PhosphoNET

           
Protein Info 
   
Short Name:  MED12L
Full Name:  Mediator of RNA polymerase II transcription subunit 12-like protein
Alias:  KIAA1635; MD12L; mediator complex subunit 12-like; mediator of RNA polymerase II transcription, subunit 12; no opposite paired repeat; NOPAR; TNRC11L; TRALP; TRALPUSH
Type: 
Mass (Da):  240080
Number AA: 
UniProt ID:  Q86YW9
International Prot ID: 
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 1S8MAAFGLLSYEQRPLK
Site 2Y25RLGPPDVYPQDPKQK
Site 3T37KQKEDELTAVNVKQG
Site 4S58FTGDEHGSARNIVIN
Site 5Y72NPSKIGAYFSSILAE
Site 6T85AEKLKLNTFQDTGKK
Site 7T89KLNTFQDTGKKKPQV
Site 8Y102QVNAKDNYWLVTARS
Site 9T106KDNYWLVTARSQSAI
Site 10S111LVTARSQSAIHSWFS
Site 11S115RSQSAIHSWFSDLAG
Site 12S137AKKVPILSKKEDVFA
Site 13Y145KKEDVFAYLAKYSVP
Site 14Y149VFAYLAKYSVPMVRA
Site 15Y167IKMTCAYYSAISEAK
Site 16T188PDPNLEWTQISTRYL
Site 17S191NLEWTQISTRYLREQ
Site 18Y194WTQISTRYLREQLAK
Site 19S203REQLAKISDFYHMAS
Site 20Y206LAKISDFYHMASSTG
Site 21S210SDFYHMASSTGDGPV
Site 22S211DFYHMASSTGDGPVP
Site 23S287YSDEFVQSAYLSRRL
Site 24Y289DEFVQSAYLSRRLAY
Site 25Y296YLSRRLAYFCARRLS
Site 26S327MMIGPNNSSIGAPSP
Site 27S328MIGPNNSSIGAPSPG
Site 28S333NSSIGAPSPGPPGPG
Site 29S342GPPGPGMSPVQLAFS
Site 30S384SALVWNYSTNENKSA
Site 31S390YSTNENKSANPGSPL
Site 32S395NKSANPGSPLDLLQV
Site 33Y425QQVRARIYEVEQQIK
Site 34S443RAVEVRWSFDKCQES
Site 35S450SFDKCQESTAGVTIS
Site 36T462TISRVLHTLEVLDRH
Site 37T474DRHCFDRTDSSNSME
Site 38S476HCFDRTDSSNSMETL
Site 39S477CFDRTDSSNSMETLY
Site 40Y484SNSMETLYHKIFWAN
Site 41S555EVLDEKESISSSSLA
Site 42S557LDEKESISSSSLAGS
Site 43S558DEKESISSSSLAGSS
Site 44S559EKESISSSSLAGSSL
Site 45S560KESISSSSLAGSSLP
Site 46S564SSSSLAGSSLPVFQN
Site 47S583FLDTQAPSLSDPNSE
Site 48S585DTQAPSLSDPNSECE
Site 49S589PSLSDPNSECEKVEF
Site 50T620SHDAYMCTLISRGDL
Site 51S628LISRGDLSVTASTRP
Site 52T630SRGDLSVTASTRPRS
Site 53S632GDLSVTASTRPRSPV
Site 54T633DLSVTASTRPRSPVG
Site 55S637TASTRPRSPVGENAD
Site 56Y647GENADEHYSKDHDVK
Site 57S659DVKMEIFSPMPGESC
Site 58S665FSPMPGESCENANTS
Site 59T671ESCENANTSLGRRMS
Site 60S672SCENANTSLGRRMSV
Site 61S678TSLGRRMSVNCEKLV
Site 62S697PRELIFPSNYDLLRH
Site 63Y707DLLRHLQYATHFPIP
Site 64T709LRHLQYATHFPIPLD
Site 65S720IPLDESSSHECNQRT
Site 66Y731NQRTILLYGVGKERD
Site 67S759LKILNKKSTTETGVG
Site 68T763NKKSTTETGVGDEGQ
Site 69T782NKQETFPTLETVFTK
Site 70S794FTKLQLLSYFDQHQV
Site 71Y795TKLQLLSYFDQHQVT
Site 72S815NVLEQITSFASGTSY
Site 73Y822SFASGTSYHLPLAHH
Site 74S868EAELLLKSSSLAGSY
Site 75S870ELLLKSSSLAGSYTT
Site 76S919VKHVVNPSECSSPER
Site 77S922VVNPSECSSPERCIL
Site 78S923VNPSECSSPERCILA
Site 79S940YDLYVSCSHLRSKFG
Site 80S944VSCSHLRSKFGDLFS
Site 81S951SKFGDLFSSACSKVK
Site 82S952KFGDLFSSACSKVKQ
Site 83S955DLFSSACSKVKQTIY
Site 84Y962SKVKQTIYNNVMPAN
Site 85S987MDFIENPSARSINYS
Site 86S990IENPSARSINYSMLG
Site 87S994SARSINYSMLGKILS
Site 88S1001SMLGKILSDNAANRY
Site 89S1157KPFPGIRSSCDRHLL
Site 90S1158PFPGIRSSCDRHLLA
Site 91S1195DAKIGNNSVSSLKND
Site 92T1205SLKNDDFTMRGLRCD
Site 93T1220GNADDIWTASQNPKS
Site 94S1222ADDIWTASQNPKSCG
Site 95S1227TASQNPKSCGKSISI
Site 96S1231NPKSCGKSISIETAN
Site 97S1233KSCGKSISIETANLR
Site 98Y1242ETANLREYARYVLRT
Site 99Y1245NLREYARYVLRTICQ
Site 100T1269KEPERLCTDKELILD
Site 101T1322LQNLEQWTLRQSWLE
Site 102S1343QCLKDPGSGSVAEMN
Site 103S1345LKDPGSGSVAEMNNL
Site 104S1373QSADLNNSSNSGMSL
Site 105S1374SADLNNSSNSGMSLF
Site 106S1376DLNNSSNSGMSLFNP
Site 107S1379NSSNSGMSLFNPNSI
Site 108S1385MSLFNPNSIGSADTS
Site 109S1388FNPNSIGSADTSSTR
Site 110S1392SIGSADTSSTRQNGI
Site 111S1393IGSADTSSTRQNGIK
Site 112T1401TRQNGIKTFLSSSER
Site 113S1404NGIKTFLSSSERRGV
Site 114S1405GIKTFLSSSERRGVW
Site 115S1406IKTFLSSSERRGVWL
Site 116S1445EKGQHLGSSSKKERD
Site 117S1458RDRQKQKSMSLLSQQ
Site 118S1460RQKQKSMSLLSQQPF
Site 119S1463QKSMSLLSQQPFLSL
Site 120T1487EQREGLLTSLQNQVN
Site 121S1488QREGLLTSLQNQVNQ
Site 122Y1505SNWREERYQDDIKAR
Site 123T1532LVGGMFDTVQRSTQW
Site 124T1540VQRSTQWTTDWALLL
Site 125T1560SGTVDMHTNNELFTT
Site 126S1585GTLASDLSNASPGGS
Site 127S1588ASDLSNASPGGSEEN
Site 128S1592SNASPGGSEENKRAY
Site 129Y1599SEENKRAYMNLVKKL
Site 130S1615KELGDKRSESIDKVR
Site 131S1617LGDKRSESIDKVRQL
Site 132T1636KQTCDVITCEPMGSL
Site 133S1642ITCEPMGSLIDTKGN
Site 134T1646PMGSLIDTKGNKIAG
Site 135S1656NKIAGFDSIDKKQGL
Site 136S1666KKQGLQVSTKQKVSP
Site 137S1672VSTKQKVSPWDLFEG
Site 138Y1703VDRRVIKYEEQHHLL
Site 139Y1712EQHHLLLYHTHPMPK
Site 140S1722HPMPKPRSYYLQPLP
Site 141Y1723PMPKPRSYYLQPLPL
Site 142Y1724MPKPRSYYLQPLPLP
Site 143T1740EEEEEEPTSPVSQEP
Site 144S1741EEEEEPTSPVSQEPE
Site 145S1744EEPTSPVSQEPERKS
Site 146S1751SQEPERKSAELSDQG
Site 147S1755ERKSAELSDQGKTTT
Site 148T1768TTDEEKKTKGRKRKT
Site 149T1775TKGRKRKTKSSSRVD
Site 150S1777GRKRKTKSSSRVDEY
Site 151S1778RKRKTKSSSRVDEYP
Site 152S1779KRKTKSSSRVDEYPQ
Site 153Y1784SSSRVDEYPQSNIYR
Site 154S1787RVDEYPQSNIYRVPP
Site 155Y1790EYPQSNIYRVPPNYS
Site 156Y1796IYRVPPNYSPISSQM
Site 157S1797YRVPPNYSPISSQMM
Site 158Y1814PQSTLWGYNLVGQPQ
Site 159S1831GFFLQNQSLTPGGSR
Site 160T1833FLQNQSLTPGGSRLD
Site 161S1844SRLDPAGSFVPTNTK
Site 162T1848PAGSFVPTNTKQALS
Site 163S1855TNTKQALSNMLQRRS
Site 164S1862SNMLQRRSGAMMQPP
Site 165S1870GAMMQPPSLHAITSQ
Site 166S1876PSLHAITSQQQLIQM
Site 167S1922FAAQARPSPQLPQYP
Site 168Y1928PSPQLPQYPGLQQAQ
Site 169T1936PGLQQAQTMPQGYTM
Site 170Y1944MPQGYTMYGTQMPLQ
Site 171S1954QMPLQQTSQQQAGSV
Site 172S1960TSQQQAGSVVLSPSY
Site 173S1964QAGSVVLSPSYNSRA
Site 174S1966GSVVLSPSYNSRAYP
Site 175Y1967SVVLSPSYNSRAYPA
Site 176Y1972PSYNSRAYPAAHSNP
Site 177S1993RQIQQQPSGYVQQQA
Site 178Y1995IQQQPSGYVQQQASP
Site 179S2001GYVQQQASPYLQPLT
Site 180Y2003VQQQASPYLQPLTGS
Site 181T2008SPYLQPLTGSQRLNH
Site 182S2010YLQPLTGSQRLNHQA
Site 183S2021NHQALQQSPLVGGGI
Site 184S2041SAHPNLPSVPLPQDP
Site 185S2082QPPQPQQSSQSQSQT
Site 186S2083PPQPQQSSQSQSQTL
Site 187S2085QPQQSSQSQSQTLGL
Site 188S2087QQSSQSQSQTLGLQA
Site 189T2089SSQSQSQTLGLQAMQ
Site 190T2116QTQQQQQTAALVRQL
Site 191S2128RQLQKQLSSNQPQQG
Site 192T2137NQPQQGVTPYGHPSH
Site 193Y2139PQQGVTPYGHPSHF_
 
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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