PhosphoNET

           
Protein Info 
   
Short Name:  TET2
Full Name:  Methylcytosine dioxygenase TET2
Alias:  FLJ20032; KIAA1546; LOC54790; Probable methylcytosine dioxygenase TET2: Probable methylcytosine dioxygenase TET2: Probable methylcytosine dioxygenase TET2: TET2 protein; Tet oncogene family member 2
Type: 
Mass (Da):  223811
Number AA:  2002
UniProt ID:  Q6N021
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005506  GO:0016706  GO:0016702 PhosphoSite+ KinaseNET
Biological Process:  GO:0007049  GO:0055114   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 1S15HVEGNRLSPFLIPSP
Site 2T32CQTEPLATKLQNGSP
Site 3S38ATKLQNGSPLPERAH
Site 4S69GIPCMKGSQNSRVSP
Site 5S75GSQNSRVSPDFTQES
Site 6T79SRVSPDFTQESRGYS
Site 7S82SPDFTQESRGYSKCL
Site 8Y85FTQESRGYSKCLQNG
Site 9S86TQESRGYSKCLQNGG
Site 10T97QNGGIKRTVSEPSLS
Site 11S99GGIKRTVSEPSLSGL
Site 12S102KRTVSEPSLSGLLQI
Site 13S104TVSEPSLSGLLQIKK
Site 14S128ERRNFGVSQERNPGE
Site 15S136QERNPGESSQPNVSD
Site 16S137ERNPGESSQPNVSDL
Site 17S145QPNVSDLSDKKESVS
Site 18S150DLSDKKESVSSVAQE
Site 19S153DKKESVSSVAQENAV
Site 20T164ENAVKDFTSFSTHNC
Site 21S165NAVKDFTSFSTHNCS
Site 22S167VKDFTSFSTHNCSGP
Site 23T168KDFTSFSTHNCSGPE
Site 24S172SFSTHNCSGPENPEL
Site 25S214MPNGATVSASSVEHT
Site 26S216NGATVSASSVEHTHG
Site 27T221SASSVEHTHGELLEK
Site 28T229HGELLEKTLSQYYPD
Site 29S231ELLEKTLSQYYPDCV
Site 30Y233LEKTLSQYYPDCVSI
Site 31Y234EKTLSQYYPDCVSIA
Site 32S254SHINAINSQATNELS
Site 33S261SQATNELSCEITHPS
Site 34T265NELSCEITHPSHTSG
Site 35S268SCEITHPSHTSGQIN
Site 36S276HTSGQINSAQTSNSE
Site 37S280QINSAQTSNSELPPK
Site 38S282NSAQTSNSELPPKPA
Site 39S305ADDADNASKLAAMLN
Site 40S315AAMLNTCSFQKPEQL
Site 41S327EQLQQQKSVFEICPS
Site 42S334SVFEICPSPAENNIQ
Site 43S348QGTTKLASGEEFCSG
Site 44S354ASGEEFCSGSSSNLQ
Site 45S356GEEFCSGSSSNLQAP
Site 46S358EFCSGSSSNLQAPGG
Site 47S367LQAPGGSSERYLKQN
Site 48Y370PGGSSERYLKQNEMN
Site 49Y380QNEMNGAYFKQSSVF
Site 50S385GAYFKQSSVFTKDSF
Site 51T388FKQSSVFTKDSFSAT
Site 52S391SSVFTKDSFSATTTP
Site 53S393VFTKDSFSATTTPPP
Site 54T395TKDSFSATTTPPPPS
Site 55T396KDSFSATTTPPPPSQ
Site 56T397DSFSATTTPPPPSQL
Site 57S402TTTPPPPSQLLLSPP
Site 58S407PPSQLLLSPPPPLPQ
Site 59S420PQVPQLPSEGKSTLN
Site 60S424QLPSEGKSTLNGGVL
Site 61T425LPSEGKSTLNGGVLE
Site 62Y437VLEEHHHYPNQSNTT
Site 63S460GKPEAPPSQSPNPST
Site 64S462PEAPPSQSPNPSTHV
Site 65S466PSQSPNPSTHVCSPS
Site 66T467SQSPNPSTHVCSPSP
Site 67S471NPSTHVCSPSPMLSE
Site 68S473STHVCSPSPMLSERP
Site 69S477CSPSPMLSERPQNNC
Site 70T492VNRNDIQTAGTMTVP
Site 71T505VPLCSEKTRPMSEHL
Site 72S509SEKTRPMSEHLKHNP
Site 73T549KGRDKEQTRDLVPPT
Site 74T556TRDLVPPTQHYLKPG
Site 75Y559LVPPTQHYLKPGWIE
Site 76S585HLKRNEASLPSILQY
Site 77Y592SLPSILQYQPNLSNQ
Site 78S597LQYQPNLSNQMTSKQ
Site 79T601PNLSNQMTSKQYTGN
Site 80T606QMTSKQYTGNSNMPG
Site 81S609SKQYTGNSNMPGGLP
Site 82Y620GGLPRQAYTQKTTQL
Site 83T646NQGQSQGTVDQHLQF
Site 84S663PSHQVHFSKTDHLPK
Site 85S675LPKAHVQSLCGTRFH
Site 86S689HFQQRADSQTEKLMS
Site 87T691QQRADSQTEKLMSPV
Site 88S696SQTEKLMSPVLKQHL
Site 89T710LNQQASETEPFSNSH
Site 90S714ASETEPFSNSHLLQH
Site 91T730PHKQAAQTQPSQSSH
Site 92S733QAAQTQPSQSSHLPQ
Site 93T759NKEEILQTFPHPQSN
Site 94S765QTFPHPQSNNDQQRE
Site 95S774NDQQREGSFFGQTKV
Site 96S792FHGENQYSKSSEFET
Site 97S794GENQYSKSSEFETHN
Site 98T799SKSSEFETHNVQMGL
Site 99S817QNINRRNSPYSQTMK
Site 100Y819INRRNSPYSQTMKSS
Site 101S820NRRNSPYSQTMKSSA
Site 102T822RNSPYSQTMKSSACK
Site 103S825PYSQTMKSSACKIQV
Site 104S826YSQTMKSSACKIQVS
Site 105T848VSENKEQTTHPELFA
Site 106T859ELFAGNKTQNLHHMQ
Site 107S890FQEQEQKSQQASVLQ
Site 108S894EQKSQQASVLQGYKN
Site 109S907KNRNQDMSGQQAAQL
Site 110Y919AQLAQQRYLIHNHAN
Site 111S936PVPDQGGSHTQTPPQ
Site 112T938PDQGGSHTQTPPQKD
Site 113T940QGGSHTQTPPQKDTQ
Site 114T965QKQEQQQTQQPQTES
Site 115T970QQTQQPQTESCHSQM
Site 116S975PQTESCHSQMHRPIK
Site 117S1015KQENPPASCDNVQQK
Site 118T1027QQKSIIETMEQHLKQ
Site 119S1039LKQFHAKSLFDHKAL
Site 120T1047LFDHKALTLKSQKQV
Site 121S1050HKALTLKSQKQVKVE
Site 122T1063VEMSGPVTVLTRQTT
Site 123T1069VTVLTRQTTAAELDS
Site 124T1070TVLTRQTTAAELDSH
Site 125S1076TTAAELDSHTPALEQ
Site 126T1078AAELDSHTPALEQQT
Site 127T1086PALEQQTTSSEKTPT
Site 128S1087ALEQQTTSSEKTPTK
Site 129T1091QTTSSEKTPTKRTAA
Site 130T1093TSSEKTPTKRTAASV
Site 131S1107VLNNFIESPSKLLDT
Site 132S1109NNFIESPSKLLDTPI
Site 133T1114SPSKLLDTPIKNLLD
Site 134T1122PIKNLLDTPVKTQYD
Site 135T1126LLDTPVKTQYDFPSC
Site 136Y1128DTPVKTQYDFPSCRC
Site 137Y1148EKDEGPFYTHLGAGP
Site 138Y1182IRIERVIYTGKEGKS
Site 139S1189YTGKEGKSSQGCPIA
Site 140S1190TGKEGKSSQGCPIAK
Site 141S1203AKWVVRRSSSEEKLL
Site 142S1204KWVVRRSSSEEKLLC
Site 143S1205WVVRRSSSEEKLLCL
Site 144Y1245LSLADKLYSELTETL
Site 145T1251LYSELTETLRKYGTL
Site 146Y1255LTETLRKYGTLTNRR
Site 147T1257ETLRKYGTLTNRRCA
Site 148T1259LRKYGTLTNRRCALN
Site 149T1280CQGLDPETCGASFSF
Site 150S1303NGCKFARSKIPRKFK
Site 151S1324KEEEKLESHLQNLST
Site 152S1330ESHLQNLSTLMAPTY
Site 153T1331SHLQNLSTLMAPTYK
Site 154Y1337STLMAPTYKKLAPDA
Site 155Y1345KKLAPDAYNNQIEYE
Site 156Y1351AYNNQIEYEHRAPEC
Site 157S1369LKEGRPFSGVTACLD
Site 158T1397NGSTLVCTLTREDNR
Site 159T1399STLVCTLTREDNREF
Site 160Y1421QLHVLPLYKVSDVDE
Site 161S1431SDVDEFGSVEAQEEK
Site 162S1448SGAIQVLSSFRRKVR
Site 163S1449GAIQVLSSFRRKVRM
Site 164T1463MLAEPVKTCRQRKLE
Site 165S1481AAAEKLSSLENSSNK
Site 166S1485KLSSLENSSNKNEKE
Site 167S1494NKNEKEKSAPSRTKQ
Site 168S1506TKQTENASQAKQLAE
Site 169S1525SGPVMQQSQQPQPLQ
Site 170T1554QQPHHPQTESVNSYS
Site 171S1556PHHPQTESVNSYSAS
Site 172S1559PQTESVNSYSASGST
Site 173Y1560QTESVNSYSASGSTN
Site 174S1561TESVNSYSASGSTNP
Site 175S1563SVNSYSASGSTNPYM
Site 176S1565NSYSASGSTNPYMRR
Site 177Y1569ASGSTNPYMRRPNPV
Site 178S1577MRRPNPVSPYPNSSH
Site 179Y1579RPNPVSPYPNSSHTS
Site 180S1582PVSPYPNSSHTSDIY
Site 181S1583VSPYPNSSHTSDIYG
Site 182S1586YPNSSHTSDIYGSTS
Site 183Y1589SSHTSDIYGSTSPMN
Site 184S1593SDIYGSTSPMNFYST
Site 185Y1598STSPMNFYSTSSQAA
Site 186S1599TSPMNFYSTSSQAAG
Site 187S1601PMNFYSTSSQAAGSY
Site 188S1602MNFYSTSSQAAGSYL
Site 189S1607TSSQAAGSYLNSSNP
Site 190Y1608SSQAAGSYLNSSNPM
Site 191S1611AAGSYLNSSNPMNPY
Site 192S1612AGSYLNSSNPMNPYP
Site 193Y1618SSNPMNPYPGLLNQN
Site 194T1626PGLLNQNTQYPSYQC
Site 195Y1628LLNQNTQYPSYQCNG
Site 196Y1631QNTQYPSYQCNGNLS
Site 197S1643NLSVDNCSPYLGSYS
Site 198Y1645SVDNCSPYLGSYSPQ
Site 199S1648NCSPYLGSYSPQSQP
Site 200Y1649CSPYLGSYSPQSQPM
Site 201S1650SPYLGSYSPQSQPMD
Site 202S1653LGSYSPQSQPMDLYR
Site 203Y1659QSQPMDLYRYPSQDP
Site 204Y1661QPMDLYRYPSQDPLS
Site 205S1663MDLYRYPSQDPLSKL
Site 206S1668YPSQDPLSKLSLPPI
Site 207S1671QDPLSKLSLPPIHTL
Site 208T1677LSLPPIHTLYQPRFG
Site 209Y1679LPPIHTLYQPRFGNS
Site 210S1686YQPRFGNSQSFTSKY
Site 211S1688PRFGNSQSFTSKYLG
Site 212T1690FGNSQSFTSKYLGYG
Site 213Y1693SQSFTSKYLGYGNQN
Site 214S1708MQGDGFSSCTIRPNV
Site 215Y1724HVGKLPPYPTHEMDG
Site 216T1726GKLPPYPTHEMDGHF
Site 217T1737DGHFMGATSRLPPNL
Site 218S1738GHFMGATSRLPPNLS
Site 219S1745SRLPPNLSNPNMDYK
Site 220Y1751LSNPNMDYKNGEHHS
Site 221Y1766PSHIIHNYSAAPGMF
Site 222S1791NKENDMLSHTANGLS
Site 223S1798SHTANGLSKMLPALN
Site 224T1809PALNHDRTACVQGGL
Site 225S1820QGGLHKLSDANGQEK
Site 226S1848EDNDEVWSDSEQSFL
Site 227S1850NDEVWSDSEQSFLDP
Site 228S1853VWSDSEQSFLDPDIG
Site 229T1883AKRELHATTPLKNPN
Site 230T1884KRELHATTPLKNPNR
Site 231S1898RNHPTRISLVFYQHK
Site 232Y1902TRISLVFYQHKSMNE
Site 233Y1935KEEECEKYGPDYVPQ
Site 234Y1939CEKYGPDYVPQKSHG
Site 235S1944PDYVPQKSHGKKVKR
Site 236T1959EPAEPHETSEPTYLR
Site 237Y1964HETSEPTYLRFIKSL
Site 238S1970TYLRFIKSLAERTMS
Site 239S1977SLAERTMSVTTDSTV
Site 240T1979AERTMSVTTDSTVTT
Site 241S1982TMSVTTDSTVTTSPY
Site 242T1983MSVTTDSTVTTSPYA
Site 243T1986TTDSTVTTSPYAFTR
Site 244S1987TDSTVTTSPYAFTRV
Site 245T1995PYAFTRVTGPYNRYI
 
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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