PhosphoNET

           
Protein Info 
   
Short Name:  RbBP6
Full Name:  E3 ubiquitin-protein ligase RBBP6
Alias:  My038; P2PR; P53-associated cellular protein of testis; PACT; RBQ1
Type:  Transcription factor, cell cycle protein
Mass (Da):  201564
Number AA:  1792
UniProt ID:  Q7Z6E9
International Prot ID:  IPI00021363
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005730  GO:0000151  GO:0032991 Uniprot OncoNet
Molecular Function:  GO:0003676  GO:0005515  GO:0004842 PhosphoSite+ KinaseNET
Biological Process:  GO:0016567  GO:0006366  GO:0009987 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 1Y14KFSSKLNYDTVTFDG
Site 2T16SSKLNYDTVTFDGLH
Site 3T18KLNYDTVTFDGLHIS
Site 4S25TFDGLHISLCDLKKQ
Site 5T53LQITNAQTKEEYTDD
Site 6T86GVKSTSKTYVISRTE
Site 7Y87VKSTSKTYVISRTEP
Site 8S105TTKAIDDSSASISLA
Site 9S106TKAIDDSSASISLAQ
Site 10S110DDSSASISLAQLTKT
Site 11S126NLAEANASEEDKIKA
Site 12S136DKIKAMMSQSGHEYD
Site 13S138IKAMMSQSGHEYDPI
Site 14Y142MSQSGHEYDPINYMK
Site 15S158PLGPPPPSYTCFRCG
Site 16Y159LGPPPPSYTCFRCGK
Site 17T160GPPPPSYTCFRCGKP
Site 18Y170RCGKPGHYIKNCPTN
Site 19S184NGDKNFESGPRIKKS
Site 20S191SGPRIKKSTGIPRSF
Site 21T192GPRIKKSTGIPRSFM
Site 22S197KSTGIPRSFMMEVKD
Site 23T213NMKGAMLTNTGKYAI
Site 24T215KGAMLTNTGKYAIPT
Site 25Y218MLTNTGKYAIPTIDA
Site 26T222TGKYAIPTIDAEAYA
Site 27Y228PTIDAEAYAIGKKEK
Site 28S244 PFLPEEPSSSSEEDD
Site 29S245 FLPEEPSSSSEEDDP
Site 30S246 LPEEPSSSSEEDDPI
Site 31S247 PEEPSSSSEEDDPIP
Site 32T286YCDECIRTALLESDE
Site 33T295LLESDEHTCPTCHQN
Site 34S305TCHQNDVSPDALIAN
Site 35T329FKNETGYTKRLRKQL
Site 36S360 NLQPLMRSPISRQQD
Site 37S363 PLMRSPISRQQDPLM
Site 38T374DPLMIPVTSSSTHPA
Site 39S375PLMIPVTSSSTHPAP
Site 40S383SSTHPAPSISSLTSN
Site 41S385THPAPSISSLTSNQS
Site 42S386HPAPSISSLTSNQSS
Site 43T388APSISSLTSNQSSLA
Site 44S389PSISSLTSNQSSLAP
Site 45S392SSLTSNQSSLAPPVS
Site 46S393SLTSNQSSLAPPVSG
Site 47S399SSLAPPVSGNPSSAP
Site 48S403PPVSGNPSSAPAPVP
Site 49S404PVSGNPSSAPAPVPD
Site 50S417PDITATVSISVHSEK
Site 51S419ITATVSISVHSEKSD
Site 52S425ISVHSEKSDGPFRDS
Site 53S432SDGPFRDSDNKILPA
Site 54S444LPAAALASEHSKGTS
Site 55S447AALASEHSKGTSSIA
Site 56S451SEHSKGTSSIAITAL
Site 57T488HGQLIPTTGPVRINT
Site 58T495TGPVRINTARPGGGR
Site 59S508GRPGWEHSNKLGYLV
Site 60Y513EHSNKLGYLVSPPQQ
Site 61S516NKLGYLVSPPQQIRR
Site 62S527QIRRGERSCYRSINR
Site 63Y529RRGERSCYRSINRGR
Site 64S531GERSCYRSINRGRHH
Site 65S539INRGRHHSERSQRTQ
Site 66S542GRHHSERSQRTQGPS
Site 67T545HSERSQRTQGPSLPA
Site 68S549SQRTQGPSLPATPVF
Site 69Y565PVPPPPLYPPPPHTL
Site 70T571LYPPPPHTLPLPPGV
Site 71S584GVPPPQFSPQFPPGQ
Site 72Y597GQPPPAGYSVPPPGF
Site 73S598QPPPAGYSVPPPGFP
Site 74S612PPAPANLSTPWVSSG
Site 75S618LSTPWVSSGVQTAHS
Site 76T622WVSSGVQTAHSNTIP
Site 77T631HSNTIPTTQAPPLSR
Site 78S637TTQAPPLSREEFYRE
Site 79S656KEEEKKKSKLDEFTN
Site 80Y672FAKELMEYKKIQKER
Site 81S682IQKERRRSFSRSKSP
Site 82S684 KERRRSFSRSKSPYS
Site 83S686RRRSFSRSKSPYSGS
Site 84S688RSFSRSKSPYSGSSY
Site 85Y690FSRSKSPYSGSSYSR
Site 86S691SRSKSPYSGSSYSRS
Site 87S693SKSPYSGSSYSRSSY
Site 88S694KSPYSGSSYSRSSYT
Site 89Y695SPYSGSSYSRSSYTY
Site 90S696PYSGSSYSRSSYTYS
Site 91S698SGSSYSRSSYTYSKS
Site 92S699GSSYSRSSYTYSKSR
Site 93Y700SSYSRSSYTYSKSRS
Site 94T701SYSRSSYTYSKSRSG
Site 95Y702YSRSSYTYSKSRSGS
Site 96S703SRSSYTYSKSRSGST
Site 97S705SSYTYSKSRSGSTRS
Site 98S707YTYSKSRSGSTRSRS
Site 99S709YSKSRSGSTRSRSYS
Site 100T710SKSRSGSTRSRSYSR
Site 101S712 SRSGSTRSRSYSRSF
Site 102S714SGSTRSRSYSRSFSR
Site 103Y715 GSTRSRSYSRSFSRS
Site 104S716STRSRSYSRSFSRSH
Site 105S718RSRSYSRSFSRSHSR
Site 106S720RSYSRSFSRSHSRSY
Site 107S722YSRSFSRSHSRSYSR
Site 108S724RSFSRSHSRSYSRSP
Site 109S726FSRSHSRSYSRSPPY
Site 110Y727SRSHSRSYSRSPPYP
Site 111S728RSHSRSYSRSPPYPR
Site 112S730HSRSYSRSPPYPRRG
Site 113Y733SYSRSPPYPRRGRGK
Site 114S741PRRGRGKSRNYRSRS
Site 115Y744GRGKSRNYRSRSRSH
Site 116S746GKSRNYRSRSRSHGY
Site 117S748SRNYRSRSRSHGYHR
Site 118S750NYRSRSRSHGYHRSR
Site 119Y753SRSRSHGYHRSRSRS
Site 120S756 RSHGYHRSRSRSPPY
Site 121S758 HGYHRSRSRSPPYRR
Site 122S760YHRSRSRSPPYRRYH
Site 123Y763SRSRSPPYRRYHSRS
Site 124Y766 RSPPYRRYHSRSRSP
Site 125S768 PPYRRYHSRSRSPQA
Site 126S770 YRRYHSRSRSPQAFR
Site 127S772 RYHSRSRSPQAFRGQ
Site 128S780PQAFRGQSPNKRNVP
Site 129Y795QGETEREYFNRYREV
Site 130Y799EREYFNRYREVPPPY
Site 131Y806YREVPPPYDMKAYYG
Site 132Y811PPYDMKAYYGRSVDF
Site 133Y812PYDMKAYYGRSVDFR
Site 134S815MKAYYGRSVDFRDPF
Site 135Y827DPFEKERYREWERKY
Site 136Y834YREWERKYREWYEKY
Site 137Y838ERKYREWYEKYYKGY
Site 138Y841YREWYEKYYKGYAAG
Site 139Y845 YEKYYKGYAAGAQPR
Site 140S854 AGAQPRPSANRENFS
Site 141S861 SANRENFSPERFLPL
Site 142S873 LPLNIRNSPFTRGRR
Site 143T876NIRNSPFTRGRREDY
Site 144Y883TRGRREDYVGGQSHR
Site 145S888EDYVGGQSHRSRNIG
Site 146S891VGGQSHRSRNIGSNY
Site 147Y898SRNIGSNYPEKLSAR
Site 148S903SNYPEKLSARDGHNQ
Site 149T914GHNQKDNTKSKEKES
Site 150S916NQKDNTKSKEKESEN
Site 151S945KRRKGEESEGFLNPE
Site 152T956LNPELLETSRKSREP
Site 153S960LLETSRKSREPTGVE
Site 154T964SRKSREPTGVEENKT
Site 155T971TGVEENKTDSLFVLP
Site 156S973VEENKTDSLFVLPSR
Site 157S979DSLFVLPSRDDATPV
Site 158T984LPSRDDATPVRDEPM
Site 159S995DEPMDAESITFKSVS
Site 160T997PMDAESITFKSVSEK
Site 161S1000AESITFKSVSEKDKR
Site 162S1002SITFKSVSEKDKRER
Site 163T1019PKAKGDKTKRKNDGS
Site 164S1026TKRKNDGSAVSKKEN
Site 165S1052 VDGERERSPRSEPPI
Site 166S1055ERERSPRSEPPIKKA
Site 167T1066IKKAKEETPKTDNTK
Site 168T1069AKEETPKTDNTKSSS
Site 169T1072ETPKTDNTKSSSSSQ
Site 170S1074PKTDNTKSSSSSQKD
Site 171S1076TDNTKSSSSSQKDEK
Site 172S1078NTKSSSSSQKDEKIT
Site 173T1087KDEKITGTPRKAHSK
Site 174S1093GTPRKAHSKSAKEHQ
Site 175S1095PRKAHSKSAKEHQET
Site 176T1102SAKEHQETKPVKEEK
Site 177Y1114EEKVKKDYSKDVKSE
Site 178S1115EKVKKDYSKDVKSEK
Site 179S1120DYSKDVKSEKLTTKE
Site 180T1124DVKSEKLTTKEEKAK
Site 181T1151GEKRKRKTEEKGVDK
Site 182S1162GVDKDFESSSMKISK
Site 183S1164DKDFESSSMKISKLE
Site 184S1168ESSSMKISKLEVTEI
Site 185T1173KISKLEVTEIVKPSP
Site 186S1179 VTEIVKPSPKRKMEP
Site 187T1188KRKMEPDTEKMDRTP
Site 188T1194 DTEKMDRTPEKDKIS
Site 189S1201TPEKDKISLSAPAKK
Site 190S1203EKDKISLSAPAKKIK
Site 191T1215KIKLNRETGKKIGST
Site 192S1221ETGKKIGSTENISNT
Site 193T1222TGKKIGSTENISNTK
Site 194S1226IGSTENISNTKEPSE
Site 195T1228STENISNTKEPSEKL
Site 196S1232ISNTKEPSEKLESTS
Site 197S1237EPSEKLESTSSKVKQ
Site 198T1238PSEKLESTSSKVKQE
Site 199S1240EKLESTSSKVKQEKV
Site 200T1256 GKVRRKVTGTEGSSS
Site 201T1258 VRRKVTGTEGSSSTL
Site 202S1261 KVTGTEGSSSTLVDY
Site 203S1262 VTGTEGSSSTLVDYT
Site 204S1263 TGTEGSSSTLVDYTS
Site 205T1264 GTEGSSSTLVDYTST
Site 206Y1268 SSSTLVDYTSTSSTG
Site 207T1269 SSTLVDYTSTSSTGG
Site 208S1270 STLVDYTSTSSTGGS
Site 209T1271 TLVDYTSTSSTGGSP
Site 210S1272 LVDYTSTSSTGGSPV
Site 211S1273 VDYTSTSSTGGSPVR
Site 212T1274DYTSTSSTGGSPVRK
Site 213S1277 STSSTGGSPVRKSEE
Site 214S1282GGSPVRKSEEKTDTK
Site 215T1286VRKSEEKTDTKRTVI
Site 216T1288KSEEKTDTKRTVIKT
Site 217T1295TKRTVIKTMEEYNND
Site 218T1304EEYNNDNTAPAEDVI
Site 219S1328 WDKDDFESEEEDVKS
Site 220S1335SEEEDVKSTQPISSV
Site 221T1336EEEDVKSTQPISSVG
Site 222S1340VKSTQPISSVGKPAS
Site 223S1341KSTQPISSVGKPASV
Site 224S1347SSVGKPASVIKNVST
Site 225S1357KNVSTKPSNIVKYPE
Site 226Y1362KPSNIVKYPEKESEP
Site 227S1367VKYPEKESEPSEKIQ
Site 228S1370PEKESEPSEKIQKFT
Site 229S1381QKFTKDVSHEIIQHE
Site 230S1391IIQHEVKSSKNSASS
Site 231S1392IQHEVKSSKNSASSE
Site 232S1395EVKSSKNSASSEKGK
Site 233S1398SSKNSASSEKGKTKD
Site 234T1403ASSEKGKTKDRDYSV
Site 235Y1408GKTKDRDYSVLEKEN
Site 236S1409KTKDRDYSVLEKENP
Site 237S1422NPEKRKNSTQPEKES
Site 238S1442NEQGNFKSLSQSSKE
Site 239S1444QGNFKSLSQSSKEAR
Site 240S1446NFKSLSQSSKEARTS
Site 241S1453SSKEARTSDKHDSTR
Site 242S1458RTSDKHDSTRASSNK
Site 243T1459TSDKHDSTRASSNKD
Site 244S1462KHDSTRASSNKDFTP
Site 245S1463HDSTRASSNKDFTPN
Site 246T1468 ASSNKDFTPNRDKKT
Site 247T1475TPNRDKKTDYDTREY
Site 248Y1477NRDKKTDYDTREYSS
Site 249T1479DKKTDYDTREYSSSK
Site 250Y1482TDYDTREYSSSKRRD
Site 251S1483DYDTREYSSSKRRDE
Site 252S1485DTREYSSSKRRDEKN
Site 253T1495RDEKNELTRRKDSPS
Site 254S1500ELTRRKDSPSRNKDS
Site 255S1502TRRKDSPSRNKDSAS
Site 256S1507SPSRNKDSASGQKNK
Site 257S1509SRNKDSASGQKNKPR
Site 258S1529PKKGTGDSKKSNSSP
Site 259S1532GTGDSKKSNSSPSRD
Site 260S1534GDSKKSNSSPSRDRK
Site 261S1535DSKKSNSSPSRDRKP
Site 262S1537KKSNSSPSRDRKPHD
Site 263Y1549PHDHKATYDTKRPNE
Site 264T1551DHKATYDTKRPNEET
Site 265T1558TKRPNEETKSVDKNP
Site 266S1560RPNEETKSVDKNPCK
Site 267S1582EARNNKESSGNKLLY
Site 268Y1589SSGNKLLYILNPPET
Site 269T1596YILNPPETQVEKEQI
Site 270S1610ITGQIDKSTVKPKPQ
Site 271T1611TGQIDKSTVKPKPQL
Site 272S1619VKPKPQLSHSSRLSS
Site 273S1621PKPQLSHSSRLSSDL
Site 274S1622KPQLSHSSRLSSDLT
Site 275S1625LSHSSRLSSDLTRET
Site 276S1626SHSSRLSSDLTRETD
Site 277T1629SRLSSDLTRETDEAA
Site 278T1632SSDLTRETDEAAFEP
Site 279Y1641 EAAFEPDYNESDSES
Site 280S1644 FEPDYNESDSESNVS
Site 281S1646 PDYNESDSESNVSVK
Site 282S1648 YNESDSESNVSVKEE
Site 283S1651SDSESNVSVKEEESS
Site 284S1657VSVKEEESSGNISKD
Site 285S1658SVKEEESSGNISKDL
Site 286S1662EESSGNISKDLKDKI
Site 287S1688AVVQVGISRNQSHSS
Site 288S1692VGISRNQSHSSPSVS
Site 289S1694ISRNQSHSSPSVSPS
Site 290S1695SRNQSHSSPSVSPSR
Site 291S1697NQSHSSPSVSPSRSH
Site 292S1699SHSSPSVSPSRSHSP
Site 293S1701SSPSVSPSRSHSPSG
Site 294S1703PSVSPSRSHSPSGSQ
Site 295S1705VSPSRSHSPSGSQTR
Site 296S1707PSRSHSPSGSQTRSH
Site 297S1709RSHSPSGSQTRSHSS
Site 298T1711HSPSGSQTRSHSSSA
Site 299S1713PSGSQTRSHSSSASS
Site 300S1715GSQTRSHSSSASSAE
Site 301S1716SQTRSHSSSASSAES
Site 302S1717QTRSHSSSASSAESQ
Site 303S1719RSHSSSASSAESQDS
Site 304S1720SHSSSASSAESQDSK
Site 305S1723SSASSAESQDSKKKK
Site 306S1726SSAESQDSKKKKKKK
Site 307S1760TEVELEKSQKHKHKK
Site 308S1770HKHKKKKSKKNKDKE
 
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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