PhosphoNET

           
Protein Info 
   
Short Name:  CDK5RAP2
Full Name:  CDK5 regulatory subunit-associated protein 2
Alias:  C48; C5P2_HUMAN; CDK5 activator-binding protein C48; Centrosome-associated protein 215; CEP215; CK5P2; FLJ10867; KIAA1633
Type:  Protein kinase regulator, activator
Mass (Da):  215024
Number AA:  1893
UniProt ID:  Q96SN8
International Prot ID:  IPI00329038
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005813  GO:0005829  GO:0005856 Uniprot OncoNet
Molecular Function:  GO:0008017  GO:0042808  GO:0008017 PhosphoSite+ KinaseNET
Biological Process:  GO:0007420  GO:0045664  GO:0045595 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 1S25GCSGLVPSVPDDLDG
Site 2S48NGVLPNVSEETVSPT
Site 3T51LPNVSEETVSPTRAR
Site 4S53NVSEETVSPTRARNM
Site 5T68KDFENQITELKKENF
Site 6Y82FNLKLRIYFLEERMQ
Site 7Y100HGPTEHIYKTNIELK
Site 8S112ELKVEVESLKRELQE
Site 9S133KASKAVESLAEAGGS
Site 10S140SLAEAGGSEIQRVKE
Site 11T161QQVEDLLTKRILLLE
Site 12S197ALRLRLESKLSEMKK
Site 13S200LRLESKLSEMKKMHE
Site 14S229LIEELKLSLKSKEAL
Site 15S245QCLKEEKSQMACPDE
Site 16S256CPDENVSSGELRGLC
Site 17T274REEKERETEAAQMEH
Site 18S287EHQKERNSFEERIQA
Site 19S313IATEKKNSLKRDKAI
Site 20T324DKAIQGLTMALKSKE
Site 21S329GLTMALKSKEKKVEE
Site 22S339KKVEELNSEIEKLSA
Site 23T360EALQKAQTQEFQGSE
Site 24S366QTQEFQGSEDYETAL
Site 25Y369EFQGSEDYETALSGK
Site 26T371QGSEDYETALSGKEA
Site 27S374EDYETALSGKEALSA
Site 28S380LSGKEALSAALRSQN
Site 29S385ALSAALRSQNLTKST
Site 30T389ALRSQNLTKSTENHR
Site 31S391RSQNLTKSTENHRLR
Site 32T392SQNLTKSTENHRLRR
Site 33S400ENHRLRRSIKKITQE
Site 34T405RRSIKKITQELSDLQ
Site 35S409KKITQELSDLQQERE
Site 36S430EEAHREKSKGDCTIR
Site 37T435EKSKGDCTIRDLRNE
Site 38S463AMENRYKSLLSESNK
Site 39S466NRYKSLLSESNKKLH
Site 40T486IKHLTESTNQKDVLL
Site 41T525LRSEGLITEKCSSQQ
Site 42S530LITEKCSSQQPPGSK
Site 43S536SSQQPPGSKTIFSKE
Site 44T538QQPPGSKTIFSKEKK
Site 45S541PGSKTIFSKEKKQSS
Site 46S547FSKEKKQSSDYEELI
Site 47S548SKEKKQSSDYEELIQ
Site 48Y550EKKQSSDYEELIQVL
Site 49Y564LKKEQDIYTHLVKSL
Site 50T565KKEQDIYTHLVKSLQ
Site 51S570IYTHLVKSLQESDSI
Site 52S574LVKSLQESDSINNLQ
Site 53S576KSLQESDSINNLQAE
Site 54T607SYQNLRKTLEEQISE
Site 55S613KTLEEQISEIRRREE
Site 56S622IRRREEESFSLYSDQ
Site 57S624RREEESFSLYSDQTS
Site 58Y626EEESFSLYSDQTSYL
Site 59S627EESFSLYSDQTSYLS
Site 60S631SLYSDQTSYLSICLE
Site 61Y632LYSDQTSYLSICLEE
Site 62S649RFQVEHFSQEELKKK
Site 63S658EELKKKVSDLIQLVK
Site 64Y668IQLVKELYTDNQHLK
Site 65S697GFPDRLASTEQTELL
Site 66T698FPDRLASTEQTELLA
Site 67T701RLASTEQTELLASKE
Site 68S706EQTELLASKEDEDTI
Site 69T712ASKEDEDTIKIGEDD
Site 70S725DDEINFLSDQHLQQS
Site 71S732SDQHLQQSNEIMKDL
Site 72S740NEIMKDLSKGGCKNG
Site 73Y748KGGCKNGYLRHTESK
Site 74T752KNGYLRHTESKISDC
Site 75S754GYLRHTESKISDCDG
Site 76S757RHTESKISDCDGAHA
Site 77S815FLTEQEVSGEHLDGK
Site 78T826LDGKTEKTPKQKGEL
Site 79T839ELVHFVQTNSFSKPH
Site 80S841VHFVQTNSFSKPHDE
Site 81S852PHDELKLSCEAQLVK
Site 82S872KVGLKDASVQTVATE
Site 83S904KPINTALSAEHRPEN
Site 84S936TNREAKKSRLPILIK
Site 85S945LPILIKPSRSLGNMY
Site 86S947ILIKPSRSLGNMYRL
Site 87Y952SRSLGNMYRLPATQE
Site 88T957NMYRLPATQEVVTQL
Site 89T980GELKEFKTCNKQLHQ
Site 90T1001AVMEGRPTPDKTLLN
Site 91T1005GRPTPDKTLLNAQPP
Site 92Y1017QPPVGAAYQDSPGEQ
Site 93S1020VGAAYQDSPGEQKGI
Site 94T1029GEQKGIKTTSSVWRD
Site 95S1032KGIKTTSSVWRDKEM
Site 96S1041WRDKEMDSDQQRSYE
Site 97Y1047DSDQQRSYEIDSEIC
Site 98S1061CPPDDLASLPSCKEN
Site 99S1064DDLASLPSCKENPED
Site 100S1074ENPEDVLSPTSVATY
Site 101S1077EDVLSPTSVATYLSS
Site 102T1080LSPTSVATYLSSKSQ
Site 103Y1081SPTSVATYLSSKSQP
Site 104S1083TSVATYLSSKSQPSA
Site 105S1084SVATYLSSKSQPSAK
Site 106S1086ATYLSSKSQPSAKVS
Site 107S1089LSSKSQPSAKVSVMG
Site 108S1093SQPSAKVSVMGTDQS
Site 109T1097AKVSVMGTDQSESIN
Site 110S1100SVMGTDQSESINTSN
Site 111S1106QSESINTSNETEYLK
Site 112Y1111NTSNETEYLKQKIHD
Site 113Y1126LETELEGYQNFIFQL
Site 114S1158EGAQDGLSKPKNGSD
Site 115S1164LSKPKNGSDGEEMTF
Site 116T1170GSDGEEMTFSSLHQV
Site 117S1172DGEEMTFSSLHQVRY
Site 118S1173GEEMTFSSLHQVRYV
Site 119Y1179SSLHQVRYVKHVKIL
Site 120S1196LAPEMIDSRVLENLK
Site 121Y1211QQLEEQEYKLQKEQN
Site 122S1238QNKFRDLSPPRYDSL
Site 123Y1242RDLSPPRYDSLVQSQ
Site 124S1244LSPPRYDSLVQSQAR
Site 125S1248RYDSLVQSQARELSL
Site 126S1254QSQARELSLQRQQIK
Site 127T1276ISRQHMNTMIKAFEE
Site 128Y1292LQASDVDYCVAEGFQ
Site 129S1321KLFLNGKSVGVEMNT
Site 130T1342RIEEDNLTYQHLLPE
Site 131Y1343IEEDNLTYQHLLPES
Site 132S1350YQHLLPESPEPSASH
Site 133S1354LPESPEPSASHALSD
Site 134S1356ESPEPSASHALSDYE
Site 135S1360PSASHALSDYETSEK
Site 136Y1362ASHALSDYETSEKSF
Site 137T1364HALSDYETSEKSFFS
Site 138S1365ALSDYETSEKSFFSR
Site 139S1368DYETSEKSFFSRDQK
Site 140T1380DQKQDNETEKTSVMV
Site 141T1383QDNETEKTSVMVNSF
Site 142T1404EHIQEIRTLRKRLEE
Site 143T1415RLEESIKTNEKLRKQ
Site 144S1428KQLERQGSEFVQGST
Site 145S1436EFVQGSTSIFASGSE
Site 146S1440GSTSIFASGSELHSS
Site 147S1442TSIFASGSELHSSLT
Site 148S1446ASGSELHSSLTSEIH
Site 149S1447SGSELHSSLTSEIHF
Site 150T1449SELHSSLTSEIHFLR
Site 151S1450ELHSSLTSEIHFLRK
Site 152S1483ENDKLRESLSRKTVS
Site 153S1485DKLRESLSRKTVSLE
Site 154T1488RESLSRKTVSLEHLQ
Site 155S1490SLSRKTVSLEHLQRE
Site 156Y1498LEHLQREYASVKEEN
Site 157S1500HLQREYASVKEENER
Site 158S1513ERLQKEGSEKERHNQ
Site 159S1529LIQEVRCSGQELSRV
Site 160S1534RCSGQELSRVQEEVK
Site 161S1548KLRQQLLSQNDKLLQ
Site 162S1556QNDKLLQSLRVELKA
Site 163Y1564LRVELKAYEKLDEEH
Site 164S1578HRRLREASGEGWKGQ
Site 165S1608LRLQLERSIETSSTL
Site 166S1612LERSIETSSTLQSRL
Site 167S1613ERSIETSSTLQSRLK
Site 168T1614RSIETSSTLQSRLKE
Site 169S1617ETSSTLQSRLKEQLA
Site 170Y1659DKHDGDKYPMESDNS
Site 171S1663GDKYPMESDNSFDLF
Site 172S1666YPMESDNSFDLFDSS
Site 173S1673SFDLFDSSQAVTPKS
Site 174T1677FDSSQAVTPKSVSET
Site 175S1680SQAVTPKSVSETPPL
Site 176S1682AVTPKSVSETPPLSG
Site 177T1684TPKSVSETPPLSGND
Site 178S1688VSETPPLSGNDTDSL
Site 179T1692PPLSGNDTDSLSCDS
Site 180S1694LSGNDTDSLSCDSGS
Site 181S1696GNDTDSLSCDSGSSA
Site 182S1699TDSLSCDSGSSATST
Site 183S1701SLSCDSGSSATSTPC
Site 184S1702LSCDSGSSATSTPCV
Site 185S1705DSGSSATSTPCVSRL
Site 186S1710ATSTPCVSRLVTGHH
Site 187S1742EALLKQISQGQRLLA
Site 188T1755LAEMDIQTQEAPSST
Site 189S1761QTQEAPSSTSQELGT
Site 190T1768STSQELGTKGPHPAP
Site 191S1777GPHPAPLSKFVSSVS
Site 192T1785KFVSSVSTAKLTLEE
Site 193T1789SVSTAKLTLEEAYRR
Site 194S1804LKLLWRVSLPEDGQC
Site 195S1849TMKLLQLSKRQEKVI
Site 196T1885PGGAHPGTCSPSRPG
Site 197S1887GAHPGTCSPSRPGS_
Site 198S1889HPGTCSPSRPGS___
Site 199S1893CSPSRPGS_______
 
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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