PhosphoNET

           
Protein Info 
   
Short Name:  DISP1
Full Name:  Protein dispatched homolog 1
Alias: 
Type: 
Mass (Da):  170916
Number AA:  1524
UniProt ID:  Q96F81
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016021     Uniprot OncoNet
Molecular Function:  GO:0008158     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 1S14NNDFVVLSNSSIATS
Site 2T20LSNSSIATSAANPSP
Site 3S21SNSSIATSAANPSPL
Site 4S26ATSAANPSPLTPCDG
Site 5T29AANPSPLTPCDGDHA
Site 6T41DHAAQQLTPKEATRT
Site 7T48TPKEATRTKVSPNGC
Site 8S51EATRTKVSPNGCLQL
Site 9S64QLNGTVKSSFLPLDN
Site 10S65LNGTVKSSFLPLDNQ
Site 11T92CPYHHPLTSHSSHQE
Site 12S95HHPLTSHSSHQECHP
Site 13S124MQPHSEYSASLCPNH
Site 14S126PHSEYSASLCPNHSP
Site 15S132ASLCPNHSPVYQTTC
Site 16T138HSPVYQTTCCLQPSP
Site 17S172HIANIRPSRPFKLPK
Site 18S180RPFKLPKSYAALIAD
Site 19S217VPELPDFSDPLLGFE
Site 20T236AIGQRLVTWNNMVKN
Site 21Y253YKATLANYPFKYADE
Site 22S264YADEQAKSHRDDRWS
Site 23S271SHRDDRWSDDHYERE
Site 24Y275DRWSDDHYEREKREV
Site 25S290DWNFHKDSFFCDVPS
Site 26S297SFFCDVPSDRYSRVV
Site 27Y300CDVPSDRYSRVVFTS
Site 28S301DVPSDRYSRVVFTSS
Site 29S307YSRVVFTSSGGETLW
Site 30S308SRVVFTSSGGETLWN
Site 31S328SMCNVDNSRIRSHPQ
Site 32S332VDNSRIRSHPQFGDL
Site 33T344GDLCQRTTAASCCPS
Site 34Y357PSWTLGNYIAILNNR
Site 35S366AILNNRSSCQKIVER
Site 36S376KIVERDVSHTLKLLR
Site 37T378VERDVSHTLKLLRTC
Site 38T384HTLKLLRTCAKHYQN
Site 39Y389LRTCAKHYQNGTLGP
Site 40T412RKDQLKCTNVPRKCT
Site 41Y421VPRKCTKYNAVYQIL
Site 42T438LVDKDFMTPKTADYA
Site 43T441KDFMTPKTADYATPA
Site 44Y444MTPKTADYATPALKY
Site 45T446PKTADYATPALKYSM
Site 46S452ATPALKYSMLFSPTE
Site 47S456LKYSMLFSPTEKGES
Site 48S463SPTEKGESMMNIYLD
Site 49Y468GESMMNIYLDNFENW
Site 50T482WNSSDGVTTITGIEF
Site 51Y499KHSLFQDYLLMDTVY
Site 52S594DKPHAETSETVSITL
Site 53T596PHAETSETVSITLQH
Site 54S598AETSETVSITLQHAA
Site 55T668RYLLNIFTCFKKPQQ
Site 56Y678KKPQQQIYDNKSCWT
Site 57S746NPKMKLPSLELSEFQ
Site 58S750KLPSLELSEFQVFRS
Site 59S757SEFQVFRSSHPFERY
Site 60S758EFQVFRSSHPFERYD
Site 61Y764SSHPFERYDAEYKKL
Site 62Y768FERYDAEYKKLFMFE
Site 63S794ITVIWGVSPEDNGNP
Site 64S806GNPLNPKSKGKLTLD
Site 65T811PKSKGKLTLDSSFNI
Site 66S814KGKLTLDSSFNIASP
Site 67S815GKLTLDSSFNIASPA
Site 68S820DSSFNIASPASQAWI
Site 69Y841LRNQTFFYQTDEQDF
Site 70S900AIMELERSTGYHLDS
Site 71T901IMELERSTGYHLDSK
Site 72S907STGYHLDSKTPGPRF
Site 73T909GYHLDSKTPGPRFDI
Site 74T919PRFDINDTIRAVVLE
Site 75Y937TYLFTLAYEKMHQFY
Site 76Y944YEKMHQFYKEVDSWI
Site 77S949QFYKEVDSWISSELS
Site 78S952KEVDSWISSELSSAP
Site 79S953EVDSWISSELSSAPE
Site 80S956SWISSELSSAPEGLS
Site 81S957WISSELSSAPEGLSN
Site 82S963SSAPEGLSNGWFVSN
Site 83S979EFYDLQDSLSDGTLI
Site 84S981YDLQDSLSDGTLIAM
Site 85S1075REGKVIFSLSRVGSA
Site 86S1077GKVIFSLSRVGSAMA
Site 87T1139RCLGPQGTCGQIPLP
Site 88S1152LPKKLQCSAFSHALS
Site 89S1155KLQCSAFSHALSTSP
Site 90S1159SAFSHALSTSPSDKG
Site 91S1161FSHALSTSPSDKGQS
Site 92S1163HALSTSPSDKGQSKT
Site 93S1168SPSDKGQSKTHTINA
Site 94T1170SDKGQSKTHTINAYH
Site 95T1172KGQSKTHTINAYHLD
Site 96S1185LDPRGPKSELEHEFY
Site 97Y1192SELEHEFYELEPLAS
Site 98S1199YELEPLASHSCTAPE
Site 99T1203PLASHSCTAPEKTTY
Site 100T1208SCTAPEKTTYEETHI
Site 101Y1210TAPEKTTYEETHICS
Site 102Y1235GMPVHAAYNSELSKS
Site 103S1240AAYNSELSKSTESDA
Site 104S1242YNSELSKSTESDAGS
Site 105S1245ELSKSTESDAGSALL
Site 106S1249STESDAGSALLQPPL
Site 107T1260QPPLEQHTVCHFFSL
Site 108Y1277RCSCPDAYKHLNYGP
Site 109Y1282DAYKHLNYGPHSCQQ
Site 110S1299DCLCHQCSPTTSSFV
Site 111S1304QCSPTTSSFVQIQNG
Site 112S1350KPAGMQNSLPRNFFL
Site 113T1372AQEKIGKTNVHSLQR
Site 114S1376IGKTNVHSLQRSIEE
Site 115S1380NVHSLQRSIEEHLPK
Site 116S1393PKMAEPSSFVCRSTG
Site 117S1398PSSFVCRSTGSLLKT
Site 118T1405STGSLLKTCCDPENK
Site 119S1423LCKNRDVSNLESSGG
Site 120S1427RDVSNLESSGGTENK
Site 121S1442AGGKVELSLSQTDAS
Site 122S1444GKVELSLSQTDASVN
Site 123T1446VELSLSQTDASVNSE
Site 124S1449SLSQTDASVNSEHFN
Site 125S1482SCPNNSQSCGRIVRV
Site 126T1510ANVPAVLTHSELSGE
 
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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