PhosphoNET

           
Protein Info 
   
Short Name:  CEP152
Full Name:  Centrosomal protein of 152 kDa
Alias:  CE152
Type:  Unknown function
Mass (Da):  189071
Number AA:  1654
UniProt ID:  O94986
International Prot ID:  IPI00016653
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005813  GO:0005829   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 1Y19VQNEDEEYDEEDYER
Site 2Y24EEYDEEDYEREKELQ
Site 3T35KELQQLLTDLPHDML
Site 4S47DMLDDDLSSPELQYS
Site 5S48MLDDDLSSPELQYSD
Site 6S54SSPELQYSDCSEDGT
Site 7T61SDCSEDGTDGQPHHP
Site 8S83NEQMLPKSQSVNGYN
Site 9S85QMLPKSQSVNGYNEI
Site 10Y89KSQSVNGYNEIQSLY
Site 11Y96YNEIQSLYAGEKCGN
Site 12S110NVWEENRSKTEDRHP
Site 13T112WEENRSKTEDRHPVY
Site 14Y119TEDRHPVYHPEEGGD
Site 15S130EGGDEGGSGYSPPSK
Site 16Y132GDEGGSGYSPPSKCE
Site 17S133DEGGSGYSPPSKCEQ
Site 18S136GSGYSPPSKCEQTDL
Site 19Y144KCEQTDLYHLPENFR
Site 20Y153LPENFRPYTNGQKQE
Site 21T154PENFRPYTNGQKQEF
Site 22Y190SCQGLEPYNKVTYKP
Site 23T194LEPYNKVTYKPYQSS
Site 24S207SSAQNNGSPAQEITG
Site 25S215PAQEITGSDTFEGLQ
Site 26T217QEITGSDTFEGLQQQ
Site 27S262LIEKLNESERQIRYL
Site 28Y268ESERQIRYLNHQLVI
Site 29T284KDEKDGLTLSLRESQ
Site 30S286EKDGLTLSLRESQKL
Site 31S290LTLSLRESQKLFQNG
Site 32S329EEQMIKKSRTTEMAL
Site 33T332MIKKSRTTEMALESL
Site 34S351VDLHHSESLQRAREQ
Site 35S361RAREQHESIVMGLTK
Site 36T367ESIVMGLTKKYEEQV
Site 37Y370VMGLTKKYEEQVLSL
Site 38S376KYEEQVLSLQKNLDA
Site 39T384LQKNLDATVTALKEQ
Site 40S396KEQEDICSRLKDHVK
Site 41T417EAIKLEKTEIINKLT
Site 42S426IINKLTRSLEESQKQ
Site 43S430LTRSLEESQKQCAHL
Site 44S482TELKDEISLYESAAK
Site 45Y484LKDEISLYESAAKLG
Site 46S486DEISLYESAAKLGIH
Site 47S495AKLGIHPSDSEGELN
Site 48S497LGIHPSDSEGELNIE
Site 49T506GELNIELTESYVDLG
Site 50Y509NIELTESYVDLGIKK
Site 51S522KKVNWKKSKVTSIVQ
Site 52S526WKKSKVTSIVQEEDP
Site 53S538EDPNEELSKDEFILK
Site 54S556EVQRLLGSNSMKRHL
Site 55S558QRLLGSNSMKRHLVS
Site 56S565SMKRHLVSQLQNDLK
Site 57S590QVKKDEKSIEVETKT
Site 58T595EKSIEVETKTDTSEK
Site 59T597SIEVETKTDTSEKPK
Site 60S600VETKTDTSEKPKNQL
Site 61S611KNQLWPESSTSDVVR
Site 62S612NQLWPESSTSDVVRD
Site 63S614LWPESSTSDVVRDDI
Site 64T641QNQELKETEGKLRNT
Site 65T648TEGKLRNTNQDLCNQ
Site 66Y678VDRCERTYQQHHEAM
Site 67T687QHHEAMKTQIRESLL
Site 68S692MKTQIRESLLAKHAL
Site 69Y708KQQLFEAYERTHLQL
Site 70Y733VTAVQECYLEVCREK
Site 71T746EKDNLELTLRKTTEK
Site 72T750LELTLRKTTEKEQQT
Site 73T751ELTLRKTTEKEQQTQ
Site 74T788IKAMKKKTLDCGSQT
Site 75S793KKTLDCGSQTDQVTT
Site 76T795TLDCGSQTDQVTTSD
Site 77T799GSQTDQVTTSDVISK
Site 78S801QTDQVTTSDVISKKE
Site 79Y876ELPELAEYQALVKAE
Site 80S900VSVNKRISFAVSEAK
Site 81S904KRISFAVSEAKEKWK
Site 82S912EAKEKWKSELENMRK
Site 83S933ELEEKIHSLQKELEL
Site 84S958AELAKARSEWNKEKQ
Site 85Y979QEQNEQDYRQFLDDH
Site 86T1028DQSRREWTMQEAKRI
Site 87Y1040KRIQLEIYQYEEDIL
Site 88T1057LGVLLSDTQKEHISD
Site 89S1063DTQKEHISDSEDKQL
Site 90S1065QKEHISDSEDKQLLE
Site 91T1076QLLEIMSTCSSKWMS
Site 92Y1086SKWMSVQYFEKLKGC
Site 93T1101IQKAFQDTLPLLVEN
Site 94S1122KRNMAELSKDSASQG
Site 95S1127ELSKDSASQGTGQGD
Site 96T1181NKLEELQTLCKTPPR
Site 97T1185ELQTLCKTPPRSLSA
Site 98S1189LCKTPPRSLSAGAIE
Site 99S1191KTPPRSLSAGAIENA
Site 100Y1214LEELRGQYIKAVKKI
Site 101S1232MLRYIQESKERAAEM
Site 102T1251VLRERQETARKMRKY
Site 103Y1258TARKMRKYYLICLQQ
Site 104Y1259ARKMRKYYLICLQQI
Site 105S1284KKIMNAASKLATMAK
Site 106T1295TMAKLLETPISSKSQ
Site 107S1298KLLETPISSKSQSKT
Site 108S1299LLETPISSKSQSKTT
Site 109S1301ETPISSKSQSKTTQS
Site 110S1303PISSKSQSKTTQSAL
Site 111T1305SSKSQSKTTQSALPL
Site 112S1308SQSKTTQSALPLTSE
Site 113S1323MLIAVKKSKRNDVNQ
Site 114S1338KIPCCIESKSNSVNT
Site 115S1340PCCIESKSNSVNTIT
Site 116S1342CIESKSNSVNTITRT
Site 117T1345SKSNSVNTITRTLCE
Site 118T1349SVNTITRTLCEQAPK
Site 119S1370LQRLLENSEHQSIKH
Site 120S1374LENSEHQSIKHVGSK
Site 121S1393EFQFGDGSCKHLNSL
Site 122S1399GSCKHLNSLPRNVSP
Site 123S1405NSLPRNVSPEFVPCE
Site 124S1427HKKKDLLSDNGSESL
Site 125S1431DLLSDNGSESLPHSA
Site 126S1433LSDNGSESLPHSAAY
Site 127S1437GSESLPHSAAYPFLG
Site 128T1445AAYPFLGTLGNKPSP
Site 129S1451GTLGNKPSPRCTPGP
Site 130T1455NKPSPRCTPGPSESG
Site 131S1459PRCTPGPSESGCMHI
Site 132T1467ESGCMHITFRDSNER
Site 133S1471MHITFRDSNERLGLK
Site 134Y1480ERLGLKVYKCNPLME
Site 135S1488KCNPLMESENAASEK
Site 136S1493MESENAASEKSQGLD
Site 137S1513VKDGGDLSDCLGWPS
Site 138S1520SDCLGWPSSSATLSF
Site 139S1521DCLGWPSSSATLSFD
Site 140S1522CLGWPSSSATLSFDS
Site 141T1524GWPSSSATLSFDSRE
Site 142S1526PSSSATLSFDSREAS
Site 143S1529SATLSFDSREASFVH
Site 144S1533SFDSREASFVHGRPQ
Site 145S1547QGTLEIPSESVKSKQ
Site 146S1549TLEIPSESVKSKQFS
Site 147S1552IPSESVKSKQFSPSG
Site 148S1556SVKSKQFSPSGYLSD
Site 149S1558KSKQFSPSGYLSDTE
Site 150Y1560KQFSPSGYLSDTEES
Site 151S1562FSPSGYLSDTEESNM
Site 152T1564PSGYLSDTEESNMIC
Site 153Y1579QTMKCQRYQTPYLSE
Site 154T1581MKCQRYQTPYLSEET
Site 155Y1583CQRYQTPYLSEETTY
Site 156T1589PYLSEETTYLEPGKI
Site 157Y1590YLSEETTYLEPGKIS
Site 158S1597YLEPGKISVNCGHPS
Site 159S1613HKADRLKSDFKKLSS
Site 160S1619KSDFKKLSSTLPSSV
Site 161S1620SDFKKLSSTLPSSVC
Site 162T1621DFKKLSSTLPSSVCQ
Site 163S1624KLSSTLPSSVCQQPS
Site 164S1625LSSTLPSSVCQQPSR
Site 165S1639RKLIVPLSSQQDSGF
Site 166S1640KLIVPLSSQQDSGFD
Site 167S1644PLSSQQDSGFDSPFV
Site 168S1648QQDSGFDSPFVNLD_
 
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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