PhosphoNET

           
Protein Info 
   
Short Name:  TDRD6
Full Name:  Tudor domain-containing protein 6
Alias:  Antigen NY-CO-45;Cancer/testis antigen 41.2
Type: 
Mass (Da):  236517
Number AA:  2096
UniProt ID:  O60522
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 1Y43VGERRGEYLRLSREI
Site 2S47RGEYLRLSREIQEAA
Site 3S64RGQWALGSASASPGE
Site 4S66QWALGSASASPGELC
Site 5S88WHRCRVVSRQAQESR
Site 6S94VSRQAQESRVFLLDE
Site 7S111TITAGAGSLAPGRRE
Site 8S143PAGCGAGSGEPPQHW
Site 9S159ADAVDFLSNLQGKEV
Site 10S203LARRVPDSLFRSLLE
Site 11S207VPDSLFRSLLERYLT
Site 12S228GSGVPVLSRVPLKQK
Site 13Y241QKQPGLDYFYPQLQL
Site 14Y243QPGLDYFYPQLQLGV
Site 15S271RIHCQLRSVSQEIHR
Site 16S273HCQLRSVSQEIHRLS
Site 17S280SQEIHRLSESMAQVY
Site 18S282EIHRLSESMAQVYRG
Site 19Y287SESMAQVYRGSTGTG
Site 20S290MAQVYRGSTGTGDEN
Site 21T291AQVYRGSTGTGDENS
Site 22T293VYRGSTGTGDENSTS
Site 23S298TGTGDENSTSATWEE
Site 24S300TGDENSTSATWEERE
Site 25T302DENSTSATWEEREES
Site 26S309TWEEREESPDKPGSP
Site 27S315ESPDKPGSPCASCGL
Site 28S319KPGSPCASCGLDGHW
Site 29T334YRALLLETFRPQRCA
Site 30Y348AQVLHVDYGRKELVS
Site 31S355YGRKELVSCSSLRYL
Site 32S357RKELVSCSSLRYLLP
Site 33S358KELVSCSSLRYLLPE
Site 34Y361VSCSSLRYLLPEYFR
Site 35Y366LRYLLPEYFRMPVVT
Site 36T373YFRMPVVTYPCALYG
Site 37Y374FRMPVVTYPCALYGL
Site 38S389WDGGRGWSRSQVGDL
Site 39S391GGRGWSRSQVGDLKT
Site 40Y419YCSFEHVYYVSLYGE
Site 41Y420CSFEHVYYVSLYGED
Site 42Y424HVYYVSLYGEDGINL
Site 43T459TEEEEPETSQSQSPA
Site 44S460EEEEPETSQSQSPAE
Site 45S462EEPETSQSQSPAEEV
Site 46S464PETSQSQSPAEEVDE
Site 47S474EEVDEEISLPALRSI
Site 48Y489RLKMNAFYDAQVEFV
Site 49T512RLRKHNVTFSKLMRR
Site 50Y524MRRMCGFYSSASKLD
Site 51S525RRMCGFYSSASKLDG
Site 52S526RMCGFYSSASKLDGV
Site 53Y552VKWKENGYYRAIVTK
Site 54Y553KWKENGYYRAIVTKL
Site 55S564VTKLDDKSVDVFLVD
Site 56Y581NSENVDWYDVRMLLP
Site 57T611DIWPLGKTWSQEAVS
Site 58S613WPLGKTWSQEAVSFF
Site 59S618TWSQEAVSFFKKTVL
Site 60Y641LDKQDHQYVIEILDE
Site 61S649VIEILDESRTGEENI
Site 62S657RTGEENISKVIAQAG
Site 63Y668AQAGYAKYQEFETKE
Site 64S683NILVNAHSPGHVSNH
Site 65S688AHSPGHVSNHFTTES
Site 66T692GHVSNHFTTESNKIP
Site 67S695SNHFTTESNKIPFAK
Site 68T716KAKRENKTTSVSKAL
Site 69T717AKRENKTTSVSKALS
Site 70S718KRENKTTSVSKALSD
Site 71S724TSVSKALSDTTVVTN
Site 72T726VSKALSDTTVVTNGS
Site 73T727SKALSDTTVVTNGST
Site 74S746QEKVKRASVYFPLMQ
Site 75Y748KVKRASVYFPLMQNC
Site 76S762CLEIKPGSSSKGELE
Site 77S764EIKPGSSSKGELEVG
Site 78S772KGELEVGSTVEVRVS
Site 79T773GELEVGSTVEVRVSY
Site 80S779STVEVRVSYVENPGY
Site 81Y780TVEVRVSYVENPGYF
Site 82Y786SYVENPGYFWCQLTR
Site 83T800RNIQGLKTLMSDIQY
Site 84Y807TLMSDIQYYCKNTAA
Site 85T820AAPHQRNTLACLAKR
Site 86T828LACLAKRTVNRQWSR
Site 87S834RTVNRQWSRALISGI
Site 88S839QWSRALISGIQSVEH
Site 89T850SVEHVNVTFVDYGDR
Site 90Y854VNVTFVDYGDREMVS
Site 91S867VSVKNIYSISEEFLK
Site 92S869VKNIYSISEEFLKVK
Site 93S883KAQAFRCSLYNLIQP
Site 94S968KLQKPLESSVQLHSY
Site 95S969LQKPLESSVQLHSYF
Site 96S974ESSVQLHSYFYSTHD
Site 97Y975SSVQLHSYFYSTHDM
Site 98Y991IGSEELVYITHIDDP
Site 99T1031KVLLNLKTSPLNPGT
Site 100T1038TSPLNPGTLCLAKYT
Site 101Y1044GTLCLAKYTDGNWYR
Site 102S1099PMQAVRCSLSDIPDH
Site 103S1101QAVRCSLSDIPDHIP
Site 104T1136VAKDPDGTLIIELYG
Site 105Y1142GTLIIELYGDNIQIS
Site 106S1160NKKLGLLSYKDRIRK
Site 107Y1161KKLGLLSYKDRIRKK
Site 108S1170DRIRKKESEVLCSTT
Site 109S1175KESEVLCSTTETLEE
Site 110T1179VLCSTTETLEEKNEN
Site 111T1192ENMKLPCTEYLSKSV
Site 112Y1194MKLPCTEYLSKSVGY
Site 113S1196LPCTEYLSKSVGYKL
Site 114S1198CTEYLSKSVGYKLPN
Site 115S1229KELKLLQSLTKTNLV
Site 116T1233LLQSLTKTNLVTQYQ
Site 117Y1239KTNLVTQYQDSVGNK
Site 118S1242LVTQYQDSVGNKNSQ
Site 119S1248DSVGNKNSQVFPLTT
Site 120T1254NSQVFPLTTEKKEEI
Site 121T1265KEEISAETPLKTARV
Site 122T1269SAETPLKTARVEATL
Site 123S1277ARVEATLSERKIGDS
Site 124S1284SERKIGDSCDKDLPL
Site 125Y1310PGFKTTVYVSHINDL
Site 126Y1321INDLSDFYVQLIEDE
Site 127S1332IEDEAEISHLSERLN
Site 128S1335EAEISHLSERLNSVK
Site 129S1340HLSERLNSVKTRPEY
Site 130Y1347SVKTRPEYYVGPPLQ
Site 131Y1348VKTRPEYYVGPPLQR
Site 132S1384QQPNDLLSVQFIDYG
Site 133T1398GNVSVVHTNKIGRLD
Site 134Y1437NSKKMMHYFSQRTSE
Site 135S1439KKMMHYFSQRTSEAA
Site 136S1443HYFSQRTSEAAIRCE
Site 137S1475IIADDMISRYALSEK
Site 138Y1477ADDMISRYALSEKSQ
Site 139S1480MISRYALSEKSQVEL
Site 140S1483RYALSEKSQVELSTQ
Site 141S1488EKSQVELSTQVIKSA
Site 142T1489KSQVELSTQVIKSAS
Site 143S1494LSTQVIKSASSKSVN
Site 144S1497QVIKSASSKSVNKSD
Site 145S1499IKSASSKSVNKSDID
Site 146S1503SSKSVNKSDIDTSVF
Site 147T1507VNKSDIDTSVFLNWY
Site 148Y1514TSVFLNWYNPEKKMI
Site 149Y1524EKKMIRAYATVIDGP
Site 150T1526KMIRAYATVIDGPEY
Site 151Y1578GDPCIVRYREDGHYY
Site 152Y1584RYREDGHYYRALITN
Site 153S1622KALWAIPSELLSVPM
Site 154S1647NISEGLCSQEGNDYF
Site 155Y1653CSQEGNDYFYEIITE
Site 156Y1655QEGNDYFYEIITEDV
Site 157S1686LAIVDLKSKGKSINE
Site 158S1690DLKSKGKSINEKMEK
Site 159T1701KMEKYSKTGIKSALP
Site 160Y1709GIKSALPYENIDSEI
Site 161S1714LPYENIDSEIKQTLG
Site 162T1719IDSEIKQTLGSYNLD
Site 163Y1723IKQTLGSYNLDVGLK
Site 164S1766NIIGTKPSNFRDPKT
Site 165T1773SNFRDPKTDNICEGF
Site 166T1790PCKDKIDTEELEGEL
Site 167Y1811KAEFDDKYLITGFNT
Site 168S1834KEILELNSLEVPLSP
Site 169S1840NSLEVPLSPDDESKE
Site 170S1845PLSPDDESKEFLELE
Site 171S1859ESIELQNSLVVDEEK
Site 172S1870DEEKGELSPVPPNVP
Site 173S1879VPPNVPLSQECVTKG
Site 174S1898FTLQLPLSCEAEKQP
Site 175S1924DDKMDPLSLGVSQKA
Site 176S1928DPLSLGVSQKAQESM
Site 177T1937KAQESMCTEDMRKSS
Site 178S1943CTEDMRKSSCVESFD
Site 179S1944TEDMRKSSCVESFDD
Site 180S1948RKSSCVESFDDQRRM
Site 181S1956FDDQRRMSLHLHGAD
Site 182T1968GADCDPKTQNEMNIC
Site 183Y1982CEEEFVEYKNRDAIS
Site 184S1996SALMPLFSEEESSDG
Site 185S2000PLFSEEESSDGSKHN
Site 186S2001LFSEEESSDGSKHNN
Site 187S2004EEESSDGSKHNNGLP
Site 188S2015NGLPDHISAQLQNTY
Site 189T2023AQLQNTYTLKAFTVG
Site 190S2038SKCVVWSSLRNTWSK
Site 191T2042VWSSLRNTWSKCEIL
Site 192S2044SSLRNTWSKCEILET
Site 193T2051SKCEILETAEEGTRV
Site 194S2084GIPKLDKSPPEKRGL
 
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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