PhosphoNET

           
Protein Info 
   
Short Name:  CEP110
Full Name:  Centriolin
Alias:  110 kDa centrosomal protein
Type:  Microtubule binding protein
Mass (Da):  268886
Number AA:  2325
UniProt ID:  Q7Z7A1
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005813  GO:0005829   Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0007049  GO:0051301   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 1S11GSQQKIFSKAKIPSS
Site 2S17FSKAKIPSSSHSPIP
Site 3S18SKAKIPSSSHSPIPS
Site 4S19KAKIPSSSHSPIPSS
Site 5S21KIPSSSHSPIPSSMS
Site 6S25SSHSPIPSSMSNMRS
Site 7S26SHSPIPSSMSNMRSR
Site 8S28SPIPSSMSNMRSRSL
Site 9S32SSMSNMRSRSLSPLI
Site 10S34MSNMRSRSLSPLIGS
Site 11S36NMRSRSLSPLIGSET
Site 12T43SPLIGSETLPFHSGG
Site 13Y68ENNMLLDYQDHKGAD
Site 14S76QDHKGADSHAGVRYI
Site 15T92EALIKKLTKQDNLAL
Site 16S106LIKSLNLSLSKDGGK
Site 17S108KSLNLSLSKDGGKKF
Site 18Y117DGGKKFKYIENLEKC
Site 19S155KLRELNLSYNKISKI
Site 20S194WLGKKLKSLRVLNLK
Site 21S207LKGNKISSLQDISKL
Site 22S212ISSLQDISKLKPLQD
Site 23S246FTIFHLRSLESLEGQ
Site 24S249FHLRSLESLEGQPVT
Site 25S268QEAFERFSLEEVERL
Site 26S291IETEELKSKQTRFLE
Site 27S309NQDKLNKSLKEEAML
Site 28S320EAMLQKQSCEELKSD
Site 29S326QSCEELKSDLNTKNE
Site 30T330ELKSDLNTKNELLKQ
Site 31T339NELLKQKTIELTRAC
Site 32Y359LEQELAFYKIDAKFE
Site 33Y370AKFEPLNYYPSEYAE
Site 34Y371KFEPLNYYPSEYAEI
Site 35S373EPLNYYPSEYAEIDK
Site 36Y375LNYYPSEYAEIDKAP
Site 37S385IDKAPDESPYIGKSR
Site 38Y387KAPDESPYIGKSRYK
Site 39Y393PYIGKSRYKRNMFAT
Site 40T400YKRNMFATESYIIDS
Site 41S402RNMFATESYIIDSAQ
Site 42T433HMNLRGHTPLDTQLE
Site 43T437RGHTPLDTQLEDKEK
Site 44S447EDKEKKISAAQTRLS
Site 45T451KKISAAQTRLSELHD
Site 46S454SAAQTRLSELHDEIE
Site 47T471EQQILRATEEFKQLE
Site 48S487AIQLKKISEAGKDLL
Site 49Y495EAGKDLLYKQLSGRL
Site 50S499DLLYKQLSGRLQLVN
Site 51S542DLQIAIDSLDSKDPK
Site 52S545IAIDSLDSKDPKHSH
Site 53S551DSKDPKHSHMKAQKS
Site 54S558SHMKAQKSGKEQQLD
Site 55Y571LDIMNKQYQQLESRL
Site 56S583SRLDEILSRIAKETE
Site 57T589LSRIAKETEEIKDLE
Site 58T600KDLEEQLTEGQIAAN
Site 59S619KDLEGVISGLQEYLG
Site 60Y624VISGLQEYLGTIKGQ
Site 61T627GLQEYLGTIKGQATQ
Site 62T648KLRDEKETLLQRLTE
Site 63T654ETLLQRLTEVEQERD
Site 64S682KELAELESALQEQHE
Site 65S693EQHEVNASLQQTQGD
Site 66T697VNASLQQTQGDLSAY
Site 67S702QQTQGDLSAYEAELE
Site 68Y704TQGDLSAYEAELEAR
Site 69T733LEKVTRLTQLEQSAL
Site 70S761ALGKAQFSEEKEQEN
Site 71S769EEKEQENSELHAKLK
Site 72S831TGEMNIHSPSDVLGK
Site 73S833EMNIHSPSDVLGKSL
Site 74S839PSDVLGKSLADLQKQ
Site 75S854FSEILARSKWERDEA
Site 76Y918QMENEIHYLQENLKS
Site 77S925YLQENLKSMEEIQGL
Site 78S965KKLEDAKSQEQVFGL
Site 79S1003IAKDQLKSLHGTVMK
Site 80T1007QLKSLHGTVMKINQE
Site 81S1026LQEAERFSRKAAQAA
Site 82T1037AQAARDLTRAEAEIE
Site 83T1064FRLEMEKTGVGTGAN
Site 84S1072GVGTGANSQVLEIEK
Site 85T1089ETMERQRTEIARLQN
Site 86T1101LQNVLDLTGSDNKGG
Site 87S1103NVLDLTGSDNKGGFE
Site 88S1124AELRREVSYQNDYIS
Site 89Y1125ELRREVSYQNDYISS
Site 90Y1129EVSYQNDYISSMADP
Site 91S1131SYQNDYISSMADPFK
Site 92Y1142DPFKRRGYWYFMPPP
Site 93Y1144FKRRGYWYFMPPPPS
Site 94S1151YFMPPPPSSKVSSHS
Site 95S1152FMPPPPSSKVSSHSS
Site 96S1155PPPSSKVSSHSSQAT
Site 97S1156PPSSKVSSHSSQATK
Site 98S1159SKVSSHSSQATKDSG
Site 99T1162SSHSSQATKDSGVGL
Site 100S1165SSQATKDSGVGLKYS
Site 101Y1171DSGVGLKYSASTPVR
Site 102S1172SGVGLKYSASTPVRK
Site 103S1174VGLKYSASTPVRKPR
Site 104T1175GLKYSASTPVRKPRP
Site 105S1191QQDGKEGSQPPPASG
Site 106S1197GSQPPPASGYWVYSP
Site 107Y1199QPPPASGYWVYSPIR
Site 108Y1202PASGYWVYSPIRSGL
Site 109S1203ASGYWVYSPIRSGLH
Site 110S1207WVYSPIRSGLHKLFP
Site 111S1215GLHKLFPSRDADSGG
Site 112S1220FPSRDADSGGDSQEE
Site 113S1224DADSGGDSQEESELD
Site 114S1228GGDSQEESELDDQEE
Site 115Y1247PPPGYMMYTVLPDGS
Site 116T1248PPGYMMYTVLPDGSP
Site 117S1254YTVLPDGSPVPQGMA
Site 118S1273PPPLPNNSRPLTPGT
Site 119T1277PNNSRPLTPGTVVYG
Site 120T1280SRPLTPGTVVYGPPP
Site 121Y1294PAGAPMVYGPPPPNF
Site 122S1326HNLENEVSRLEDIMQ
Site 123S1337DIMQHLKSKKREERW
Site 124S1348EERWMRASKRQSEKE
Site 125S1352MRASKRQSEKEMEEL
Site 126S1372DLLQEKKSLECEVEE
Site 127T1383EVEELHRTVQKRQQQ
Site 128T1403GNVESLMTELEIEKS
Site 129S1410TELEIEKSLKHHEDI
Site 130T1427EIECIEKTLLKRRSE
Site 131S1433KTLLKRRSELREADR
Site 132S1450AEAESELSCTKEKTK
Site 133T1452AESELSCTKEKTKNA
Site 134S1469KFTDAKRSLLQTESD
Site 135T1473AKRSLLQTESDAEEL
Site 136S1475RSLLQTESDAEELER
Site 137T1487LERRAQETAVNLVKA
Site 138S1500KADQQLRSLQADAKD
Site 139S1531KIVAAKDSDFQCLSK
Site 140S1537DSDFQCLSKKKEKLT
Site 141S1587AELEKLKSQVTSQQQ
Site 142S1591KLKSQVTSQQQEMAV
Site 143T1636RLGETEVTEKCNHIR
Site 144S1647NHIREVKSLLEELSF
Site 145S1653KSLLEELSFQKGELN
Site 146S1664GELNVQISERKTQLT
Site 147T1668VQISERKTQLTLIKQ
Site 148T1671SERKTQLTLIKQEIE
Site 149S1692QVVLRQMSKHKTELK
Site 150T1696RQMSKHKTELKNILD
Site 151S1724LQHDQRVSELEKTQV
Site 152T1729RVSELEKTQVAVLEE
Site 153S1747LENLQQISQQQKGEI
Site 154T1772KREIERMTAESRALQ
Site 155S1775IERMTAESRALQSCV
Site 156S1780AESRALQSCVECLSK
Site 157S1786QSCVECLSKEKEDLQ
Site 158S1822ENSKMEQSNLEKLEL
Site 159S1847QLNRDKLSLHNDISA
Site 160S1853LSLHNDISAMQQQLQ
Site 161S1868EKREAVNSLQEELAN
Site 162S1909TRLQKDISEWANRFE
Site 163S1959RLQKERESEESKLET
Site 164S1962KERESEESKLETSKV
Site 165T1966SEESKLETSKVTLKE
Site 166T1983HQLEKELTDQKSKLD
Site 167S1987KELTDQKSKLDQVLS
Site 168S1994SKLDQVLSKVLAAEE
Site 169T2005AAEERVRTLQEEERW
Site 170S2015EEERWCESLEKTLSQ
Site 171T2019WCESLEKTLSQTKRQ
Site 172S2021ESLEKTLSQTKRQLS
Site 173T2023LEKTLSQTKRQLSER
Site 174S2028SQTKRQLSEREQQLV
Site 175S2038EQQLVEKSGELLALQ
Site 176S2050ALQKEADSMRADFSL
Site 177S2056DSMRADFSLLRNQFL
Site 178T2064LLRNQFLTERKKAEK
Site 179S2085EALKIQRSQLEKNLL
Site 180Y2131KELNQMQYEYTELKK
Site 181S2154ERRQMEISDAMRTLK
Site 182S2162DAMRTLKSEVKDEIR
Site 183S2171VKDEIRTSLKNLNQF
Site 184S2202NLEGELESLKENLPF
Site 185T2210LKENLPFTMNEGPFE
Site 186S2223FEEKLNFSQVHIMDE
Site 187T2270LIKGKRQTEGTLHSL
Site 188T2273GKRQTEGTLHSLRRQ
Site 189S2276QTEGTLHSLRRQVDA
Site 190S2290ALGELVTSTSADSAS
Site 191T2291LGELVTSTSADSASS
Site 192S2292GELVTSTSADSASSP
Site 193S2295VTSTSADSASSPSLS
Site 194S2297STSADSASSPSLSQL
Site 195S2298TSADSASSPSLSQLE
Site 196S2300ADSASSPSLSQLESS
Site 197S2302SASSPSLSQLESSLT
Site 198S2306PSLSQLESSLTEDSQ
Site 199S2307SLSQLESSLTEDSQL
Site 200T2309SQLESSLTEDSQLGQ
Site 201S2312ESSLTEDSQLGQNQE
 
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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