PhosphoNET

           
Protein Info 
   
Short Name:  GCN1L1
Full Name:  Translational activator GCN1
Alias:  GCN1; GCN1L; GCN1-like protein 1; HsGCN1
Type:  Uncharacterized protein, may regulate E2AK4 kinase
Mass (Da):  292744
Number AA:  2671
UniProt ID:  Q92616
International Prot ID:  IPI00001159
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005840  GO:0030529 Uniprot OncoNet
Molecular Function:  GO:0003676  GO:0005488  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0006417  GO:0009889  GO:0010468 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 1T5___MAADTQVSETLK
Site 2S8MAADTQVSETLKRFA
Site 3T10ADTQVSETLKRFAGK
Site 4S22AGKVTTASVKERREI
Site 5S31KERREILSELGKCVA
Site 6T57LCKLFCLTLHRYRDA
Site 7Y61FCLTLHRYRDAASRR
Site 8S66HRYRDAASRRALQAA
Site 9S92TAKNLLHSLQSSGIG
Site 10S95NLLHSLQSSGIGSKA
Site 11S96LLHSLQSSGIGSKAG
Site 12S100LQSSGIGSKAGVPSK
Site 13S106GSKAGVPSKSSGSAA
Site 14S130LVRIVFPSRAKRQGD
Site 15S157LLEVLGGSHKHAVDG
Site 16S189QYLSAILSLEPNQNY
Site 17Y196SLEPNQNYAGMLGLL
Site 18S217HKEMDVVSQHKSALL
Site 19S221DVVSQHKSALLDFYM
Site 20Y241SKVKPPKYLLDSCAP
Site 21S245PPKYLLDSCAPLLRY
Site 22Y252SCAPLLRYLSHSEFK
Site 23S254APLLRYLSHSEFKDL
Site 24S269ILPTIQKSLLRSPEN
Site 25S273IQKSLLRSPENVIET
Site 26S309GLAGHLKSNSPRLMD
Site 27S311AGHLKSNSPRLMDEA
Site 28S330RNLARQCSDSSAMES
Site 29S332LARQCSDSSAMESLT
Site 30S333ARQCSDSSAMESLTK
Site 31S337SDSSAMESLTKHLFA
Site 32S349LFAILGGSEGKLTVV
Site 33T354GGSEGKLTVVAQKMS
Site 34T418ALWCNRFTMEVPKKL
Site 35S434EWFKKAFSLKTSTSA
Site 36T437KKAFSLKTSTSAVRH
Site 37S438KAFSLKTSTSAVRHA
Site 38S440FSLKTSTSAVRHAYL
Site 39S478QTVEKAASQSTQVPT
Site 40S504LKLSVADSQAEAKLS
Site 41T541ASEDALCTVLHLTER
Site 42T546LCTVLHLTERLFLDH
Site 43T558LDHPHRLTGNKVQQY
Site 44Y565TGNKVQQYHRALVAV
Site 45T577VAVLLSRTWHVRRQA
Site 46T587VRRQAQQTVRKLLSS
Site 47S593QTVRKLLSSLGGFKL
Site 48S594TVRKLLSSLGGFKLA
Site 49S613EELKTVLSSHKVLPL
Site 50T631VTDAGEVTEAGKAYV
Site 51Y637VTEAGKAYVPPRVLQ
Site 52S651QEALCVISGVPGLKG
Site 53T661PGLKGDVTDTEQLAQ
Site 54T714DQIIPRMTTQSPLNQ
Site 55T715QIIPRMTTQSPLNQS
Site 56S717IPRMTTQSPLNQSSM
Site 57S723QSPLNQSSMNAMGSL
Site 58S729SSMNAMGSLSVLSPD
Site 59T768EEFAIMQTPAGELYD
Site 60Y774QTPAGELYDKSIIQS
Site 61S777AGELYDKSIIQSAQQ
Site 62S781YDKSIIQSAQQDSIK
Site 63S786IQSAQQDSIKKANMK
Site 64Y799MKRENKAYSFKEQII
Site 65S800KRENKAYSFKEQIIE
Site 66T827IKEEVQLTSKQKEML
Site 67T918SRLKALGTLVSHVTL
Site 68S937PECVLDKSWCQEELS
Site 69S944SWCQEELSVAVKRAV
Site 70T956RAVMLLHTHTITSRV
Site 71T958RAVMLLHTHTITSRV
Site 72T960LLHTHTITSRVGKGE
Site 73S961LHTHTITSRVGKGEP
Site 74T990PFLKMVLTEMPHHSE
Site 75S996LTEMPHHSEEEEEWM
Site 76S1019VQAQLRASPNTPPGR
Site 77T1022QLRASPNTPPGRVDE
Site 78T1118MVLPAPDTDEKNGLN
Site 79S1150KLAERLWSMMGLDLQ
Site 80S1184QAGAEALSQAVARYQ
Site 81Y1205MGRLMEIYQEKLYRP
Site 82Y1210EIYQEKLYRPPPVLD
Site 83S1224DALGRVISESPPDQW
Site 84S1226LGRVISESPPDQWEA
Site 85S1245ALALNKLSQYLDSSQ
Site 86Y1247ALNKLSQYLDSSQVK
Site 87S1250KLSQYLDSSQVKPLF
Site 88S1251LSQYLDSSQVKPLFQ
Site 89S1294HGKENVNSLLPVFEE
Site 90Y1312NAPNDASYDAVRQSV
Site 91S1318SYDAVRQSVVVLMGS
Site 92S1325SVVVLMGSLAKHLDK
Site 93S1333LAKHLDKSDPKVKPI
Site 94T1350KLIAALSTPSQQVQE
Site 95S1358PSQQVQESVASCLPP
Site 96Y1391QLLESDKYAERKGAA
Site 97Y1474CFGDGNQYVREAADD
Site 98S1510LAALEEESWRTKAGS
Site 99T1513LEEESWRTKAGSVEL
Site 100S1517SWRTKAGSVELLGAM
Site 101T1544PNIVPKLTEVLTDSH
Site 102T1548PKLTEVLTDSHVKVQ
Site 103S1567QALRQIGSVIRNPEI
Site 104T1586PVLLDALTDPSRKTQ
Site 105T1592LTDPSRKTQKCLQTL
Site 106T1629RAFQDRSTDTRKMAA
Site 107S1644QIIGNMYSLTDQKDL
Site 108T1646IGNMYSLTDQKDLAP
Site 109Y1654DQKDLAPYLPSVTPG
Site 110S1665VTPGLKASLLDPVPE
Site 111S1677VPEVRTVSAKALGAM
Site 112T1703LLPWLMETLTYEQSS
Site 113T1705PWLMETLTYEQSSVD
Site 114Y1706WLMETLTYEQSSVDR
Site 115S1709ETLTYEQSSVDRSGA
Site 116S1710TLTYEQSSVDRSGAA
Site 117S1714EQSSVDRSGAAQGLA
Site 118T1796ENEFVRDTALRAGQR
Site 119S1806RAGQRVISMYAETAI
Site 120S1834DLWRIRFSSVQLLGD
Site 121T1854SGVTGKMTTETASED
Site 122T1875QSNKAIITALGVERR
Site 123Y1890NRVLAGLYMGRSDTQ
Site 124S1894AGLYMGRSDTQLVVR
Site 125T1896LYMGRSDTQLVVRQA
Site 126T1915WKIVVSNTPRTLREI
Site 127T1918VVSNTPRTLREILPT
Site 128T1943STCADKRTIAARTLG
Site 129S1974ILEEGLRSQKSDERQ
Site 130S1977EGLRSQKSDERQGVC
Site 131S1993GLSEIMKSTSRDAVL
Site 132T2009FSESLVPTARKALCD
Site 133T2028VREAAAKTFEQLHST
Site 134S2034KTFEQLHSTIGHQAL
Site 135T2085PYLVPKLTTPPVNTR
Site 136T2086YLVPKLTTPPVNTRV
Site 137T2126ALKEKLGTPDEQLEM
Site 138S2142NCQAVILSVEDDTGH
Site 139S2162DLLEATRSPEVGMRQ
Site 140S2182LNIYCSRSKADYTSH
Site 141Y2186CSRSKADYTSHLRSL
Site 142T2187SRSKADYTSHLRSLV
Site 143S2188RSKADYTSHLRSLVS
Site 144S2192DYTSHLRSLVSGLIR
Site 145S2205IRLFNDSSPVVLEES
Site 146T2220WDALNAITKKLDAGN
Site 147T2262CLPKKGVTSILPVLR
Site 148S2263LPKKGVTSILPVLRE
Site 149T2274VLREGVLTGSPEQKE
Site 150S2276REGVLTGSPEQKEEA
Site 151S2319RILGDRFSWNVKAAL
Site 152T2351FLPQLQTTFTKALQD
Site 153S2359FTKALQDSNRGVRLK
Site 154T2403EDPGVRDTMLQALRF
Site 155T2442LGHDEDNTRISSAGC
Site 156S2445DEDNTRISSAGCLGE
Site 157S2446EDNTRISSAGCLGEL
Site 158Y2505GRLCAGRYSSDVQEM
Site 159S2506RLCAGRYSSDVQEMI
Site 160S2515DVQEMILSSATADRI
Site 161T2542LMRHHIETGGGQLPA
Site 162S2564KCLQNPSSDIRLVAE
Site 163T2606DNTKDKNTVVRAYSD
Site 164Y2611KNTVVRAYSDQAIVN
Site 165S2631QGEEVFQSLSKILDV
Site 166S2651LNEVNRRSLKKLASQ
Site 167S2657RSLKKLASQADSTEQ
Site 168S2661KLASQADSTEQVDDT
 
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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