PhosphoNET

           
Protein Info 
   
Short Name:  TNRC6A
Full Name:  Trinucleotide repeat-containing gene 6A protein
Alias:  CAG repeat protein 26; CAGH26; EDIE; EMSY interactor; Glycin-tryptophan protein of 182 kDa; GW1; GW182; GW182 autoantigen; TNR6A; TNRC6; Trinucleotide repeat containing 6A; Trinucleotide repeat-containing gene 6A
Type:  RNA binding protein
Mass (Da):  210272
Number AA:  1962
UniProt ID:  Q8NDV7
International Prot ID:  IPI00395878
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0000932  GO:0035068   Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0000166   PhosphoSite+ KinaseNET
Biological Process:  GO:0035278     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 1T9RELEAKATKDVERNL
Site 2S17KDVERNLSRDLVQEE
Site 3S62VPEQIKPSVSQPQPA
Site 4S64EQIKPSVSQPQPANS
Site 5S71SQPQPANSNNGTSTA
Site 6T75PANSNNGTSTATSTN
Site 7S76ANSNNGTSTATSTNN
Site 8S80NGTSTATSTNNNAKR
Site 9T89NNNAKRATANNQQPQ
Site 10Y132QPQALPRYPREVPPR
Site 11S171SAVKVLNSQSESSAL
Site 12S173VKVLNSQSESSALTN
Site 13S175VLNSQSESSALTNQQ
Site 14T179QSESSALTNQQPQNN
Site 15S192NNGEVQNSKNQSDIN
Site 16S196VQNSKNQSDINHSTS
Site 17S201NQSDINHSTSGSHYE
Site 18S203SDINHSTSGSHYENS
Site 19S205INHSTSGSHYENSQR
Site 20Y207HSTSGSHYENSQRGP
Site 21S210SGSHYENSQRGPVSS
Site 22S216NSQRGPVSSTSDSST
Site 23S217SQRGPVSSTSDSSTN
Site 24T218QRGPVSSTSDSSTNC
Site 25S219RGPVSSTSDSSTNCK
Site 26S221PVSSTSDSSTNCKNA
Site 27S222VSSTSDSSTNCKNAV
Site 28T223SSTSDSSTNCKNAVV
Site 29S241SEKEAWPSAPGSDPE
Site 30S245AWPSAPGSDPELASE
Site 31S251GSDPELASECMDADS
Site 32S258SECMDADSASSSESE
Site 33S260CMDADSASSSESERN
Site 34S262DADSASSSESERNIT
Site 35S264DSASSSESERNITIM
Site 36T269SESERNITIMASGNT
Site 37S273RNITIMASGNTGGEK
Site 38S286EKDGLRNSTGLGSQN
Site 39T287KDGLRNSTGLGSQNK
Site 40S291RNSTGLGSQNKFVVG
Site 41S299QNKFVVGSSSNNVGH
Site 42S300NKFVVGSSSNNVGHG
Site 43S301KFVVGSSSNNVGHGS
Site 44S308SNNVGHGSSTGPWGF
Site 45S309NNVGHGSSTGPWGFS
Site 46S316STGPWGFSHGAIIST
Site 47S333VSVDAPESKSESSNN
Site 48S335VDAPESKSESSNNRM
Site 49S337APESKSESSNNRMNA
Site 50S338PESKSESSNNRMNAW
Site 51T347NRMNAWGTVSSSSNG
Site 52S349MNAWGTVSSSSNGGL
Site 53S350NAWGTVSSSSNGGLN
Site 54S351AWGTVSSSSNGGLNP
Site 55S352WGTVSSSSNGGLNPS
Site 56S359SNGGLNPSTLNSASN
Site 57T360NGGLNPSTLNSASNH
Site 58S363LNPSTLNSASNHGAW
Site 59S365PSTLNSASNHGAWPV
Site 60S388KGPVGSGSSGINIQC
Site 61S406GQMPNNQSINSKVSG
Site 62S409PNNQSINSKVSGGST
Site 63T416SKVSGGSTHGTWGSL
Site 64T419SGGSTHGTWGSLQET
Site 65S422STHGTWGSLQETCES
Site 66T426TWGSLQETCESEVSG
Site 67S429SLQETCESEVSGTQK
Site 68S432ETCESEVSGTQKVSF
Site 69T434CESEVSGTQKVSFSG
Site 70S438VSGTQKVSFSGQPQN
Site 71T447SGQPQNITTEMTGPN
Site 72S463TTNFMTSSLPNSGSV
Site 73S467MTSSLPNSGSVQNNE
Site 74S469SSLPNSGSVQNNELP
Site 75S478QNNELPSSNTGAWRV
Site 76S503PSGMNGTSLSHLSNG
Site 77S505GMNGTSLSHLSNGES
Site 78S508GTSLSHLSNGESKSG
Site 79S512SHLSNGESKSGGSYG
Site 80S514LSNGESKSGGSYGTT
Site 81Y518ESKSGGSYGTTWGAY
Site 82T521SGGSYGTTWGAYGSN
Site 83Y525YGTTWGAYGSNYSGD
Site 84Y529WGAYGSNYSGDKCSG
Site 85S530GAYGSNYSGDKCSGP
Site 86S535NYSGDKCSGPNGQAN
Site 87T545NGQANGDTVNATLMQ
Site 88T549NGDTVNATLMQPGVN
Site 89S576KGGGVWESGAANSQS
Site 90S581WESGAANSQSTSWGS
Site 91S583SGAANSQSTSWGSGN
Site 92S585AANSQSTSWGSGNGA
Site 93S588SQSTSWGSGNGANSG
Site 94S594GSGNGANSGGSRRGW
Site 95S597NGANSGGSRRGWGTP
Site 96T603GSRRGWGTPAQNTGT
Site 97T610TPAQNTGTNLPSVEW
Site 98S622VEWNKLPSNQHSNDS
Site 99S626KLPSNQHSNDSANGN
Site 100S629SNQHSNDSANGNGKT
Site 101T636SANGNGKTFTNGWKS
Site 102T638NGNGKTFTNGWKSTE
Site 103S643TFTNGWKSTEEEDQG
Site 104S651TEEEDQGSATSQTNE
Site 105S654EDQGSATSQTNEQSS
Site 106T656QGSATSQTNEQSSVW
Site 107S661SQTNEQSSVWAKTGG
Site 108T669VWAKTGGTVESDGST
Site 109S672KTGGTVESDGSTEST
Site 110S675GTVESDGSTESTGRL
Site 111T676TVESDGSTESTGRLE
Site 112S678ESDGSTESTGRLEEK
Site 113T679SDGSTESTGRLEEKG
Site 114T687GRLEEKGTGESQSRD
Site 115S690EEKGTGESQSRDRRK
Site 116S692KGTGESQSRDRRKID
Site 117T702RRKIDQHTLLQSIVN
Site 118S706DQHTLLQSIVNRTDL
Site 119S719DLDPRVLSNSGWGQT
Site 120S721DPRVLSNSGWGQTPI
Site 121T726SNSGWGQTPIKQNTA
Site 122T738NTAWDTETSPRGERK
Site 123S739TAWDTETSPRGERKT
Site 124T746SPRGERKTDNGTEAW
Site 125T750ERKTDNGTEAWGSSA
Site 126S755NGTEAWGSSATQTFN
Site 127T760WGSSATQTFNSGACI
Site 128T770SGACIDKTSPNGNDT
Site 129S771GACIDKTSPNGNDTS
Site 130T777TSPNGNDTSSVSGWG
Site 131S778SPNGNDTSSVSGWGD
Site 132S779PNGNDTSSVSGWGDP
Site 133S781GNDTSSVSGWGDPKP
Site 134S795PALRWGDSKGSNCQG
Site 135S808QGGWEDDSAATGMVK
Site 136S845GWGDGQKSSQGWSVS
Site 137S846WGDGQKSSQGWSVSA
Site 138S850QKSSQGWSVSASDNW
Site 139S852SSQGWSVSASDNWGE
Site 140S854QGWSVSASDNWGETS
Site 141S873WGEANKKSSSGGSDS
Site 142S874GEANKKSSSGGSDSD
Site 143S875EANKKSSSGGSDSDR
Site 144S878KKSSSGGSDSDRSVS
Site 145S880SSSGGSDSDRSVSGW
Site 146S883GGSDSDRSVSGWNEL
Site 147S885SDSDRSVSGWNELGK
Site 148S895NELGKTSSFTWGNNI
Site 149S908NINPNNSSGWDESSK
Site 150S913NSSGWDESSKPTPSQ
Site 151S914SSGWDESSKPTPSQG
Site 152T917WDESSKPTPSQGWGD
Site 153S919ESSKPTPSQGWGDPP
Site 154S928GWGDPPKSNQSLGWG
Site 155S931DPPKSNQSLGWGDSS
Site 156S937QSLGWGDSSKPVSSP
Site 157S938SLGWGDSSKPVSSPD
Site 158S942GDSSKPVSSPDWNKQ
Site 159S943DSSKPVSSPDWNKQQ
Site 160T962SWGIPPATGKPPGTG
Site 161T968ATGKPPGTGWLGGPI
Site 162T985PAKEEEPTGWEEPSP
Site 163S991 PTGWEEPSPESIRRK
Site 164S994WEEPSPESIRRKMEI
Site 165T1005KMEIDDGTSAWGDPS
Site 166S1006MEIDDGTSAWGDPSK
Site 167Y1014AWGDPSKYNYKNVNM
Site 168Y1016GDPSKYNYKNVNMWN
Site 169S1033VPNGNSRSDQQAQVH
Site 170S1047HQLLTPASAISNKEA
Site 171S1050LTPASAISNKEASSG
Site 172S1056ISNKEASSGSGWGEP
Site 173S1058NKEASSGSGWGEPWG
Site 174S1068GEPWGEPSTPATTVD
Site 175T1069EPWGEPSTPATTVDN
Site 176T1072GEPSTPATTVDNGTS
Site 177S1087AWGKPIDSGPSWGEP
Site 178S1099GEPIAAASSTSTWGS
Site 179S1100EPIAAASSTSTWGSS
Site 180T1101PIAAASSTSTWGSSS
Site 181T1103AAASSTSTWGSSSVG
Site 182S1106SSTSTWGSSSVGPQA
Site 183S1108TSTWGSSSVGPQALS
Site 184S1115SVGPQALSKSGPKSM
Site 185S1117GPQALSKSGPKSMQD
Site 186S1121LSKSGPKSMQDGWCG
Site 187T1139PLPGNRPTGWEEEED
Site 188S1154VEIGMWNSNSSQELN
Site 189S1156IGMWNSNSSQELNSS
Site 190S1157GMWNSNSSQELNSSL
Site 191S1162NSSQELNSSLNWPPY
Site 192S1163SSQELNSSLNWPPYT
Site 193Y1169SSLNWPPYTKKMSSK
Site 194T1170SLNWPPYTKKMSSKG
Site 195S1174PPYTKKMSSKGLSGK
Site 196S1175 PYTKKMSSKGLSGKK
Site 197S1179KMSSKGLSGKKRRRE
Site 198S1209NPFVKQFSNISFSRD
Site 199S1212VKQFSNISFSRDSPE
Site 200S1214QFSNISFSRDSPEEN
Site 201S1217NISFSRDSPEENVQS
Site 202S1224SPEENVQSNKMDLSG
Site 203S1245RMEIDKHSLNIGDYN
Site 204Y1251HSLNIGDYNRTVGKG
Site 205T1254NIGDYNRTVGKGPGS
Site 206S1261TVGKGPGSRPQISKE
Site 207S1266PGSRPQISKESSMER
Site 208S1270PQISKESSMERNPYF
Site 209Y1276SSMERNPYFDKDGIV
Site 210S1295QNMQFMSSQSMKLPP
Site 211S1297MQFMSSQSMKLPPSN
Site 212S1303QSMKLPPSNSALPNQ
Site 213S1305MKLPPSNSALPNQAL
Site 214S1325LGMQNLNSVRQNGNP
Site 215S1333VRQNGNPSMFGVGNT
Site 216S1356 QPPAQPLSSSQPNLR
Site 217S1357 PPAQPLSSSQPNLRA
Site 218S1358PAQPLSSSQPNLRAQ
Site 219S1405VAMLNQLSQLNQLSQ
Site 220S1411LSQLNQLSQISQLQR
Site 221S1428AQQQRAQSQRSVPSG
Site 222S1431QRAQSQRSVPSGNRP
Site 223S1434QSQRSVPSGNRPQQD
Site 224S1448DQQGRPLSVQQQMMQ
Site 225S1457QQQMMQQSRQLDPNL
Site 226T1470 NLLVKQQTPPSQQQP
Site 227S1473VKQQTPPSQQQPLHQ
Site 228S1485LHQPAMKSFLDNVMP
Site 229T1495DNVMPHTTPELQKGP
Site 230S1503PELQKGPSPINAFSN
Site 231S1509 PSPINAFSNFPIGLN
Site 232S1533 NSIKEPQSRLRKWTT
Site 233T1539QSRLRKWTTVDSISV
Site 234T1540SRLRKWTTVDSISVN
Site 235S1543RKWTTVDSISVNTSL
Site 236S1545WTTVDSISVNTSLDQ
Site 237S1549DSISVNTSLDQNSSK
Site 238S1555TSLDQNSSKHGAISS
Site 239S1562SKHGAISSGFRLEES
Site 240S1569SGFRLEESPFVPYDF
Site 241Y1574EESPFVPYDFMNSST
Site 242S1579VPYDFMNSSTSPASP
Site 243S1580PYDFMNSSTSPASPP
Site 244T1581YDFMNSSTSPASPPG
Site 245S1582DFMNSSTSPASPPGS
Site 246S1585NSSTSPASPPGSIGD
Site 247S1589SPASPPGSIGDGWPR
Site 248S1599DGWPRAKSPNGSSSV
Site 249S1603RAKSPNGSSSVNWPP
Site 250S1604AKSPNGSSSVNWPPE
Site 251S1605KSPNGSSSVNWPPEF
Site 252Y1621PGEPWKGYPNIDPET
Site 253T1628YPNIDPETDPYVTPG
Site 254Y1631IDPETDPYVTPGSVI
Site 255T1633PETDPYVTPGSVINN
Site 256T1645INNLSINTVREVDHL
Site 257S1657DHLRDRNSGSSSSLN
Site 258S1659LRDRNSGSSSSLNTT
Site 259S1660 RDRNSGSSSSLNTTL
Site 260S1661 DRNSGSSSSLNTTLP
Site 261S1662RNSGSSSSLNTTLPS
Site 262T1665GSSSSLNTTLPSTSA
Site 263T1666 SSSSLNTTLPSTSAW
Site 264S1669SLNTTLPSTSAWSSI
Site 265T1670LNTTLPSTSAWSSIR
Site 266S1671NTTLPSTSAWSSIRA
Site 267S1674LPSTSAWSSIRASNY
Site 268S1675PSTSAWSSIRASNYN
Site 269S1679AWSSIRASNYNVPLS
Site 270Y1681SSIRASNYNVPLSST
Site 271S1686SNYNVPLSSTAQSTS
Site 272S1687NYNVPLSSTAQSTSA
Site 273S1691PLSSTAQSTSARNSD
Site 274S1693SSTAQSTSARNSDSK
Site 275S1697QSTSARNSDSKLTWS
Site 276S1699TSARNSDSKLTWSPG
Site 277T1702RNSDSKLTWSPGSVT
Site 278S1704SDSKLTWSPGSVTNT
Site 279S1707KLTWSPGSVTNTSLA
Site 280T1711SPGSVTNTSLAHELW
Site 281S1712PGSVTNTSLAHELWK
Site 282T1728PLPPKNITAPSRPPP
Site 283S1731PKNITAPSRPPPGLT
Site 284T1738SRPPPGLTGQKPPLS
Site 285S1745TGQKPPLSTWDNSPL
Site 286T1746GQKPPLSTWDNSPLR
Site 287S1750PLSTWDNSPLRIGGG
Site 288S1761IGGGWGNSDARYTPG
Site 289Y1765WGNSDARYTPGSSWG
Site 290T1766GNSDARYTPGSSWGE
Site 291S1769DARYTPGSSWGESSS
Site 292S1770ARYTPGSSWGESSSG
Site 293S1774PGSSWGESSSGRITN
Site 294S1775GSSWGESSSGRITNW
Site 295S1776SSWGESSSGRITNWL
Site 296T1780ESSSGRITNWLVLKN
Site 297T1789WLVLKNLTPQIDGST
Site 298T1796TPQIDGSTLRTLCMQ
Site 299T1799IDGSTLRTLCMQHGP
Site 300T1809MQHGPLITFHLNLPH
Site 301Y1823HGNALVRYSSKEEVV
Site 302S1824GNALVRYSSKEEVVK
Site 303S1825NALVRYSSKEEVVKA
Site 304S1852TILAEFASEEEISRF
Site 305S1863ISRFFAQSQSLTPSP
Site 306S1865RFFAQSQSLTPSPGW
Site 307T1867FAQSQSLTPSPGWQS
Site 308S1869QSQSLTPSPGWQSLG
Site 309S1874TPSPGWQSLGSSQSR
Site 310S1877PGWQSLGSSQSRLGS
Site 311S1878GWQSLGSSQSRLGSL
Site 312S1880QSLGSSQSRLGSLDC
Site 313S1884SSQSRLGSLDCSHSF
Site 314S1888RLGSLDCSHSFSSRT
Site 315S1890GSLDCSHSFSSRTDL
Site 316S1892LDCSHSFSSRTDLNH
Site 317T1908NGAGLSGTNCGDLHG
Site 318T1921HGTSLWGTPHYSTSL
Site 319Y1924SLWGTPHYSTSLWGP
Site 320S1927GTPHYSTSLWGPPSS
Site 321S1933TSLWGPPSSSDPRGI
Site 322S1934SLWGPPSSSDPRGIS
Site 323S1935LWGPPSSSDPRGISS
Site 324S1941SSDPRGISSPSPINA
Site 325S1942 SDPRGISSPSPINAF
Site 326S1944PRGISSPSPINAFLS
 
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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