PhosphoNET

           
Protein Info 
   
Short Name:  TJP2
Full Name:  Tight junction protein Zonula occludens protein 2
Alias:  Friedreich ataxia region gene X104; Tight junction protein 2; Tight junction protein 2 (zona occludens 2); Tight junction protein ZO-2; X104; ZO2; ZO-2; Zona occludens 2 protein; Zona occludens protein 2; Zonula occludens 2 protein; Zonula occludens protein 2
Type:  Adapter/scaffold protein
Mass (Da):  133972
Number AA:  1190
UniProt ID:  Q9UDY2
International Prot ID:  IPI00003843
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005912  GO:0005737  GO:0005634 Uniprot OncoNet
Molecular Function:  GO:0004385     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 1S16FPPRRELSGWLRAPG
Site 2Y32EELIWEQYTVTLQKD
Site 3T35IWEQYTVTLQKDSKR
Site 4S40TVTLQKDSKRGFGIA
Site 5S49RGFGIAVSGGRDNPH
Site 6T62PHFENGETSIVISDV
Site 7T91RVVMVNGTPMEDVLH
Site 8S99PMEDVLHSFAVQQLR
Site 9S130QVAALQASPPLDQDD
Site 10S150MDEFDGRSFRSGYSE
Site 11S153FDGRSFRSGYSERSR
Site 12Y155GRSFRSGYSERSRLN
Site 13S156RSFRSGYSERSRLNS
Site 14S159RSGYSERSRLNSHGG
Site 15S163SERSRLNSHGGRSRS
Site 16S168LNSHGGRSRSWEDSP
Site 17S170SHGGRSRSWEDSPER
Site 18S174RSRSWEDSPERGRPH
Site 19S186RPHERARSRERDLSR
Site 20S192RSRERDLSRDRSRGR
Site 21S196RDLSRDRSRGRSLER
Site 22S200RDRSRGRSLERGLDQ
Site 23T212LDQDHARTRDRSRGR
Site 24S216HARTRDRSRGRSLER
Site 25S220RDRSRGRSLERGLDH
Site 26S232LDHDFGPSRDRDRDR
Site 27S240RDRDRDRSRGRSIDQ
Site 28S244RDRSRGRSIDQDYER
Site 29Y249GRSIDQDYERAYHRA
Site 30Y253DQDYERAYHRAYDPD
Site 31Y257ERAYHRAYDPDYERA
Site 32Y261HRAYDPDYERAYSPE
Site 33Y265DPDYERAYSPEYRRG
Site 34S266PDYERAYSPEYRRGA
Site 35Y269ERAYSPEYRRGARHD
Site 36S279GARHDARSRGPRSRS
Site 37S284ARSRGPRSRSREHPH
Site 38S286SRGPRSRSREHPHSR
Site 39S292RSREHPHSRSPSPEP
Site 40S294REHPHSRSPSPEPRG
Site 41S296HPHSRSPSPEPRGRP
Site 42S313IGVLLMKSRANEEYG
Site 43Y319KSRANEEYGLRLGSQ
Site 44S325EYGLRLGSQIFVKEM
Site 45T339MTRTGLATKDGNLHE
Site 46T358LKINGTVTENMSLTD
Site 47S362GTVTENMSLTDARKL
Site 48T364VTENMSLTDARKLIE
Site 49S385QLVVLRDSQQTLINI
Site 50T388VLRDSQQTLINIPSL
Site 51S394QTLINIPSLNDSDSE
Site 52S398NIPSLNDSDSEIEDI
Site 53S400PSLNDSDSEIEDISE
Site 54S406DSEIEDISEIESNRS
Site 55S410EDISEIESNRSFSPE
Site 56S413SEIESNRSFSPEERR
Site 57S415IESNRSFSPEERRHQ
Site 58Y423PEERRHQYSDYDYHS
Site 59S424EERRHQYSDYDYHSS
Site 60Y426RRHQYSDYDYHSSSE
Site 61Y428HQYSDYDYHSSSEKL
Site 62S430YSDYDYHSSSEKLKE
Site 63S431SDYDYHSSSEKLKER
Site 64S432DYDYHSSSEKLKERP
Site 65S440EKLKERPSSREDTPS
Site 66S441KLKERPSSREDTPSR
Site 67T445RPSSREDTPSRLSRM
Site 68S447SSREDTPSRLSRMGA
Site 69S450EDTPSRLSRMGATPT
Site 70T455RLSRMGATPTPFKST
Site 71T457SRMGATPTPFKSTGD
Site 72S461ATPTPFKSTGDIAGT
Site 73T462TPTPFKSTGDIAGTV
Site 74T468STGDIAGTVVPETNK
Site 75Y479ETNKEPRYQEEPPAP
Site 76T494QPKAAPRTFLRPSPE
Site 77S499PRTFLRPSPEDEAIY
Site 78Y506SPEDEAIYGPNTKMV
Site 79T510EAIYGPNTKMVRFKK
Site 80S520VRFKKGDSVGLRLAG
Site 81S543AGIQEGTSAEQEGLQ
Site 82Y574VREDAVLYLLEIPKG
Site 83T585IPKGEMVTILAQSRA
Site 84S590MVTILAQSRADVYRD
Site 85Y595AQSRADVYRDILACG
Site 86S611GDSFFIRSHFECEKE
Site 87T619HFECEKETPQSLAFT
Site 88S622CEKETPQSLAFTRGE
Site 89Y638FRVVDTLYDGKLGNW
Site 90S663KGLIPNKSRAEQMAS
Site 91S670SRAEQMASVQNAQRD
Site 92S702VKKNLRKSREDLTAV
Site 93T707RKSREDLTAVVSVST
Site 94S711EDLTAVVSVSTKFPA
Site 95S713LTAVVSVSTKFPAYE
Site 96Y719VSTKFPAYERVLLRE
Site 97T760DWFQTAKTEPKDAGS
Site 98S767TEPKDAGSEKSTGVV
Site 99S770KDAGSEKSTGVVRLN
Site 100T771DAGSEKSTGVVRLNT
Site 101T778TGVVRLNTVRQIIEQ
Site 102S817VIFFNPDSRQGVKTM
Site 103T823DSRQGVKTMRQRLNP
Site 104T831MRQRLNPTSNKSSRK
Site 105S832RQRLNPTSNKSSRKL
Site 106S835LNPTSNKSSRKLFDQ
Site 107S836NPTSNKSSRKLFDQA
Site 108S862TATINLNSANDSWFG
Site 109S866NLNSANDSWFGSLKD
Site 110S870ANDSWFGSLKDTIQH
Site 111S886QGEAVWVSEGKMEGM
Site 112S902DDPEDRMSYLTAMGA
Site 113Y903DPEDRMSYLTAMGAD
Site 114T905EDRMSYLTAMGADYL
Site 115Y911LTAMGADYLSCDSRL
Site 116S913AMGADYLSCDSRLIS
Site 117S916ADYLSCDSRLISDFE
Site 118S920SCDSRLISDFEDTDG
Site 119T925LISDFEDTDGEGGAY
Site 120Y932TDGEGGAYTDNELDE
Site 121T933DGEGGAYTDNELDEP
Site 122S947PAEEPLVSSITRSSE
Site 123S948AEEPLVSSITRSSEP
Site 124T950EPLVSSITRSSEPVQ
Site 125S952LVSSITRSSEPVQHE
Site 126S953VSSITRSSEPVQHEE
Site 127S961EPVQHEESIRKPSPE
Site 128S966EESIRKPSPEPRAQM
Site 129S978AQMRRAASSDQLRDN
Site 130S979QMRRAASSDQLRDNS
Site 131S986SDQLRDNSPPPAFKP
Site 132T1000PEPPKAKTQNKEESY
Site 133S1006KTQNKEESYDFSKSY
Site 134Y1007TQNKEESYDFSKSYE
Site 135S1010KEESYDFSKSYEYKS
Site 136S1012ESYDFSKSYEYKSNP
Site 137Y1013SYDFSKSYEYKSNPS
Site 138Y1015DFSKSYEYKSNPSAV
Site 139S1017SKSYEYKSNPSAVAG
Site 140T1027SAVAGNETPGASTKG
Site 141S1031GNETPGASTKGYPPP
Site 142Y1035PGASTKGYPPPVAAK
Site 143T1044PPVAAKPTFGRSILK
Site 144S1048AKPTFGRSILKPSTP
Site 145S1053GRSILKPSTPIPPQE
Site 146T1054RSILKPSTPIPPQEG
Site 147S1067EGEEVGESSEEQDNA
Site 148S1068GEEVGESSEEQDNAP
Site 149S1077EQDNAPKSVLGKVKI
Site 150Y1118AQKHPDIYAVPIKTH
Site 151T1124IYAVPIKTHKPDPGT
Site 152T1131THKPDPGTPQHTSSR
Site 153T1135DPGTPQHTSSRPPEP
Site 154S1136PGTPQHTSSRPPEPQ
Site 155S1137GTPQHTSSRPPEPQK
Site 156S1147PEPQKAPSRPYQDTR
Site 157Y1150QKAPSRPYQDTRGSY
Site 158T1153PSRPYQDTRGSYGSD
Site 159S1156PYQDTRGSYGSDAEE
Site 160Y1157YQDTRGSYGSDAEEE
Site 161S1159DTRGSYGSDAEEEEY
Site 162Y1166SDAEEEEYRQQLSEH
Site 163S1171EEYRQQLSEHSKRGY
Site 164S1174RQQLSEHSKRGYYGQ
Site 165Y1178SEHSKRGYYGQSARY
Site 166Y1179EHSKRGYYGQSARYR
Site 167S1182KRGYYGQSARYRDTE
 
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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