PhosphoNET

           
Protein Info 
   
Short Name:  MED13L
Full Name:  Mediator of RNA polymerase II transcription subunit 13-like
Alias:  MD13L; Mediator complex subunit 13-like; Protein similar to TRAP240; Thyroid hormone receptor-associated 2; Thyroid hormone receptor-associated protein complex 240 kDa component-like; TRAP240L
Type:  Mediator complex, Nucleus protein
Mass (Da):  242602
Number AA:  2210
UniProt ID:  Q71F56
International Prot ID:  IPI00400834
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016592     Uniprot OncoNet
Molecular Function:  GO:0016455     PhosphoSite+ KinaseNET
Biological Process:  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 1S19ASLEDCHSNLFSLAE
Site 2Y35TGIKWRRYNFGGHGD
Site 3S48GDCGPIISAPAQDDP
Site 4S115GLWENGLSYECRTLL
Site 5Y150GKWFVRPYEKDEKPV
Site 6S160DEKPVNKSEHLSCAF
Site 7T179HGESNVCTSVEIAQH
Site 8Y190IAQHQPIYLINEEHI
Site 9T219SPYGLNGTLTGQAYK
Site 10T221YGLNGTLTGQAYKMS
Site 11S228TGQAYKMSDPATRKL
Site 12T232YKMSDPATRKLIEEW
Site 13Y241KLIEEWQYFYPMVLK
Site 14Y243IEEWQYFYPMVLKKK
Site 15Y261KEEDELGYDDDFPVA
Site 16S297NDIPVPQSVASAGGH
Site 17S314VGQQGLGSVKDPSNC
Site 18S319LGSVKDPSNCGMPLT
Site 19T326SNCGMPLTPPTSPEQ
Site 20S330MPLTPPTSPEQAILG
Site 21S344GESGGMQSAASHLVS
Site 22S347GGMQSAASHLVSQDG
Site 23S361GGMITMHSPKRSGKI
Site 24S365TMHSPKRSGKIPPKL
Site 25T389KECILNRTQSKRSQM
Site 26S391CILNRTQSKRSQMST
Site 27S394 NRTQSKRSQMSTPTL
Site 28S397 QSKRSQMSTPTLEEE
Site 29T398 SKRSQMSTPTLEEEP
Site 30T400 RSQMSTPTLEEEPAS
Site 31S407TLEEEPASNPATWDF
Site 32T411EPASNPATWDFVDPT
Site 33T418TWDFVDPTQRVSCSC
Site 34S422VDPTQRVSCSCSRHK
Site 35S424PTQRVSCSCSRHKLL
Site 36S426QRVSCSCSRHKLLKR
Site 37T443VGPNRPPTVSQPGFS
Site 38S445PNRPPTVSQPGFSAG
Site 39S450TVSQPGFSAGPSSSS
Site 40S454PGFSAGPSSSSSLPP
Site 41S455GFSAGPSSSSSLPPP
Site 42S456FSAGPSSSSSLPPPA
Site 43S457SAGPSSSSSLPPPAS
Site 44S458AGPSSSSSLPPPASS
Site 45S464SSLPPPASSKHKTAE
Site 46S465SLPPPASSKHKTAER
Site 47T469PASSKHKTAERQEKG
Site 48S492IPFHHRPSVAEELCM
Site 49T503ELCMEQDTPGQKLGL
Site 50S516GLAGIDSSLEVSSSR
Site 51S520IDSSLEVSSSRKYDK
Site 52S521 DSSLEVSSSRKYDKQ
Site 53S522SSLEVSSSRKYDKQM
Site 54Y525EVSSSRKYDKQMAVP
Site 55T536MAVPSRNTSKQMNLN
Site 56S537AVPSRNTSKQMNLNP
Site 57S547 MNLNPMDSPHSPISP
Site 58S550 NPMDSPHSPISPLPP
Site 59S553 DSPHSPISPLPPTLS
Site 60T558 PISPLPPTLSPQPRG
Site 61S560 SPLPPTLSPQPRGQE
Site 62S570PRGQETESLDPPSVP
Site 63S575 TESLDPPSVPVNPAL
Site 64T594LELQQLSTLDDRTVL
Site 65S613LPLMAEVSETALYCG
Site 66Y618EVSETALYCGIRPSN
Site 67S624LYCGIRPSNPESSEK
Site 68S628IRPSNPESSEKWWHS
Site 69S629RPSNPESSEKWWHSY
Site 70S635SSEKWWHSYRLPPSD
Site 71Y636SEKWWHSYRLPPSDD
Site 72S641HSYRLPPSDDAEFRP
Site 73S702FLDPLPLSQQPGDSL
Site 74S708LSQQPGDSLGEVNDP
Site 75Y716LGEVNDPYTFEDGDI
Site 76T717GEVNDPYTFEDGDIK
Site 77Y725FEDGDIKYIFTANKK
Site 78T737NKKCKQGTEKDSLKK
Site 79S741KQGTEKDSLKKNKSE
Site 80S747DSLKKNKSEDGFGTK
Site 81T757 GFGTKDVTTPGHSTP
Site 82T758 FGTKDVTTPGHSTPV
Site 83S762 DVTTPGHSTPVPDGK
Site 84T763 VTTPGHSTPVPDGKN
Site 85S773PDGKNAMSIFSSATK
Site 86S776 KNAMSIFSSATKTDV
Site 87S777 NAMSIFSSATKTDVR
Site 88T781IFSSATKTDVRQDNA
Site 89S794NAAGRAGSSSLTQVT
Site 90S796AGRAGSSSLTQVTDL
Site 91T798RAGSSSLTQVTDLAP
Site 92S806QVTDLAPSLHDLDNI
Site 93S817 LDNIFDNSDDDELGA
Site 94S826 DDELGAVSPALRSSK
Site 95S832VSPALRSSKMPAVGT
Site 96T839SKMPAVGTEDRPLGK
Site 97Y854DGRAAVPYPPTVADL
Site 98T867DLQRMFPTPPSLEQH
Site 99S870 RMFPTPPSLEQHPAF
Site 100S878LEQHPAFSPVMNYKD
Site 101Y883AFSPVMNYKDGISSE
Site 102S888MNYKDGISSETVTAL
Site 103S889NYKDGISSETVTALG
Site 104T911SMVSTQLTEFKMEVE
Site 105S923 EVEDGLGSPKPEEIK
Site 106S933PEEIKDFSYVHKVPS
Site 107Y934EEIKDFSYVHKVPSF
Site 108S940SYVHKVPSFQPFVGS
Site 109T992LPMPPAATFIRDGYN
Site 110Y998ATFIRDGYNNVPSVG
Site 111S1003DGYNNVPSVGSLADP
Site 112S1006NNVPSVGSLADPDYL
Site 113Y1012GSLADPDYLNTPQMN
Site 114T1015ADPDYLNTPQMNTPV
Site 115T1020LNTPQMNTPVTLNSA
Site 116T1023PQMNTPVTLNSAAPA
Site 117S1026NTPVTLNSAAPASNS
Site 118S1040SGAGVLPSPATPRFS
Site 119S1047SPATPRFSVPTPRTP
Site 120T1050TPRFSVPTPRTPRTP
Site 121T1053FSVPTPRTPRTPRTP
Site 122T1056 PTPRTPRTPRTPRGG
Site 123T1059 RTPRTPRTPRGGGTA
Site 124T1065RTPRGGGTASGQGSV
Site 125S1067PRGGGTASGQGSVKY
Site 126S1071GTASGQGSVKYDSTD
Site 127Y1074 SGQGSVKYDSTDQGS
Site 128S1076 QGSVKYDSTDQGSPA
Site 129T1077GSVKYDSTDQGSPAS
Site 130S1081YDSTDQGSPASTPST
Site 131S1084TDQGSPASTPSTTRP
Site 132T1085DQGSPASTPSTTRPL
Site 133S1087GSPASTPSTTRPLNS
Site 134T1088SPASTPSTTRPLNSV
Site 135S1094STTRPLNSVEPATMQ
Site 136T1099LNSVEPATMQPIPEA
Site 137Y1148 KGADVGLYIPDSSNE
Site 138S1152 VGLYIPDSSNEDQYR
Site 139S1153GLYIPDSSNEDQYRC
Site 140Y1158 DSSNEDQYRCTCGFS
Site 141T1161NEDQYRCTCGFSAIM
Site 142S1165YRCTCGFSAIMNRKL
Site 143S1224KPQEPPISLLLLLQN
Site 144T1234LLLQNQHTQPFASLN
Site 145Y1245ASLNFLDYISSNNRQ
Site 146S1248NFLDYISSNNRQTLP
Site 147T1253ISSNNRQTLPCVSWS
Site 148Y1261LPCVSWSYDRVQADN
Site 149Y1271VQADNNDYWTECFNA
Site 150Y1285ALEQGRQYVDNPTGG
Site 151S1301VDEALVRSATVHSWP
Site 152T1303EALVRSATVHSWPHS
Site 153S1306VRSATVHSWPHSNVL
Site 154S1316HSNVLDISMLSSQDV
Site 155S1320LDISMLSSQDVVRML
Site 156T1370HKMAGRGTYGSEESP
Site 157Y1371KMAGRGTYGSEESPE
Site 158S1373AGRGTYGSEESPEPL
Site 159S1376GTYGSEESPEPLPIP
Site 160T1395GYDKDFLTISPFSLP
Site 161Y1412ERLLLDPYGGHRDVA
Site 162Y1420GGHRDVAYIVVCPEN
Site 163S1442KTFFRDLSAVYEMCR
Site 164Y1445FRDLSAVYEMCRLGQ
Site 165T1470GIMRVGKTVAQKLTD
Site 166Y1502NHSRLKLYAQVCRHH
Site 167Y1513CRHHLAPYLATLQLD
Site 168S1521LATLQLDSSLLIPPK
Site 169S1522ATLQLDSSLLIPPKY
Site 170Y1529SLLIPPKYQTPPAAA
Site 171T1531LIPPKYQTPPAAAQG
Site 172T1541AAAQGQATPGNAGPL
Site 173S1553GPLAPNGSAAPPAGS
Site 174S1560SAAPPAGSAFNPTSN
Site 175T1565AGSAFNPTSNSSSTN
Site 176S1566GSAFNPTSNSSSTNP
Site 177S1568AFNPTSNSSSTNPAA
Site 178S1570NPTSNSSSTNPAASS
Site 179T1571PTSNSSSTNPAASSS
Site 180S1576SSTNPAASSSASGSS
Site 181S1577STNPAASSSASGSSV
Site 182S1578TNPAASSSASGSSVP
Site 183S1580PAASSSASGSSVPPV
Site 184S1582ASSSASGSSVPPVSS
Site 185S1583SSSASGSSVPPVSSS
Site 186S1588GSSVPPVSSSASAPG
Site 187S1592PPVSSSASAPGISQI
Site 188S1597SASAPGISQISTTSS
Site 189S1600APGISQISTTSSSGF
Site 190T1601PGISQISTTSSSGFS
Site 191T1602GISQISTTSSSGFSG
Site 192S1603ISQISTTSSSGFSGS
Site 193S1604SQISTTSSSGFSGSV
Site 194S1605QISTTSSSGFSGSVG
Site 195S1608TTSSSGFSGSVGGQN
Site 196S1610SSSGFSGSVGGQNPS
Site 197S1617SVGGQNPSTGGISAD
Site 198T1618VGGQNPSTGGISADR
Site 199T1626GGISADRTQGNIGCG
Site 200T1636NIGCGGDTDPGQSSS
Site 201S1641GDTDPGQSSSQPSQD
Site 202S1642DTDPGQSSSQPSQDG
Site 203S1643 TDPGQSSSQPSQDGQ
Site 204S1646GQSSSQPSQDGQESV
Site 205S1652PSQDGQESVTERERI
Site 206T1654QDGQESVTERERIGI
Site 207T1663RERIGIPTEPDSADS
Site 208S1667GIPTEPDSADSHAHP
Site 209S1670TEPDSADSHAHPPAV
Site 210T1686IYMVDPFTYAAEEDS
Site 211T1694YAAEEDSTSGNFWLL
Site 212S1695AAEEDSTSGNFWLLS
Site 213Y1743MKDEQVFYIQYLKSM
Site 214T1764QCRRPLPTQIHIKSL
Site 215S1770PTQIHIKSLTGFGPA
Site 216S1779TGFGPAASIEMTLKN
Site 217T1783PAASIEMTLKNPERP
Site 218S1791LKNPERPSPIQLYSP
Site 219T1810APIKDKQTELGETFG
Site 220T1815KQTELGETFGEASQK
Site 221S1820GETFGEASQKYNVLF
Site 222Y1823FGEASQKYNVLFVGY
Site 223S1842DQRWLLASCTDLHGE
Site 224S1864NIALPNRSRRSKVSA
Site 225S1867LPNRSRRSKVSARKI
Site 226S1870RSRRSKVSARKIGLQ
Site 227S1913HGELKDWSILLGECS
Site 228T1923LGECSLQTISKKLKD
Site 229T1976GSVFGRSTALNMQSS
Site 230S1983TALNMQSSQLNTPQD
Site 231T1987MQSSQLNTPQDASCT
Site 232Y2012IQVAPANYPNEDGFS
Site 233S2019YPNEDGFSPNNDDMF
Site 234S2049LMTGNLHSSPNSSPV
Site 235S2050MTGNLHSSPNSSPVP
Site 236S2053NLHSSPNSSPVPSPG
Site 237S2054LHSSPNSSPVPSPGS
Site 238S2058PNSSPVPSPGSPSGI
Site 239S2061SPVPSPGSPSGIGVG
Site 240S2063VPSPGSPSGIGVGSH
Site 241S2069PSGIGVGSHFQHSRS
Site 242S2074VGSHFQHSRSQGERL
Site 243S2076SHFQHSRSQGERLLS
Site 244S2083 SQGERLLSREAPEEL
Site 245S2137ASLHHHISVAQTDEL
Site 246T2141HHISVAQTDELLPAR
Site 247S2150ELLPARNSQRVPHPL
Site 248S2159RVPHPLDSKTTSDVL
Site 249T2161PHPLDSKTTSDVLRF
Site 250T2189NPATQDRTSCLPVHF
Site 251S2190PATQDRTSCLPVHFV
 
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