PhosphoNET

           
Protein Info 
   
Short Name:  PKD1L3
Full Name:  Polycystic kidney disease protein 1-like 3
Alias:  PC1-like 3 protein;Polycystin-1L3
Type: 
Mass (Da):  195894
Number AA:  1732
UniProt ID:  Q7Z443
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 1S21RTSIILGSELNSPAP
Site 2S25ILGSELNSPAPHGQN
Site 3Y50SFEEAQHYCHVQRGF
Site 4Y73VQDLIRDYLEEGKKW
Site 5Y97KKHQDNKYPADVAAN
Site 6S111NGPPKPLSCTYLSRN
Site 7Y114PKPLSCTYLSRNFIR
Site 8S123SRNFIRISSKGDKCL
Site 9S124RNFIRISSKGDKCLL
Site 10Y134DKCLLKYYFICQTGD
Site 11Y149FLDGDAHYERNGNNS
Site 12Y159NGNNSHLYQRHKKTK
Site 13T165LYQRHKKTKRGVAIA
Site 14T185PGPGHLPTTCHYPLP
Site 15T186GPGHLPTTCHYPLPA
Site 16Y189HLPTTCHYPLPAHLS
Site 17T198LPAHLSKTLCHPISQ
Site 18S219SITSQVTSAASEPSS
Site 19S222SQVTSAASEPSSQPL
Site 20S225TSAASEPSSQPLPVI
Site 21S226SAASEPSSQPLPVIT
Site 22S240TQLTMPVSVTHAGQS
Site 23S247SVTHAGQSLAETTSS
Site 24T251AGQSLAETTSSPKEE
Site 25S253QSLAETTSSPKEEGH
Site 26S254SLAETTSSPKEEGHP
Site 27T263KEEGHPNTFTSYLQV
Site 28Y267HPNTFTSYLQVSLQK
Site 29S271FTSYLQVSLQKASGQ
Site 30T314LQKLTALTPRFSKPA
Site 31S318TALTPRFSKPAQVNL
Site 32S346IPFQNNNSLGFKVPP
Site 33S360PTVCPFHSLNNVTKA
Site 34S371VTKAGEGSWLESKRH
Site 35S375GEGSWLESKRHTEPV
Site 36T379WLESKRHTEPVEDIL
Site 37S406AFLEQNQSPESSVTL
Site 38S409EQNQSPESSVTLTSA
Site 39S410QNQSPESSVTLTSAN
Site 40T412QSPESSVTLTSANAT
Site 41T419TLTSANATLLLSRQN
Site 42S428LLSRQNISTLPLSSY
Site 43T429LSRQNISTLPLSSYT
Site 44S433NISTLPLSSYTLGHP
Site 45Y435STLPLSSYTLGHPAP
Site 46S449PVRLGFPSALALKEL
Site 47S517IMLWRNVSLETHPTS
Site 48T523VSLETHPTSLNMSTH
Site 49S524SLETHPTSLNMSTHQ
Site 50S528HPTSLNMSTHQLTIT
Site 51Y565TLYLGFQYQPNCTHF
Site 52Y590VWQKDEEYTWVLNPE
Site 53S613YYITAVLSERQEGAQ
Site 54T622RQEGAQQTPSLVSVI
Site 55T661PQSTILRTQCLCNHL
Site 56Y711LASLLGFYVITVVWA
Site 57T714LLGFYVITVVWARKK
Site 58T751HYLIQVYTGYRRSAA
Site 59Y753LIQVYTGYRRSAATT
Site 60S756VYTGYRRSAATTAKV
Site 61T759GYRRSAATTAKVVIT
Site 62Y768AKVVITLYGSEGRSE
Site 63S770VVITLYGSEGRSEPH
Site 64S774LYGSEGRSEPHHLCD
Site 65T785HLCDPQKTVFERGGL
Site 66S808TSLGNLHSLRLWHDN
Site 67S819WHDNSGVSPSWYVSQ
Site 68S821DNSGVSPSWYVSQVI
Site 69S863DRVFIPVSKRELFSF
Site 70S869VSKRELFSFRHLFSS
Site 71T1008VVEELKETVRFLLRR
Site 72T1017RFLLRRNTYLLSKCE
Site 73Y1018FLLRRNTYLLSKCEQ
Site 74S1021RRNTYLLSKCEQPPW
Site 75T1034PWSSWDITKLVKLLS
Site 76S1045KLLSSLVSSHLEGQG
Site 77S1085RVLQRLKSHLGTLGL
Site 78T1089RLKSHLGTLGLTQGH
Site 79T1093HLGTLGLTQGHQSCD
Site 80S1106CDFLDAASQLQKLQE
Site 81T1117KLQELLETHILPTEQ
Site 82S1127LPTEQEPSREVTSFA
Site 83T1131QEPSREVTSFAILSS
Site 84S1132EPSREVTSFAILSSE
Site 85S1146EEGKKPISNGLSKWL
Site 86S1150KPISNGLSKWLTSVC
Site 87S1180ALYSLELSKDQATSW
Site 88T1185ELSKDQATSWMISII
Site 89S1219FLYSLMMSRMPRLNK
Site 90S1244ALLAKCSSSVPGSRD
Site 91S1245LLAKCSSSVPGSRDK
Site 92S1249CSSSVPGSRDKNNPV
Site 93Y1257RDKNNPVYVAPAINS
Site 94S1264YVAPAINSPTKHPER
Site 95Y1300TLLMTAIYSAKNSNR
Site 96S1301LLMTAIYSAKNSNRF
Site 97Y1309AKNSNRFYLHQAIWK
Site 98S1323KTFSHQFSEIKLLQD
Site 99S1342ANHILLPSLYGDYRG
Site 100Y1344HILLPSLYGDYRGKN
Site 101Y1347LPSLYGDYRGKNAVL
Site 102T1374FQIPRTKTYEKVDEG
Site 103Y1375QIPRTKTYEKVDEGQ
Site 104S1397HTCGRPKSLFPGLHL
Site 105S1408GLHLRRFSYICSPRP
Site 106Y1409LHLRRFSYICSPRPM
Site 107T1429DELHERLTSKNENGF
Site 108S1430ELHERLTSKNENGFS
Site 109Y1438KNENGFSYIMRGAFF
Site 110S1452FTSLRLESFTSLQMS
Site 111T1454SLRLESFTSLQMSKK
Site 112S1455LRLESFTSLQMSKKG
Site 113S1459SFTSLQMSKKGCVWS
Site 114T1497QQKWRFFTGKRNILD
Site 115S1511DTSIILISFILLGLD
Site 116S1521LLGLDMKSISLHKKN
Site 117S1523GLDMKSISLHKKNMA
Site 118S1541DDQDRFISFYEAVKV
Site 119Y1543QDRFISFYEAVKVNS
Site 120S1574LWNLLRHSPRLRVIS
Site 121S1581SPRLRVISRTLSRAW
Site 122T1583RLRVISRTLSRAWDE
Site 123S1585RVISRTLSRAWDEVV
Site 124Y1620FGCSISDYRTFFSSA
Site 125S1684AFGKERKSLKKEAAL
Site 126T1694KEAALIDTLLQKLSN
Site 127S1706LSNLLGISWPQKTSS
Site 128S1713SWPQKTSSEQAATTA
Site 129T1718TSSEQAATTAVGSDT
Site 130T1719SSEQAATTAVGSDTE
 
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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