PhosphoNET

           
Protein Info 
   
Short Name:  CENPF
Full Name:  Centromere protein F
Alias:  AH; Cell-cycle-dependent 350K nuclear protein; CENF; CENP-F kinetochore; Centromere protein F, 350/400ka; Hcp-1; Kinetochore protein CENP-F; Mitosin
Type:  Cell cycle regulation
Mass (Da):  367764
Number AA:  3210
UniProt ID:  P49454
International Prot ID:  IPI00027157
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030496  GO:0005635  GO:0016363 Uniprot OncoNet
Molecular Function:  GO:0003682  GO:0045502  GO:0008022 PhosphoSite+ KinaseNET
Biological Process:  GO:0006260  GO:0000085  GO:0030154 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 1S43QRQFQLDSLEAALQK
Site 2T60QKVENEKTEGTNLKR
Site 3S78RLMEICESLEKTKQK
Site 4T82ICESLEKTKQKISHE
Site 5S95HELQVKESQVNFQEG
Site 6S106FQEGQLNSGKKQIEK
Site 7S123QELKRCKSELERSQQ
Site 8S128CKSELERSQQAAQSA
Site 9S134RSQQAAQSADVSLNP
Site 10S138AAQSADVSLNPCNTP
Site 11T144VSLNPCNTPQKIFTT
Site 12T150NTPQKIFTTPLTPSQ
Site 13T151TPQKIFTTPLTPSQY
Site 14T154KIFTTPLTPSQYYSG
Site 15S156FTTPLTPSQYYSGSK
Site 16Y158TPLTPSQYYSGSKYE
Site 17Y159PLTPSQYYSGSKYED
Site 18S160LTPSQYYSGSKYEDL
Site 19S162PSQYYSGSKYEDLKE
Site 20Y164QYYSGSKYEDLKEKY
Site 21S213DIARHQASSSVFSWQ
Site 22S214IARHQASSSVFSWQQ
Site 23S215ARHQASSSVFSWQQE
Site 24S218QASSSVFSWQQEKTP
Site 25T224FSWQQEKTPSHLSSN
Site 26S226WQQEKTPSHLSSNSQ
Site 27S229EKTPSHLSSNSQRTP
Site 28S230KTPSHLSSNSQRTPI
Site 29S232PSHLSSNSQRTPIRR
Site 30T235LSSNSQRTPIRRDFS
Site 31S242TPIRRDFSASYFSGE
Site 32S244IRRDFSASYFSGEQE
Site 33Y245RRDFSASYFSGEQEV
Site 34T253FSGEQEVTPSRSTLQ
Site 35S255GEQEVTPSRSTLQIG
Site 36S257QEVTPSRSTLQIGKR
Site 37T258EVTPSRSTLQIGKRD
Site 38S268IGKRDANSSFFDNSS
Site 39S269GKRDANSSFFDNSSS
Site 40S274NSSFFDNSSSPHLLD
Site 41S275SSFFDNSSSPHLLDQ
Site 42S276SFFDNSSSPHLLDQL
Site 43T346CRDELVRTTAQYDQA
Site 44T347RDELVRTTAQYDQAS
Site 45Y350LVRTTAQYDQASTKY
Site 46T368EQKLKKLTEDLSCQR
Site 47S372KKLTEDLSCQRQNAE
Site 48S380CQRQNAESARCSLEQ
Site 49S384NAESARCSLEQKIKE
Site 50S401KEFQEELSRQQRSFQ
Site 51S406ELSRQQRSFQTLDQE
Site 52T422IQMKARLTQELQQAK
Site 53S444AELDKLTSVKQQLEN
Site 54S480KENELRRSMEEMKKE
Site 55S493KENNLLKSHSEQKAR
Site 56S495NNLLKSHSEQKAREV
Site 57S532EMKAKNTSQETMLRD
Site 58T552NQQENSLTLEKLKLA
Site 59S570LEKQRDCSQDLLKKR
Site 60S589EQLNDKLSKTEKESK
Site 61T591LNDKLSKTEKESKAL
Site 62Y609LELKKKEYEELKEEK
Site 63T617EELKEEKTLFSCWKS
Site 64S620KEEKTLFSCWKSENE
Site 65S624TLFSCWKSENEKLLT
Site 66T631SENEKLLTQMESEKE
Site 67S635KLLTQMESEKENLQS
Site 68T653HLETCLKTQQIKSHE
Site 69S658LKTQQIKSHEYNERV
Site 70T667EYNERVRTLEMDREN
Site 71S676EMDRENLSVEIRNLH
Site 72S688NLHNVLDSKSVEVET
Site 73S690HNVLDSKSVEVETQK
Site 74Y700VETQKLAYMELQQKA
Site 75S743EHKLQLLSNEIMDKD
Site 76Y753IMDKDRCYQDLHAEY
Site 77S762DLHAEYESLRDLLKS
Site 78S769SLRDLLKSKDASLVT
Site 79S773LLKSKDASLVTNEDH
Site 80S783TNEDHQRSLLAFDQQ
Site 81S806NIIGEQGSMPSERSE
Site 82S809GEQGSMPSERSECRL
Site 83S812GSMPSERSECRLEAD
Site 84S821CRLEADQSPKNSAIL
Site 85S825ADQSPKNSAILQNRV
Site 86S834ILQNRVDSLEFSLES
Site 87S838RVDSLEFSLESQKQM
Site 88S841SLEFSLESQKQMNSD
Site 89S847ESQKQMNSDLQKQCE
Site 90S876KAEQMHQSFVAETSQ
Site 91S882QSFVAETSQRISKLQ
Site 92S886AETSQRISKLQEDTS
Site 93S893SKLQEDTSAHQNVVA
Site 94S933EIQELKKSNHLLEDS
Site 95S940SNHLLEDSLKELQLL
Site 96S948LKELQLLSETLSLEK
Site 97S952QLLSETLSLEKKEMS
Site 98S959SLEKKEMSSIISLNK
Site 99S963KEMSSIISLNKREIE
Site 100T973KREIEELTQENGTLK
Site 101S985TLKEINASLNQEKMN
Site 102S999NLIQKSESFANYIDE
Site 103Y1003KSESFANYIDEREKS
Site 104S1010YIDEREKSISELSDQ
Site 105S1012DEREKSISELSDQYK
Site 106S1015EKSISELSDQYKQEK
Site 107Y1018ISELSDQYKQEKLIL
Site 108Y1036CEETGNAYEDLSQKY
Site 109S1040GNAYEDLSQKYKAAQ
Site 110S1121MTDNQNNSKSEAGGL
Site 111S1123DNQNNSKSEAGGLKQ
Site 112S1177ESEPIRNSVKERESE
Site 113S1183NSVKERESERNQCNF
Site 114S1202DLEVKEISLDSYNAQ
Site 115S1205VKEISLDSYNAQLVQ
Site 116Y1206KEISLDSYNAQLVQL
Site 117S1227KELKLQESEKEKECL
Site 118T1247TIRGDLETSNLQDMQ
Site 119S1248IRGDLETSNLQDMQS
Site 120S1255SNLQDMQSQEISGLK
Site 121S1259DMQSQEISGLKDCEI
Site 122Y1272EIDAEEKYISGPHEL
Site 123S1274DAEEKYISGPHELST
Site 124S1280ISGPHELSTSQNDNA
Site 125S1282GPHELSTSQNDNAHL
Site 126T1296LQCSLQTTMNKLNEL
Site 127Y1315EILQAEKYELVTELN
Site 128S1324LVTELNDSRSECITA
Site 129S1326TELNDSRSECITATR
Site 130T1330DSRSECITATRKMAE
Site 131S1353VKILNDDSGLLHGEL
Site 132S1380PNEQHPVSLAPLDES
Site 133S1387SLAPLDESNSYEHLT
Site 134S1389APLDESNSYEHLTLS
Site 135Y1390PLDESNSYEHLTLSD
Site 136T1394SNSYEHLTLSDKEVQ
Site 137S1396SYEHLTLSDKEVQMH
Site 138S1413ELQEKFLSLQSEHKI
Site 139S1416EKFLSLQSEHKILHD
Site 140S1433CQMSSKMSELQTYVD
Site 141T1437SKMSELQTYVDSLKA
Site 142Y1438KMSELQTYVDSLKAE
Site 143S1441ELQTYVDSLKAENLV
Site 144S1450KAENLVLSTNLRNFQ
Site 145S1477EGLVPSLSSSCVPDS
Site 146S1484SSSCVPDSSSLSSLG
Site 147S1485SSCVPDSSSLSSLGD
Site 148S1486SCVPDSSSLSSLGDS
Site 149S1488VPDSSSLSSLGDSSF
Site 150S1489PDSSSLSSLGDSSFY
Site 151S1494LSSLGDSSFYRALLE
Site 152S1507LEQTGDMSLLSNLEG
Site 153S1517SNLEGAVSANQCSVD
Site 154Y1534FCSSLQTYVDSLKAE
Site 155S1537SLQTYVDSLKAENLV
Site 156S1613SNLEGVVSANQCSVD
Site 157S1625SVDEVFCSSLQEENL
Site 158S1626VDEVFCSSLQEENLT
Site 159T1633SLQEENLTRKETPSA
Site 160T1637ENLTRKETPSAPAKG
Site 161S1639LTRKETPSAPAKGVE
Site 162S1650KGVEELESLCEVYRQ
Site 163S1658LCEVYRQSLEKLEEK
Site 164S1668KLEEKMESQGIMKNK
Site 165S1685QELEQLLSSERQELD
Site 166S1686ELEQLLSSERQELDC
Site 167Y1698LDCLRKQYLSENEQW
Site 168S1711QWQQKLTSVTLEMES
Site 169T1727LAAEKKQTEQLSLEL
Site 170S1731KKQTEQLSLELEVAR
Site 171S1747QLQGLDLSSRSLLGI
Site 172S1748LQGLDLSSRSLLGID
Site 173S1750GLDLSSRSLLGIDTE
Site 174T1756RSLLGIDTEDAIQGR
Site 175S1766AIQGRNESCDISKEH
Site 176S1770RNESCDISKEHTSET
Site 177T1774CDISKEHTSETTERT
Site 178T1777SKEHTSETTERTPKH
Site 179T1781TSETTERTPKHDVHQ
Site 180S1818VKPTGECSGEQSPDT
Site 181S1822GECSGEQSPDTNYEP
Site 182T1825SGEQSPDTNYEPPGE
Site 183Y1827EQSPDTNYEPPGEDK
Site 184T1835EPPGEDKTQGSSECI
Site 185S1838GEDKTQGSSECISEL
Site 186S1839EDKTQGSSECISELS
Site 187S1843QGSSECISELSFSGP
Site 188S1846SECISELSFSGPNAL
Site 189S1876QLRVKETSNENLRLL
Site 190S1895DRDRKVESLLNEMKE
Site 191S1936GELKKENSDLSEKLE
Site 192S1939KKENSDLSEKLEYFS
Site 193Y1944DLSEKLEYFSCDHQE
Site 194S1946SEKLEYFSCDHQELL
Site 195T1958ELLQRVETSEGLNSD
Site 196S1959LLQRVETSEGLNSDL
Site 197S1964ETSEGLNSDLEMHAD
Site 198S1973LEMHADKSSREDIGD
Site 199S1974EMHADKSSREDIGDN
Site 200S1988NVAKVNDSWKERFLD
Site 201S2001LDVENELSRIRSEKA
Site 202S2005NELSRIRSEKASIEH
Site 203S2009RIRSEKASIEHEALY
Site 204Y2016SIEHEALYLEADLEV
Site 205T2026ADLEVVQTEKLCLEK
Site 206S2050VCLEEELSVVTSERN
Site 207S2054EELSVVTSERNQLRG
Site 208T2065QLRGELDTMSKKTTA
Site 209S2067RGELDTMSKKTTALD
Site 210T2070LDTMSKKTTALDQLS
Site 211T2071DTMSKKTTALDQLSE
Site 212S2077TTALDQLSEKMKEKT
Site 213T2084SEKMKEKTQELESHQ
Site 214S2089EKTQELESHQSECLH
Site 215T2114EKTELLQTLSSDVSE
Site 216S2117ELLQTLSSDVSELLK
Site 217S2120QTLSSDVSELLKDKT
Site 218T2127SELLKDKTHLQEKLQ
Site 219S2135HLQEKLQSLEKDSQA
Site 220S2140LQSLEKDSQALSLTK
Site 221S2144EKDSQALSLTKCELE
Site 222S2168KELLVKESESLQARL
Site 223S2170LLVKESESLQARLSE
Site 224S2176ESLQARLSESDYEKL
Site 225S2178LQARLSESDYEKLNV
Site 226Y2180ARLSESDYEKLNVSK
Site 227S2186DYEKLNVSKALEAAL
Site 228S2204GEFALRLSSTQEEVH
Site 229S2205EFALRLSSTQEEVHQ
Site 230S2247ERERENDSLKDKVEN
Site 231S2262LERELQMSEENQELV
Site 232S2276VILDAENSKAEVETL
Site 233T2285AEVETLKTQIEEMAR
Site 234S2293QIEEMARSLKVFELD
Site 235T2303VFELDLVTLRSEKEN
Site 236S2306LDLVTLRSEKENLTK
Site 237T2312RSEKENLTKQIQEKQ
Site 238S2323QEKQGQLSELDKLLS
Site 239S2330SELDKLLSSFKSLLE
Site 240S2331ELDKLLSSFKSLLEE
Site 241S2334KLLSSFKSLLEEKEQ
Site 242T2352QIKEESKTAVEMLQN
Site 243S2398EEHQLRNSIEKLRAR
Site 244T2446RELEIARTNQEHAAL
Site 245S2458AALEAENSKGEVETL
Site 246T2473KAKIEGMTQSLRGLE
Site 247S2475KIEGMTQSLRGLELD
Site 248T2485GLELDVVTIRSEKEN
Site 249S2505QKEQERISELEIINS
Site 250S2512SELEIINSSFENILQ
Site 251S2513ELEIINSSFENILQE
Site 252S2532KVQMKEKSSTAMEML
Site 253T2534QMKEKSSTAMEMLQT
Site 254T2541TAMEMLQTQLKELNE
Site 255S2568KAKEQNLSSQVECLE
Site 256S2569AKEQNLSSQVECLEL
Site 257Y2592LDEAKNNYIVLQSSV
Site 258S2638EQLVSKLSQVEGEHQ
Site 259T2658NLELRNLTVELEQKI
Site 260S2670QKIQVLQSKNASLQD
Site 261S2674VLQSKNASLQDTLEV
Site 262T2678KNASLQDTLEVLQSS
Site 263S2684DTLEVLQSSYKNLEN
Site 264T2696LENELELTKMDKMSF
Site 265S2702LTKMDKMSFVEKVNK
Site 266T2711VEKVNKMTAKETELQ
Site 267S2736AELQEELSGEKNRLA
Site 268S2755LLLEEIKSSKDQLKE
Site 269S2756LLEEIKSSKDQLKEL
Site 270T2764KDQLKELTLENSELK
Site 271S2768KELTLENSELKKSLD
Site 272S2773ENSELKKSLDCMHKD
Site 273Y2795VREEIAEYQLRLHEA
Site 274Y2817LLDTNKQYEVEIQTY
Site 275T2823QYEVEIQTYREKLTS
Site 276Y2824YEVEIQTYREKLTSK
Site 277S2830TYREKLTSKEECLSS
Site 278S2836TSKEECLSSQKLEID
Site 279S2837SKEECLSSQKLEIDL
Site 280S2847LEIDLLKSSKEELNN
Site 281S2848EIDLLKSSKEELNNS
Site 282S2855SKEELNNSLKATTQI
Site 283T2869ILEELKKTKMDNLKY
Site 284Y2876TKMDNLKYVNQLKKE
Site 285S2897KMKLLIKSCKQLEEE
Site 286S2913EILQKELSQLQAAQE
Site 287T2924AAQEKQKTGTVMDTK
Site 288T2926QEKQKTGTVMDTKVD
Site 289T2930KTGTVMDTKVDELTT
Site 290T2936DTKVDELTTEIKELK
Site 291T2945EIKELKETLEEKTKE
Site 292Y2956KTKEADEYLDKYCSL
Site 293Y2960ADEYLDKYCSLLISH
Site 294S2962EYLDKYCSLLISHEK
Site 295S2966KYCSLLISHEKLEKA
Site 296T2979KAKEMLETQVAHLCS
Site 297S2986TQVAHLCSQQSKQDS
Site 298S2989AHLCSQQSKQDSRGS
Site 299S2993SQQSKQDSRGSPLLG
Site 300S2996SKQDSRGSPLLGPVV
Site 301S3007GPVVPGPSPIPSVTE
Site 302S3011PGPSPIPSVTEKRLS
Site 303T3013PSPIPSVTEKRLSSG
Site 304S3018SVTEKRLSSGQNKAS
Site 305S3019VTEKRLSSGQNKASG
Site 306S3025SSGQNKASGKRQRSS
Site 307S3031ASGKRQRSSGIWENG
Site 308S3032SGKRQRSSGIWENGR
Site 309T3042WENGRGPTPATPESF
Site 310T3045GRGPTPATPESFSKK
Site 311S3048PTPATPESFSKKSKK
Site 312S3050PATPESFSKKSKKAV
Site 313S3053PESFSKKSKKAVMSG
Site 314T3090KGFADIPTGKTSPYI
Site 315T3093ADIPTGKTSPYILRR
Site 316S3094DIPTGKTSPYILRRT
Site 317Y3096PTGKTSPYILRRTTM
Site 318T3101SPYILRRTTMATRTS
Site 319T3102PYILRRTTMATRTSP
Site 320T3105LRRTTMATRTSPRLA
Site 321S3108TTMATRTSPRLAAQK
Site 322S3119AAQKLALSPLSLGKE
Site 323S3122KLALSPLSLGKENLA
Site 324S3131GKENLAESSKPTAGG
Site 325S3132KENLAESSKPTAGGS
Site 326T3135LAESSKPTAGGSRSQ
Site 327S3139SKPTAGGSRSQKVKV
Site 328S3141PTAGGSRSQKVKVAQ
Site 329S3150KVKVAQRSPVDSGTI
Site 330S3154AQRSPVDSGTILREP
Site 331T3156RSPVDSGTILREPTT
Site 332T3162GTILREPTTKSVPVN
Site 333T3163TILREPTTKSVPVNN
Site 334S3165LREPTTKSVPVNNLP
Site 335S3175VNNLPERSPTDSPRE
Site 336T3177NLPERSPTDSPREGL
Site 337S3179PERSPTDSPREGLRV
Site 338S3194KRGRLVPSPKAGLES
Site 339S3201SPKAGLESNGSENCK
Site 340S3204AGLESNGSENCKVQ_
 
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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