PhosphoNET

           
Protein Info 
   
Short Name:  SUPT6H
Full Name:  Transcription elongation factor SPT6
Alias:  Chromatin structural protein; Emb-5; KIAA0162; KIAA0162, SPT6H; SPT6H; SPTH6; Suppressor of Ty 6; Suppressor of Ty 6 homolog protein; SUPTH6; Tat-cotransactivator 2 protein; Tat-CT2
Type:  Nuclear receptor co-regulator; Transcription factor
Mass (Da):  199073
Number AA:  1726
UniProt ID:  Q7KZ85
International Prot ID:  IPI00430770
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634  GO:0043226  GO:0043227 Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0016788  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0006338  GO:0006357  GO:0006350 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_MSDFVESEAEESEE
Site 2S12VESEAEESEEEYNDE
Site 3Y16AEESEEEYNDEGEVV
Site 4T27GEVVPRVTKKFVEEE
Site 5S73EGEEDEGSDSGDSED
Site 6S75EEDEGSDSGDSEDDV
Site 7S78EGSDSGDSEDDVGHK
Site 8T90GHKKRKRTSFDDRLE
Site 9S91HKKRKRTSFDDRLED
Site 10Y118KVKRGQKYRRVKKMS
Site 11S125YRRVKKMSDDEDDDE
Site 12S179EEEDDEESDIDDFIV
Site 13Y223IFGVDFDYDEFEKYN
Site 14Y229DYDEFEKYNEYDEEL
Site 15Y232EFEKYNEYDEELEEE
Site 16Y242ELEEEYEYEDDEAEG
Site 17T259RVRPKKTTKKRVSRR
Site 18S264KTTKKRVSRRSIFEM
Site 19S267KKRVSRRSIFEMYEP
Site 20Y272RRSIFEMYEPSELES
Site 21S275IFEMYEPSELESSHL
Site 22S279YEPSELESSHLTDQD
Site 23S280EPSELESSHLTDQDN
Site 24T283ELESSHLTDQDNEIR
Site 25T292QDNEIRATDLPERFQ
Site 26S302PERFQLRSIPVKGAE
Site 27Y321EEEADWIYRNAFATP
Site 28T327IYRNAFATPTISLQE
Site 29S331AFATPTISLQESCDY
Site 30S335PTISLQESCDYLDRG
Site 31Y338SLQESCDYLDRGQPA
Site 32S346LDRGQPASSFSRKGP
Site 33S347DRGQPASSFSRKGPS
Site 34S349GQPASSFSRKGPSTI
Site 35S354SFSRKGPSTIQKIKE
Site 36T355FSRKGPSTIQKIKEA
Site 37Y383IAFYRKEYVEPELHI
Site 38T414RIRKENLTRLFEKMQ
Site 39Y425EKMQAYQYEQISADP
Site 40S429AYQYEQISADPDKPL
Site 41T445DGIRALDTTDMERLK
Site 42T446GIRALDTTDMERLKD
Site 43S456ERLKDVQSMDELKDV
Site 44Y464MDELKDVYNHFLLYY
Site 45Y470VYNHFLLYYGRDIPK
Site 46Y471YNHFLLYYGRDIPKM
Site 47S519GPELKQASRRDMYTI
Site 48Y524QASRRDMYTICQSAG
Site 49T525ASRRDMYTICQSAGL
Site 50T542LAKKFGLTPEQFGEN
Site 51S553FGENLRDSYQRHETE
Site 52Y554GENLRDSYQRHETEQ
Site 53T559DSYQRHETEQFPAEP
Site 54Y573PLELAKDYVCSQFPT
Site 55S576LAKDYVCSQFPTPEA
Site 56T609VRQVLRQTFQERAKL
Site 57T619ERAKLNITPTKKGRK
Site 58T621AKLNITPTKKGRKDV
Site 59Y633KDVDEAHYAYSFKYL
Site 60Y639HYAYSFKYLKNKPVK
Site 61T684EGYGNDQTYFEEIKQ
Site 62Y685GYGNDQTYFEEIKQF
Site 63Y693FEEIKQFYYRDEFSH
Site 64Y694EEIKQFYYRDEFSHQ
Site 65T710QEWNRQRTMAIERAL
Site 66Y722RALQQFLYVQMAKEL
Site 67Y750KACSRKLYNWLRVAP
Site 68T806VNGEGEVTDFLRLPH
Site 69T815FLRLPHFTKRRTAWR
Site 70T819PHFTKRRTAWREEER
Site 71T835KKAQDIETLKKFLLN
Site 72T849NKKPHVVTVAGENRD
Site 73Y893DNELAILYMNSKKSE
Site 74S899LYMNSKKSEAEFRDY
Site 75Y906SEAEFRDYPPVLRQA
Site 76S915PVLRQAVSLARRIQD
Site 77T998GLGPRKGTHLLKILK
Site 78T1009KILKQNNTRLESRTQ
Site 79S1013QNNTRLESRTQLVTM
Site 80T1015NTRLESRTQLVTMCH
Site 81T1019ESRTQLVTMCHMGPK
Site 82S1041FLKIDTASLGDSTDS
Site 83S1045DTASLGDSTDSYIEV
Site 84T1046TASLGDSTDSYIEVL
Site 85S1048SLGDSTDSYIEVLDG
Site 86Y1049LGDSTDSYIEVLDGS
Site 87T1062GSRVHPETYEWARKM
Site 88S1079DALEYDESAEDANPA
Site 89Y1116EELERQGYGDKHITL
Site 90Y1124GDKHITLYDIRAELS
Site 91S1131YDIRAELSCRYKDLR
Site 92T1139CRYKDLRTAYRSPNT
Site 93Y1141YKDLRTAYRSPNTEE
Site 94S1143DLRTAYRSPNTEEIF
Site 95T1157FNMLTKETPETFYIG
Site 96T1160LTKETPETFYIGKLI
Site 97T1172KLIICNVTGIAHRRP
Site 98S1183HRRPQGESYDQAIRN
Site 99Y1184RRPQGESYDQAIRND
Site 100S1246FIPTKFLSDKVVKRP
Site 101T1280EKFSADLTCRTSDLM
Site 102S1284ADLTCRTSDLMDRNN
Site 103Y1300WKLPKDTYYDFDAEA
Site 104Y1301KLPKDTYYDFDAEAA
Site 105T1323MKRKQQRTTYIKRVI
Site 106T1324KRKQQRTTYIKRVIA
Site 107Y1325RKQQRTTYIKRVIAH
Site 108S1360GDVIIRPSSKGENHL
Site 109S1361DVIIRPSSKGENHLT
Site 110T1368SKGENHLTVTWKVSD
Site 111T1370GENHLTVTWKVSDGI
Site 112Y1378WKVSDGIYQHVDVRE
Site 113S1393EGKENAFSLGATLWI
Site 114T1397NAFSLGATLWINSEE
Site 115S1402GATLWINSEEFEDLD
Site 116S1421RYVQPMASFARDLLN
Site 117Y1431RDLLNHKYYQDCSGG
Site 118Y1432DLLNHKYYQDCSGGD
Site 119T1450LEELLIKTKKEKPTF
Site 120T1456KTKKEKPTFIPYFIC
Site 121Y1476PGKFLLGYQPRGKPR
Site 122Y1486RGKPRIEYVTVTPEG
Site 123T1488KPRIEYVTVTPEGFR
Site 124T1490RIEYVTVTPEGFRYR
Site 125Y1496VTPEGFRYRGQIFPT
Site 126Y1515FRWFKDHYQDPVPGI
Site 127T1523QDPVPGITPSSSNRT
Site 128S1525PVPGITPSSSSRTRT
Site 129S1526VPGITPSSSSRTRTP
Site 130S1527PGITPSSSSRTRTPA
Site 131S1528GITPSSSSRTRTPAS
Site 132T1530TPSSSSRTRTPASIN
Site 133T1532SSSSRTRTPASINAT
Site 134S1535SRTRTPASINATPAN
Site 135T1539TPASINATPANINLA
Site 136T1580QGQNPNATPAQWASS
Site 137S1586ATPAQWASSQYGYGG
Site 138S1587TPAQWASSQYGYGGS
Site 139Y1589AQWASSQYGYGGSGG
Site 140Y1591WASSQYGYGGSGGGS
Site 141S1594SQYGYGGSGGGSSAY
Site 142S1598YGGSGGGSSAYHVFP
Site 143S1599GGSGGGSSAYHVFPT
Site 144Y1601SGGGSSAYHVFPTPA
Site 145T1606SAYHVFPTPAQQPVA
Site 146T1614PAQQPVATPLMTPSY
Site 147T1618PVATPLMTPSYSYTT
Site 148S1620ATPLMTPSYSYTTPS
Site 149Y1621TPLMTPSYSYTTPSQ
Site 150Y1623LMTPSYSYTTPSQPI
Site 151T1624MTPSYSYTTPSQPIT
Site 152T1625TPSYSYTTPSQPITT
Site 153S1627SYSYTTPSQPITTPQ
Site 154T1631TTPSQPITTPQYHQL
Site 155T1632TPSQPITTPQYHQLQ
Site 156Y1635QPITTPQYHQLQAST
Site 157S1641QYHQLQASTTPQSAQ
Site 158T1643HQLQASTTPQSAQAQ
Site 159S1646QASTTPQSAQAQPQP
Site 160S1654AQAQPQPSSSSRQRQ
Site 161S1655QAQPQPSSSSRQRQQ
Site 162S1656AQPQPSSSSRQRQQQ
Site 163S1666QRQQQPKSNSHAAID
Site 164S1668QQQPKSNSHAAIDWG
Site 165T1697RKQKQRLTPRPSPSP
Site 166S1701QRLTPRPSPSPMIES
Site 167S1703LTPRPSPSPMIESTP
Site 168S1708SPSPMIESTPMSIAG
Site 169T1709PSPMIESTPMSIAGD
Site 170T1718MSIAGDATPLLDEMD
 
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
 


2019 Kinexus Bioinformatics Corporation