PhosphoNET

           
Protein Info 
   
Short Name:  CPAP
Full Name:  Centromere protein J
Alias:  BM032; CENPJ; Centrosomal P4.1-associated protein; LAG-3- associated protein; LAP; LIP1; LYST-interacting protein 1; MCPH6
Type:  Transcription, coactivator/corepressor; Cell cycle regulation; Microtubule binding protein
Mass (Da):  153000
Number AA:  1338
UniProt ID:  Q9HC77
International Prot ID:  IPI00043201
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005814  GO:0005829  GO:0008275 Uniprot OncoNet
Molecular Function:  GO:0019904  GO:0015631   PhosphoSite+ KinaseNET
Biological Process:  GO:0051301  GO:0007099  GO:0007020 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 1S7_MFLMPTSSELNSGQ
Site 2S8MFLMPTSSELNSGQN
Site 3S12PTSSELNSGQNFLTQ
Site 4S53AAVDISTSFPIKGTH
Site 5S62PIKGTHFSDSFSFIN
Site 6S64KGTHFSDSFSFINEE
Site 7S66THFSDSFSFINEEDS
Site 8S73SFINEEDSLLEEQKL
Site 9Y86KLESNNPYKPQSDKS
Site 10S90NNPYKPQSDKSETHT
Site 11S93YKPQSDKSETHTAFP
Site 12T95PQSDKSETHTAFPCI
Site 13T97SDKSETHTAFPCIKK
Site 14S113PQVAACHSAPGHQEE
Site 15S131DFIPDLASEFKEGAY
Site 16Y138SEFKEGAYKDPLFKK
Site 17T180EEQEKLLTMVSGQCT
Site 18S192QCTLPGLSLLPDDQS
Site 19S199SLLPDDQSQKHRSPG
Site 20S204DQSQKHRSPGNTTTG
Site 21T208KHRSPGNTTTGERAT
Site 22T210RSPGNTTTGERATCC
Site 23T215TTTGERATCCFPSYV
Site 24Y221ATCCFPSYVYPDPTQ
Site 25Y223CCFPSYVYPDPTQEE
Site 26T227SYVYPDPTQEETYPS
Site 27Y232DPTQEETYPSNILSH
Site 28S234TQEETYPSNILSHEQ
Site 29T255AHGDFVLTSKRASPN
Site 30S256HGDFVLTSKRASPNL
Site 31S260VLTSKRASPNLFSEA
Site 32Y269NLFSEAQYQEAPVEK
Site 33S316NLQKHDDSSEVANIE
Site 34S317LQKHDDSSEVANIEE
Site 35T337AIGERKQTFEDYLEE
Site 36Y341RKQTFEDYLEEQIQL
Site 37T386GEGLARFTNAKSKFQ
Site 38S390ARFTNAKSKFQKGKE
Site 39T402GKESKLVTNQSTSED
Site 40S405SKLVTNQSTSEDQPL
Site 41S407LVTNQSTSEDQPLFK
Site 42T424RQQLQRKTALKNKEL
Site 43S442NPILKKDSKARTKSG
Site 44T446KKDSKARTKSGSVTL
Site 45S448DSKARTKSGSVTLSQ
Site 46S450KARTKSGSVTLSQKP
Site 47T452RTKSGSVTLSQKPKM
Site 48S454KSGSVTLSQKPKMLK
Site 49S463KPKMLKCSNRKSLSP
Site 50S467LKCSNRKSLSPSGLK
Site 51S469CSNRKSLSPSGLKIQ
Site 52S471NRKSLSPSGLKIQTG
Site 53T496IKFENKVTSNNKENV
Site 54T504SNNKENVTECPKPCD
Site 55S529GKDRLPLSTGPASRL
Site 56T530KDRLPLSTGPASRLA
Site 57S534PLSTGPASRLAAKSP
Site 58S540ASRLAAKSPIRETMK
Site 59T545AKSPIRETMKESESS
Site 60S549IRETMKESESSLDVS
Site 61S551ETMKESESSLDVSLQ
Site 62S552TMKESESSLDVSLQK
Site 63S556SESSLDVSLQKKLET
Site 64S589EQAADEISFSSNSSF
Site 65S592ADEISFSSNSSFVLK
Site 66S595ISFSSNSSFVLKILE
Site 67S614ICKGHRMSSTPVKAV
Site 68S615CKGHRMSSTPVKAVP
Site 69T616KGHRMSSTPVKAVPQ
Site 70T625VKAVPQKTNPADPIS
Site 71S632TNPADPISHCNRSED
Site 72T643RSEDLDHTAREKESE
Site 73S660VAPKQLHSLSSADEL
Site 74S662PKQLHSLSSADELRE
Site 75S663KQLHSLSSADELREQ
Site 76S681IRKAVQKSTSENQTE
Site 77T682RKAVQKSTSENQTEW
Site 78S683KAVQKSTSENQTEWN
Site 79T687KSTSENQTEWNARDD
Site 80S700DDEGVPNSDSSTDSE
Site 81S702EGVPNSDSSTDSEEQ
Site 82S703GVPNSDSSTDSEEQL
Site 83T704VPNSDSSTDSEEQLD
Site 84S706NSDSSTDSEEQLDVT
Site 85T713SEEQLDVTIKPSTED
Site 86S717LDVTIKPSTEDRERG
Site 87T718DVTIKPSTEDRERGI
Site 88S726EDRERGISSREDSPQ
Site 89S727DRERGISSREDSPQV
Site 90S731GISSREDSPQVCDDK
Site 91T746GPFKDTRTQEDKRRD
Site 92S759RDVDLDLSDKDYSSD
Site 93Y763LDLSDKDYSSDESIM
Site 94S764DLSDKDYSSDESIME
Site 95S765LSDKDYSSDESIMES
Site 96S768KDYSSDESIMESIKH
Site 97S772SDESIMESIKHKVSE
Site 98S778ESIKHKVSEPSRSSS
Site 99S781KHKVSEPSRSSSLSL
Site 100S783KVSEPSRSSSLSLSK
Site 101S784VSEPSRSSSLSLSKM
Site 102S785SEPSRSSSLSLSKMD
Site 103S787PSRSSSLSLSKMDFD
Site 104S789RSSSLSLSKMDFDDE
Site 105T798MDFDDERTWTDLEEN
Site 106T800FDDERTWTDLEENLC
Site 107S817DVVLGNESTYGTPQT
Site 108Y819VLGNESTYGTPQTCY
Site 109T821GNESTYGTPQTCYPN
Site 110Y826YGTPQTCYPNNEIGI
Site 111T837EIGILDKTIKRKIAP
Site 112S852VKRGEDLSKSRRSRS
Site 113S854RGEDLSKSRRSRSPP
Site 114S857DLSKSRRSRSPPTSE
Site 115S859SKSRRSRSPPTSELM
Site 116T862RRSRSPPTSELMMKF
Site 117S863RSRSPPTSELMMKFF
Site 118S872LMMKFFPSLKPKPKS
Site 119S879SLKPKPKSDSHLGNE
Site 120S892NELKLNISQDQPPGD
Site 121S903PPGDNARSQVLREKI
Site 122S926KFKAENASLAKLRIE
Site 123S936KLRIERESALEKLRK
Site 124T982KVFEKYTTAARTFPD
Site 125T986KYTTAARTFPDKKER
Site 126T998KEREEIQTLKQQIAD
Site 127T1015EDLKRKETKWSSTHS
Site 128S1018KRKETKWSSTHSRLR
Site 129S1019RKETKWSSTHSRLRS
Site 130S1022TKWSSTHSRLRSQIQ
Site 131S1026STHSRLRSQIQMLVR
Site 132T1036QMLVRENTDLREEIK
Site 133S1061KRAEAIESSLEVEKK
Site 134S1062RAEAIESSLEVEKKD
Site 135T1074KKDKLANTSVRFQNS
Site 136S1075KDKLANTSVRFQNSQ
Site 137S1081TSVRFQNSQISSGTQ
Site 138S1085FQNSQISSGTQVEKY
Site 139Y1092SGTQVEKYKKNYLPM
Site 140Y1096VEKYKKNYLPMQGNP
Site 141S1107QGNPPRRSKSAPPRD
Site 142S1109NPPRRSKSAPPRDLG
Site 143S1125LDKGQAASPREPLEP
Site 144Y1140LNFPDPEYKEEEEDQ
Site 145Y1164DGKVEKVYKNGCRVI
Site 146S1182NGTRKEVSADGKTIT
Site 147T1189SADGKTITVTFFNGD
Site 148T1191DGKTITVTFFNGDVK
Site 149Y1208MPDQRVIYYYAAAQT
Site 150Y1210DQRVIYYYAAAQTTH
Site 151T1218AAAQTTHTTYPEGLE
Site 152Y1220AQTTHTTYPEGLEVL
Site 153S1231LEVLHFSSGQIEKHY
Site 154Y1238SGQIEKHYPDGRKEI
Site 155T1246PDGRKEITFPDQTVK
Site 156T1251EITFPDQTVKNLFPD
Site 157S1263FPDGQEESIFPDGTI
Site 158T1269ESIFPDGTIVRVQRD
Site 159Y1300AQFKRREYPDGTVKT
Site 160T1304RREYPDGTVKTVYAN
Site 161T1307YPDGTVKTVYANGHQ
Site 162Y1309DGTVKTVYANGHQET
Site 163Y1318NGHQETKYRSGRIRV
Site 164S1320HQETKYRSGRIRVKD
 
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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