PhosphoNET

           
Protein Info 
   
Short Name:  CEP135
Full Name:  Centrosomal protein of 135 kDa
Alias:  Centrosomal protein 135kDa; Centrosomal protein 4; Cep135; CEP4; CP135; FLJ13621; KIAA0635
Type:  Uncharacterized protein, centrosome-associated
Mass (Da):  133504
Number AA:  1140
UniProt ID:  Q66GS9
International Prot ID:  IPI00550987
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005814  GO:0005829   Uniprot OncoNet
Molecular Function:  GO:0008022     PhosphoSite+ KinaseNET
Biological Process:  GO:0007099  GO:0010457   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 1Y9TTAVERKYINIRKRL
Site 2T24DQLGYRQTLTVECLP
Site 3T26LGYRQTLTVECLPLV
Site 4S38PLVEKLFSDLVHTTE
Site 5S46DLVHTTESLRQSKLS
Site 6S50TTESLRQSKLSAVKA
Site 7S53SLRQSKLSAVKAEKE
Site 8S79KLENARLSRENNELY
Site 9Y86SRENNELYLELMKLR
Site 10S96LMKLREHSDQHVKEL
Site 11S106HVKELKTSLKKCARE
Site 12T114LKKCARETADLKFLN
Site 13Y124LKFLNNQYAHKLKLL
Site 14S135LKLLEKESKAKNERI
Site 15T156NLHAVVQTPGGKKRS
Site 16S163TPGGKKRSIAFRRQR
Site 17S180IDEPVPPSEVSSYPV
Site 18S183PVPPSEVSSYPVPQP
Site 19S184VPPSEVSSYPVPQPD
Site 20Y185PPSEVSSYPVPQPDD
Site 21Y194VPQPDDPYIADLLQV
Site 22S225EKLAMMESGVRDYSK
Site 23Y230MESGVRDYSKQIELR
Site 24S231ESGVRDYSKQIELRE
Site 25S245EREIERLSVALDGGR
Site 26S253VALDGGRSPDVLSLE
Site 27S258GRSPDVLSLESRNKT
Site 28T265SLESRNKTNEKLIAH
Site 29T297RIRELMETKETVTSE
Site 30T300ELMETKETVTSEVVN
Site 31S303ETKETVTSEVVNLSN
Site 32S309TSEVVNLSNKNEKLC
Site 33T320EKLCQELTEIDQLAQ
Site 34T339HKEELLETADKELGE
Site 35S356KEIKRKLSEMQDLEE
Site 36S383QKEKERLSDELLVKS
Site 37S390SDELLVKSDLETVVH
Site 38T394LVKSDLETVVHQLEQ
Site 39S407EQEKQRLSKKVESFA
Site 40S412RLSKKVESFAVTERQ
Site 41T416KVESFAVTERQLTLE
Site 42T421AVTERQLTLEVERMR
Site 43S439GIKRRDRSPSRLDTF
Site 44S441KRRDRSPSRLDTFLK
Site 45T445RSPSRLDTFLKGIEE
Site 46Y456GIEEERDYYKKELER
Site 47Y457IEEERDYYKKELERL
Site 48S472QHIIQRRSCSTSYSA
Site 49S474IIQRRSCSTSYSARE
Site 50S476QRRSCSTSYSAREKS
Site 51S478RSCSTSYSAREKSSI
Site 52S483SYSAREKSSIFRTPE
Site 53S484YSAREKSSIFRTPEK
Site 54T488EKSSIFRTPEKGDYN
Site 55Y494RTPEKGDYNSEIHQI
Site 56S496PEKGDYNSEIHQITR
Site 57Y518MLERFEKYMEDIQSN
Site 58S524KYMEDIQSNVKLLTA
Site 59T530QSNVKLLTAERDKLS
Site 60S537TAERDKLSVLYNEAQ
Site 61S554LSALRKESTQTTAPH
Site 62T555SALRKESTQTTAPHN
Site 63T557LRKESTQTTAPHNIV
Site 64T558RKESTQTTAPHNIVS
Site 65S565TAPHNIVSLMEKEKE
Site 66S576KEKELALSDLRRIMA
Site 67S599LEHIEEVSLFGKSEL
Site 68T609GKSELEKTIEHLTCV
Site 69Y625HQLESEKYELKSKVL
Site 70S629SEKYELKSKVLIMKE
Site 71T637KVLIMKETIESLENK
Site 72S640IMKETIESLENKLKV
Site 73S660SHVAGDSSHQKTEVN
Site 74T664GDSSHQKTEVNSLRI
Site 75S668HQKTEVNSLRIVNEQ
Site 76S679VNEQLQRSVDDYQHR
Site 77Y683LQRSVDDYQHRLSIK
Site 78S688DDYQHRLSIKRGELE
Site 79S696IKRGELESAQAQIKI
Site 80S717ELNLKMTSQDEEAHV
Site 81T742EKDFLQETVDEKTEK
Site 82S772AQMKIMISECESSVN
Site 83S776IMISECESSVNQLKE
Site 84S777MISECESSVNQLKET
Site 85T784SVNQLKETLVNRDRE
Site 86S794NRDREINSLRRQLDA
Site 87S812ELDEVGRSREIAFKE
Site 88T829RLQDDLATMARENQE
Site 89S853QEKEEMKSRVHKYIT
Site 90Y858MKSRVHKYITEVSRW
Site 91S867TEVSRWESLMAAKEK
Site 92S905HQAEGESSSVRLELL
Site 93S906QAEGESSSVRLELLS
Site 94S913SVRLELLSIDTERRH
Site 95T916LELLSIDTERRHLRE
Site 96Y942HINAHHAYESQISSM
Site 97S944NAHHAYESQISSMAK
Site 98S948AYESQISSMAKAMSR
Site 99S954SSMAKAMSRLEEELR
Site 100S975ATVLNDLSSLRELCI
Site 101S976TVLNDLSSLRELCIK
Site 102S986ELCIKLDSGKDIMTQ
Site 103T992DSGKDIMTQQLNSKN
Site 104S997IMTQQLNSKNLEFER
Site 105S1014VELENVKSESDLLKK
Site 106S1024DLLKKQLSNERHTVK
Site 107T1029QLSNERHTVKNLESL
Site 108T1039NLESLLATNRDKEFH
Site 109S1047NRDKEFHSHLTSHEK
Site 110S1051EFHSHLTSHEKDTEI
Site 111T1066QLLKEKLTLSESKLT
Site 112S1068LKEKLTLSESKLTSQ
Site 113S1070EKLTLSESKLTSQSR
Site 114T1073TLSESKLTSQSRENT
Site 115S1074LSESKLTSQSRENTM
Site 116T1080TSQSRENTMLRAKVA
Site 117Y1093VAQLQTDYDALKRQI
Site 118S1101DALKRQISTERYERE
Site 119Y1105RQISTERYERERAIQ
Site 120T1121MRRHGLATPPLSSTL
Site 121S1125GLATPPLSSTLRSPS
Site 122S1126LATPPLSSTLRSPSH
Site 123T1127ATPPLSSTLRSPSHS
Site 124S1130PLSSTLRSPSHSPEH
Site 125S1132SSTLRSPSHSPEHRN
Site 126S1134TLRSPSHSPEHRNV_
 
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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