PhosphoNET

           
Protein Info 
   
Short Name:  CEP192
Full Name:  Centrosomal protein of 192 kDa
Alias:  Cep192
Type: 
Mass (Da):  213146
Number AA:  1941
UniProt ID:  Q8TEP8
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005829  GO:0005815  GO:0043226 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 1S9KTSDLVPSFGYFIRS
Site 2Y12DLVPSFGYFIRSPEK
Site 3S16SFGYFIRSPEKREPI
Site 4S29PIALIRKSDVSRGNL
Site 5S32LIRKSDVSRGNLEKE
Site 6Y48AHLNHDLYSGDLNEQ
Site 7S56SGDLNEQSQAQLSEG
Site 8S61EQSQAQLSEGSITLQ
Site 9T66QLSEGSITLQVEAVE
Site 10S74LQVEAVESTSQVDEN
Site 11T84QVDENDVTLTADKGK
Site 12T95DKGKTEDTFFMSNKP
Site 13S112YKDKLPDSGDSMLRI
Site 14S115KLPDSGDSMLRISTI
Site 15S130ASAIAEASVNTDPSQ
Site 16S136ASVNTDPSQLAAMIK
Site 17T153SNKTRDKTFQEDEKQ
Site 18Y163EDEKQKDYSHVRHFL
Site 19S164DEKQKDYSHVRHFLP
Site 20S177LPNDLEKSNGSNALD
Site 21Y188NALDMEKYLKKTEVS
Site 22Y197KKTEVSRYESALENF
Site 23S199TEVSRYESALENFSR
Site 24S205ESALENFSRASMSDT
Site 25S208LENFSRASMSDTWDL
Site 26S210NFSRASMSDTWDLSL
Site 27T212SRASMSDTWDLSLPK
Site 28S216MSDTWDLSLPKEQTT
Site 29S232DIHPVDLSATSVSVR
Site 30S235PVDLSATSVSVRAPE
Site 31S237DLSATSVSVRAPEEN
Site 32Y250ENTAAIVYVENGESE
Site 33S256VYVENGESENQESFR
Site 34S261GESENQESFRTINSS
Site 35T264ENQESFRTINSSNSV
Site 36S267ESFRTINSSNSVTNR
Site 37S268SFRTINSSNSVTNRE
Site 38S270RTINSSNSVTNRENN
Site 39T272INSSNSVTNRENNSA
Site 40S303GNDEKATSISTPSDS
Site 41S305DEKATSISTPSDSYS
Site 42T306EKATSISTPSDSYSS
Site 43S308ATSISTPSDSYSSVR
Site 44S310SISTPSDSYSSVRNP
Site 45Y311ISTPSDSYSSVRNPR
Site 46S312STPSDSYSSVRNPRI
Site 47S313TPSDSYSSVRNPRIT
Site 48T320SVRNPRITSLCLLKD
Site 49S345QRQNECVSEISNSEK
Site 50S350CVSEISNSEKHVTFE
Site 51T355SNSEKHVTFENHRIV
Site 52S363FENHRIVSPKNSDLK
Site 53S367RIVSPKNSDLKNTSP
Site 54S373NSDLKNTSPEHGGRG
Site 55S381PEHGGRGSEDEQESF
Site 56S387GSEDEQESFRPSTSP
Site 57S391EQESFRPSTSPLSHS
Site 58T392QESFRPSTSPLSHSS
Site 59S393ESFRPSTSPLSHSSP
Site 60S396RPSTSPLSHSSPSEI
Site 61S398STSPLSHSSPSEISG
Site 62S399TSPLSHSSPSEISGT
Site 63S401PLSHSSPSEISGTSS
Site 64S404HSSPSEISGTSSSGC
Site 65T406SPSEISGTSSSGCAL
Site 66S408SEISGTSSSGCALES
Site 67S409EISGTSSSGCALESF
Site 68S415SSGCALESFGSAAQQ
Site 69S432PPCEQELSPLVCSPA
Site 70T445PAGVSRLTYVSEPES
Site 71Y446AGVSRLTYVSEPESS
Site 72S448VSRLTYVSEPESSYP
Site 73S452TYVSEPESSYPTTAT
Site 74S453YVSEPESSYPTTATD
Site 75T457PESSYPTTATDDALE
Site 76S468DALEDRKSDITSELS
Site 77T471EDRKSDITSELSTTI
Site 78S472DRKSDITSELSTTII
Site 79S475SDITSELSTTIIQGS
Site 80T476DITSELSTTIIQGSP
Site 81S482STTIIQGSPAALEER
Site 82S509NRGKGTLSSIIQNNS
Site 83S510RGKGTLSSIIQNNSD
Site 84S516SSIIQNNSDTRKATE
Site 85T522NSDTRKATETTSLSS
Site 86T524DTRKATETTSLSSKP
Site 87S526RKATETTSLSSKPEY
Site 88S528ATETTSLSSKPEYVK
Site 89Y533SLSSKPEYVKPDFRW
Site 90S541VKPDFRWSKDPSSKS
Site 91S545FRWSKDPSSKSGNLL
Site 92S546RWSKDPSSKSGNLLE
Site 93S548SKDPSSKSGNLLETS
Site 94S555SGNLLETSEVGWTSN
Site 95T560ETSEVGWTSNPEELD
Site 96S561TSEVGWTSNPEELDP
Site 97S585GLSCQVGSATSHPVS
Site 98T587SCQVGSATSHPVSCQ
Site 99S588CQVGSATSHPVSCQE
Site 100S592SATSHPVSCQEPIDE
Site 101S604IDEDQRISPKDKSTA
Site 102S609RISPKDKSTAGREFS
Site 103T610ISPKDKSTAGREFSG
Site 104S616STAGREFSGQVSHQT
Site 105S620REFSGQVSHQTTSEN
Site 106T630TTSENQCTPIPSSTV
Site 107S634NQCTPIPSSTVHSSV
Site 108S635QCTPIPSSTVHSSVA
Site 109T636CTPIPSSTVHSSVAD
Site 110S639IPSSTVHSSVADMQN
Site 111S640PSSTVHSSVADMQNM
Site 112Y669AAPFAQRYLGTLPST
Site 113T672FAQRYLGTLPSTGST
Site 114S675RYLGTLPSTGSTTLP
Site 115T676YLGTLPSTGSTTLPQ
Site 116S678GTLPSTGSTTLPQCH
Site 117T679TLPSTGSTTLPQCHA
Site 118S724CLGSNIGSGWMGTSS
Site 119S730GSGWMGTSSLCNPYS
Site 120S731SGWMGTSSLCNPYSN
Site 121S737SSLCNPYSNTLNQNL
Site 122T739LCNPYSNTLNQNLLS
Site 123S746TLNQNLLSTTKPFPV
Site 124T747LNQNLLSTTKPFPVP
Site 125S767CGIEPWDSGVTSGLG
Site 126S771PWDSGVTSGLGSVRV
Site 127S827NGEKVDLSTYRCLVF
Site 128T828GEKVDLSTYRCLVFK
Site 129Y829EKVDLSTYRCLVFKN
Site 130S868RCTFSVASWPCSTDA
Site 131Y916LDFGDLTYGGWKALP
Site 132T951AVAWRCFTFSKESVR
Site 133S953AWRCFTFSKESVRAP
Site 134S986VNHMMPASYDGQDPE
Site 135S1003MIWVLFHSPKKQISS
Site 136S1009HSPKKQISSSDILDS
Site 137S1011PKKQISSSDILDSAE
Site 138S1016SSSDILDSAEEFSAK
Site 139S1030KVDIEVDSPNPTPVL
Site 140T1034EVDSPNPTPVLRSVS
Site 141S1068HFLAKVASSRKQHLP
Site 142Y1085NAGNIEVYLDIKVPE
Site 143S1098PEQGSHFSVDPKNLL
Site 144S1117EEHEVIVSFTPKDPE
Site 145T1119HEVIVSFTPKDPEAC
Site 146Y1142VQPFGPQYEVVLKGE
Site 147S1152VLKGEVISSGSKPLS
Site 148S1153LKGEVISSGSKPLSP
Site 149S1155GEVISSGSKPLSPGP
Site 150S1159SSGSKPLSPGPCLDI
Site 151S1197KLALRNNSASTTQHL
Site 152S1199ALRNNSASTTQHLRL
Site 153T1201RNNSASTTQHLRLLI
Site 154T1221DCFQLQNTFGSEQRL
Site 155T1229FGSEQRLTSNCEIRI
Site 156S1230GSEQRLTSNCEIRIH
Site 157S1269IKQLGNRSQPGIKFT
Site 158T1276SQPGIKFTIPLSGYG
Site 159S1280IKFTIPLSGYGGTSN
Site 160S1299GVKKLSDSYMVTVNG
Site 161S1318KESKIVFSVRNTGSR
Site 162S1337KAVGFKDSQKKVLLD
Site 163S1372VTLIYNPSDRGINNK
Site 164T1380DRGINNKTATELSTV
Site 165S1385NKTATELSTVYLFGG
Site 166T1386KTATELSTVYLFGGD
Site 167S1396LFGGDEISRQQYRRA
Site 168Y1400DEISRQQYRRALLHK
Site 169T1437FQDELLVTEVYDLPQ
Site 170Y1440ELLVTEVYDLPQRPN
Site 171S1472GEFRDCISSREFLQP
Site 172S1473EFRDCISSREFLQPS
Site 173S1480SREFLQPSSKASLES
Site 174S1481REFLQPSSKASLEST
Site 175S1484LQPSSKASLESTSDL
Site 176S1487SSKASLESTSDLGAS
Site 177T1488SKASLESTSDLGASG
Site 178S1489KASLESTSDLGASGK
Site 179S1494STSDLGASGKHGGNV
Site 180S1502GKHGGNVSLDVLPVK
Site 181S1514PVKGPQGSPLLSRAA
Site 182S1518PQGSPLLSRAARPPL
Site 183S1530PPLDQLASEEPWTVL
Site 184T1554SPCDMAKTGRFQIVN
Site 185S1563RFQIVNNSVRLLRFE
Site 186S1598SKLQILVSPNSSLST
Site 187S1601QILVSPNSSLSTKQS
Site 188S1602ILVSPNSSLSTKQSM
Site 189S1604VSPNSSLSTKQSMFP
Site 190T1605SPNSSLSTKQSMFPW
Site 191S1608SSLSTKQSMFPWSGL
Site 192T1637VQIREDLTQVELLTR
Site 193S1654SKPFGILSPVSEPSV
Site 194S1660LSPVSEPSVSHLVKP
Site 195S1662PVSEPSVSHLVKPMT
Site 196T1669SHLVKPMTKPPSTKV
Site 197S1673KPMTKPPSTKVEIRN
Site 198T1674PMTKPPSTKVEIRNK
Site 199S1682KVEIRNKSITFPTTE
Site 200T1684EIRNKSITFPTTEPG
Site 201T1688KSITFPTTEPGETSE
Site 202T1693PTTEPGETSESCLEL
Site 203S1696EPGETSESCLELENH
Site 204T1705LELENHGTTDVKWHL
Site 205S1713TDVKWHLSSLAPPYV
Site 206S1714DVKWHLSSLAPPYVK
Site 207Y1719LSSLAPPYVKGVDES
Site 208T1733SGDVFRATYAAFRCS
Site 209Y1734GDVFRATYAAFRCSP
Site 210S1748PISGLLESHGIQKVS
Site 211S1755SHGIQKVSITFLPRG
Site 212T1757GIQKVSITFLPRGRG
Site 213Y1766LPRGRGDYAQFWDVE
Site 214T1785KEPHMKHTLRFQLSG
Site 215S1791HTLRFQLSGQSIEAE
Site 216S1807EPENACLSTDSLIKI
Site 217S1826KPRRQAVSEASARIP
Site 218T1839IPEQLDVTARGVYAP
Site 219Y1844DVTARGVYAPEDVYR
Site 220Y1850VYAPEDVYRFRPTSV
Site 221T1855DVYRFRPTSVGESRT
Site 222S1856VYRFRPTSVGESRTL
Site 223S1860RPTSVGESRTLKVNL
Site 224T1862TSVGESRTLKVNLRN
Site 225S1871KVNLRNNSFITHSLK
Site 226S1876NNSFITHSLKFLSPR
Site 227S1881THSLKFLSPREPFYV
Site 228Y1887LSPREPFYVKHSKYS
Site 229Y1893FYVKHSKYSLRAQHY
Site 230S1911PVQFKPKSAGKFEAL
 
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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