PhosphoNET

           
Protein Info 
   
Short Name:  C3orf63
Full Name:  Uncharacterized protein C3orf63
Alias:  CC063; Chromosome 3 open reading frame 63; CTCL tumor antigen se89-1; KIAA1105; RAP140; Retinoblastoma-associated protein 140; Retinoblastoma-associated protein RAP140; Se89-1
Type:  Unknown function
Mass (Da):  189032
Number AA:  1670
UniProt ID:  Q9UK61
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1S16ACQPTDASWESGGGG
Site 2S36QALPELESSQQNGGG
Site 3S37ALPELESSQQNGGGG
Site 4S68AGAEAAQSLSHEQPQ
Site 5S70AEAAQSLSHEQPQDS
Site 6S77SHEQPQDSSEAGAAA
Site 7S99PERPVRRSFQIPRKS
Site 8S106SFQIPRKSREKKALF
Site 9T117KALFQPLTPGSREFE
Site 10S120FQPLTPGSREFEDVV
Site 11S139SSYLEPTSVTNFNYR
Site 12Y145TSVTNFNYRRACLVH
Site 13T161ELLEKEFTEKRRELK
Site 14S178GRLDKELSESYAFLM
Site 15S180LDKELSESYAFLMVD
Site 16T193VDRYQVQTICEKGLH
Site 17T207HVGQSKITILGSPSM
Site 18Y217GSPSMGVYLSRYADL
Site 19S219PSMGVYLSRYADLLQ
Site 20Y221MGVYLSRYADLLQAN
Site 21Y252KGKIKSIYDPMGVKS
Site 22S259YDPMGVKSLESMLNK
Site 23T272NKSALDPTPKHECHV
Site 24T287SKNANRITSLLAYRA
Site 25S288KNANRITSLLAYRAY
Site 26Y292RITSLLAYRAYELTQ
Site 27Y295SLLAYRAYELTQYYF
Site 28Y300RAYELTQYYFYEYGF
Site 29Y301AYELTQYYFYEYGFD
Site 30Y303ELTQYYFYEYGFDEL
Site 31Y305TQYYFYEYGFDELRR
Site 32Y320RPRHVCPYAVVSFTY
Site 33T333TYKDDIQTPKFVPSS
Site 34S339QTPKFVPSSRSNSFN
Site 35S340TPKFVPSSRSNSFNT
Site 36S342KFVPSSRSNSFNTDR
Site 37S344VPSSRSNSFNTDRNI
Site 38T347SRSNSFNTDRNIDKY
Site 39Y354TDRNIDKYNYTLWKG
Site 40Y356RNIDKYNYTLWKGQL
Site 41Y372NKGKLLCYISLRSAT
Site 42T395PEKLDVETVMSIDHL
Site 43Y412KIPPALFYKETYLGP
Site 44Y416ALFYKETYLGPNEVL
Site 45S430LKNGMYCSLYEVVEK
Site 46Y432NGMYCSLYEVVEKTR
Site 47T438LYEVVEKTRIGSNME
Site 48S442VEKTRIGSNMESLLQ
Site 49S446RIGSNMESLLQKLDR
Site 50Y467KPLGDRGYLFLLSPY
Site 51Y474YLFLLSPYQMVPPYE
Site 52Y480PYQMVPPYEYQTAKS
Site 53Y482QMVPPYEYQTAKSRV
Site 54S487YEYQTAKSRVLHALF
Site 55S501FLFQEPRSIVTSQKG
Site 56S505EPRSIVTSQKGSTNA
Site 57S509IVTSQKGSTNAAPQE
Site 58S520APQERHESMPDVLKI
Site 59S546RKEFKNISAINFHSV
Site 60Y557FHSVVEKYVSEFFKR
Site 61S559SVVEKYVSEFFKRGF
Site 62S568FFKRGFGSGKREFIM
Site 63Y578REFIMFPYDSRLDDK
Site 64Y589LDDKKFLYSAPRNKS
Site 65S590DDKKFLYSAPRNKSH
Site 66S596YSAPRNKSHIDTCLH
Site 67T600RNKSHIDTCLHAYIF
Site 68S633NRKLQQFSPLSDYEG
Site 69S636LQQFSPLSDYEGQEE
Site 70Y638QFSPLSDYEGQEEEM
Site 71T648QEEEMNGTKMKFGKR
Site 72S658KFGKRNNSRGEAIIS
Site 73S665SRGEAIISGKQRSSH
Site 74S670IISGKQRSSHSLDYD
Site 75S671ISGKQRSSHSLDYDK
Site 76S673GKQRSSHSLDYDKDR
Site 77Y676RSSHSLDYDKDRVKE
Site 78S694LIQCRKKSVGGDSDT
Site 79S699KKSVGGDSDTEDMRS
Site 80T701SVGGDSDTEDMRSKT
Site 81S706SDTEDMRSKTVLKRK
Site 82T708TEDMRSKTVLKRKLE
Site 83T727NMRKLAKTSNLSENC
Site 84Y737LSENCHLYEESPQPI
Site 85S740NCHLYEESPQPIGSL
Site 86S746ESPQPIGSLGHDADL
Site 87T760LRRQQQDTCNSGIAD
Site 88S776HRLFNWLSETLANAR
Site 89T778LFNWLSETLANARHS
Site 90S785TLANARHSDASLTDT
Site 91S788NARHSDASLTDTVNK
Site 92T790RHSDASLTDTVNKAL
Site 93T792SDASLTDTVNKALGL
Site 94Y805GLSTDDAYEELRQKH
Site 95Y814ELRQKHEYELNSTPD
Site 96T819HEYELNSTPDKKDYE
Site 97Y825STPDKKDYEQPTCAK
Site 98S843AQFKGTQSLLLEVDA
Site 99Y854EVDATSKYSVAISTS
Site 100S855VDATSKYSVAISTSE
Site 101S859SKYSVAISTSEVGTD
Site 102S861YSVAISTSEVGTDHK
Site 103T865ISTSEVGTDHKLHLK
Site 104S879KEDPNLISVNNFEDC
Site 105S891EDCSLCPSVPIEHGF
Site 106S903HGFRRQQSKSNNVEE
Site 107S905FRRQQSKSNNVEETE
Site 108T911KSNNVEETEIHWKLI
Site 109T921HWKLIPITGGNARSP
Site 110S927ITGGNARSPEDQLGK
Site 111T940GKHGEKQTPGMKSPE
Site 112S945KQTPGMKSPEEQLVC
Site 113S971RVINRQRSSDYQFPS
Site 114S972VINRQRSSDYQFPSS
Site 115Y974NRQRSSDYQFPSSPF
Site 116S978SSDYQFPSSPFTDTL
Site 117S979SDYQFPSSPFTDTLK
Site 118T982QFPSSPFTDTLKGTT
Site 119T984PSSPFTDTLKGTTED
Site 120T995TTEDDVLTGQVEEQC
Site 121T1020VSETTERTVLGEYNL
Site 122S1042ILKQKNVSYVSTVST
Site 123Y1043LKQKNVSYVSTVSTP
Site 124S1045QKNVSYVSTVSTPIF
Site 125T1049SYVSTVSTPIFSTQE
Site 126S1062QEKMKRLSEFIYSKT
Site 127Y1066KRLSEFIYSKTSKAG
Site 128S1067RLSEFIYSKTSKAGV
Site 129S1093NTIIIKASAKGGNLP
Site 130S1103GGNLPPVSPNDSGAK
Site 131S1107PPVSPNDSGAKIASN
Site 132S1113DSGAKIASNPLERHV
Site 133S1124ERHVIPVSSSDFNNK
Site 134S1126HVIPVSSSDFNNKHL
Site 135S1139HLLEPLCSDPLKDTN
Site 136T1145CSDPLKDTNSDEQHS
Site 137S1147DPLKDTNSDEQHSTS
Site 138T1153NSDEQHSTSALTEVE
Site 139T1191REPVEETTKSPSDVN
Site 140S1193PVEETTKSPSDVNIS
Site 141S1195EETTKSPSDVNISAQ
Site 142S1200SPSDVNISAQPALSN
Site 143S1219LEPEVFNSLVKIMKD
Site 144S1242YIHEEEESVLCKEIK
Site 145Y1251LCKEIKEYLIKLGNT
Site 146S1270EQFLERRSKLDKLLI
Site 147S1310VSFAGVDSLDDVKNH
Site 148Y1319DDVKNHTYNELFVSG
Site 149S1325TYNELFVSGGFIVSD
Site 150S1334GFIVSDESILNPEVV
Site 151T1351ENLKNFLTFLEELST
Site 152T1358TFLEELSTPEGKWQW
Site 153Y1406HLVEILSYHNCDSQT
Site 154S1411LSYHNCDSQTRNAPE
Site 155T1477VGYHNSITEENLPQL
Site 156S1492GANENLESQSALLEN
Site 157S1508EKDEEDMSLDSGDEI
Site 158S1511EEDMSLDSGDEISHI
Site 159S1516LDSGDEISHIEVCSN
Site 160T1539ETKGSRGTDQKKNTQ
Site 161S1552TQIELQSSPDVQNSL
Site 162S1558SSPDVQNSLLEDKTY
Site 163T1564NSLLEDKTYLDSEER
Site 164Y1565SLLEDKTYLDSEERT
Site 165S1568EDKTYLDSEERTSID
Site 166T1572YLDSEERTSIDIVCS
Site 167S1573LDSEERTSIDIVCSE
Site 168S1584VCSEGENSNSTEQDS
Site 169S1586SEGENSNSTEQDSYS
Site 170T1587EGENSNSTEQDSYSN
Site 171S1591SNSTEQDSYSNFQVY
Site 172Y1592NSTEQDSYSNFQVYH
Site 173S1593STEQDSYSNFQVYHS
Site 174Y1598SYSNFQVYHSQLNMS
Site 175T1622THQTFLGTPYALSSS
Site 176Y1624QTFLGTPYALSSSQS
Site 177S1627LGTPYALSSSQSQEN
Site 178S1628GTPYALSSSQSQENE
Site 179S1629TPYALSSSQSQENEN
Site 180S1631YALSSSQSQENENYF
Site 181Y1637QSQENENYFLSAYTE
Site 182S1640ENENYFLSAYTESLD
Site 183Y1642ENYFLSAYTESLDRD
Site 184S1645FLSAYTESLDRDKSP
Site 185S1651ESLDRDKSPPPLSWG
Site 186S1656DKSPPPLSWGKSDSS
Site 187S1660PPLSWGKSDSSRPYS
Site 188S1662LSWGKSDSSRPYSQE
Site 189S1663SWGKSDSSRPYSQEK
Site 190Y1666KSDSSRPYSQEK___
Site 191S1667SDSSRPYSQEK____
 
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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