PhosphoNET

           
Protein Info 
   
Short Name:  TNRC6C
Full Name:  Trinucleotide repeat-containing gene 6C protein
Alias:  FLJ20015; KIAA1582; TNR6C; trinucleotide repeat containing 6C
Type:  Unknown function
Mass (Da):  175946
Number AA:  1690
UniProt ID:  Q9HCJ0
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0000166   PhosphoSite+ KinaseNET
Biological Process:  GO:0031047  GO:0006417   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 1S30TNGALVQSPSNQSAL
Site 2S32GALVQSPSNQSALGA
Site 3S44LGAGGANSNGSAARV
Site 4S47GGANSNGSAARVWGV
Site 5S66SSGLAHCSVSGGDGK
Site 6S68GLAHCSVSGGDGKMD
Site 7T76GGDGKMDTMIGDGRS
Site 8T117PVLGHEGTVATGNPS
Site 9T120GHEGTVATGNPSSIC
Site 10S128GNPSSICSPVSAIGQ
Site 11S159GNLLPQESTEPQTST
Site 12S165ESTEPQTSTSQNVSF
Site 13S167TEPQTSTSQNVSFSA
Site 14S171TSTSQNVSFSAQPQN
Site 15T181AQPQNLNTDGPNNTN
Site 16S193NTNPMNSSPNPINAM
Site 17S231GLPGANGSSVSQVSG
Site 18S232LPGANGSSVSQVSGG
Site 19S234GANGSSVSQVSGGSA
Site 20S245GGSAEGISNSVWGLS
Site 21S247SAEGISNSVWGLSPG
Site 22S252SNSVWGLSPGNPATG
Site 23T258LSPGNPATGNSNSGF
Site 24S261GNPATGNSNSGFSQG
Site 25S263PATGNSNSGFSQGNG
Site 26T272FSQGNGDTVNSALSA
Site 27S278DTVNSALSAKQNGSS
Site 28S286AKQNGSSSAVQKEGS
Site 29S300SGGNAWDSGPPAGPG
Site 30S315ILAWGRGSGNNGVGN
Site 31S332SGAWGHPSRSTSNGV
Site 32S334AWGHPSRSTSNGVNG
Site 33T335WGHPSRSTSNGVNGE
Site 34S336GHPSRSTSNGVNGEW
Site 35S351GKPPNQHSNSDINGK
Site 36S353PPNQHSNSDINGKGS
Site 37S360SDINGKGSTGWESPS
Site 38T361DINGKGSTGWESPSV
Site 39S365KGSTGWESPSVTSQN
Site 40S367STGWESPSVTSQNPT
Site 41T369GWESPSVTSQNPTVQ
Site 42S370WESPSVTSQNPTVQP
Site 43T374SVTSQNPTVQPGGEH
Site 44S384PGGEHMNSWAKAASS
Site 45S391SWAKAASSGTTASEG
Site 46T394KAASSGTTASEGSSD
Site 47S396ASSGTTASEGSSDGS
Site 48S399GTTASEGSSDGSGNH
Site 49S400TTASEGSSDGSGNHN
Site 50S403SEGSSDGSGNHNEGS
Site 51S410SGNHNEGSTGREGTG
Site 52T416GSTGREGTGEGRRRD
Site 53S445DLDPRVLSNTGWGQT
Site 54T447DPRVLSNTGWGQTPV
Site 55T452SNTGWGQTPVKQNTA
Site 56S465TAWEFEESPRSERKN
Site 57S468EFEESPRSERKNDNG
Site 58T476ERKNDNGTEAWGCAA
Site 59S496SGGKNDGSIMNSTNT
Site 60S500NDGSIMNSTNTSSVS
Site 61T501DGSIMNSTNTSSVSG
Site 62T503SIMNSTNTSSVSGWV
Site 63S504IMNSTNTSSVSGWVN
Site 64S505MNSTNTSSVSGWVNA
Site 65S526ANTGWGDSNNKAPSG
Site 66S532DSNNKAPSGPGVWGD
Site 67S540GPGVWGDSISSTAVS
Site 68S554STAAAAKSGHAWSGA
Site 69S559AKSGHAWSGAANQED
Site 70S568AANQEDKSPTWGEPP
Site 71S579GEPPKPKSQHWGDGQ
Site 72S593QRSNPAWSAGGGDWA
Site 73S602GGGDWADSSSVLGHL
Site 74S603GGDWADSSSVLGHLG
Site 75S604GDWADSSSVLGHLGD
Site 76S617GDGKKNGSGWDADSN
Site 77S623GSGWDADSNRSGSGW
Site 78S626WDADSNRSGSGWNDT
Site 79S628ADSNRSGSGWNDTTR
Site 80T633SGSGWNDTTRSGNSG
Site 81T634GSGWNDTTRSGNSGW
Site 82S644GNSGWGNSTNTKANP
Site 83T645NSGWGNSTNTKANPG
Site 84T647GWGNSTNTKANPGTN
Site 85T658PGTNWGETLKPGPQQ
Site 86S684SNWGGAASVKQTGTG
Site 87T688GAASVKQTGTGWIGG
Site 88S705PVKQKDSSEATGWEE
Site 89T708QKDSSEATGWEEPSP
Site 90S714ATGWEEPSPPSIRRK
Site 91S717WEEPSPPSIRRKMEI
Site 92T728KMEIDDGTSAWGDPS
Site 93S729MEIDDGTSAWGDPSN
Site 94Y737AWGDPSNYNNKTVNM
Site 95T758VIQSSTTTNTTTTTT
Site 96T777NTTHRVETPPPHQAG
Site 97S790AGTQLNRSPLLGPGR
Site 98S800LGPGRKVSSGWGEMP
Site 99S801GPGRKVSSGWGEMPN
Site 100T813MPNVHSKTENSWGEP
Site 101S816VHSKTENSWGEPSSP
Site 102S821ENSWGEPSSPSTLVD
Site 103S822NSWGEPSSPSTLVDN
Site 104S824WGEPSSPSTLVDNGT
Site 105T825GEPSSPSTLVDNGTA
Site 106T831STLVDNGTAAWGKPP
Site 107S839AAWGKPPSSGSGWGD
Site 108S840AWGKPPSSGSGWGDH
Site 109S842GKPPSSGSGWGDHPA
Site 110S872SALCKPASKSMQEGW
Site 111S874LCKPASKSMQEGWGS
Site 112S881SMQEGWGSGGDEMNL
Site 113S889GGDEMNLSTSQWEDE
Site 114S891DEMNLSTSQWEDEEG
Site 115S906DVWNNAASQESTSSC
Site 116S909NNAASQESTSSCSSW
Site 117T910NAASQESTSSCSSWG
Site 118S911AASQESTSSCSSWGN
Site 119S912ASQESTSSCSSWGNA
Site 120S915ESTSSCSSWGNAPKK
Site 121T948SRLIKQLTDMGFPRE
Site 122S963PAEEALKSNNMNLDQ
Site 123T990DKRGLGVTDHNGMAA
Site 124S1007LGCRPPISKESSVDR
Site 125S1011PPISKESSVDRPTFL
Site 126T1016ESSVDRPTFLDKDGG
Site 127T1029GGLVEEPTPSPFLPS
Site 128S1031LVEEPTPSPFLPSPS
Site 129S1038SPFLPSPSLKLPLSH
Site 130S1044PSLKLPLSHSALPSQ
Site 131S1067LGMQNLNSSRQIPSG
Site 132S1073NSSRQIPSGNLGMFG
Site 133S1103PPVQPLNSSQPSLRA
Site 134S1104PVQPLNSSQPSLRAQ
Site 135S1107PLNSSQPSLRAQVPQ
Site 136S1117AQVPQFLSPQVQAQL
Site 137S1141LNPALLTSPINPQHM
Site 138Y1155MTMLNQLYQLQLAYQ
Site 139Y1161LYQLQLAYQRLQIQQ
Site 140S1178LQAQRNVSGSMRQQE
Site 141S1180AQRNVSGSMRQQEQQ
Site 142T1193QQVARTITNLQQQIQ
Site 143S1225PPPPPHLSLHPSAGK
Site 144S1229PHLSLHPSAGKSAMD
Site 145S1233LHPSAGKSAMDSFPS
Site 146S1237AGKSAMDSFPSHPQT
Site 147S1240SAMDSFPSHPQTPGL
Site 148T1244SFPSHPQTPGLPDLQ
Site 149T1252PGLPDLQTKEQQSSP
Site 150S1258QTKEQQSSPNTFAPY
Site 151T1261EQQSSPNTFAPYPLA
Site 152Y1265SPNTFAPYPLAGLNP
Site 153T1282NVNSMDMTGGLSVKD
Site 154S1286MDMTGGLSVKDPSQS
Site 155S1291GLSVKDPSQSQSRLP
Site 156S1293SVKDPSQSQSRLPQW
Site 157S1295KDPSQSQSRLPQWTH
Site 158T1301QSRLPQWTHPNSMDN
Site 159S1305PQWTHPNSMDNLPSA
Site 160S1311NSMDNLPSAASPLEQ
Site 161S1314DNLPSAASPLEQNPS
Site 162S1321SPLEQNPSKHGAIPG
Site 163S1338SIGPPGKSSIDDSYG
Site 164S1339IGPPGKSSIDDSYGR
Site 165S1343GKSSIDDSYGRYDLI
Site 166Y1344KSSIDDSYGRYDLIQ
Site 167Y1347IDDSYGRYDLIQNSE
Site 168S1353RYDLIQNSESPASPP
Site 169S1355DLIQNSESPASPPVA
Site 170S1358QNSESPASPPVAVPH
Site 171S1366PPVAVPHSWSRAKSD
Site 172S1368VAVPHSWSRAKSDSD
Site 173S1372HSWSRAKSDSDKISN
Site 174S1374WSRAKSDSDKISNGS
Site 175S1378KSDSDKISNGSSINW
Site 176S1382DKISNGSSINWPPEF
Site 177T1410PENDPDVTPGSVPTG
Site 178S1413DPDVTPGSVPTGPTI
Site 179T1423TGPTINTTIQDVNRY
Site 180Y1430TIQDVNRYLLKSGGK
Site 181S1434VNRYLLKSGGKLSDI
Site 182S1439LKSGGKLSDIKSTWS
Site 183S1443GKLSDIKSTWSSGPT
Site 184T1444KLSDIKSTWSSGPTS
Site 185S1446SDIKSTWSSGPTSHT
Site 186S1447DIKSTWSSGPTSHTQ
Site 187T1450STWSSGPTSHTQASL
Site 188S1451TWSSGPTSHTQASLS
Site 189T1453SSGPTSHTQASLSHE
Site 190S1456PTSHTQASLSHELWK
Site 191S1458SHTQASLSHELWKVP
Site 192S1468LWKVPRNSTAPTRPP
Site 193T1469WKVPRNSTAPTRPPP
Site 194T1472PRNSTAPTRPPPGLT
Site 195T1479TRPPPGLTNPKPSST
Site 196S1485LTNPKPSSTWGASPL
Site 197T1486TNPKPSSTWGASPLG
Site 198S1490PSSTWGASPLGWTSS
Site 199T1495GASPLGWTSSYSSGS
Site 200S1496ASPLGWTSSYSSGSA
Site 201S1497SPLGWTSSYSSGSAW
Site 202Y1498PLGWTSSYSSGSAWS
Site 203S1499LGWTSSYSSGSAWST
Site 204S1500GWTSSYSSGSAWSTD
Site 205S1502TSSYSSGSAWSTDTS
Site 206S1505YSSGSAWSTDTSGRT
Site 207T1506SSGSAWSTDTSGRTS
Site 208T1508GSAWSTDTSGRTSSW
Site 209S1509SAWSTDTSGRTSSWL
Site 210S1513TDTSGRTSSWLVLRN
Site 211S1514DTSGRTSSWLVLRNL
Site 212T1522WLVLRNLTPQIDGST
Site 213S1528LTPQIDGSTLRTLCL
Site 214T1529TPQIDGSTLRTLCLQ
Site 215T1532IDGSTLRTLCLQHGP
Site 216Y1556QGNAVVRYSSKEEAA
Site 217S1557GNAVVRYSSKEEAAK
Site 218S1558NAVVRYSSKEEAAKA
Site 219T1602QGQALPPTSSWQSSS
Site 220S1603GQALPPTSSWQSSSA
Site 221S1604QALPPTSSWQSSSAS
Site 222S1607PPTSSWQSSSASSQP
Site 223S1608PTSSWQSSSASSQPR
Site 224S1609TSSWQSSSASSQPRL
Site 225S1611SWQSSSASSQPRLSA
Site 226S1612WQSSSASSQPRLSAA
Site 227S1617ASSQPRLSAAGSSHG
Site 228S1621PRLSAAGSSHGLVRS
Site 229S1628SSHGLVRSDAGHWNA
Site 230S1643PCLGGKGSSELLWGG
Site 231Y1654LWGGVPQYSSSLWGP
Site 232S1655WGGVPQYSSSLWGPP
Site 233S1656GGVPQYSSSLWGPPS
Site 234S1657GVPQYSSSLWGPPSA
Site 235S1663SSLWGPPSADDSRVI
Site 236S1667GPPSADDSRVIGSPT
Site 237S1672DDSRVIGSPTPLTTL
 
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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