008KMRESSPTSPVAETE
Site 70S1009MRESSPTSPVAETEG
Site 71T1014PTSPVAETEGTIMEE
Site 72T1017PVAETEGTIMEESSR
Site 73S1022EGTIMEESSRDKDKA
Site 74S1073QTLELDASTSAVLDH
Site 75S1075LELDASTSAVLDHSP
Site 76S1081TSAVLDHSPVASDMT
Site 77T1097TALGPAQTQVPEQRQ
Site 78S1133LAAFVQRSTVLSKNR
Site 79T1134AAFVQRSTVLSKNRS
Site 80S1137VQRSTVLSKNRSKFI
Site 81S1141TVLSKNRSKFIQDPE
Site 82Y1150FIQDPEKYDPLFMHP
Site 83S1160LFMHPDLSCGTHTSS
Site 84T1163HPDLSCGTHTSSCGH
Site 85T1199QQRLRLHTSYDVENG
Site 86S1200QRLRLHTSYDVENGE
Site 87Y1201RLRLHTSYDVENGEF
Site 88S1238FNNRLNFSDQPNLTQ
Site 89T1244FSDQPNLTQWIRTIS
Site 90S1251TQWIRTISQQIKALQ
Site 91S1265QFLRKEESTPNNAST
Site 92T1266FLRKEESTPNNASTK
Site 93S1271ESTPNNASTKNSENV
Site 94S1275NNASTKNSENVDELQ
Site 95Y1297DFRPKIPYSESIKEM
Site 96S1298FRPKIPYSESIKEML
Site 97T1306ESIKEMLTTFGTATY
Site 98T1307SIKEMLTTFGTATYK
Site 99T1312LTTFGTATYKVGLKV
Site 100Y1313TTFGTATYKVGLKVH
Site 101S1342SCAYTIQSIERILSD
Site 102S1348QSIERILSDEDKPLF
Site 103S1368RLDDCLRSLTRFAAA
Site 104T1370DDCLRSLTRFAAAHW
Site 105S1395HFCKLFASLVPNDSH
Site 106S1401ASLVPNDSHEELPCI
Site 107Y1484ESAVLALYKTLHQYT
Site 108S1500SALKEIPSGWHLWRS
Site 109S1531HYLNGVPSPPDIQVP
Site 110S1548SHFEHLCSYLSLPNN
Site 111Y1549HFEHLCSYLSLPNNL
Site 112S1569ENSEIMNSLIESWCR
Site 113S1578IESWCRNSEVKRYLE
Site 114Y1583RNSEVKRYLEGERDA
Site 115Y1593GERDAIRYPRESNKL
Site 116S1597AIRYPRESNKLINLP
Site 117Y1607LINLPEDYSSLINQA
Site 118S1608INLPEDYSSLINQAS
Site 119S1609NLPEDYSSLINQASN
Site 120S1615SSLINQASNFSCPKS
Site 121S1618INQASNFSCPKSGGD
Site 122S1622SNFSCPKSGGDKSRA
Site 123S1627PKSGGDKSRAPTLCL
Site 124T1631GDKSRAPTLCLVCGS
Site 125Y1645SLLCSQSYCCQTELE
Site 126Y1693GKTKGCFYSPPYLDD
Site 127S1694KTKGCFYSPPYLDDY
Site 128Y1697GCFYSPPYLDDYGET
Site 129Y1701SPPYLDDYGETDQGL
 
Legend 
Confirmed in mammals
Confirmed in related proteins or other species
Predicted by Kinexus P-Site Prediction algorithm
No data/link available
Link available  
Products available
 


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