PhosphoNET

           
Protein Info 
   
Short Name:  ETAA1
Full Name:  Ewing's tumor-associated antigen 1
Alias:  ETAA16; Ewing tumor-associated antigen 1; Ewing's tumour-associated antigen 16
Type:  Cell surface
Mass (Da):  103440
Number AA:  926
UniProt ID:  Q9NY74
International Prot ID:  IPI00004521
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737     Uniprot OncoNet
Molecular Function:      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 1S10RRRKHDDSPSPKKTP
Site 2S12RKHDDSPSPKKTPHK
Site 3T16DSPSPKKTPHKTVAA
Site 4T20PKKTPHKTVAAEECG
Site 5S28VAAEECGSVVEPGRR
Site 6S39PGRRRLRSARGSWPC
Site 7S43RLRSARGSWPCGARE
Site 8T64RQREQPPTAALCSKS
Site 9S69PPTAALCSKSNPEER
Site 10S71TAALCSKSNPEERYE
Site 11Y77KSNPEERYETPKRAL
Site 12T79NPEERYETPKRALKM
Site 13S88KRALKMDSLSSSFSS
Site 14S90ALKMDSLSSSFSSPN
Site 15S91LKMDSLSSSFSSPND
Site 16S92KMDSLSSSFSSPNDP
Site 17S94DSLSSSFSSPNDPDG
Site 18S95SLSSSFSSPNDPDGQ
Site 19S111DIFWDQNSPLTKQLG
Site 20Y126KGRKKQIYTTDSDEI
Site 21T128RKKQIYTTDSDEISH
Site 22S130KQIYTTDSDEISHIV
Site 23S134TTDSDEISHIVNRIA
Site 24T149PQDEKPTTNSMLDMW
Site 25T165GETAIPCTPSVAKGK
Site 26S167TAIPCTPSVAKGKSR
Site 27S173PSVAKGKSRAKISCT
Site 28S178GKSRAKISCTKLKTQ
Site 29T184ISCTKLKTQSQEEEL
Site 30S186CTKLKTQSQEEELMK
Site 31Y216QEQNKRNYDFTQMIS
Site 32T219NKRNYDFTQMISETE
Site 33S223YDFTQMISETEILSN
Site 34S229ISETEILSNYKDNIQ
Site 35Y231ETEILSNYKDNIQMW
Site 36T251VPEIDNATKKPIKGN
Site 37S262IKGNTKISVANNQNS
Site 38S270VANNQNSSQKPFDQI
Site 39T290NAIFDGSTQKCSGQL
Site 40S298QKCSGQLSQELPEAF
Site 41S307ELPEAFWSTSNTTFV
Site 42S309PEAFWSTSNTTFVKT
Site 43T311AFWSTSNTTFVKTNA
Site 44T326LKEEKIITNETLVIE
Site 45S336TLVIEKLSNKTPRSL
Site 46T339IEKLSNKTPRSLSSQ
Site 47S342LSNKTPRSLSSQVDT
Site 48S344NKTPRSLSSQVDTPI
Site 49S345KTPRSLSSQVDTPIM
Site 50T349SLSSQVDTPIMTKSC
Site 51S359MTKSCVTSCTKEPET
Site 52T361KSCVTSCTKEPETSN
Site 53Y370EPETSNKYIDAFTTS
Site 54T375NKYIDAFTTSDFEDD
Site 55S405DMPELFPSKTAHVTD
Site 56T407PELFPSKTAHVTDQK
Site 57T418TDQKEICTFNSKTVK
Site 58T423ICTFNSKTVKNTSRA
Site 59S428SKTVKNTSRANTSPD
Site 60T432KNTSRANTSPDARLG
Site 61S433NTSRANTSPDARLGD
Site 62S441PDARLGDSKVLQDLS
Site 63S449KVLQDLSSKTYDREL
Site 64T451LQDLSSKTYDRELID
Site 65Y452QDLSSKTYDRELIDA
Site 66Y461RELIDAEYRFSPNSN
Site 67S464IDAEYRFSPNSNKSN
Site 68S467EYRFSPNSNKSNKLS
Site 69S470FSPNSNKSNKLSTGN
Site 70S474SNKSNKLSTGNKMKF
Site 71T512KIKEDILTNSTEASE
Site 72S514KEDILTNSTEASERK
Site 73S518LTNSTEASERKSALN
Site 74S522TEASERKSALNTRYS
Site 75T526ERKSALNTRYSNEQK
Site 76Y528KSALNTRYSNEQKNK
Site 77S529SALNTRYSNEQKNKC
Site 78S558FGSANLGSKTSVSNP
Site 79T560SANLGSKTSVSNPNQ
Site 80S561ANLGSKTSVSNPNQT
Site 81S563LGSKTSVSNPNQTSA
Site 82S569VSNPNQTSASKVGSF
Site 83S571NPNQTSASKVGSFFD
Site 84S575TSASKVGSFFDDWND
Site 85T599ACHQLDNTWEADDVD
Site 86Y611DVDDDLLYQACDDIE
Site 87T621CDDIERLTQQQDIRK
Site 88S630QQDIRKDSKTSESIC
Site 89T632DIRKDSKTSESICEI
Site 90S683AKNMFAISKQGSNLV
Site 91S687FAISKQGSNLVQSKH
Site 92S692QGSNLVQSKHLNPGS
Site 93S699SKHLNPGSISVQTSL
Site 94S701HLNPGSISVQTSLTN
Site 95S705GSISVQTSLTNSSQI
Site 96T707ISVQTSLTNSSQIDK
Site 97S709VQTSLTNSSQIDKPM
Site 98S710QTSLTNSSQIDKPMK
Site 99S727KGEMYGNSPRFLGAT
Site 100T734SPRFLGATNLTMYSK
Site 101Y739GATNLTMYSKISNCQ
Site 102T755NNLHVSYTNTDVPIQ
Site 103T757LHVSYTNTDVPIQVN
Site 104S775LVLPGSSSLNVTSDH
Site 105T779GSSSLNVTSDHMNTE
Site 106S780SSSLNVTSDHMNTEI
Site 107Y790MNTEITTYKKKLSTN
Site 108S795TTYKKKLSTNQPCHK
Site 109T803TNQPCHKTVTDEAQS
Site 110T814EAQSNLNTTVGFSKF
Site 111T815AQSNLNTTVGFSKFT
Site 112T822TVGFSKFTFTRMKNS
Site 113S829TFTRMKNSQILSQFN
Site 114S833MKNSQILSQFNQNCI
Site 115T841QFNQNCITGSMSDTK
Site 116S845NCITGSMSDTKITQG
Site 117T847ITGSMSDTKITQGVE
Site 118S871EEAVGQQSLVKLSES
Site 119S876QQSLVKLSESLKQSS
Site 120S878SLVKLSESLKQSSKE
Site 121S882LSESLKQSSKEEEEK
Site 122S894EEKNRKCSPEEIQRK
Site 123S916RMAKARASSVNAAPT
Site 124S917MAKARASSVNAAPTS
 
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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