PhosphoNET

           
Protein Info 
   
Short Name:  CCNT2
Full Name:  Cyclin-T2
Alias:  CCT2; Cyclin T2; CycT2
Type:  Protein-serine kinase regulatory subunit, activator, cyclin
Mass (Da):  81029
Number AA:  730
UniProt ID:  O60583
International Prot ID:  IPI00217564
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005654   Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0007049  GO:0051301  GO:0044419 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 1S8MASGRGASSRWFFTR
Site 2T21TREQLENTPSRRCGV
Site 3S23EQLENTPSRRCGVEA
Site 4S35VEADKELSCRQQAAN
Site 5S54MGQRLNVSQLTINTA
Site 6T120PLEPLLDTKCDAYLQ
Site 7Y125LDTKCDAYLQQTQEL
Site 8T154ITIEHPHTDVVKCTQ
Site 9S166CTQLVRASKDLAQTS
Site 10S173SKDLAQTSYFMATNS
Site 11Y174KDLAQTSYFMATNSL
Site 12T184ATNSLHLTTFCLQYK
Site 13T185TNSLHLTTFCLQYKP
Site 14Y223DGKHWWEYVDPTVTL
Site 15T227WWEYVDPTVTLELLD
Site 16T247FLQILEKTPNRLKKI
Site 17S273PKVDGQVSETPLLGS
Site 18S291QNSILVDSVTGVPTN
Site 19S300TGVPTNPSFQKPSTS
Site 20S305NPSFQKPSTSAFPAP
Site 21T306PSFQKPSTSAFPAPV
Site 22S307SFQKPSTSAFPAPVP
Site 23S317PAPVPLNSGNISVQD
Site 24S321PLNSGNISVQDSHTS
Site 25S325GNISVQDSHTSDNLS
Site 26T327ISVQDSHTSDNLSML
Site 27S332SHTSDNLSMLATGMP
Site 28T336DNLSMLATGMPSTSY
Site 29T341LATGMPSTSYGLSSH
Site 30S342ATGMPSTSYGLSSHQ
Site 31Y343TGMPSTSYGLSSHQE
Site 32S346PSTSYGLSSHQEWPQ
Site 33S347STSYGLSSHQEWPQH
Site 34S357EWPQHQDSARTEQLY
Site 35Y364SARTEQLYSQKQETS
Site 36S365ARTEQLYSQKQETSL
Site 37S371YSQKQETSLSGSQYN
Site 38S373QKQETSLSGSQYNIN
Site 39S375QETSLSGSQYNINFQ
Site 40Y377TSLSGSQYNINFQQG
Site 41S388FQQGPSISLHSGLHH
Site 42S401HHRPDKISDHSSVKQ
Site 43S405DKISDHSSVKQEYTH
Site 44Y410HSSVKQEYTHKAGSS
Site 45T411SSVKQEYTHKAGSSK
Site 46S424SKHHGPISTTPGIIP
Site 47T426HHGPISTTPGIIPQK
Site 48S435GIIPQKMSLDKYREK
Site 49Y439QKMSLDKYREKRKLE
Site 50Y456DLDVRDHYIAAQVEQ
Site 51S470QQHKQGQSQAASSSS
Site 52S474QGQSQAASSSSVTSP
Site 53S475GQSQAASSSSVTSPI
Site 54S476QSQAASSSSVTSPIK
Site 55S477SQAASSSSVTSPIKM
Site 56T479AASSSSVTSPIKMKI
Site 57S480ASSSSVTSPIKMKIP
Site 58Y494PIANTEKYMADKKEK
Site 59S502MADKKEKSGSLKLRI
Site 60S504DKKEKSGSLKLRIPI
Site 61T514LRIPIPPTDKSASKE
Site 62S517PIPPTDKSASKEELK
Site 63S530LKMKIKVSSSERHSS
Site 64S531KMKIKVSSSERHSSS
Site 65S532MKIKVSSSERHSSSD
Site 66S536VSSSERHSSSDEGSG
Site 67S537SSSERHSSSDEGSGK
Site 68S538SSERHSSSDEGSGKS
Site 69S542HSSSDEGSGKSKHSS
Site 70S545SDEGSGKSKHSSPHI
Site 71S548GSGKSKHSSPHISRD
Site 72S549SGKSKHSSPHISRDH
Site 73S553KHSSPHISRDHKEKH
Site 74S565EKHKEHPSSRHHTSS
Site 75S566KHKEHPSSRHHTSSH
Site 76T570HPSSRHHTSSHKHSH
Site 77S571PSSRHHTSSHKHSHS
Site 78S572SSRHHTSSHKHSHSH
Site 79S576HTSSHKHSHSHSGSS
Site 80S578SSHKHSHSHSGSSSG
Site 81S580HKHSHSHSGSSSGGS
Site 82S582HSHSHSGSSSGGSKH
Site 83S583SHSHSGSSSGGSKHS
Site 84S584HSHSGSSSGGSKHSA
Site 85S587SGSSSGGSKHSADGI
Site 86S590SSGGSKHSADGIPPT
Site 87T597SADGIPPTVLRSPVG
Site 88S601IPPTVLRSPVGLSSD
Site 89S606LRSPVGLSSDGISSS
Site 90S607RSPVGLSSDGISSSS
Site 91S611GLSSDGISSSSSSSR
Site 92S612LSSDGISSSSSSSRK
Site 93S613SSDGISSSSSSSRKR
Site 94S614SDGISSSSSSSRKRL
Site 95S615DGISSSSSSSRKRLH
Site 96S616GISSSSSSSRKRLHV
Site 97S617ISSSSSSSRKRLHVN
Site 98S632DASHNHHSKMSKSSK
Site 99S635HNHHSKMSKSSKSSG
Site 100S637HHSKMSKSSKSSGSS
Site 101S638HSKMSKSSKSSGSSS
Site 102S640KMSKSSKSSGSSSSS
Site 103S641MSKSSKSSGSSSSSS
Site 104S643KSSKSSGSSSSSSSS
Site 105S644SSKSSGSSSSSSSSV
Site 106S645SKSSGSSSSSSSSVK
Site 107S646KSSGSSSSSSSSVKQ
Site 108S647SSGSSSSSSSSVKQY
Site 109S648SGSSSSSSSSVKQYI
Site 110S649GSSSSSSSSVKQYIS
Site 111S650SSSSSSSSVKQYISS
Site 112Y654SSSSVKQYISSHNSV
Site 113S656SSVKQYISSHNSVFN
Site 114S660QYISSHNSVFNHPLP
Site 115T673LPPPPPVTYQVGYGH
Site 116Y674PPPPPVTYQVGYGHL
Site 117S682QVGYGHLSTLVKLDK
Site 118Y703GPDANHEYSTSSQHM
Site 119S704PDANHEYSTSSQHMD
Site 120Y712TSSQHMDYKDTFDML
 
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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