PhosphoNET

           
Protein Info 
   
Short Name:  EMSY
Full Name:  Protein EMSY
Alias:  C11orf30; Chromosome 11 open reading frame 30; GL002
Type:  DNA repair
Mass (Da):  141468
Number AA:  1322
UniProt ID:  Q7Z589
International Prot ID:  IPI00152627
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:  GO:0006281  GO:0016568  GO:0045449 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 1S12WPTLLDLSRDECKRI
Site 2Y28RKLELEAYAGVISAL
Site 3T42LRAQGDLTKEKKDLL
Site 4S57GELSKVLSISTERHR
Site 5T77AVNDERLTTIAHNMS
Site 6T78VNDERLTTIAHNMSG
Site 7S84TTIAHNMSGPNSSSE
Site 8S88HNMSGPNSSSEWSIE
Site 9S89NMSGPNSSSEWSIEG
Site 10S90MSGPNSSSEWSIEGR
Site 11S93PNSSSEWSIEGRRLV
Site 12S138PVPAETGSKEVVCYS
Site 13Y144GSKEVVCYSYTSTTS
Site 14S145SKEVVCYSYTSTTST
Site 15Y146KEVVCYSYTSTTSTP
Site 16S148VVCYSYTSTTSTPTS
Site 17T149VCYSYTSTTSTPTST
Site 18S151YSYTSTTSTPTSTPV
Site 19T152SYTSTTSTPTSTPVP
Site 20T154TSTTSTPTSTPVPSG
Site 21S155STTSTPTSTPVPSGS
Site 22T156TTSTPTSTPVPSGSI
Site 23S160PTSTPVPSGSIATVK
Site 24S162STPVPSGSIATVKSP
Site 25S168GSIATVKSPRPASPA
Site 26S173VKSPRPASPASNVVV
Site 27S176PRPASPASNVVVLPS
Site 28Y188LPSGSTVYVKSVSCS
Site 29S191GSTVYVKSVSCSDED
Site 30S193TVYVKSVSCSDEDEK
Site 31S195YVKSVSCSDEDEKPR
Site 32T207KPRKRRRTNSSSSSP
Site 33S209RKRRRTNSSSSSPVV
Site 34S210KRRRTNSSSSSPVVL
Site 35S211RRRTNSSSSSPVVLK
Site 36S212RRTNSSSSSPVVLKE
Site 37S213RTNSSSSSPVVLKEV
Site 38S228PKAVVPVSKTITVPV
Site 39S236KTITVPVSGSPKMSN
Site 40S238ITVPVSGSPKMSNIM
Site 41S242VSGSPKMSNIMQSIA
Site 42S247KMSNIMQSIANSLPP
Site 43S251IMQSIANSLPPHMSP
Site 44S257NSLPPHMSPVKITFT
Site 45T262HMSPVKITFTKPSTQ
Site 46T271TKPSTQTTNTTTQKV
Site 47S295TFVPNILSKSHNYAA
Site 48S297VPNILSKSHNYAAVT
Site 49S329VITASQSSLVSNSSS
Site 50S332ASQSSLVSNSSSGSS
Site 51S334QSSLVSNSSSGSSSS
Site 52S335SSLVSNSSSGSSSST
Site 53S336SLVSNSSSGSSSSTP
Site 54S338VSNSSSGSSSSTPSP
Site 55S339SNSSSGSSSSTPSPI
Site 56S340NSSSGSSSSTPSPIP
Site 57S341SSSGSSSSTPSPIPN
Site 58T342SSGSSSSTPSPIPNT
Site 59S344GSSSSTPSPIPNTVA
Site 60S380TSAIKMASTRLPSPK
Site 61T381SAIKMASTRLPSPKS
Site 62S385MASTRLPSPKSLVSA
Site 63S388TRLPSPKSLVSAPTQ
Site 64S407FPKQHQQSPKQQLYQ
Site 65Y413QSPKQQLYQVQQQTQ
Site 66S427QQQVAQPSPVSHQQQ
Site 67S430VAQPSPVSHQQQPQQ
Site 68S438HQQQPQQSPLPPGIK
Site 69T460ESGVKIITQQVQPSK
Site 70T474KILPKPVTATLPTSS
Site 71T476LPKPVTATLPTSSNS
Site 72T502MTTKLVTTPTGTQAT
Site 73T504TKLVTTPTGTQATYT
Site 74Y510PTGTQATYTRPTVSP
Site 75T511TGTQATYTRPTVSPS
Site 76T514QATYTRPTVSPSIGR
Site 77S516TYTRPTVSPSIGRMA
Site 78Y531ATPGAATYVKTTSGS
Site 79T565NIVSGTTTKITTIPM
Site 80T568SGTTTKITTIPMTSK
Site 81T569GTTTKITTIPMTSKP
Site 82T602PGKNVVTTLLNAGGE
Site 83T611LNAGGEKTIQTVPTG
Site 84T614GGEKTIQTVPTGAKP
Site 85T644QPKGIGSTVQPAAKI
Site 86Y658IIPTKIVYGQQGKTQ
Site 87T678KPVTFQATVVSEQTR
Site 88S704RVAEAGNSSIQEGKE
Site 89Y716GKEEPQNYTDSSSSS
Site 90T717KEEPQNYTDSSSSST
Site 91S719EPQNYTDSSSSSTES
Site 92S720PQNYTDSSSSSTESS
Site 93S721QNYTDSSSSSTESSQ
Site 94S722NYTDSSSSSTESSQS
Site 95S723YTDSSSSSTESSQSS
Site 96T724TDSSSSSTESSQSSQ
Site 97S726SSSSSTESSQSSQDS
Site 98S727SSSSTESSQSSQDSQ
Site 99S729SSTESSQSSQDSQPV
Site 100S730STESSQSSQDSQPVV
Site 101S733SSQSSQDSQPVVHVI
Site 102S742PVVHVIASRRQDWSE
Site 103S748ASRRQDWSEHEIAME
Site 104S757HEIAMETSPTIIYQD
Site 105Y762ETSPTIIYQDVSSES
Site 106S766TIIYQDVSSESQSAT
Site 107S767IIYQDVSSESQSATS
Site 108S769YQDVSSESQSATSTI
Site 109S771DVSSESQSATSTIKA
Site 110T773SSESQSATSTIKALL
Site 111T775ESQSATSTIKALLEL
Site 112T785ALLELQQTTVKEKLE
Site 113S793TVKEKLESKPRQPTI
Site 114T799ESKPRQPTIDLSQMA
Site 115S803RQPTIDLSQMAVPIQ
Site 116S818MTQEKRHSPESPSIA
Site 117S821EKRHSPESPSIAVVE
Site 118S823RHSPESPSIAVVESE
Site 119T838LVAEYITTERTDEGT
Site 120T845TERTDEGTEVAFPLL
Site 121S854VAFPLLVSHRSQPQQ
Site 122S857PLLVSHRSQPQQPSQ
Site 123S863RSQPQQPSQPQRTLL
Site 124S876LLQHVAQSQTATQTS
Site 125S883SQTATQTSVVVKSIP
Site 126S907IMQQALSSHTAFTKH
Site 127T920KHSEELGTEEGEVEE
Site 128T930GEVEEMDTLDPQTGL
Site 129S941QTGLFYRSALTQSQS
Site 130T944LFYRSALTQSQSAKQ
Site 131S946YRSALTQSQSAKQQK
Site 132S948SALTQSQSAKQQKLS
Site 133S955SAKQQKLSQPPLEQT
Site 134T968QTQLQVKTLQCFQTK
Site 135T974KTLQCFQTKQKQTIH
Site 136S998LPQMPQLSIRHQKLT
Site 137T1005SIRHQKLTPLQQEQA
Site 138T1021PKPDVQHTQHPMVAK
Site 139T1034AKDRQLPTLMAQPPQ
Site 140Y1068APNQPKIYVQPQTPQ
Site 141T1073KIYVQPQTPQSQMSL
Site 142S1076VQPQTPQSQMSLPAS
Site 143S1079QTPQSQMSLPASSEK
Site 144S1083SQMSLPASSEKQTAS
Site 145T1088PASSEKQTASQVEQP
Site 146S1090SSEKQTASQVEQPII
Site 147T1107GSSVTKITFEGRQPP
Site 148T1115FEGRQPPTVTKITGG
Site 149S1124TKITGGSSVPKLTSP
Site 150T1129GSSVPKLTSPVTSIS
Site 151S1130SSVPKLTSPVTSISP
Site 152S1134KLTSPVTSISPIQAS
Site 153S1136TSPVTSISPIQASEK
Site 154T1201VAGMANSTPQQQKCR
Site 155S1210QQQKCRESCSSPSTV
Site 156S1212QKCRESCSSPSTVGS
Site 157S1213KCRESCSSPSTVGSS
Site 158S1215RESCSSPSTVGSSLT
Site 159T1216ESCSSPSTVGSSLTT
Site 160S1219SSPSTVGSSLTTRKI
Site 161T1222STVGSSLTTRKIDPP
Site 162T1223TVGSSLTTRKIDPPA
Site 163S1251GQKKAEESPAEIIIQ
Site 164S1288LELNNFTSQQLDDEE
Site 165S1304AMEQDIDSSTEDGTE
Site 166S1305MEQDIDSSTEDGTEP
Site 167T1306EQDIDSSTEDGTEPS
Site 168T1310DSSTEDGTEPSPSQS
Site 169S1313TEDGTEPSPSQSSAE
Site 170S1315DGTEPSPSQSSAERS
Site 171S1317TEPSPSQSSAERS__
Site 172S1318EPSPSQSSAERS___
 
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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