PhosphoNET

           
Protein Info 
   
Short Name:  SPT5
Full Name:  Transcription elongation factor SPT5
Alias:  DRB sensitivity-inducing factor large subunit; DSIF large subunit; DSIF p160; FLJ34157; SPT5H; Suppressor of Ty 5; Tat-cotransactivator 1; Tat-CT1
Type:  Transcription, coactivator/corepressor
Mass (Da):  121000
Number AA:  1087
UniProt ID:  O00267
International Prot ID:  IPI00298058
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005654     Uniprot OncoNet
Molecular Function:  GO:0019899  GO:0008148  GO:0008159 PhosphoSite+ KinaseNET
Biological Process:  GO:0006368  GO:0007049  GO:0006338 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 1S7_MSDSEDSNFSEEED
Site 2S10DSEDSNFSEEEDSER
Site 3S15NFSEEEDSERSSDGE
Site 4S19EEDSERSSDGEEAEV
Site 5S32EVDEERRSAAGSEKE
Site 6S36ERRSAAGSEKEEEPE
Site 7Y54EEEEEEEYDEEEEEE
Site 8Y86EADVDDEYEDEDQWE
Site 9S108EKEEIEASNIDNVVL
Site 10S120VVLDEDRSGARRLQN
Site 11Y140REEELGEYYMKKYAK
Site 12Y141EEELGEYYMKKYAKS
Site 13Y145GEYYMKKYAKSSVGE
Site 14S148YMKKYAKSSVGETVY
Site 15T153AKSSVGETVYGGSDE
Site 16S158GETVYGGSDELSDDI
Site 17S162YGGSDELSDDITQQQ
Site 18T166DELSDDITQQQLLPG
Site 19T192KIGEERATAISLMRK
Site 20T206KFIAYQFTDTPLQIK
Site 21T208IAYQFTDTPLQIKSV
Site 22S214DTPLQIKSVVAPEHV
Site 23Y224APEHVKGYIYVEAYK
Site 24Y226EHVKGYIYVEAYKQT
Site 25Y230GYIYVEAYKQTHVKQ
Site 26Y249VGNLRLGYWNQQMVP
Site 27S277VANLKPKSWVRLKRG
Site 28Y286VRLKRGIYKDDIAQV
Site 29Y295DDIAQVDYVEPSQNT
Site 30S299QVDYVEPSQNTISLK
Site 31S304EPSQNTISLKMIPRI
Site 32Y313KMIPRIDYDRIKARM
Site 33S321DRIKARMSLKDWFAK
Site 34S347FDAEKIRSLGGDVAS
Site 35Y366LIFEGNRYSRKGFLF
Site 36S367IFEGNRYSRKGFLFK
Site 37S375RKGFLFKSFAMSAVI
Site 38S391EGVKPTLSELEKFED
Site 39S442NLQGKILSVDGNKIT
Site 40T449SVDGNKITIMPKHED
Site 41Y471PAQELRKYFKMGDHV
Site 42T489AGRFEGDTGLIVRVE
Site 43S522PRDLQLCSETASGVD
Site 44S526QLCSETASGVDVGGQ
Site 45T557IVRLERETFQVLNMY
Site 46T569NMYGKVVTVRHQAVT
Site 47S589RFAVALDSEQNNIHV
Site 48S608KVIDGPHSGREGEIR
Site 49T655GSKPRDVTNFTVGGF
Site 50S666VGGFAPMSPRISSPM
Site 51S670APMSPRISSPMHPSA
Site 52S671PMSPRISSPMHPSAG
Site 53S676ISSPMHPSAGGQRGG
Site 54S686GQRGGFGSPGGGSGG
Site 55S691FGSPGGGSGGMSRGR
Site 56S695GGGSGGMSRGRGRRD
Site 57T709DNELIGQTVRISQGP
Site 58S713IGQTVRISQGPYKGY
Site 59T728IGVVKDATESTARVE
Site 60T731VKDATESTARVELHS
Site 61T739ARVELHSTCQTISVD
Site 62T742ELHSTCQTISVDRQR
Site 63S744HSTCQTISVDRQRLT
Site 64T751SVDRQRLTTVGSRRP
Site 65T752VDRQRLTTVGSRRPG
Site 66S755QRLTTVGSRRPGGMT
Site 67T762SRRPGGMTSTYGRTP
Site 68S763RRPGGMTSTYGRTPM
Site 69T764RPGGMTSTYGRTPMY
Site 70Y765PGGMTSTYGRTPMYG
Site 71T768MTSTYGRTPMYGSQT
Site 72Y771TYGRTPMYGSQTPMY
Site 73S773GRTPMYGSQTPMYGS
Site 74T775TPMYGSQTPMYGSGS
Site 75Y778YGSQTPMYGSGSRTP
Site 76S780SQTPMYGSGSRTPMY
Site 77S782TPMYGSGSRTPMYGS
Site 78T784MYGSGSRTPMYGSQT
Site 79Y787SGSRTPMYGSQTPLQ
Site 80S789SRTPMYGSQTPLQDG
Site 81T791TPMYGSQTPLQDGSR
Site 82S797QTPLQDGSRTPHYGS
Site 83T799PLQDGSRTPHYGSQT
Site 84Y802DGSRTPHYGSQTPLH
Site 85S804SRTPHYGSQTPLHDG
Site 86T806TPHYGSQTPLHDGSR
Site 87S812QTPLHDGSRTPAQSG
Site 88T814PLHDGSRTPAQSGAW
Site 89S818GSRTPAQSGAWDPNN
Site 90T828WDPNNPNTPSRAEEE
Site 91S830PNNPNTPSRAEEEYE
Site 92Y836PSRAEEEYEYAFDDE
Site 93Y838RAEEEYEYAFDDEPT
Site 94T845YAFDDEPTPSPQAYG
Site 95S847FDDEPTPSPQAYGGT
Site 96T854SPQAYGGTPNPQTPG
Site 97T859GGTPNPQTPGYPDPS
Site 98Y862PNPQTPGYPDPSSPQ
Site 99S866TPGYPDPSSPQVNPQ
Site 100S867PGYPDPSSPQVNPQY
Site 101Y874SPQVNPQYNPQTPGT
Site 102T878NPQYNPQTPGTPAMY
Site 103T881YNPQTPGTPAMYNTD
Site 104Y885TPGTPAMYNTDQFSP
Site 105T887GTPAMYNTDQFSPYA
Site 106S891MYNTDQFSPYAAPSP
Site 107Y893NTDQFSPYAAPSPQG
Site 108S897FSPYAAPSPQGSYQP
Site 109S901AAPSPQGSYQPSPSP
Site 110S905PQGSYQPSPSPQSYH
Site 111S907GSYQPSPSPQSYHQV
Site 112S910QPSPSPQSYHQVAPS
Site 113Y911PSPSPQSYHQVAPSP
Site 114S917SYHQVAPSPAGYQNT
Site 115Y921VAPSPAGYQNTHSPA
Site 116T924SPAGYQNTHSPASYH
Site 117S926AGYQNTHSPASYHPT
Site 118S929QNTHSPASYHPTPSP
Site 119T933SPASYHPTPSPMAYQ
Site 120S935ASYHPTPSPMAYQAS
Site 121Y939PTPSPMAYQASPSPS
Site 122S942SPMAYQASPSPSPVG
Site 123S944MAYQASPSPSPVGYS
Site 124S946YQASPSPSPVGYSPM
Site 125Y950PSPSPVGYSPMTPGA
Site 126S951SPSPVGYSPMTPGAP
Site 127T954PVGYSPMTPGAPSPG
Site 128S959PMTPGAPSPGGYNPH
Site 129Y963GAPSPGGYNPHTPGS
Site 130T967PGGYNPHTPGSGIEQ
Site 131S970YNPHTPGSGIEQNSS
Site 132S977SGIEQNSSDWVTTDI
Site 133T981QNSSDWVTTDIQVKV
Site 134T991IQVKVRDTYLDTQVV
Site 135Y992QVKVRDTYLDTQVVG
Site 136T995VRDTYLDTQVVGQTG
Site 137S1013SVTGGMCSVYLKDSE
Site 138Y1015TGGMCSVYLKDSEKV
Site 139S1024KDSEKVVSISSEHLE
Site 140S1026SEKVVSISSEHLEPI
Site 141S1027EKVVSISSEHLEPIT
Site 142T1034SEHLEPITPTKNNKV
Site 143T1036HLEPITPTKNNKVKV
Site 144T1052LGEDREATGVLLSID
 
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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