PhosphoNET

           
Protein Info 
   
Short Name:  KIAA1931
Full Name:  Protein FAM193B
Alias: 
Type: 
Mass (Da):  96553
Number AA:  902
UniProt ID:  Q96PV7
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 1S6__MTRRRSRPSGGAG
Site 2S9TRRRSRPSGGAGRRE
Site 3S36PEPPPPPSLEAGAGA
Site 4S75GPQVPPASSQPVQTC
Site 5S76PQVPPASSQPVQTCC
Site 6S98KGWEEGPSQNGLVLQ
Site 7S136VCQSCRKSMEEDERQ
Site 8T144MEEDERQTGREHAVA
Site 9S153REHAVAISLSHTSCK
Site 10S155HAVAISLSHTSCKSQ
Site 11T157VAISLSHTSCKSQSC
Site 12S158AISLSHTSCKSQSCG
Site 13S161LSHTSCKSQSCGDDS
Site 14S163HTSCKSQSCGDDSHS
Site 15S168SQSCGDDSHSSSSSS
Site 16S170SCGDDSHSSSSSSSS
Site 17S171CGDDSHSSSSSSSSS
Site 18S172GDDSHSSSSSSSSSS
Site 19S173DDSHSSSSSSSSSSS
Site 20S174DSHSSSSSSSSSSSS
Site 21S175SHSSSSSSSSSSSSS
Site 22S176HSSSSSSSSSSSSSS
Site 23S177SSSSSSSSSSSSSSS
Site 24S179SSSSSSSSSSSSSSC
Site 25S180SSSSSSSSSSSSSCP
Site 26S181SSSSSSSSSSSSCPG
Site 27S182SSSSSSSSSSSCPGN
Site 28S183SSSSSSSSSSCPGNS
Site 29S184SSSSSSSSSCPGNSG
Site 30S185SSSSSSSSCPGNSGD
Site 31S190SSSCPGNSGDWDPSS
Site 32S196NSGDWDPSSFLSAHK
Site 33S197SGDWDPSSFLSAHKL
Site 34S200WDPSSFLSAHKLSGL
Site 35S210KLSGLWNSPHSSGAM
Site 36S213GLWNSPHSSGAMPGS
Site 37S214LWNSPHSSGAMPGSS
Site 38S220SSGAMPGSSLGSPPT
Site 39S221SGAMPGSSLGSPPTI
Site 40S224MPGSSLGSPPTIPGE
Site 41T227SSLGSPPTIPGEAFP
Site 42S236PGEAFPVSEHHQHSD
Site 43T245HHQHSDLTAPPNSPT
Site 44S250DLTAPPNSPTGHHPQ
Site 45S260GHHPQPASLIPSHPS
Site 46S264QPASLIPSHPSSFGS
Site 47S267SLIPSHPSSFGSPPH
Site 48S268LIPSHPSSFGSPPHP
Site 49S271SHPSSFGSPPHPHLL
Site 50T280PHPHLLPTTPAAPFP
Site 51T281HPHLLPTTPAAPFPA
Site 52T303AAATAPHTPGPCQSS
Site 53S309HTPGPCQSSHLPSTS
Site 54S310TPGPCQSSHLPSTSM
Site 55S314CQSSHLPSTSMPLLK
Site 56T315QSSHLPSTSMPLLKM
Site 57S316SSHLPSTSMPLLKMP
Site 58S327LKMPPPFSGCSHPCS
Site 59S342GHCGGHCSGPLLPPP
Site 60S350GPLLPPPSSQPLPST
Site 61S351PLLPPPSSQPLPSTH
Site 62S356PSSQPLPSTHRDPGC
Site 63T357SSQPLPSTHRDPGCK
Site 64S393GLGEEEDSSSERSSC
Site 65S394LGEEEDSSSERSSCT
Site 66S395GEEEDSSSERSSCTS
Site 67S398EDSSSERSSCTSSST
Site 68S399DSSSERSSCTSSSTH
Site 69T401SSERSSCTSSSTHQR
Site 70S402SERSSCTSSSTHQRD
Site 71S403ERSSCTSSSTHQRDG
Site 72S404RSSCTSSSTHQRDGK
Site 73S432APPAAPTSRNYTEIR
Site 74Y435AAPTSRNYTEIREKL
Site 75T436APTSRNYTEIREKLR
Site 76S444EIREKLRSRLTRRKE
Site 77T447EKLRSRLTRRKEELP
Site 78S483ELLEFINSTEPKVPN
Site 79T484LLEFINSTEPKVPNS
Site 80S491TEPKVPNSARAAKRA
Site 81S524LKQANRVSGSREPRP
Site 82S526QANRVSGSREPRPAR
Site 83S549RELDRVNSFLSSRLQ
Site 84S552DRVNSFLSSRLQEIK
Site 85S553RVNSFLSSRLQEIKN
Site 86T561RLQEIKNTVKDSIRA
Site 87S565IKNTVKDSIRASFSV
Site 88S571DSIRASFSVCELSMD
Site 89S576SFSVCELSMDSNGFS
Site 90S579VCELSMDSNGFSKEG
Site 91S583SMDSNGFSKEGAAEP
Site 92S594AAEPEPQSLPPSNLS
Site 93S598EPQSLPPSNLSGSSE
Site 94S601SLPPSNLSGSSEQQP
Site 95S603PPSNLSGSSEQQPDI
Site 96S615PDINLDLSPLTLGSP
Site 97T618NLDLSPLTLGSPQNH
Site 98S621LSPLTLGSPQNHTLQ
Site 99T626LGSPQNHTLQAPGEP
Site 100T648RGPHPPWTEVRGPPP
Site 101T669GLVRRLNTVPNLSRV
Site 102T681SRVIWVKTPKPGYPS
Site 103Y686VKTPKPGYPSSEEPS
Site 104S688TPKPGYPSSEEPSSK
Site 105S689PKPGYPSSEEPSSKE
Site 106S693YPSSEEPSSKEVPSC
Site 107S694PSSEEPSSKEVPSCK
Site 108S699PSSKEVPSCKQELPE
Site 109S709QELPEPVSSGGKPQK
Site 110S710ELPEPVSSGGKPQKG
Site 111S722QKGKRQGSQAKKSEA
Site 112S727QGSQAKKSEASPAPR
Site 113S730QAKKSEASPAPRPPA
Site 114S738PAPRPPASLEVPSAK
Site 115S765LELPKVGSCAEAGEG
Site 116S776AGEGSRGSRPGPGWA
Site 117S785PGPGWAGSPKTEKEK
Site 118T788GWAGSPKTEKEKGSS
Site 119S795TEKEKGSSWRNWPGE
Site 120S812ARPQEQESVQPPGPA
Site 121S823PGPARPQSLPQGKGR
Site 122S831LPQGKGRSRRSRNKQ
Site 123S834GKGRSRRSRNKQEKP
Site 124T862DGVEMDETDREVEYF
Site 125Y868ETDREVEYFKRFCLD
Site 126S876FKRFCLDSAKQTRQK
Site 127S892AVNWTNFSLKKTTPS
Site 128T896TNFSLKKTTPSTAQ_
Site 129T897NFSLKKTTPSTAQ__
 
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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