PhosphoNET

           
Protein Info 
   
Short Name:  STIL
Full Name:  SCL-interrupting locus protein
Alias:  SCL interrupting locus; SCL/TAL1 interrupting locus; sil; stil; TAL1 (SCL) interrupting locus
Type: 
Mass (Da):  142950
Number AA: 
UniProt ID:  Q15468
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005829     Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0008283  GO:0007275   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 1T14FARPQMNTRFPSSRM
Site 2S18QMNTRFPSSRMVPFH
Site 3T37KCALWNPTPTGDFIY
Site 4Y44TPTGDFIYLHLSYYR
Site 5T61KLVVTEKTIRLAYRH
Site 6Y66EKTIRLAYRHAKQNK
Site 7S76AKQNKKNSSCFLLGS
Site 8S77KQNKKNSSCFLLGSL
Site 9S83SSCFLLGSLTADEDE
Site 10T94DEDEEGVTLTVDRFD
Site 11T96DEEGVTLTVDRFDPG
Site 12S142SREMIVHSVDDFSSA
Site 13S147VHSVDDFSSALKALQ
Site 14S148HSVDDFSSALKALQC
Site 15S162CHICSKDSLDCGKLL
Site 16T176LSLRVHITSRESLDS
Site 17S177SLRVHITSRESLDSV
Site 18S180VHITSRESLDSVEFD
Site 19S183TSRESLDSVEFDLHW
Site 20S219TALARNLSSNLNISQ
Site 21S225LSSNLNISQVQGTYK
Site 22Y235QGTYKYGYLTMDETR
Site 23S294SVQERVFSESGNFII
Site 24Y314THKEPEFYECFPCDG
Site 25T332DFRFQLLTSKETLHL
Site 26T336QLLTSKETLHLFKNV
Site 27S356NPIRCELSAESQNAE
Site 28S368NAETEFFSKASKNFS
Site 29S375SKASKNFSIKRSSQK
Site 30S379KNFSIKRSSQKLSSG
Site 31S380NFSIKRSSQKLSSGK
Site 32S384KRSSQKLSSGKMPIH
Site 33S385RSSQKLSSGKMPIHD
Site 34S395MPIHDHDSGVEDEDF
Site 35S403GVEDEDFSPRPIPSP
Site 36S409FSPRPIPSPHPVSQK
Site 37S414IPSPHPVSQKISKIQ
Site 38S418HPVSQKISKIQPSVP
Site 39T443IESNPLPTPLEMVNN
Site 40Y470KPLQPQLYDEKHSPE
Site 41S475QLYDEKHSPEVEAGE
Site 42S484EVEAGEPSLRGIPNQ
Site 43Y511KVRQPPAYKKGNPHT
Site 44S521GNPHTRNSIKPSSHN
Site 45S525TRNSIKPSSHNGPSH
Site 46S526RNSIKPSSHNGPSHD
Site 47S531PSSHNGPSHDIFEKL
Site 48T540DIFEKLQTVSAGNVQ
Site 49Y551GNVQNEEYPIRPSTL
Site 50S556EEYPIRPSTLNSRQS
Site 51T557EYPIRPSTLNSRQSS
Site 52S560IRPSTLNSRQSSLAP
Site 53S563STLNSRQSSLAPQSQ
Site 54S564TLNSRQSSLAPQSQP
Site 55S569QSSLAPQSQPHDFVF
Site 56S577QPHDFVFSPHNSGRP
Site 57S581FVFSPHNSGRPMELQ
Site 58T591PMELQIPTPPLPSYC
Site 59Y597PTPPLPSYCSTNVCR
Site 60S619IQYSPLNSWQGANTV
Site 61T625NSWQGANTVGSIQDV
Site 62S634GSIQDVQSEALQKHS
Site 63S641SEALQKHSLFHPSGC
Site 64S661NAFCSSSSPIALRPQ
Site 65S673RPQGDMGSCSPHSNI
Site 66S675QGDMGSCSPHSNIEP
Site 67S678MGSCSPHSNIEPSPV
Site 68S683PHSNIEPSPVARPPS
Site 69S690SPVARPPSHMDLCNP
Site 70T706PCTVCMHTPKTESDN
Site 71S719DNGMMGLSPDAYRFL
Site 72Y723MGLSPDAYRFLTEQD
Site 73T727PDAYRFLTEQDRQLR
Site 74S748QRLLEAQSLMPCSPK
Site 75S753AQSLMPCSPKTTAVE
Site 76T762KTTAVEDTVQAGRQM
Site 77S773GRQMELVSVEAQSSP
Site 78S779VSVEAQSSPGLHMRK
Site 79S811GEDQEPDSQMKQDDT
Site 80T818SQMKQDDTKISSEDM
Site 81T836VDINNEVTSLPGSAS
Site 82S837DINNEVTSLPGSASS
Site 83S852LKAVDIPSFEESNIA
Site 84S856DIPSFEESNIAVEEE
Site 85S869EEFNQPLSVSNSSLV
Site 86S871FNQPLSVSNSSLVVR
Site 87S873QPLSVSNSSLVVRKE
Site 88S874PLSVSNSSLVVRKEP
Site 89S895PSGQLAESVSMCLQT
Site 90S909TGPTGGASNNSETSE
Site 91S915ASNNSETSEEPKIEH
Site 92S932QPLLHQPSDNQKIYQ
Site 93Y938PSDNQKIYQDLLGQV
Site 94S951QVNHLLNSSSKETEQ
Site 95S953NHLLNSSSKETEQPS
Site 96T956LNSSSKETEQPSTKA
Site 97T961KETEQPSTKAVIISH
Site 98S967STKAVIISHECTRTQ
Site 99T973ISHECTRTQNVYHTK
Site 100Y977CTRTQNVYHTKKKTH
Site 101T983VYHTKKKTHHSRLVD
Site 102S986TKKKTHHSRLVDKDC
Site 103S1004ATLKQLRSLGVKIDS
Site 104S1011SLGVKIDSPTKVKKN
Site 105T1013GVKIDSPTKVKKNAH
Site 106S1054NVGMSGLSPNGVDLS
Site 107Y1071ANAIALKYLNENQLS
Site 108S1078YLNENQLSQLSVTRS
Site 109S1081ENQLSQLSVTRSNQN
Site 110S1085SQLSVTRSNQNNCDP
Site 111T1104HINTDRSTVGLSLIS
Site 112S1108DRSTVGLSLISPNNM
Site 113S1111TVGLSLISPNNMSFA
Site 114S1116LISPNNMSFATKKYM
Site 115Y1122MSFATKKYMKRYGLL
Site 116S1131KRYGLLQSSDNSEDE
Site 117S1132RYGLLQSSDNSEDEE
Site 118S1135LLQSSDNSEDEEEPP
Site 119S1147EPPDNADSKSEYLLN
Site 120S1149PDNADSKSEYLLNQN
Site 121Y1151NADSKSEYLLNQNLR
Site 122S1159LLNQNLRSIPEQLGG
Site 123S1171LGGQKEPSKNDHEII
Site 124T1188SNCESVGTNADTPVL
Site 125T1192SVGTNADTPVLRNIT
Site 126T1199TPVLRNITNEVLQTK
Site 127T1212TKAKQQLTEKPAFLV
Site 128S1225LVKNLKPSPAVNLRT
Site 129T1238RTGKAEFTQHPEKEN
Site 130T1250KENEGDITIFPESLQ
Site 131S1255DITIFPESLQPSETL
Site 132S1259FPESLQPSETLKQMN
Site 133T1261ESLQPSETLKQMNSM
Site 134S1267ETLKQMNSMNSVGTF
Site 135S1270KQMNSMNSVGTFLDV
 
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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