PhosphoNET

           
Protein Info 
   
Short Name:  ITGB4
Full Name:  Integrin beta-4
Alias:  CD104; CD104 antigen; GP150; Integrin beta-4; Integrin beta-4C; Integrin, beta 4; ITB4
Type:  Receptor, misc.; Adhesion
Mass (Da):  202151
Number AA:  1822
UniProt ID:  P16144
International Prot ID:  IPI00220845
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0008305     Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0004872   PhosphoSite+ KinaseNET
Biological Process:  GO:0007160  GO:0007229   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 1S7_MAGPRPSPWARLLL
Site 2S21LAALISVSLSGTLAN
Site 3T25ISVSLSGTLANRCKK
Site 4Y50RVDKDCAYCTDEMFR
Site 5S368EAFNRIRSNLDIRAL
Site 6S377LDIRALDSPRGLRTE
Site 7T383DSPRGLRTEVTSKMF
Site 8S387GLRTEVTSKMFQKTR
Site 9T681RDEDDDCTYSYTMEG
Site 10Y762VGFKEDHYMLRENLM
Site 11T776MASDHLDTPMLRSGN
Site 12T805MQRPGFATHAASINP
Site 13S821ELVPYGLSLRLARLC
Site 14T829LRLARLCTENLLKPD
Site 15T837ENLLKPDTRECAQLR
Site 16Y855EENLNEVYRQISGVH
Site 17S859NEVYRQISGVHKLQQ
Site 18T882AGKKQDHTIVDTVLM
Site 19T886QDHTIVDTVLMAPRS
Site 20Y920DLKVAPGYYTLTADQ
Site 21Y921LKVAPGYYTLTADQD
Site 22T973DVPAGTATLGRRLVN
Site 23T982GRRLVNITIIKEQAR
Site 24S993EQARDVVSFEQPEFS
Site 25S1000SFEQPEFSVSRGDQV
Site 26S1002EQPEFSVSRGDQVAR
Site 27S1022RVLDGGKSQVSYRTQ
Site 28S1025DGGKSQVSYRTQDGT
Site 29Y1026GGKSQVSYRTQDGTA
Site 30T1032SYRTQDGTAQGNRDY
Site 31Y1039TAQGNRDYIPVEGEL
Site 32S1069LELQEVDSLLRGRQV
Site 33S1084RRFHVQLSNPKFGAH
Site 34S1097AHLGQPHSTTIIIRD
Site 35T1098HLGQPHSTTIIIRDP
Site 36T1099LGQPHSTTIIIRDPD
Site 37S1111DPDELDRSFTSQMLS
Site 38T1113DELDRSFTSQMLSSQ
Site 39S1114ELDRSFTSQMLSSQP
Site 40S1118SFTSQMLSSQPPPHG
Site 41S1119FTSQMLSSQPPPHGD
Site 42Y1157PSGKPMGYRVKYWIQ
Site 43Y1161PMGYRVKYWIQGDSE
Site 44S1169WIQGDSESEAHLLDS
Site 45S1176SEAHLLDSKVPSVEL
Site 46T1184KVPSVELTNLYPYCD
Site 47Y1187SVELTNLYPYCDYEM
Site 48Y1189ELTNLYPYCDYEMKV
Site 49Y1192NLYPYCDYEMKVCAY
Site 50Y1199YEMKVCAYGAQGEGP
Site 51Y1207GAQGEGPYSSLVSCR
Site 52S1208AQGEGPYSSLVSCRT
Site 53S1209QGEGPYSSLVSCRTH
Site 54S1212GPYSSLVSCRTHQEV
Site 55T1215SSLVSCRTHQEVPSE
Site 56S1221RTHQEVPSEPGRLAF
Site 57T1236NVVSSTVTQLSWAEP
Site 58S1239SSTVTQLSWAEPAET
Site 59T1246SWAEPAETNGEITAY
Site 60Y1257ITAYEVCYGLVNDDN
Site 61S1291LIENLRESQPYRYTV
Site 62Y1294NLRESQPYRYTVKAR
Site 63T1297ESQPYRYTVKARNGA
Site 64T1318EAIINLATQPKRPMS
Site 65S1325TQPKRPMSIPIIPDI
Site 66S1339IPIVDAQSGEDYDSF
Site 67Y1343DAQSGEDYDSFLMYS
Site 68S1345QSGEDYDSFLMYSDD
Site 69Y1349DYDSFLMYSDDVLRS
Site 70S1350YDSFLMYSDDVLRSP
Site 71S1356YSDDVLRSPSGSQRP
Site 72S1358DDVLRSPSGSQRPSV
Site 73S1360VLRSPSGSQRPSVSD
Site 74S1364PSGSQRPSVSDDTGC
Site 75S1366GSQRPSVSDDTGCGW
Site 76T1369RPSVSDDTGCGWKFE
Site 77T1389ELDLRRVTWRLPPEL
Site 78S1401PELIPRLSASSGRSS
Site 79S1403LIPRLSASSGRSSDA
Site 80S1404IPRLSASSGRSSDAE
Site 81S1407LSASSGRSSDAEAPH
Site 82S1408SASSGRSSDAEAPHG
Site 83S1428GAGGKGGSLPRSATP
Site 84S1432KGGSLPRSATPGPPG
Site 85T1434GSLPRSATPGPPGEH
Site 86S1454MDFAFPGSTNSLHRM
Site 87T1455DFAFPGSTNSLHRMT
Site 88S1457AFPGSTNSLHRMTTT
Site 89T1462TNSLHRMTTTSAAAY
Site 90T1463NSLHRMTTTSAAAYG
Site 91S1465LHRMTTTSAAAYGTH
Site 92Y1469TTTSAAAYGTHLSPH
Site 93T1471TSAAAYGTHLSPHVP
Site 94S1474AAYGTHLSPHVPHRV
Site 95S1483HVPHRVLSTSSTLTR
Site 96T1484VPHRVLSTSSTLTRD
Site 97S1485PHRVLSTSSTLTRDY
Site 98S1486HRVLSTSSTLTRDYN
Site 99T1487RVLSTSSTLTRDYNS
Site 100T1489LSTSSTLTRDYNSLT
Site 101Y1492SSTLTRDYNSLTRSE
Site 102S1494TLTRDYNSLTRSEHS
Site 103T1496TRDYNSLTRSEHSHS
Site 104S1498DYNSLTRSEHSHSTT
Site 105S1501SLTRSEHSHSTTLPR
Site 106S1503TRSEHSHSTTLPRDY
Site 107T1504RSEHSHSTTLPRDYS
Site 108T1505SEHSHSTTLPRDYST
Site 109Y1510STTLPRDYSTLTSVS
Site 110S1511TTLPRDYSTLTSVSS
Site 111T1512TLPRDYSTLTSVSSH
Site 112T1514PRDYSTLTSVSSHDS
Site 113S1515RDYSTLTSVSSHDSR
Site 114S1517YSTLTSVSSHDSRLT
Site 115S1518STLTSVSSHDSRLTA
Site 116S1521TSVSSHDSRLTAGVP
Site 117T1524SSHDSRLTAGVPDTP
Site 118T1530LTAGVPDTPTRLVFS
Site 119S1543FSALGPTSLRVSWQE
Site 120S1547GPTSLRVSWQEPRCE
Site 121Y1560CERPLQGYSVEYQLL
Site 122S1561ERPLQGYSVEYQLLN
Site 123Y1564LQGYSVEYQLLNGGE
Site 124S1595EDLLPNHSYVFRVRA
Site 125Y1596DLLPNHSYVFRVRAQ
Site 126S1604VFRVRAQSQEGWGRE
Site 127T1617REREGVITIESQVHP
Site 128S1620EGVITIESQVHPQSP
Site 129S1626ESQVHPQSPLCPLPG
Site 130S1639PGSAFTLSTPSAPGP
Site 131S1653PLVFTALSPDSLQLS
Site 132S1656FTALSPDSLQLSWER
Site 133S1660SPDSLQLSWERPRRP
Site 134Y1674PNGDIVGYLVTCEMA
Site 135T1688AQGGGPATAFRVDGD
Site 136S1696AFRVDGDSPESRLTV
Site 137S1699VDGDSPESRLTVPGL
Site 138T1702DSPESRLTVPGLSEN
Site 139S1707RLTVPGLSENVPYKF
Site 140Y1712GLSENVPYKFKVQAR
Site 141T1721FKVQARTTEGFGPER
Site 142T1733PEREGIITIESQDGG
Site 143S1736EGIITIESQDGGPFP
Site 144S1758LFQHPLQSEYSSITT
Site 145Y1760QHPLQSEYSSITTTH
Site 146S1761HPLQSEYSSITTTHT
Site 147S1762PLQSEYSSITTTHTS
Site 148T1765SEYSSITTTHTSATE
Site 149T1766EYSSITTTHTSATEP
Site 150T1771TTTHTSATEPFLVDG
Site 151S1791QHLEAGGSLTRHVTQ
Site 152T1793LEAGGSLTRHVTQEF
Site 153T1797GSLTRHVTQEFVSRT
Site 154T1804TQEFVSRTLTTSGTL
Site 155T1806EFVSRTLTTSGTLST
Site 156T1807FVSRTLTTSGTLSTH
Site 157S1808VSRTLTTSGTLSTHM
Site 158T1810RTLTTSGTLSTHMDQ
Site 159S1812LTTSGTLSTHMDQQF
 
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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