PhosphoNET

           
Protein Info 
   
Short Name:  UHRF1BP1L
Full Name:  UHRF1-binding protein 1-like
Alias:  KIAA0701; UH1BL; UHRF1 binding protein 1-like
Type:  Unknown function
Mass (Da):  164198
Number AA:  1464
UniProt ID:  A0JNW5
International Prot ID:  IPI00157895
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1S14KQILKHLSRFTKNLS
Site 2T17LKHLSRFTKNLSPDK
Site 3S21SRFTKNLSPDKINLS
Site 4S28SPDKINLSTLKGEGE
Site 5T29PDKINLSTLKGEGEL
Site 6S67KVFCNKASIRIPWTK
Site 7T73ASIRIPWTKLKTHPI
Site 8S92DKVIMEMSTCEEPRS
Site 9S99STCEEPRSPNGPSPI
Site 10S104PRSPNGPSPIATASG
Site 11T108NGPSPIATASGQSEY
Site 12S110PSPIATASGQSEYGF
Site 13S126EKVVEGISVSVNSIV
Site 14S131GISVSVNSIVIRIGA
Site 15S144GAKAFNASFELSQLR
Site 16Y153ELSQLRIYSVNAHWE
Site 17T167EHGDLRFTRIQDPQR
Site 18T179PQRGEVLTFKEINWQ
Site 19T195IRIEADATQSSHLEI
Site 20S198EADATQSSHLEIMCA
Site 21S214VRLITNQSKIRVTLK
Site 22T219NQSKIRVTLKRRLKD
Site 23S259AMVQYAKSLSEAIEK
Site 24S261VQYAKSLSEAIEKST
Site 25S267LSEAIEKSTEQRKSM
Site 26S273KSTEQRKSMAPEPTQ
Site 27S281MAPEPTQSSTVVASA
Site 28S282APEPTQSSTVVASAQ
Site 29T283PEPTQSSTVVASAQQ
Site 30T293ASAQQVKTTQTSNAP
Site 31S342IHAKEKESNRRITGG
Site 32T347KESNRRITGGAMQLS
Site 33Y362FTQLTIDYYPYHKAG
Site 34Y363TQLTIDYYPYHKAGD
Site 35Y365LTIDYYPYHKAGDSC
Site 36S414VKDHNVGSPPKSPTH
Site 37S418NVGSPPKSPTHASPQ
Site 38T420GSPPKSPTHASPQHT
Site 39S423PKSPTHASPQHTQTE
Site 40T427THASPQHTQTEKDYP
Site 41T429ASPQHTQTEKDYPLK
Site 42Y433HTQTEKDYPLKGTCR
Site 43T438KDYPLKGTCRTPSVL
Site 44T441PLKGTCRTPSVLSQQ
Site 45S443KGTCRTPSVLSQQSK
Site 46S446CRTPSVLSQQSKAKL
Site 47S449PSVLSQQSKAKLMSS
Site 48Y468RLADFNIYQVSTAEQ
Site 49S478STAEQCRSSPKSMIC
Site 50S479TAEQCRSSPKSMICC
Site 51Y492CCNKKSLYLPQEMSA
Site 52Y501PQEMSAVYIEFTEYY
Site 53Y507VYIEFTEYYYPDGKD
Site 54Y508YIEFTEYYYPDGKDF
Site 55Y509IEFTEYYYPDGKDFP
Site 56S519GKDFPIPSPNLYSQL
Site 57Y523PIPSPNLYSQLNALQ
Site 58S524IPSPNLYSQLNALQF
Site 59T532QLNALQFTVDERSIL
Site 60S565VYKLNDNSKSDEHVD
Site 61S567KLNDNSKSDEHVDVR
Site 62S590VIPSEVKSECHQDQP
Site 63S601QDQPRAISIQSSEMI
Site 64S605RAISIQSSEMIATNT
Site 65T610QSSEMIATNTRHCPN
Site 66T639DCDFFSKTYTSFPKS
Site 67T641DFFSKTYTSFPKSCD
Site 68S642FFSKTYTSFPKSCDN
Site 69S646TYTSFPKSCDNFNLL
Site 70T677EIYKGNITPQLNKNT
Site 71Y705FSQFWIDYEGMKSGK
Site 72S710IDYEGMKSGKGRPIS
Site 73S717SGKGRPISFVDSFPL
Site 74T743ESQKEPQTCNQVSLN
Site 75S748PQTCNQVSLNTSQSE
Site 76S752NQVSLNTSQSESSDL
Site 77S754VSLNTSQSESSDLAG
Site 78S756LNTSQSESSDLAGRL
Site 79Y772RKKLLKEYYSTESEP
Site 80Y773KKLLKEYYSTESEPL
Site 81S774KLLKEYYSTESEPLT
Site 82T775LLKEYYSTESEPLTN
Site 83S777KEYYSTESEPLTNGG
Site 84T781STESEPLTNGGQKPS
Site 85S788TNGGQKPSSSDTFFR
Site 86S789NGGQKPSSSDTFFRF
Site 87S790GGQKPSSSDTFFRFS
Site 88T792QKPSSSDTFFRFSPS
Site 89S797SDTFFRFSPSSSEAD
Site 90S799TFFRFSPSSSEADIH
Site 91S800FFRFSPSSSEADIHL
Site 92S801FRFSPSSSEADIHLL
Site 93T849RKDVEAVTGSPASQT
Site 94S851DVEAVTGSPASQTSI
Site 95S884DQANTLKSPVSESVS
Site 96S887NTLKSPVSESVSPVV
Site 97S889LKSPVSESVSPVVPD
Site 98Y897VSPVVPDYLPTENGD
Site 99S907TENGDFLSSKRKQIS
Site 100S908ENGDFLSSKRKQISR
Site 101S922RDINRIRSVTVNHMS
Site 102T924INRIRSVTVNHMSDN
Site 103S929SVTVNHMSDNRSMSV
Site 104S933NHMSDNRSMSVDLSH
Site 105S935MSDNRSMSVDLSHIP
Site 106S939RSMSVDLSHIPLKDP
Site 107S951KDPLLFKSASDTNLQ
Site 108S953PLLFKSASDTNLQKG
Site 109T955LFKSASDTNLQKGIS
Site 110S962TNLQKGISFMDYLSD
Site 111Y966KGISFMDYLSDKHLG
Site 112S968ISFMDYLSDKHLGKI
Site 113S976DKHLGKISEDESSGL
Site 114S980GKISEDESSGLVYKS
Site 115S981KISEDESSGLVYKSG
Site 116Y985DESSGLVYKSGSGEI
Site 117S987SSGLVYKSGSGEIGS
Site 118S989GLVYKSGSGEIGSET
Site 119S994SGSGEIGSETSDKKD
Site 120T996SGEIGSETSDKKDSF
Site 121S997GEIGSETSDKKDSFY
Site 122S1002ETSDKKDSFYTDSSS
Site 123Y1004SDKKDSFYTDSSSIL
Site 124T1005DKKDSFYTDSSSILN
Site 125S1007KDSFYTDSSSILNYR
Site 126S1008DSFYTDSSSILNYRE
Site 127S1009SFYTDSSSILNYRED
Site 128Y1013DSSSILNYREDSNIL
Site 129S1017ILNYREDSNILSFDS
Site 130S1021REDSNILSFDSDGNQ
Site 131S1024SNILSFDSDGNQNIL
Site 132S1032DGNQNILSSTLTSKG
Site 133S1033GNQNILSSTLTSKGN
Site 134T1036NILSSTLTSKGNETI
Site 135S1037ILSSTLTSKGNETIE
Site 136S1045KGNETIESIFKAEDL
Site 137S1060LPEAASLSENLDISK
Site 138S1066LSENLDISKEETPPV
Site 139T1070LDISKEETPPVRTLK
Site 140T1075EETPPVRTLKSQSSL
Site 141S1078PPVRTLKSQSSLSGK
Site 142S1081RTLKSQSSLSGKPKE
Site 143S1083LKSQSSLSGKPKERC
Site 144S1107SYKNMKRSSSQMSLD
Site 145S1108YKNMKRSSSQMSLDT
Site 146S1109KNMKRSSSQMSLDTI
Site 147S1112KRSSSQMSLDTISLD
Site 148S1130LEEQLLESDGSDSHM
Site 149S1133QLLESDGSDSHMFLE
Site 150S1135LESDGSDSHMFLEKG
Site 151T1148KGNKKNSTTNYRGTA
Site 152Y1151KKNSTTNYRGTAESV
Site 153T1154STTNYRGTAESVNAG
Site 154S1157NYRGTAESVNAGANL
Site 155Y1167AGANLQNYGETSPDA
Site 156S1171LQNYGETSPDAISTN
Site 157S1176ETSPDAISTNSEGAQ
Site 158T1221CLQVNQVTPDQLGNI
Site 159Y1233GNISLRHYLCNRPVG
Site 160S1249DQKAVIHSKSSPEIS
Site 161S1251KAVIHSKSSPEISLR
Site 162S1252AVIHSKSSPEISLRF
Site 163S1256SKSSPEISLRFESGP
Site 164T1287CHIENFSTEFLTSSL
Site 165S1293STEFLTSSLMNIQHF
Site 166T1305QHFLEDETVATVMPM
Site 167S1327KINLKDDSPRSSTVS
Site 168S1330LKDDSPRSSTVSLEP
Site 169S1331KDDSPRSSTVSLEPA
Site 170T1332DDSPRSSTVSLEPAP
Site 171S1334SPRSSTVSLEPAPVT
Site 172S1352DHLVVERSDDGSFHI
Site 173S1356VERSDDGSFHIRDSH
Site 174S1377DLKENVKSDSVLLTS
Site 175S1379KENVKSDSVLLTSGK
Site 176T1383KSDSVLLTSGKYDLK
Site 177S1384SDSVLLTSGKYDLKK
Site 178S1394YDLKKQRSVTQATQT
Site 179T1396LKKQRSVTQATQTSP
Site 180T1401SVTQATQTSPGVPWP
Site 181S1402VTQATQTSPGVPWPS
Site 182S1409SPGVPWPSQSANFPE
Site 183S1411GVPWPSQSANFPEFS
Site 184S1418SANFPEFSFDFTREQ
Site 185T1422PEFSFDFTREQLMEE
Site 186S1432QLMEENESLKQELAK
 
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
 


2019 Kinexus Bioinformatics Corporation