PhosphoNET

           
Protein Info 
   
Short Name:  TOPORS
Full Name:  E3 ubiquitin-protein ligase Topors
Alias:  LUN; LUN-1; RP31; SUMO1-protein E3 ligase Topors; Topoisomerase I binding arginine/serine-rich; Topoisomerase I binding, arginine/serine-rich; TOPRS; TP53BPL; Tumor protein p53-binding protein
Type:  EC 6.3.2.-; Cell cycle regulation; Ubiquitin conjugating system; Ligase; Ubiquitin ligase
Mass (Da):  119198
Number AA:  1045
UniProt ID:  Q9NS56
International Prot ID:  IPI00396077
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634  GO:0016604  GO:0016607 Uniprot OncoNet
Molecular Function:  GO:0003676  GO:0003677  GO:0003823 PhosphoSite+ KinaseNET
Biological Process:  GO:0003008  GO:0006139  GO:0006350 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 1S9GSQPPLGSPLSREEG
Site 2S12PPLGSPLSREEGEAP
Site 3S25APPPAPASEGRRRSR
Site 4S31ASEGRRRSRRVRLRG
Site 5S39RRVRLRGSCRHRPSF
Site 6S45GSCRHRPSFLGCREL
Site 7S55GCRELAASAPARPAP
Site 8S64PARPAPASSEIMASA
Site 9S70ASSEIMASAAKEFKM
Site 10S81EFKMDNFSPKAGTSK
Site 11T92GTSKLQQTVPADASP
Site 12S98QTVPADASPDSKCPI
Site 13S101PADASPDSKCPICLD
Site 14Y115DRFDNVSYLDRCLHK
Site 15S147LCKQPFDSIFHSVRA
Site 16S151PFDSIFHSVRAEDDF
Site 17Y161AEDDFKEYVLRPSYN
Site 18S166KEYVLRPSYNGSFVT
Site 19Y167EYVLRPSYNGSFVTP
Site 20S170LRPSYNGSFVTPDRR
Site 21T173SYNGSFVTPDRRFRY
Site 22Y180TPDRRFRYRTTLTRE
Site 23T182DRRFRYRTTLTRERN
Site 24T183RRFRYRTTLTRERNA
Site 25T185FRYRTTLTRERNASV
Site 26S191LTRERNASVYSPSGP
Site 27Y193RERNASVYSPSGPVN
Site 28S194ERNASVYSPSGPVNR
Site 29S196NASVYSPSGPVNRRT
Site 30T203SGPVNRRTTTPPDSG
Site 31T204GPVNRRTTTPPDSGV
Site 32T205PVNRRTTTPPDSGVL
Site 33S209RTTTPPDSGVLFEGL
Site 34S219LFEGLGISTRPRDVE
Site 35T240QIAVRRPTTADERSL
Site 36T241IAVRRPTTADERSLR
Site 37S246PTTADERSLRKIQEQ
Site 38T261DIINFRRTLYRAGAR
Site 39Y263INFRRTLYRAGARVR
Site 40S282GGRYRDISAEFFRRN
Site 41Y329IMSNVTRYDLESQAF
Site 42S333VTRYDLESQAFVSDL
Site 43Y374AFDQHANYDCPAPSY
Site 44S380NYDCPAPSYEEGSHS
Site 45Y381YDCPAPSYEEGSHSD
Site 46S385APSYEEGSHSDSSVI
Site 47S387SYEEGSHSDSSVITI
Site 48S389EEGSHSDSSVITISP
Site 49S390EGSHSDSSVITISPD
Site 50T393HSDSSVITISPDEAE
Site 51S395DSSVITISPDEAETQ
Site 52T410ELDINVATVSQAPWD
Site 53S412DINVATVSQAPWDDE
Site 54T420QAPWDDETPGPSYSS
Site 55S424DDETPGPSYSSSEQV
Site 56Y425DETPGPSYSSSEQVH
Site 57S426ETPGPSYSSSEQVHV
Site 58S428PGPSYSSSEQVHVTM
Site 59T434SSEQVHVTMSSLLNT
Site 60S437QVHVTMSSLLNTSDS
Site 61T441TMSSLLNTSDSSDEE
Site 62S442MSSLLNTSDSSDEEL
Site 63S444SLLNTSDSSDEELVT
Site 64S445LLNTSDSSDEELVTG
Site 65T451SSDEELVTGGATSQI
Site 66S471NDDLNNDSDDSSDNC
Site 67S475NNDSDDSSDNCVIVG
Site 68T491VKPLAERTPELVELS
Site 69S498TPELVELSSDSEDLG
Site 70S499PELVELSSDSEDLGS
Site 71S501LVELSSDSEDLGSYE
Site 72S506SDSEDLGSYEKMETV
Site 73T512GSYEKMETVKTQEQE
Site 74T515EKMETVKTQEQEQSY
Site 75S521KTQEQEQSYSSGDSD
Site 76S523QEQEQSYSSGDSDVS
Site 77S524EQEQSYSSGDSDVSR
Site 78S527QSYSSGDSDVSRCSS
Site 79S530SSGDSDVSRCSSPHS
Site 80S533DSDVSRCSSPHSVLG
Site 81S534SDVSRCSSPHSVLGK
Site 82S537SRCSSPHSVLGKDEQ
Site 83S552INKGHCDSSTRIKSK
Site 84S553NKGHCDSSTRIKSKK
Site 85T554KGHCDSSTRIKSKKE
Site 86S558DSSTRIKSKKEEKRS
Site 87S565SKKEEKRSTSLSSPR
Site 88T566KKEEKRSTSLSSPRN
Site 89S567KEEKRSTSLSSPRNL
Site 90S569EKRSTSLSSPRNLNS
Site 91S570KRSTSLSSPRNLNSS
Site 92S577SPRNLNSSVRGDRVY
Site 93Y584SVRGDRVYSPYNHRH
Site 94S585VRGDRVYSPYNHRHR
Site 95Y587GDRVYSPYNHRHRKR
Site 96S597RHRKRGRSRSSDSRS
Site 97S599RKRGRSRSSDSRSQS
Site 98S600KRGRSRSSDSRSQSR
Site 99S602GRSRSSDSRSQSRSG
Site 100S604SRSSDSRSQSRSGHD
Site 101S606SSDSRSQSRSGHDQK
Site 102S608DSRSQSRSGHDQKNH
Site 103S626HGKKRMKSKRSRSRE
Site 104S629KRMKSKRSRSRESSR
Site 105S631MKSKRSRSRESSRPR
Site 106S634KRSRSRESSRPRGRR
Site 107S635RSRSRESSRPRGRRD
Site 108S646GRRDKKRSRTRDSSW
Site 109T648RDKKRSRTRDSSWSR
Site 110S651KRSRTRDSSWSRRSQ
Site 111S652RSRTRDSSWSRRSQT
Site 112S654RTRDSSWSRRSQTLS
Site 113S657DSSWSRRSQTLSLSS
Site 114T659SWSRRSQTLSLSSES
Site 115S661SRRSQTLSLSSESTS
Site 116S663RSQTLSLSSESTSRS
Site 117S664SQTLSLSSESTSRSR
Site 118S666TLSLSSESTSRSRSR
Site 119T667LSLSSESTSRSRSRS
Site 120S668SLSSESTSRSRSRSS
Site 121S670SSESTSRSRSRSSDH
Site 122S672ESTSRSRSRSSDHGK
Site 123S674TSRSRSRSSDHGKRR
Site 124S675SRSRSRSSDHGKRRS
Site 125S682SDHGKRRSRSRNRDR
Site 126S684HGKRRSRSRNRDRYY
Site 127Y690RSRNRDRYYLRNNYG
Site 128Y691SRNRDRYYLRNNYGS
Site 129Y696RYYLRNNYGSRYKWE
Site 130Y704GSRYKWEYTYYSRNK
Site 131Y706RYKWEYTYYSRNKDR
Site 132Y707YKWEYTYYSRNKDRD
Site 133Y716RNKDRDGYESSYRRR
Site 134S718KDRDGYESSYRRRTL
Site 135S719DRDGYESSYRRRTLS
Site 136Y720RDGYESSYRRRTLSR
Site 137T724ESSYRRRTLSRAHYS
Site 138S726SYRRRTLSRAHYSRQ
Site 139Y730RTLSRAHYSRQSSSP
Site 140S731TLSRAHYSRQSSSPE
Site 141S734RAHYSRQSSSPEFRV
Site 142S735AHYSRQSSSPEFRVQ
Site 143S736HYSRQSSSPEFRVQS
Site 144S743SPEFRVQSFSERTNA
Site 145S745EFRVQSFSERTNARK
Site 146Y761NNHSERKYYYYERHR
Site 147Y762NHSERKYYYYERHRS
Site 148Y763HSERKYYYYERHRSR
Site 149Y764SERKYYYYERHRSRS
Site 150S769YYYERHRSRSLSSNR
Site 151S771YERHRSRSLSSNRSR
Site 152S773RHRSRSLSSNRSRTA
Site 153S774HRSRSLSSNRSRTAS
Site 154S777RSLSSNRSRTASTGT
Site 155T779LSSNRSRTASTGTDR
Site 156S781SNRSRTASTGTDRVR
Site 157T784SRTASTGTDRVRNEK
Site 158Y798KPGGKRKYKTRHLEG
Site 159T800GGKRKYKTRHLEGTN
Site 160T806KTRHLEGTNEVAQPS
Site 161S818QPSREFASKAKDSHY
Site 162S823FASKAKDSHYQKSSS
Site 163Y825SKAKDSHYQKSSSKL
Site 164S828KDSHYQKSSSKLDGN
Site 165S830SHYQKSSSKLDGNYK
Site 166Y836SSKLDGNYKNESDTF
Site 167S840DGNYKNESDTFSDSR
Site 168T842NYKNESDTFSDSRSS
Site 169S844KNESDTFSDSRSSDR
Site 170S846ESDTFSDSRSSDRET
Site 171S848DTFSDSRSSDRETKH
Site 172S849TFSDSRSSDRETKHK
Site 173T853SRSSDRETKHKRRKR
Site 174T862HKRRKRKTRSLSVEI
Site 175S864RRKRKTRSLSVEIVY
Site 176S866KRKTRSLSVEIVYEG
Site 177T876IVYEGKATDTTKHHK
Site 178T879EGKATDTTKHHKKKK
Site 179S902KHHGDNASRSPVVIT
Site 180S904HGDNASRSPVVITID
Site 181S912PVVITIDSDSDKDSE
Site 182S914VITIDSDSDKDSEVK
Site 183S918DSDSDKDSEVKEDTE
Site 184T924DSEVKEDTECDNSGP
Site 185S929EDTECDNSGPQDPLQ
Site 186S943QNEFLAPSLEPFETK
Site 187T949PSLEPFETKDVVTIE
Site 188T970DKECDIATLSNNLNN
Site 189T981NLNNANKTVDNIPPL
Site 190T995LAASVEQTLDVREES
Site 191S1002TLDVREESTFVSDLE
Site 192T1003LDVREESTFVSDLEN
Site 193S1006REESTFVSDLENQPS
Site 194S1013SDLENQPSNIVSLQT
Site 195S1017NQPSNIVSLQTEPSR
Site 196S1023VSLQTEPSRQLPSPR
Site 197S1028EPSRQLPSPRTSLMS
Site 198T1031RQLPSPRTSLMSVCL
Site 199S1035SPRTSLMSVCLGRDC
 
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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