PhosphoNET

           
Protein Info 
   
Short Name:  IBTK
Full Name:  Inhibitor of Bruton tyrosine kinase
Alias:  Bruton agammaglobulinemia tyrosine kinase inhibitor; BTK-binding protein; BTKI; DKFZP564B116; Inhibitor of Bruton agammaglobulinemia tyrosine kinase; Inhibitor of Bruton tyrosine kinase: Inhibitor of Bruton tyrosine kinase
Type:  Protein kinase, regulatory subunit
Mass (Da):  150528
Number AA:  1353
UniProt ID:  Q9P2D0
International Prot ID:  not found
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0019898   Uniprot OncoNet
Molecular Function:  GO:0019901  GO:0030292   PhosphoSite+ KinaseNET
Biological Process:  GO:0001933  GO:0051209   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 1T9SSPMPDCTSKCRSLK
Site 2S10SPMPDCTSKCRSLKH
Site 3S14DCTSKCRSLKHALDV
Site 4S23KHALDVLSVVTKGSE
Site 5Y42AFLSSHCYNAATIKD
Site 6S60RNALHLVSSCGKKGV
Site 7T88KDKESGWTALHRSIF
Site 8Y96ALHRSIFYGHIDCVW
Site 9S104GHIDCVWSLLKHGVS
Site 10S111SLLKHGVSLYIQDKE
Site 11Y113LKHGVSLYIQDKEGL
Site 12T132LVMKDRPTHVVFKNT
Site 13Y145NTDPTDVYTWGDNTN
Site 14S159NFTLGHGSQNSKHHP
Site 15S162LGHGSQNSKHHPELV
Site 16Y178LFSRSGIYIKQVVLC
Site 17S193KFHSVFLSQKGQVYT
Site 18Y199LSQKGQVYTCGHGPG
Site 19T200SQKGQVYTCGHGPGG
Site 20S232GLNGHNCSQVAAAKD
Site 21S268LGIIPPPSSCNVPRQ
Site 22S269GIIPPPSSCNVPRQI
Site 23Y280PRQIQAKYLKGRTII
Site 24T285AKYLKGRTIIGVAAG
Site 25T296VAAGRFHTVLWTREA
Site 26T300RFHTVLWTREAVYTM
Site 27T327PNGEKCVTAPRQVSA
Site 28S333VTAPRQVSALHHKDI
Site 29Y367DIYLLADYQCKKMAS
Site 30Y391VSGGHMEYKVDPEHL
Site 31S422GRVFCWRSVNSSLKQ
Site 32Y434LKQCRWAYPRQVFIS
Site 33S441YPRQVFISDIALNRN
Site 34T454RNEILFVTQDGEGFR
Site 35S471WFEEKRKSSEKKEIL
Site 36S472FEEKRKSSEKKEILS
Site 37S479SEKKEILSNLHNSSS
Site 38S484ILSNLHNSSSDVSYV
Site 39S485LSNLHNSSSDVSYVS
Site 40S486SNLHNSSSDVSYVSD
Site 41S489HNSSSDVSYVSDINS
Site 42Y490NSSSDVSYVSDINSV
Site 43S492SSDVSYVSDINSVYE
Site 44S496SYVSDINSVYERIRL
Site 45Y498VSDINSVYERIRLEK
Site 46T507RIRLEKLTFAHRAVS
Site 47S514TFAHRAVSVSTDPSG
Site 48S516AHRAVSVSTDPSGCN
Site 49S529CNFAILQSDPKTSLY
Site 50T533ILQSDPKTSLYEIPA
Site 51S534LQSDPKTSLYEIPAV
Site 52Y536SDPKTSLYEIPAVSS
Site 53S542LYEIPAVSSSSFFEE
Site 54S543YEIPAVSSSSFFEEF
Site 55S544EIPAVSSSSFFEEFG
Site 56S545IPAVSSSSFFEEFGK
Site 57S562READEMDSIHDVTFQ
Site 58T567MDSIHDVTFQVGNRL
Site 59Y580RLFPAHKYILAVHSD
Site 60S595FFQKLFLSDGNTSEF
Site 61T599LFLSDGNTSEFTDIY
Site 62Y606TSEFTDIYQKDEDSA
Site 63Y630VHPDMFEYLLQFIYT
Site 64T644TDTCDFLTHGFKPRI
Site 65T663NPEEYQGTLNSHLNK
Site 66S688SAFEVYKSNQAQTVS
Site 67S695SNQAQTVSERQKSKP
Site 68S700TVSERQKSKPKSCKK
Site 69S704RQKSKPKSCKKGKNI
Site 70T722DPVRMLQTVAKKFDF
Site 71S730VAKKFDFSNLSSRLD
Site 72S733KFDFSNLSSRLDGVR
Site 73S734FDFSNLSSRLDGVRF
Site 74S760TGNKLKLSQKKCSFL
Site 75S765KLSQKKCSFLCDVTM
Site 76S774LCDVTMKSVDGKEFP
Site 77S796ARLEYFHSMLSSSWI
Site 78S799EYFHSMLSSSWIEAS
Site 79S800YFHSMLSSSWIEASS
Site 80S801FHSMLSSSWIEASSC
Site 81S924DGVLKDLSEFYRKMI
Site 82T940AMDRRVITPYQDGPD
Site 83Y942DRRVITPYQDGPDIS
Site 84S949YQDGPDISYLEVEDG
Site 85Y950QDGPDISYLEVEDGD
Site 86S990KKKPRKRSDSSGGYN
Site 87S992KPRKRSDSSGGYNLS
Site 88S993PRKRSDSSGGYNLSD
Site 89Y996RSDSSGGYNLSDIIQ
Site 90S999SSGGYNLSDIIQSPS
Site 91S1004NLSDIIQSPSSTGLL
Site 92S1006SDIIQSPSSTGLLKS
Site 93S1007DIIQSPSSTGLLKSG
Site 94T1008IIQSPSSTGLLKSGK
Site 95S1013SSTGLLKSGKTNSVE
Site 96T1016GLLKSGKTNSVESLP
Site 97S1018LKSGKTNSVESLPEL
Site 98S1021GKTNSVESLPELLTS
Site 99T1027ESLPELLTSDSEGSY
Site 100S1028SLPELLTSDSEGSYA
Site 101S1030PELLTSDSEGSYAGV
Site 102S1033LTSDSEGSYAGVGSP
Site 103Y1034TSDSEGSYAGVGSPR
Site 104S1039GSYAGVGSPRDLQSP
Site 105S1045GSPRDLQSPDFTTGF
Site 106T1049DLQSPDFTTGFHSDK
Site 107T1050LQSPDFTTGFHSDKI
Site 108S1054DFTTGFHSDKIEAKV
Site 109Y1064IEAKVKPYVNGTSPV
Site 110T1068VKPYVNGTSPVYSRE
Site 111S1069KPYVNGTSPVYSRED
Site 112Y1072VNGTSPVYSREDLKP
Site 113S1073NGTSPVYSREDLKPW
Site 114S1083DLKPWEKSPILKISA
Site 115S1089KSPILKISAPQPIPS
Site 116S1096SAPQPIPSNRIDTTS
Site 117T1101IPSNRIDTTSSASWV
Site 118T1102PSNRIDTTSSASWVA
Site 119S1103SNRIDTTSSASWVAG
Site 120S1104NRIDTTSSASWVAGS
Site 121S1111SASWVAGSFSPVSPP
Site 122S1113SWVAGSFSPVSPPVV
Site 123S1116AGSFSPVSPPVVDLR
Site 124T1124PPVVDLRTIMEIEES
Site 125S1131TIMEIEESRQKCGAT
Site 126T1138SRQKCGATPKSHLGK
Site 127S1141KCGATPKSHLGKTVS
Site 128T1146PKSHLGKTVSHGVKL
Site 129S1148SHLGKTVSHGVKLSQ
Site 130S1154VSHGVKLSQKQRKMI
Site 131S1170LTTKENNSGMNSMET
Site 132S1174ENNSGMNSMETVLFT
Site 133T1177SGMNSMETVLFTPSK
Site 134T1181SMETVLFTPSKAPKP
Site 135S1183ETVLFTPSKAPKPVN
Site 136S1194KPVNAWASSLHSVSS
Site 137S1195PVNAWASSLHSVSSK
Site 138S1198AWASSLHSVSSKSFR
Site 139S1200ASSLHSVSSKSFRDF
Site 140S1201SSLHSVSSKSFRDFL
Site 141S1203LHSVSSKSFRDFLLE
Site 142S1214FLLEEKKSVTSHSSG
Site 143T1216LEEKKSVTSHSSGDH
Site 144S1217EEKKSVTSHSSGDHV
Site 145S1219KKSVTSHSSGDHVKK
Site 146S1228GDHVKKVSFKGIENS
Site 147S1235SFKGIENSQAPKIVR
Site 148S1244APKIVRCSTHGTPGP
Site 149T1245PKIVRCSTHGTPGPE
Site 150T1248VRCSTHGTPGPEGNH
Site 151S1257GPEGNHISDLPLLDS
Site 152S1264SDLPLLDSPNPWLSS
Site 153S1270DSPNPWLSSSVTAPS
Site 154S1271SPNPWLSSSVTAPSM
Site 155S1272PNPWLSSSVTAPSMV
 
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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