PhosphoNET

           
Protein Info 
   
Short Name:  DDX60
Full Name:  Probable ATP-dependent RNA helicase DDX60
Alias:  ATP-dependent RNA helicase DDX60; DEAD (Asp-Glu-Ala-Asp) box polypeptide 60; DEAD box protein 60; FLJ20035
Type:  EC 3.6.1.-; Hydrolase
Mass (Da):  197810
Number AA: 
UniProt ID:  Q8IY21
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0008026  GO:0003723 PhosphoSite+ KinaseNET
Biological Process:      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 1T8MERNVLTTFSQEMSQ
Site 2S10RNVLTTFSQEMSQLI
Site 3S14TTFSQEMSQLILNEM
Site 4Y92VFFKDAEYAYFNFPE
Site 5Y94FKDAEYAYFNFPELL
Site 6T116LHLQKNTTIDVRTTF
Site 7T122TTIDVRTTFSRCLSK
Site 8S124IDVRTTFSRCLSKEW
Site 9S128TTFSRCLSKEWGSFL
Site 10S133CLSKEWGSFLEESYP
Site 11S175RKVNVVLSSGQESDV
Site 12Y194AYLLPSMYRHQIFSW
Site 13Y211KQNIKDAYTTLLNQL
Site 14S247EEAHKTVSLLTQVWP
Site 15Y275CSLSLRMYHRFLGNR
Site 16S285FLGNREPSSGQETEI
Site 17S286LGNREPSSGQETEIQ
Site 18T290EPSSGQETEIQQVNS
Site 19T301QVNSNCLTLQEMEDL
Site 20Y387LLKNIAFYYENENVK
Site 21Y388LKNIAFYYENENVKG
Site 22T403LHLNLGDTIMKDYEY
Site 23Y408GDTIMKDYEYLWNTV
Site 24Y410TIMKDYEYLWNTVSK
Site 25T414DYEYLWNTVSKLVRD
Site 26T433QPFPLRTTKVCFLGK
Site 27S443CFLGKKPSPIKDSSN
Site 28S449PSPIKDSSNEMVPNL
Site 29S482KDLPFLKSDDPIVTS
Site 30S489SDDPIVTSLVKQKEF
Site 31S504DELVHWHSHKPLSDD
Site 32S509WHSHKPLSDDYDRSR
Site 33Y512HKPLSDDYDRSRCQF
Site 34S515LSDDYDRSRCQFDEK
Site 35S523RCQFDEKSRDPRVLR
Site 36S531RDPRVLRSVQKYHVF
Site 37Y535VLRSVQKYHVFQRFY
Site 38Y542YHVFQRFYGNSLETV
Site 39S545FQRFYGNSLETVSSK
Site 40S551NSLETVSSKIIVTQT
Site 41S561IVTQTIKSKKDFSGP
Site 42S566IKSKKDFSGPKSKKA
Site 43S570KDFSGPKSKKAHETK
Site 44S605EQKWNALSFSIEEQL
Site 45S607KWNALSFSIEEQLKE
Site 46S618QLKENLHSGIKSLED
Site 47S622NLHSGIKSLEDFLKS
Site 48S629SLEDFLKSCKSSCVK
Site 49S632DFLKSCKSSCVKLQV
Site 50S633FLKSCKSSCVKLQVE
Site 51S657AWKEHCRSEEGKTTK
Site 52T662CRSEEGKTTKDLSIA
Site 53T663RSEEGKTTKDLSIAV
Site 54S667GKTTKDLSIAVQVMK
Site 55S678QVMKRIHSLMEKYSE
Site 56S710GFDELASSLHPAQDA
Site 57Y729KVKKRNKYSVGIGPA
Site 58S730VKKRNKYSVGIGPAR
Site 59Y742PARFQLQYMGHYLIR
Site 60Y746QLQYMGHYLIRDERK
Site 61T766VQDFIPDTWQRELLD
Site 62T792APTSSGKTYASYYCM
Site 63Y793PTSSGKTYASYYCME
Site 64Y796SGKTYASYYCMEKVL
Site 65Y797GKTYASYYCMEKVLK
Site 66T833ATVQNRFTKNLPSGE
Site 67Y850CGVFTREYRHDALNC
Site 68Y885NWVKKIRYVIFDEVH
Site 69S922LALSATISNPEHLTE
Site 70T949DKIIENNTASKRHVG
Site 71S951IIENNTASKRHVGRQ
Site 72Y965QAGFPKDYLQVKQSY
Site 73S971DYLQVKQSYKVRLVL
Site 74Y979YKVRLVLYGERYNDL
Site 75Y983LVLYGERYNDLEKHV
Site 76Y1017TTDHIERYGFPPDLT
Site 77T1024YGFPPDLTLSPRESI
Site 78S1026FPPDLTLSPRESIQL
Site 79S1030LTLSPRESIQLYDAM
Site 80Y1034PRESIQLYDAMFQIW
Site 81Y1072KKMDARKYEESLKAE
Site 82S1075DARKYEESLKAELTS
Site 83S1100RMVLQNLSPEADLSP
Site 84S1106LSPEADLSPENMITM
Site 85T1112LSPENMITMFPLLVE
Site 86S1145AVENAAESVSTFLKK
Site 87T1148NAAESVSTFLKKKQE
Site 88S1179KLRKVKKSIEKQKII
Site 89S1190QKIIDEKSQKKTRNV
Site 90S1200KTRNVDQSLIHEAEH
Site 91T1225LEIPQDCTYADQKAV
Site 92Y1226EIPQDCTYADQKAVD
Site 93T1236QKAVDTETLQKVFGR
Site 94Y1263LAERGIGYHHSAMSF
Site 95S1266RGIGYHHSAMSFKEK
Site 96S1269GYHHSAMSFKEKQLV
Site 97Y1313VFAQNSVYLDALNYR
Site 98Y1319VYLDALNYRQMSGRA
Site 99S1323ALNYRQMSGRAGRRG
Site 100S1353KIGKLIKSNVPELRG
Site 101S1377LRLMLLASKGDDPED
Site 102T1385KGDDPEDTKAKVLSV
Site 103Y1425QFLVKEGYLDQEGNP
Site 104Y1444GLVSHLHYHEPSNLV
Site 105S1472CQPTRKGSKHFSQDV
Site 106S1476RKGSKHFSQDVMEKL
Site 107Y1495AHLFGRRYFPPKFQD
Site 108Y1508QDAHFEFYQSKVFLD
Site 109S1522DDLPEDFSDALDEYN
Site 110Y1528FSDALDEYNMKIMED
Site 111Y1553LADMNQEYQLPLSKI
Site 112S1558QEYQLPLSKIKFTGK
Site 113S1570TGKECEDSQLVSHLM
Site 114S1574CEDSQLVSHLMSCKE
Site 115S1578QLVSHLMSCKEGRVA
Site 116T1605DDLLRLETPNHVTLG
Site 117S1626SQAPVLLSQKFDNRG
Site 118S1637DNRGRKMSLNAYALD
Site 119Y1641RKMSLNAYALDFYKH
Site 120Y1646NAYALDFYKHGSLIG
Site 121Y1666RMNEGDAYYLLKDFA
Site 122Y1667MNEGDAYYLLKDFAL
Site 123S1682TIKSISVSLRELCEN
Site 124T1703LAFEQLSTTFWEKLN
Site 125T1704AFEQLSTTFWEKLNK
 
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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