PhosphoNET

           
Protein Info 
   
Short Name:  CC2D2A
Full Name:  Coiled-coil and C2 domain-containing protein 2A
Alias: 
Type: 
Mass (Da):  186185
Number AA:  1620
UniProt ID:  Q9P2K1
International Prot ID: 
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 1S31MGRQNKNSKVRRQPR
Site 2T44PRKKQPPTAVPKEMV
Site 3S52AVPKEMVSEKSHLGN
Site 4S55KEMVSEKSHLGNPQE
Site 5T70PVQEEPKTRLLSMTV
Site 6S74EPKTRLLSMTVRRGP
Site 7T76KTRLLSMTVRRGPRS
Site 8S83TVRRGPRSLPPIPST
Site 9S89RSLPPIPSTSRTGFA
Site 10T90SLPPIPSTSRTGFAE
Site 11T93PIPSTSRTGFAEFSM
Site 12S99RTGFAEFSMRGRMRE
Site 13S113EKLQAARSKAESALL
Site 14S117AARSKAESALLQEIP
Site 15T125ALLQEIPTPRPRRLR
Site 16S133PRPRRLRSPSKKELE
Site 17S135PRRLRSPSKKELETE
Site 18T154PGKEVERTQQEVDSQ
Site 19S160RTQQEVDSQSYSRVK
Site 20S162QQEVDSQSYSRVKFH
Site 21Y163QEVDSQSYSRVKFHD
Site 22S164EVDSQSYSRVKFHDS
Site 23S171SRVKFHDSARKIKPK
Site 24S206FDPEPEGSEEKPKAR
Site 25T218KARHRAGTNQEEEEG
Site 26Y272VAVRPADYESIHDRL
Site 27S290REMLFIPSRQTVPTY
Site 28T293LFIPSRQTVPTYKKL
Site 29T296PSRQTVPTYKKLPEN
Site 30Y297SRQTVPTYKKLPENV
Site 31Y315FLEDEGLYTGVRPEV
Site 32T316LEDEGLYTGVRPEVA
Site 33T325VRPEVARTNQNIMEN
Site 34S362NPIKPFPSRPPVLTQ
Site 35T368PSRPPVLTQEQSIKA
Site 36S372PVLTQEQSIKAELET
Site 37Y381KAELETLYKKAVKYV
Site 38Y387LYKKAVKYVHSSQHV
Site 39S391AVKYVHSSQHVIRSG
Site 40S397SSQHVIRSGDPPGNF
Site 41Y438LAQLYDQYLARHQRN
Site 42T480SLDTIQKTINEYKSE
Site 43S486KTINEYKSEIRQTRK
Site 44T491YKSEIRQTRKFRDAE
Site 45T504AEQEKDRTLLKTIIK
Site 46T508KDRTLLKTIIKVWKE
Site 47S518KVWKEMKSLREFQRF
Site 48T526LREFQRFTNTPLKLV
Site 49T528EFQRFTNTPLKLVLR
Site 50S557AEIQAEISELLEEHT
Site 51Y611GDEIAEPYPEEDLVK
Site 52S620EEDLVKPSPPEPTDR
Site 53S641VRERAAQSRRRPWEP
Site 54T649RRRPWEPTLVPELSL
Site 55S659PELSLAGSVTPNDQC
Site 56T661LSLAGSVTPNDQCPR
Site 57S672QCPRAEVSRREDVKK
Site 58Y683DVKKRSVYLKVLFNN
Site 59S694LFNNKEVSRTVSRPL
Site 60T696NNKEVSRTVSRPLGA
Site 61S698KEVSRTVSRPLGADF
Site 62T725VNWPESLTLQVYETV
Site 63Y729ESLTLQVYETVGHSS
Site 64T731LTLQVYETVGHSSPT
Site 65S736YETVGHSSPTLLAEV
Site 66T759VVTGRAPTEEVEFSS
Site 67S765PTEEVEFSSNQHVTL
Site 68S779LDHEGVGSGVPFSFE
Site 69S784VGSGVPFSFEADGSN
Site 70S790FSFEADGSNQLTLMT
Site 71T794ADGSNQLTLMTSGKV
Site 72T797SNQLTLMTSGKVSHS
Site 73S798NQLTLMTSGKVSHSV
Site 74S804TSGKVSHSVAWAIGE
Site 75S839KKADAISSIGTSGLT
Site 76S843AISSIGTSGLTDMKK
Site 77T846SIGTSGLTDMKKLAK
Site 78S879QLISVATSGESYVPD
Site 79S901QQEFNFVSDQELNRS
Site 80S908SDQELNRSKRFRLLH
Site 81S918FRLLHLRSQEVPEFR
Site 82Y927EVPEFRNYKQVPVYD
Site 83Y933NYKQVPVYDREIMEK
Site 84Y945MEKVFQDYEKRLRDR
Site 85T957RDRNVIETKEHIDTH
Site 86T963ETKEHIDTHRAIVAK
Site 87Y971HRAIVAKYLQQVRES
Site 88S1061PVRKPAVSKFQQPSR
Site 89S1067VSKFQQPSRSSRMFS
Site 90S1069KFQQPSRSSRMFSEK
Site 91S1070FQQPSRSSRMFSEKH
Site 92S1074SRSSRMFSEKHAASP
Site 93S1080FSEKHAASPSTYSPT
Site 94S1082EKHAASPSTYSPTHN
Site 95T1083KHAASPSTYSPTHNA
Site 96Y1084HAASPSTYSPTHNAD
Site 97S1085AASPSTYSPTHNADY
Site 98Y1092SPTHNADYPLGQVLV
Site 99T1114FQRTVCHTTTAEGPN
Site 100S1123TAEGPNPSWNEELEL
Site 101Y1139FRAPNGDYSTASLQS
Site 102S1140RAPNGDYSTASLQSV
Site 103T1141APNGDYSTASLQSVK
Site 104S1143NGDYSTASLQSVKDV
Site 105S1172EDDRERGSGIHTRIE
Site 106T1176ERGSGIHTRIERHWL
Site 107Y1194KMPFSTIYFQARIDG
Site 108T1202FQARIDGTFKIDIPP
Site 109S1228ILERGFDSVRSLSEG
Site 110S1231RGFDSVRSLSEGSYI
Site 111S1233FDSVRSLSEGSYITL
Site 112S1253PQLVPGESIREKFES
Site 113S1260SIREKFESQEDEKLL
Site 114T1289PNRQCLTTVIDISGK
Site 115T1301SGKTVFITRYLKPLN
Site 116Y1303KTVFITRYLKPLNPP
Site 117Y1317PQELLNVYPNNLQAT
Site 118Y1398IPEGPTAYVLTWEQG
Site 119T1401GPTAYVLTWEQGRYL
Site 120Y1446IWFNIQRYESPLRIN
Site 121S1448FNIQRYESPLRINFD
Site 122T1457LRINFDVTRPKLWKS
Site 123S1464TRPKLWKSFFSRSLP
Site 124S1469WKSFFSRSLPYPGLS
Site 125Y1472FFSRSLPYPGLSSVQ
Site 126S1476SLPYPGLSSVQPEEL
Site 127S1477LPYPGLSSVQPEELI
Site 128Y1485VQPEELIYQRSDKAA
Site 129S1488EELIYQRSDKAAAAE
Site 130S1537FLPLLEKSQGEDVED
Site 131Y1557LLKQLGDYRFSGFPL
Site 132S1560QLGDYRFSGFPLHMP
Site 133S1569FPLHMPYSEVKPLID
 
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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