PhosphoNET

           
Protein Info 
   
Short Name:  TAF1L
Full Name:  Transcription initiation factor TFIID subunit 1-like
Alias:  Transcription initiation factor TFIID 210 kDa subunit
Type:  Protein-serine kinase, Atypical group, TAF1 family
Mass (Da):  207302
Number AA:  1826
UniProt ID:  Q8IZX4
International Prot ID:  IPI00100867
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005669     Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0017025  GO:0004402 PhosphoSite+ KinaseNET
Biological Process:  GO:0007140  GO:0006357  GO:0006352 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 1S21TVTAAIMSDSDSEED
Site 2S23TAAIMSDSDSEEDSS
Site 3S25AIMSDSDSEEDSSGG
Site 4S29DSDSEEDSSGGGPFT
Site 5S30SDSEEDSSGGGPFTL
Site 6T81GSLITELTANEELTG
Site 7T89ANEELTGTGGALVND
Site 8S102NDEGWIRSTEDAVDY
Site 9T103DEGWIRSTEDAVDYS
Site 10Y109STEDAVDYSDINEVA
Site 11S110TEDAVDYSDINEVAE
Site 12S120NEVAEDESQRHQQTM
Site 13S129RHQQTMGSLQPLYHS
Site 14Y134MGSLQPLYHSDYDED
Site 15S136SLQPLYHSDYDEDDY
Site 16Y138QPLYHSDYDEDDYDA
Site 17Y143SDYDEDDYDADCEDI
Site 18T175DKDQDAITCVSESGE
Site 19S203ASEKVDFSSYSDSES
Site 20S204SEKVDFSSYSDSESE
Site 21Y205EKVDFSSYSDSESEM
Site 22S206KVDFSSYSDSESEMG
Site 23S208DFSSYSDSESEMGPQ
Site 24S210SSYSDSESEMGPQEA
Site 25T228ESEDGKLTLPLAGIM
Site 26S245DATKLLPSVTELFPE
Site 27S273GPGKNVPSVWRSARR
Site 28S277NVPSVWRSARRKRKK
Site 29S300QIQEVECSVESEVSQ
Site 30S303EVECSVESEVSQKSL
Site 31S306CSVESEVSQKSLWNY
Site 32S309ESEVSQKSLWNYDYA
Site 33Y313SQKSLWNYDYAPPPP
Site 34Y315KSLWNYDYAPPPPPE
Site 35S338TMMVPVESKFSQSTG
Site 36S341VPVESKFSQSTGDVD
Site 37T351TGDVDKVTDTKPRVA
Site 38T353DVDKVTDTKPRVAEW
Site 39Y362PRVAEWRYGPARLWY
Site 40Y369YGPARLWYDMLGVSE
Site 41S375WYDMLGVSEDGSGFD
Site 42S379LGVSEDGSGFDYGFK
Site 43Y383EDGSGFDYGFKLRKT
Site 44T390YGFKLRKTQHEPVIK
Site 45S410EFRKLEESNGTDLLA
Site 46S451GTKPQGASLAGWLPS
Site 47Y467KTRNVMAYNVQQGFA
Site 48Y484LDDDKPWYSIFPIDN
Site 49Y496IDNEDLVYGRWEDNI
Site 50T540PDEKEEATSNSPSKE
Site 51S541DEKEEATSNSPSKES
Site 52S543KEEATSNSPSKESKK
Site 53S545EATSNSPSKESKKES
Site 54S548SNSPSKESKKESSLK
Site 55S552SKESKKESSLKKSRI
Site 56S553KESKKESSLKKSRIL
Site 57S557KESSLKKSRILLGKT
Site 58S576EEPQQNMSQPEVKDP
Site 59Y591WNLSNDEYYFPKQQG
Site 60Y592NLSNDEYYFPKQQGL
Site 61T602KQQGLRGTFGGNIIQ
Site 62Y642HRPPLKKYSFGALSQ
Site 63S643RPPLKKYSFGALSQP
Site 64S648KYSFGALSQPGPHSV
Site 65S654LSQPGPHSVQPLLKH
Site 66S676REQERQASGGGELFF
Site 67T686GELFFMRTPQDLTGK
Site 68T691MRTPQDLTGKDGDLI
Site 69Y702GDLILAEYSEENGPL
Site 70S703DLILAEYSEENGPLM
Site 71Y722MATKIKNYYKRKPGK
Site 72Y723ATKIKNYYKRKPGKD
Site 73Y738PGAPDCKYGETVYCH
Site 74Y743CKYGETVYCHTSPFL
Site 75S747ETVYCHTSPFLGSLH
Site 76S752HTSPFLGSLHPGQLL
Site 77Y772NLFRAPVYLHKMPET
Site 78Y790IIRTRQGYYIRELVD
Site 79S815FEVPGPNSRRANMHI
Site 80S855DIKKAFPSHSESSIR
Site 81S857KKAFPSHSESSIRKR
Site 82S859AFPSHSESSIRKRLK
Site 83S860FPSHSESSIRKRLKL
Site 84S885SNWWVLKSDFRLPTE
Site 85T891KSDFRLPTEEEIRAK
Site 86S900EEIRAKVSPEQCCAY
Site 87Y907SPEQCCAYYSMIAAK
Site 88Y922QRLKDAGYGEKSFFA
Site 89S926DAGYGEKSFFAPEEE
Site 90S983TGCGEGFSYVKIPNK
Site 91Y984GCGEGFSYVKIPNKP
Site 92T1006EPQAVKKTVTGTDAD
Site 93S1018DADLRRLSLKNAKQL
Site 94S1052IDVVRTMSTEQAHSG
Site 95S1058MSTEQAHSGEGPMSK
Site 96S1064HSGEGPMSKFARGSR
Site 97S1070MSKFARGSRFSVAEH
Site 98S1073FARGSRFSVAEHQER
Site 99S1098LQNKVLSSTEVLSTD
Site 100S1103LSSTEVLSTDTDSIS
Site 101T1104SSTEVLSTDTDSISA
Site 102T1106TEVLSTDTDSISAED
Site 103S1108VLSTDTDSISAEDSD
Site 104S1110STDTDSISAEDSDFE
Site 105S1114DSISAEDSDFEEMGK
Site 106T1132NMLQNKKTSSQLSRE
Site 107S1134LQNKKTSSQLSREWE
Site 108S1137KKTSSQLSREWEEQE
Site 109S1157RMLLVAGSAASGNNH
Site 110T1169NNHRDDVTASMTSLK
Site 111S1171HRDDVTASMTSLKSS
Site 112T1173DDVTASMTSLKSSAT
Site 113S1174DVTASMTSLKSSATG
Site 114S1177ASMTSLKSSATGHCL
Site 115S1178SMTSLKSSATGHCLK
Site 116Y1187TGHCLKIYRTFRDEE
Site 117T1189HCLKIYRTFRDEEGK
Site 118Y1198RDEEGKEYVRCETVR
Site 119T1203KEYVRCETVRKPAVI
Site 120Y1213KPAVIDAYVRIRTTK
Site 121T1218DAYVRIRTTKDEKFI
Site 122T1219AYVRIRTTKDEKFIQ
Site 123Y1301TNKFCPLYYQTNVPP
Site 124Y1302NKFCPLYYQTNVPPS
Site 125T1304FCPLYYQTNVPPSKP
Site 126S1309YQTNVPPSKPVAMTE
Site 127T1325QEEELEKTVIHNDNE
Site 128S1359VHEVRRKSLVLKFPK
Site 129T1379KKKRRVGTTVHCDYL
Site 130T1380KKRRVGTTVHCDYLN
Site 131Y1385GTTVHCDYLNIPHKS
Site 132T1398KSIHRRRTDPMVTLS
Site 133T1403RRTDPMVTLSSILES
Site 134S1410TLSSILESIINDMRD
Site 135T1421DMRDLPNTHPFHTPV
Site 136T1426PNTHPFHTPVNAKVV
Site 137Y1436NAKVVKDYYKIITRP
Site 138Y1437AKVVKDYYKIITRPM
Site 139T1448TRPMDLQTLRENVRK
Site 140Y1458ENVRKCLYPSREEFR
Site 141S1460VRKCLYPSREEFREH
Site 142S1475LELIVKNSATYNGPK
Site 143T1477LIVKNSATYNGPKHS
Site 144Y1478IVKNSATYNGPKHSL
Site 145S1484TYNGPKHSLTQISQS
Site 146T1486NGPKHSLTQISQSML
Site 147S1489KHSLTQISQSMLDLC
Site 148S1491SLTQISQSMLDLCDE
Site 149Y1559NKKFVPDYYKMIVNP
Site 150Y1560KKFVPDYYKMIVNPV
Site 151T1571VNPVDLETIRKNISK
Site 152Y1581KNISKHKYQSRESFL
Site 153S1583ISKHKYQSRESFLDD
Site 154S1586HKYQSRESFLDDVNL
Site 155S1598VNLILANSVKYNGPE
Site 156Y1601ILANSVKYNGPESQY
Site 157S1606VKYNGPESQYTKTAQ
Site 158T1609NGPESQYTKTAQEIV
Site 159Y1620QEIVNICYQTITEYD
Site 160Y1626CYQTITEYDEHLTQL
Site 161S1652LEEAELESLDPMTPG
Site 162T1657LESLDPMTPGPYTSQ
Site 163Y1661DPMTPGPYTSQPPDM
Site 164T1662PMTPGPYTSQPPDMY
Site 165S1663MTPGPYTSQPPDMYD
Site 166Y1669TSQPPDMYDTNTSLS
Site 167T1671QPPDMYDTNTSLSTS
Site 168T1673PDMYDTNTSLSTSRD
Site 169S1674DMYDTNTSLSTSRDA
Site 170S1676YDTNTSLSTSRDASV
Site 171S1678TNTSLSTSRDASVFQ
Site 172S1682LSTSRDASVFQDESN
Site 173S1691FQDESNLSVLDISTA
Site 174T1697LSVLDISTATPEKQM
Site 175T1699VLDISTATPEKQMCQ
Site 176S1716GRLGEEDSDVDVEGY
Site 177T1751LADEEEGTVQQPEAS
Site 178S1778DDEEDAGSDEEGDNP
Site 179S1787EEGDNPFSAIQLSES
Site 180S1792PFSAIQLSESGSDSD
Site 181S1794SAIQLSESGSDSDVG
Site 182S1796IQLSESGSDSDVGYG
Site 183S1798LSESGSDSDVGYGGI
Site 184Y1802GSDSDVGYGGIRPKQ
Site 185S1817PFMLQHASGEHKDGH
 
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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