PhosphoNET

           
Protein Info 
   
Short Name:  CLSPN
Full Name:  Claspin
Alias:  Claspin; HClaspin; Hu-Claspin
Type:  Cell cycle regulation; Actin binding protein
Mass (Da):  151094
Number AA:  1339
UniProt ID:  Q9HAW4
International Prot ID:  IPI00186968
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005694  GO:0005654   Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0005515   PhosphoSite+ KinaseNET
Biological Process:  GO:0006281  GO:0006260  GO:0007049 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 1S20INDPNVISQEEADSP
Site 2S26ISQEEADSPSDSGQG
Site 3S28QEEADSPSDSGQGSY
Site 4S30EADSPSDSGQGSYET
Site 5S34PSDSGQGSYETIGPL
Site 6Y35SDSGQGSYETIGPLS
Site 7T37SGQGSYETIGPLSEG
Site 8S42YETIGPLSEGDSDEE
Site 9S46GPLSEGDSDEEIFVS
Site 10S53SDEEIFVSKKLKNRK
Site 11S65NRKVLQDSDSETEDT
Site 12S67KVLQDSDSETEDTNA
Site 13T69LQDSDSETEDTNASP
Site 14T72SDSETEDTNASPEKT
Site 15S75ETEDTNASPEKTTYD
Site 16T79TNASPEKTTYDSAEE
Site 17Y81ASPEKTTYDSAEEEN
Site 18S83PEKTTYDSAEEENKE
Site 19Y93EENKENLYAGKNTKI
Site 20Y104NTKIKRIYKTVADSD
Site 21T106KIKRIYKTVADSDES
Site 22S110IYKTVADSDESYMEK
Site 23S113TVADSDESYMEKSLY
Site 24Y114VADSDESYMEKSLYQ
Site 25S118DESYMEKSLYQENLE
Site 26Y120SYMEKSLYQENLEAQ
Site 27S135VKPCLELSLQSGNST
Site 28S141LSLQSGNSTDFTTDR
Site 29T142SLQSGNSTDFTTDRK
Site 30T145SGNSTDFTTDRKSSK
Site 31T146GNSTDFTTDRKSSKK
Site 32S150DFTTDRKSSKKHIHD
Site 33S151FTTDRKSSKKHIHDK
Site 34S169AGKAKVKSKRRLEKE
Site 35S225GLEDENNSPLEDEES
Site 36S232SPLEDEESLESIRAA
Site 37S235EDEESLESIRAAVKN
Site 38S253KHKKKEPSLESGVHS
Site 39S256KKEPSLESGVHSFEE
Site 40S260SLESGVHSFEEGSEL
Site 41S282ERKAARLSKEALKQL
Site 42S291EALKQLHSETQRLIR
Site 43T293LKQLHSETQRLIRES
Site 44S300TQRLIRESALNLPYH
Site 45Y306ESALNLPYHMPENKT
Site 46T325FKRKPRPTCHGNAMA
Site 47S336NAMALLKSSKYQSSH
Site 48S337AMALLKSSKYQSSHH
Site 49S341LKSSKYQSSHHKEII
Site 50S342KSSKYQSSHHKEIID
Site 51S358ANTTEMNSDHHSKGS
Site 52S362EMNSDHHSKGSEQTT
Site 53S365SDHHSKGSEQTTGAE
Site 54T369SKGSEQTTGAENEVE
Site 55T391SKETQIITGSDESCR
Site 56S393ETQIITGSDESCRKD
Site 57S396IITGSDESCRKDLVK
Site 58S416IQEKQKQSDIRPSPG
Site 59S421KQSDIRPSPGDSSVL
Site 60S425IRPSPGDSSVLQQES
Site 61S426RPSPGDSSVLQQESN
Site 62S440NFLGNNHSEECQVGG
Site 63S481PEQQNKSSAVGPPEK
Site 64T493PEKVRRFTLDRLKQL
Site 65S505KQLGVDVSIKPRLGA
Site 66S516RLGADEDSFVILEPE
Site 67T562VIVKDMGTDGKEELK
Site 68S586PKKLDGASHTKPGEK
Site 69T639EEEEEEMTDESEEDG
Site 70S642EEEMTDESEEDGEEK
Site 71S683ETAEFLLSSEEIETK
Site 72S684TAEFLLSSEEIETKD
Site 73T689LSSEEIETKDEKEMD
Site 74S704KENNDGSSEIGKAVG
Site 75S714GKAVGFLSVPKSLSS
Site 76S718GFLSVPKSLSSDSTL
Site 77S720LSVPKSLSSDSTLLL
Site 78S721SVPKSLSSDSTLLLF
Site 79S723PKSLSSDSTLLLFKD
Site 80T724KSLSSDSTLLLFKDS
Site 81S731TLLLFKDSSSKMGYF
Site 82S732LLLFKDSSSKMGYFP
Site 83S733LLFKDSSSKMGYFPT
Site 84Y737DSSSKMGYFPTEEKS
Site 85T740SKMGYFPTEEKSETD
Site 86S744YFPTEEKSETDENSG
Site 87T746PTEEKSETDENSGKQ
Site 88S750KSETDENSGKQPSKL
Site 89S762SKLDEDDSCSLLTKE
Site 90S764LDEDDSCSLLTKESS
Site 91T767DDSCSLLTKESSHNS
Site 92S770CSLLTKESSHNSSFE
Site 93S771SLLTKESSHNSSFEL
Site 94S774TKESSHNSSFELIGS
Site 95S775KESSHNSSFELIGST
Site 96S781SSFELIGSTIPSYQP
Site 97S785LIGSTIPSYQPCNRQ
Site 98Y786IGSTIPSYQPCNRQT
Site 99T793YQPCNRQTGRGTSFF
Site 100T797NRQTGRGTSFFPTAG
Site 101S798RQTGRGTSFFPTAGG
Site 102T802RGTSFFPTAGGFRSP
Site 103S808PTAGGFRSPSPGLFR
Site 104S810AGGFRSPSPGLFRAS
Site 105S817SPGLFRASLVSSASK
Site 106S820LFRASLVSSASKSSG
Site 107S821FRASLVSSASKSSGK
Site 108S823ASLVSSASKSSGKLS
Site 109S825LVSSASKSSGKLSEP
Site 110S826VSSASKSSGKLSEPS
Site 111S830SKSSGKLSEPSLPIE
Site 112S833SGKLSEPSLPIEDSQ
Site 113S839PSLPIEDSQDLYNAS
Site 114Y843IEDSQDLYNASPEPK
Site 115S846SQDLYNASPEPKTLF
Site 116T851NASPEPKTLFLGAGD
Site 117T867QFCLEDDTQSQLLDA
Site 118Y887VRNHRNQYQALKPRL
Site 119S898KPRLPLASMDENAMD
Site 120T916DELLDLCTGKFTSQA
Site 121S921LCTGKFTSQAEKHLP
Site 122S931EKHLPRKSDKKENME
Site 123S945EELLNLCSGKFTSQD
Site 124T949NLCSGKFTSQDASTP
Site 125S950LCSGKFTSQDASTPA
Site 126S954KFTSQDASTPASSEL
Site 127T955FTSQDASTPASSELN
Site 128S958QDASTPASSELNKQE
Site 129S969NKQEKESSMGDPMEE
Site 130S982EEALALCSGSFPTDK
Site 131S984ALALCSGSFPTDKEE
Site 132T987LCSGSFPTDKEEEDE
Site 133S1005FGDFRLVSNDNEFDS
Site 134S1012SNDNEFDSDEDEHSD
Site 135S1018DSDEDEHSDSGNDLA
Site 136S1020DEDEHSDSGNDLALE
Site 137Y1053RQMRLRKYLEDEAEV
Site 138S1061LEDEAEVSGSDVGSE
Site 139S1063DEAEVSGSDVGSEDE
Site 140S1067VSGSDVGSEDEYDGE
Site 141Y1071DVGSEDEYDGEEIDE
Site 142Y1079DGEEIDEYEEDVIDE
Site 143S1090VIDEVLPSDEELQSQ
Site 144S1096PSDEELQSQIKKIHM
Site 145Y1117DKRQLRLYQERYLAD
Site 146Y1121LRLYQERYLADGDLH
Site 147S1129LADGDLHSDGPGRMR
Site 148S1147WKNIDDASQMDLFHR
Site 149S1156MDLFHRDSDDDQTEE
Site 150T1161RDSDDDQTEEQLDES
Site 151S1168TEEQLDESEARWRKE
Site 152S1204EEEIGEDSQFMILAK
Site 153S1223KALQKNASRPMVIQE
Site 154S1233MVIQESKSLLRNPFE
Site 155S1246FEAIRPGSAQQVKTG
Site 156S1270LQKLAALSDHNPSAP
Site 157S1275ALSDHNPSAPRNSRN
Site 158S1280NPSAPRNSRNFVFHT
Site 159T1287SRNFVFHTLSPVKAE
Site 160S1289NFVFHTLSPVKAEAA
Site 161S1302AAKESSKSQVKKRGP
Site 162S1310QVKKRGPSFMTSPSP
Site 163S1314RGPSFMTSPSPKHLK
Site 164S1316PSFMTSPSPKHLKTD
Site 165T1322PSPKHLKTDDSTSGL
Site 166S1325KHLKTDDSTSGLTRS
Site 167T1326HLKTDDSTSGLTRSI
Site 168S1327LKTDDSTSGLTRSIF
Site 169S1332STSGLTRSIFKYLES
 
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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