PhosphoNET

           
Protein Info 
   
Short Name:  DIP2C
Full Name:  Disco-interacting protein 2 homologue C
Alias:  DIP2 disco-interacting protein 2C
Type:  Nucleus protein
Mass (Da):  170767
Number AA:  1556
UniProt ID:  Q9Y2E4
International Prot ID:  IPI00032087
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003824  GO:0008134   PhosphoSite+ KinaseNET
Biological Process:  GO:0008152     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 1S27AELELELSEGDITQK
Site 2T32ELSEGDITQKGYEKK
Site 3S41KGYEKKRSKLIGAYL
Site 4Y47RSKLIGAYLPQPPRV
Site 5T67QERRAPVTPSSASRY
Site 6S69RRAPVTPSSASRYHR
Site 7S70RAPVTPSSASRYHRR
Site 8S72PVTPSSASRYHRRRS
Site 9Y74TPSSASRYHRRRSSG
Site 10S79SRYHRRRSSGSRDER
Site 11S80RYHRRRSSGSRDERY
Site 12S82HRRRSSGSRDERYRS
Site 13Y87SGSRDERYRSDVHTE
Site 14S89SRDERYRSDVHTEAV
Site 15T93RYRSDVHTEAVQAAL
Site 16S114KMAVPMPSKRRSLVV
Site 17S118PMPSKRRSLVVQTSM
Site 18S124RSLVVQTSMDAYTPP
Site 19Y128VQTSMDAYTPPDTSS
Site 20T129QTSMDAYTPPDTSSG
Site 21T133DAYTPPDTSSGSEDE
Site 22S135YTPPDTSSGSEDEGS
Site 23S137PPDTSSGSEDEGSVQ
Site 24S142SGSEDEGSVQGDSQG
Site 25S147EGSVQGDSQGTPTSS
Site 26T150VQGDSQGTPTSSQGS
Site 27T152GDSQGTPTSSQGSIN
Site 28S153DSQGTPTSSQGSINM
Site 29S154SQGTPTSSQGSINME
Site 30S157TPTSSQGSINMEHWI
Site 31S171ISQAIHGSTTSTTSS
Site 32T172SQAIHGSTTSTTSSS
Site 33T173QAIHGSTTSTTSSSS
Site 34S174AIHGSTTSTTSSSST
Site 35T175IHGSTTSTTSSSSTQ
Site 36T176HGSTTSTTSSSSTQS
Site 37S177GSTTSTTSSSSTQSG
Site 38S178STTSTTSSSSTQSGG
Site 39S179TTSTTSSSSTQSGGS
Site 40S180TSTTSSSSTQSGGSG
Site 41T181STTSSSSTQSGGSGA
Site 42S183TSSSSTQSGGSGAAH
Site 43T211HSAPPDVTTYTSEHS
Site 44T212SAPPDVTTYTSEHSI
Site 45Y213APPDVTTYTSEHSIQ
Site 46T214PPDVTTYTSEHSIQV
Site 47T228VERPQGSTGSRTAPK
Site 48T232QGSTGSRTAPKYGNA
Site 49Y236GSRTAPKYGNAELME
Site 50T244GNAELMETGDGVPVS
Site 51S251TGDGVPVSSRVSAKI
Site 52S252GDGVPVSSRVSAKIQ
Site 53T264KIQQLVNTLKRPKRP
Site 54T314GEQLGVVTNWPPSLE
Site 55S319VVTNWPPSLEAALQR
Site 56T329AALQRWGTISPKAPC
Site 57S331LQRWGTISPKAPCLT
Site 58T338SPKAPCLTTMDTNGK
Site 59T342PCLTTMDTNGKPLYI
Site 60Y348DTNGKPLYILTYGKL
Site 61T351GKPLYILTYGKLWTR
Site 62T418VPIEVPLTRKDAGSQ
Site 63S424LTRKDAGSQQIGFLL
Site 64S452CHKGLPKSPTGEIPQ
Site 65T454KGLPKSPTGEIPQFK
Site 66T471PKLLWFVTESKHLSK
Site 67S473LLWFVTESKHLSKPP
Site 68S477VTESKHLSKPPRDWF
Site 69Y496DANNDTAYIEYKTCK
Site 70T501TAYIEYKTCKDGSVL
Site 71S555LWHGILTSVMNMMHV
Site 72Y567MHVISIPYSLMKVNP
Site 73S576LMKVNPLSWIQKVCQ
Site 74S612DQRDINLSSLRMLIV
Site 75S613QRDINLSSLRMLIVA
Site 76S627ADGANPWSISSCDAF
Site 77S629GANPWSISSCDAFLN
Site 78S640AFLNVFQSKGLRQEV
Site 79T659ASSPEALTVAIRRPT
Site 80T666TVAIRRPTDDSNQPP
Site 81S669IRRPTDDSNQPPGRG
Site 82S679PPGRGVLSMHGLTYG
Site 83S697VDSEEKLSVLTVQDV
Site 84Y745VATGTSYYGLSGMTK
Site 85S748GTSYYGLSGMTKNTF
Site 86S763EVFPMTSSGAPISEY
Site 87S768TSSGAPISEYPFIRT
Site 88Y770SGAPISEYPFIRTGL
Site 89S800MDGLMVVSGRRHNAD
Site 90S850VAEQRPDSTEEDSFQ
Site 91T851AEQRPDSTEEDSFQW
Site 92S855PDSTEEDSFQWMSRV
Site 93T888PANTLPKTPLGGIHL
Site 94T898GGIHLSETKQLFLEG
Site 95S945VMVGNLVSGKRIAQA
Site 96S953GKRIAQASGRDLGQI
Site 97T982VLQWRAQTTPDHILY
Site 98T983LQWRAQTTPDHILYT
Site 99Y989TTPDHILYTLLNCRG
Site 100T1056YAGCVPITVRPPHPQ
Site 101T1133CKPCNPDTLAYLDFS
Site 102S1202SVYSGHQSILIPPSE
Site 103S1208QSILIPPSELETNPA
Site 104S1245LCTKGLGSQTESLKA
Site 105S1249GLGSQTESLKARGLD
Site 106S1258KARGLDLSRVRTCVV
Site 107T1276ERPRIALTQSFSKLF
Site 108S1278PRIALTQSFSKLFKD
Site 109S1296HPRAVSTSFGCRVNL
Site 110T1316GTSGPDPTTVYVDMR
Site 111T1317TSGPDPTTVYVDMRA
Site 112Y1319GPDPTTVYVDMRALR
Site 113S1337VRLVERGSPHSLPLM
Site 114S1340VERGSPHSLPLMESG
Site 115T1362IIIANPETKGPLGDS
Site 116S1369TKGPLGDSHLGEIWV
Site 117Y1385SAHNASGYFTIYGDE
Site 118T1387HNASGYFTIYGDESL
Site 119Y1389ASGYFTIYGDESLQS
Site 120S1396YGDESLQSDHFNSRL
Site 121S1404DHFNSRLSFGDTQTI
Site 122T1408SRLSFGDTQTIWART
Site 123T1410LSFGDTQTIWARTGY
Site 124Y1417TIWARTGYLGFLRRT
Site 125T1424YLGFLRRTELTDANG
Site 126T1427FLRRTELTDANGERH
Site 127Y1438GERHDALYVVGALDE
Site 128T1461YHPIDIETSVIRAHK
Site 129S1462HPIDIETSVIRAHKS
Site 130Y1551ADQLDPIYVAYNM__
 
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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