PhosphoNET

           
Protein Info 
   
Short Name:  TECTA
Full Name:  Alpha-tectorin
Alias: 
Type: 
Mass (Da):  239554
Number AA:  2155
UniProt ID:  O75443
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 1Y29AQPRELMYPFWQNDT
Site 2T38FWQNDTKTPKVDDGS
Site 3S45TPKVDDGSSSEIKLA
Site 4S46PKVDDGSSSEIKLAI
Site 5S47KVDDGSSSEIKLAIP
Site 6Y66GVPYRTVYVNNNGVV
Site 7S86VSQFTPESFPLTDGR
Site 8T90TPESFPLTDGRAFVA
Site 9Y112NGIRGEIYYRETMEP
Site 10Y113GIRGEIYYRETMEPA
Site 11T116GEIYYRETMEPAILK
Site 12T126PAILKRATKDIRKYF
Site 13Y132ATKDIRKYFKDMATF
Site 14T153IVTWEEVTFYGGSST
Site 15Y155TWEEVTFYGGSSTTP
Site 16T161FYGGSSTTPVNTFQA
Site 17T179SDGSYTFTLFNYYEI
Site 18Y184TFTLFNYYEINWTTG
Site 19S194NWTTGTASGGDPLTG
Site 20T217GFNGGNLTNFFSLPG
Site 21S221GNLTNFFSLPGSRTP
Site 22S225NFFSLPGSRTPEIVN
Site 23T227FSLPGSRTPEIVNIQ
Site 24S262DPANGCTSRGQFLRR
Site 25Y293LDFNNEIYCQEASCS
Site 26S300YCQEASCSPYEVCEP
Site 27Y302QEASCSPYEVCEPKG
Site 28Y313EPKGKFFYCSAVETS
Site 29S357RQCLQTSSLPFFSVE
Site 30S362TSSLPFFSVEAKNEH
Site 31S373KNEHRRGSAVSWVKE
Site 32S376HRRGSAVSWVKELSV
Site 33S382VSWVKELSVEVNGYK
Site 34S396KILIPKGSYGRVKVN
Site 35Y397ILIPKGSYGRVKVND
Site 36Y444VTFDGQHYASISVPG
Site 37S446FDGQHYASISVPGSY
Site 38S448GQHYASISVPGSYIN
Site 39S482PDGRPAMSVLDLGES
Site 40S489SVLDLGESWRVYHAD
Site 41Y518DAATEALYFGSDYCG
Site 42S556SCVYDLCSVRDNGTL
Site 43T587IPIGDWRTQTGCVST
Site 44T589IGDWRTQTGCVSTVQ
Site 45S593RTQTGCVSTVQCPSF
Site 46T594TQTGCVSTVQCPSFS
Site 47Y603QCPSFSHYSVCTSSC
Site 48T613CTSSCPDTCSDLTAS
Site 49S615SSCPDTCSDLTASRN
Site 50T618PDTCSDLTASRNCAT
Site 51T625TASRNCATPCTEGCE
Site 52Y658GCDFDGHYYTMGEFF
Site 53Y684CEEGGDVYCFNKTCG
Site 54Y702VCAVEDGYQGCFPKR
Site 55T711GCFPKRETVCLLSQN
Site 56S716RETVCLLSQNQVLHT
Site 57T723SQNQVLHTFDGASYA
Site 58S728LHTFDGASYAFPSEF
Site 59Y729HTFDGASYAFPSEFS
Site 60T738FPSEFSYTLLKTCPE
Site 61T742FSYTLLKTCPERPEY
Site 62Y749TCPERPEYLEIDINK
Site 63S786KIGGIGASEVKLNGQ
Site 64Y809PSGKLEIYRNKNSTT
Site 65S814EIYRNKNSTTVESKG
Site 66T815IYRNKNSTTVESKGV
Site 67Y852TGGLCGFYNANASDE
Site 68S900LKACNNDSELLKFYR
Site 69Y906DSELLKFYRSRSRCG
Site 70S908ELLKFYRSRSRCGII
Site 71S910LKFYRSRSRCGIIND
Site 72S919CGIINDPSNSSFLEC
Site 73S921IINDPSNSSFLECHG
Site 74S922INDPSNSSFLECHGV
Site 75S946CLFRLCQSGGNESEL
Site 76S951CQSGGNESELCDSVA
Site 77S956NESELCDSVARYASA
Site 78Y960LCDSVARYASACKNA
Site 79S962DSVARYASACKNADV
Site 80Y1023GCQCDEGYALLGSQC
Site 81S1028EGYALLGSQCVTRSE
Site 82T1032LLGSQCVTRSECGCN
Site 83Y1082IPCKDDEYCMEEGGL
Site 84Y1090CMEEGGLYYCQARTD
Site 85S1099CQARTDASCIVSGYG
Site 86T1110SGYGHYLTFDGFPFD
Site 87T1129CPLILCTTGSRPSSD
Site 88S1131LILCTTGSRPSSDSF
Site 89S1134CTTGSRPSSDSFPKF
Site 90S1135TTGSRPSSDSFPKFV
Site 91S1137GSRPSSDSFPKFVVT
Site 92T1144SFPKFVVTAKNEDRD
Site 93S1153KNEDRDPSLALWVKQ
Site 94T1179IHRAYKHTVLVNSER
Site 95S1184KHTVLVNSERLYLPL
Site 96Y1188LVNSERLYLPLKLGQ
Site 97T1228WKTFLSITVPRSMQN
Site 98S1232LSITVPRSMQNSTYG
Site 99S1236VPRSMQNSTYGLCGR
Site 100Y1238RSMQNSTYGLCGRYN
Site 101S1269SVNEFGQSWVKRDTF
Site 102S1287GCGDRCPSCAKVEGF
Site 103S1302SKVQQLCSLIPNQNA
Site 104T1354NYASTCQTQGITVTG
Site 105S1376TVTCPPNSHYESCVS
Site 106Y1378TCPPNSHYESCVSVC
Site 107S1380PPNSHYESCVSVCQP
Site 108Y1412GCHCDAGYVLNGKSC
Site 109Y1428LPHSCGCYSDGKYYE
Site 110Y1433GCYSDGKYYEPKQLF
Site 111Y1434CYSDGKYYEPKQLFW
Site 112S1466CDPRQCKSDEECALR
Site 113T1484RGCFSTKTSYCLAAG
Site 114T1561ILINDRNTVKVNGTQ
Site 115Y1599TSPDIQIYYNGFNVI
Site 116Y1600SPDIQIYYNGFNVIK
Site 117S1609GFNVIKISISERLQN
Site 118S1611NVIKISISERLQNKV
Site 119T1630GNFNGDLTDDYVTLR
Site 120Y1633NGDLTDDYVTLRGKP
Site 121T1635DLTDDYVTLRGKPVV
Site 122S1664QKRPLAPSCNELQFS
Site 123Y1673NELQFSQYAAMCDNV
Site 124Y1690QKMQGDGYCLKLTDM
Site 125Y1718LPFYESCYLDGCYNH
Site 126Y1723SCYLDGCYNHKKFQL
Site 127S1733KKFQLCGSLAAYGEA
Site 128S1743AYGEACRSFGILSTE
Site 129S1748CRSFGILSTEWIEKE
Site 130Y1792GCIEPPPYGNNSHDI
Site 131T1838RINDRQCTGIEGEDF
Site 132Y1870SNGTHIMYKNTLWIE
Site 133T1882WIESANNTGNIITRD
Site 134T1891NIITRDRTINVEFSC
Site 135Y1937FITKMALYKNASYKH
Site 136Y1942ALYKNASYKHPYRQG
Site 137Y1981ILTLNKCYATPTRDS
Site 138T1983TLNKCYATPTRDSND
Site 139S1988YATPTRDSNDKLRYF
Site 140Y1994DSNDKLRYFIIEGGC
Site 141Y2050SLCDSEKYSCKITCP
Site 142T2055EKYSCKITCPHNSRI
Site 143S2060KITCPHNSRIATDYT
Site 144T2064PHNSRIATDYTKEPK
Site 145Y2066NSRIATDYTKEPKEQ
Site 146T2067SRIATDYTKEPKEQI
Site 147S2076EPKEQIISVGPIRRK
Site 148T2099GGCEQICTSRVDGPL
Site 149S2120TLQEDGKSCRASNSS
Site 150S2124DGKSCRASNSSMELQ
Site 151S2126KSCRASNSSMELQVW
Site 152S2127SCRASNSSMELQVWT
Site 153Y2149ISLWHFVYKSGTTS_
 
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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