PhosphoNET

           
Protein Info 
   
Short Name:  RAI14
Full Name:  Ankycorbin
Alias:  Ankycorbin; Ankyrin repeat and coiled-coil structure-containing protein; DKFZp564G013; KIAA1334; NORPEG; Novel retinal pigment epithelial; Novel retinal pigment epithelial cell protein; RAI13; Retinoic acid induced 14; Retinoic acid-induced protein 14
Type:  Adaptor/scaffold
Mass (Da):  110041
Number AA:  980
UniProt ID:  Q9P0K7
International Prot ID:  IPI00759532
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005938  GO:0005856   Uniprot OncoNet
Molecular Function:  GO:0005515     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 1S11LKAKFRKSDTNEWNK
Site 2T13AKFRKSDTNEWNKND
Site 3S37GDAEKVASLLGKKGA
Site 4S45LLGKKGASATKHDSE
Site 5T47GKKGASATKHDSEGK
Site 6S51ASATKHDSEGKTAFH
Site 7T55KHDSEGKTAFHLAAA
Site 8T84VDVTAQDTTGHSALH
Site 9S108CIRKLLQSKCPAESV
Site 10S114QSKCPAESVDSSGKT
Site 11S117CPAESVDSSGKTALH
Site 12S118PAESVDSSGKTALHY
Site 13T121SVDSSGKTALHYAAA
Site 14S143QILCEHKSPINLKDL
Site 15S180DHGADVNSRNKSGRT
Site 16S184DVNSRNKSGRTALML
Site 17Y219NLVDSLGYNALHYSK
Site 18Y224LGYNALHYSKLSENA
Site 19S239GIQSLLLSKISQDAD
Site 20S242SLLLSKISQDADLKT
Site 21T249SQDADLKTPTKPKQH
Site 22T251DADLKTPTKPKQHDQ
Site 23S260PKQHDQVSKISSERS
Site 24S263HDQVSKISSERSGTP
Site 25S264DQVSKISSERSGTPK
Site 26S267SKISSERSGTPKKRK
Site 27T269ISSERSGTPKKRKAP
Site 28S281KAPPPPISPTQLSDV
Site 29T283PPPPISPTQLSDVSS
Site 30S286PISPTQLSDVSSPRS
Site 31S289PTQLSDVSSPRSITS
Site 32S290TQLSDVSSPRSITST
Site 33S293SDVSSPRSITSTPLS
Site 34T295VSSPRSITSTPLSGK
Site 35S296SSPRSITSTPLSGKE
Site 36T297SPRSITSTPLSGKES
Site 37S300SITSTPLSGKESVFF
Site 38S304TPLSGKESVFFAEPP
Site 39S317PPFKAEISSIRENKD
Site 40S318PFKAEISSIRENKDR
Site 41S327RENKDRLSDSTTGAD
Site 42S329NKDRLSDSTTGADSL
Site 43T330KDRLSDSTTGADSLL
Site 44T331DRLSDSTTGADSLLD
Site 45S335DSTTGADSLLDISSE
Site 46S340ADSLLDISSEADQQD
Site 47S341DSLLDISSEADQQDL
Site 48S358LLQAKVASLTLHNKE
Site 49T360QAKVASLTLHNKELQ
Site 50S374QDKLQAKSPKEAEAD
Site 51S383KEAEADLSFDSYHST
Site 52S386EADLSFDSYHSTQTD
Site 53Y387ADLSFDSYHSTQTDL
Site 54S389LSFDSYHSTQTDLGP
Site 55T390SFDSYHSTQTDLGPS
Site 56S405LGKPGETSPPDSKSS
Site 57S409GETSPPDSKSSPSVL
Site 58S411TSPPDSKSSPSVLIH
Site 59S412SPPDSKSSPSVLIHS
Site 60S414PDSKSSPSVLIHSLG
Site 61S419SPSVLIHSLGKSTTD
Site 62S423LIHSLGKSTTDNDVR
Site 63T425HSLGKSTTDNDVRIQ
Site 64S447DLQKRLESSEAERKQ
Site 65S461QLQVELQSRRAELVC
Site 66S475CLNNTEISENSSDLS
Site 67S479TEISENSSDLSQKLK
Site 68S482SENSSDLSQKLKETQ
Site 69S490QKLKETQSKYEEAMK
Site 70Y492LKETQSKYEEAMKEV
Site 71S512QMKLGLVSPESMDNY
Site 72S515LGLVSPESMDNYSHF
Site 73Y519SPESMDNYSHFHELR
Site 74S520PESMDNYSHFHELRV
Site 75T528HFHELRVTEEEINVL
Site 76S546LQNALEESERNKEKV
Site 77Y576IKPPVEEYEEMKSSY
Site 78S581EEYEEMKSSYCSVIE
Site 79S582EYEEMKSSYCSVIEN
Site 80Y583YEEMKSSYCSVIENM
Site 81Y601KAFLFEKYQEAQEEI
Site 82T614EIMKLKDTLKSQMTQ
Site 83S617KLKDTLKSQMTQEAS
Site 84T620DTLKSQMTQEASDEA
Site 85S624SQMTQEASDEAEDMK
Site 86S646DELNKQVSELSQLYK
Site 87S649NKQVSELSQLYKEAQ
Site 88Y662AQAELEDYRKRKSLE
Site 89S667EDYRKRKSLEDVTAE
Site 90T672RKSLEDVTAEYIHKA
Site 91Y675LEDVTAEYIHKAEHE
Site 92S700AKAEDALSEMKSQYS
Site 93S704DALSEMKSQYSKVLN
Site 94T714SKVLNELTQLKQLVD
Site 95S727VDAQKENSVSITEHL
Site 96S729AQKENSVSITEHLQV
Site 97T731KENSVSITEHLQVIT
Site 98T739EHLQVITTLRTAAKE
Site 99S752KEMEEKISNLKEHLA
Site 100S760NLKEHLASKEVEVAK
Site 101S787TDAMVPRSSYEKLQS
Site 102S788DAMVPRSSYEKLQSS
Site 103Y789AMVPRSSYEKLQSSL
Site 104S794SSYEKLQSSLESEVS
Site 105S795SYEKLQSSLESEVSV
Site 106S798KLQSSLESEVSVLAS
Site 107S801SSLESEVSVLASKLK
Site 108S805SEVSVLASKLKESVK
Site 109S810LASKLKESVKEKEKV
Site 110T840REKENIQTLLKSKEQ
Site 111S844NIQTLLKSKEQEVNE
Site 112Y869ELAEMKRYAESSSKL
Site 113S872EMKRYAESSSKLEED
Site 114S873MKRYAESSSKLEEDK
Site 115S900KLKEALNSLSQLSYS
Site 116S902KEALNSLSQLSYSTS
Site 117S905LNSLSQLSYSTSSSK
Site 118Y906NSLSQLSYSTSSSKR
Site 119S907SLSQLSYSTSSSKRQ
Site 120T908LSQLSYSTSSSKRQS
Site 121S909SQLSYSTSSSKRQSQ
Site 122S910QLSYSTSSSKRQSQQ
Site 123S911LSYSTSSSKRQSQQL
Site 124S915TSSSKRQSQQLEALQ
Site 125Y952VYRMHLLYAVQGQMD
Site 126T971KVLKQILTMCKNQSQ
Site 127S977LTMCKNQSQKK____
 
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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