PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1432
Full Name:  Protein RIC1 homolog
Alias:  BA207C16.1; CIP150; Connexin 43 interacting protein 150 kDa; Connexin 43-interacting protein of 150 kDa
Type:  Adapter/scaffold protein
Mass (Da):  159301
Number AA:  1423
UniProt ID:  Q4ADV7
International Prot ID:  IPI00164719
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     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 1S27EAPFHVQSDPQRAFF
Site 2Y56PSVLIVTYKEPAKSS
Site 3S62TYKEPAKSSTQFGSY
Site 4S63YKEPAKSSTQFGSYK
Site 5T64KEPAKSSTQFGSYKQ
Site 6S78QAEWRPDSTMIAVST
Site 7T96YILFFHITSTRGDKY
Site 8Y103TSTRGDKYLYEPVYP
Site 9Y105TRGDKYLYEPVYPKG
Site 10Y109KYLYEPVYPKGSPQM
Site 11S113EPVYPKGSPQMKGTP
Site 12T119GSPQMKGTPHFKEEQ
Site 13S187NLCTVPFSVDLQSSR
Site 14T231DGKVGFITPVSSRFT
Site 15T238TPVSSRFTAEQLHGV
Site 16T254PQDVVDGTCVAVNNK
Site 17Y277VSGSVQVYTIDNSTG
Site 18T278SGSVQVYTIDNSTGA
Site 19T295LSHKLELTAKQYPDI
Site 20Y299LELTAKQYPDIWNKT
Site 21Y350TLGGDFAYRSDGTKK
Site 22S352GGDFAYRSDGTKKDP
Site 23S364KDPLKINSMSWGAEG
Site 24S366PLKINSMSWGAEGYH
Site 25S382WVISGFGSQNTEIES
Site 26S389SQNTEIESDLRSVVK
Site 27S393EIESDLRSVVKQPSI
Site 28Y431LQGEDRLYLNCGEAS
Site 29S438YLNCGEASQTQNPRS
Site 30T440NCGEASQTQNPRSSS
Site 31S445SQTQNPRSSSTHSEH
Site 32S446QTQNPRSSSTHSEHK
Site 33S447TQNPRSSSTHSEHKP
Site 34S450PRSSSTHSEHKPSRE
Site 35S455THSEHKPSREKSPFA
Site 36S459HKPSREKSPFADGGL
Site 37S472GLESQGLSTLLGHRH
Site 38T473LESQGLSTLLGHRHW
Site 39T488HVVQISSTYLESNWP
Site 40S492ISSTYLESNWPIRFS
Site 41S499SNWPIRFSAIDKLGQ
Site 42Y568RQEELRVYLRTSNLD
Site 43T571ELRVYLRTSNLDNAF
Site 44S572LRVYLRTSNLDNAFA
Site 45Y610ADCSICLYSIERKSD
Site 46S611DCSICLYSIERKSDG
Site 47S616LYSIERKSDGPNTTA
Site 48T621RKSDGPNTTAGIQVL
Site 49Y636QEVSMSRYIPHPFLV
Site 50S670QQARGAESIMLNLAG
Site 51S687IMMQRDRSGPQIREK
Site 52S762RDHRKPHSFLSQRIM
Site 53S765RKPHSFLSQRIMLPF
Site 54Y777LPFHINIYPLAVLFE
Site 55Y798AVNDTLLYDSLYTRN
Site 56S800NDTLLYDSLYTRNNA
Site 57Y802TLLYDSLYTRNNARE
Site 58Y827VERTSQIYLHHILRQ
Site 59T874EVLEEEATSREPIPD
Site 60S875VLEEEATSREPIPDP
Site 61S987RFLKAIGSGESETPP
Site 62S990KAIGSGESETPPSTP
Site 63T992IGSGESETPPSTPTA
Site 64S995GESETPPSTPTAQEP
Site 65T996ESETPPSTPTAQEPS
Site 66S1004PTAQEPSSSGGFEFF
Site 67S1005TAQEPSSSGGFEFFR
Site 68S1015FEFFRNRSISLSQSA
Site 69S1017FFRNRSISLSQSAEN
Site 70S1019RNRSISLSQSAENVP
Site 71S1021RSISLSQSAENVPAS
Site 72S1028SAENVPASKFSLQKT
Site 73S1031NVPASKFSLQKTLSM
Site 74T1035SKFSLQKTLSMPSGP
Site 75S1037FSLQKTLSMPSGPSG
Site 76S1040QKTLSMPSGPSGKRW
Site 77S1043LSMPSGPSGKRWSKD
Site 78S1048GPSGKRWSKDSDCAE
Site 79S1132IPASSISSPFKNGKY
Site 80Y1139SPFKNGKYRTVGEQL
Site 81T1141FKNGKYRTVGEQLLK
Site 82S1149VGEQLLKSQSADPFL
Site 83S1151EQLLKSQSADPFLNL
Site 84S1170GISNIQRSQSWLSNI
Site 85S1172SNIQRSQSWLSNIGP
Site 86S1175QRSQSWLSNIGPTHH
Site 87T1186PTHHEIDTASSHGPQ
Site 88S1200QMQDAFLSPLSNKGD
Site 89S1203DAFLSPLSNKGDECS
Site 90S1210SNKGDECSIGSATDL
Site 91T1215ECSIGSATDLTESSS
Site 92T1218IGSATDLTESSSMVD
Site 93S1222TDLTESSSMVDGDWT
Site 94T1237MVDENFSTLSLTQSE
Site 95S1239DENFSTLSLTQSELE
Site 96T1241NFSTLSLTQSELEHI
Site 97S1243STLSLTQSELEHISM
Site 98S1254HISMELASKGPHKSQ
Site 99S1260ASKGPHKSQVQLRYL
Site 100T1326AVDRWASTDCPGYKP
Site 101T1362PDAFQPITMGKTPEQ
Site 102T1366QPITMGKTPEQTSPR
Site 103S1371GKTPEQTSPRAEESR
Site 104S1377TSPRAEESRGSSSHG
Site 105S1380RAEESRGSSSHGSIP
Site 106S1381AEESRGSSSHGSIPQ
Site 107S1382EESRGSSSHGSIPQG
Site 108S1385RGSSSHGSIPQGEVG
Site 109S1393IPQGEVGSSNMVSRK
Site 110S1394PQGEVGSSNMVSRKE
Site 111S1398VGSSNMVSRKEEDTA
Site 112T1404VSRKEEDTAQAEEEE
Site 113T1417EEPFQDGTYDCSVS_
Site 114Y1418EPFQDGTYDCSVS__
 
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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