PhosphoNET

           
Protein Info 
   
Short Name:  SSH2
Full Name:  Protein phosphatase Slingshot homolog 2
Alias:  EC 3.1.3.16; EC 3.1.3.48; HSSH-2L; KIAA1725; SSH-2L
Type:  Protein-serine phosphatase
Mass (Da):  158216
Number AA:  1423
UniProt ID:  Q76I76
International Prot ID:  IPI00377071
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005856  GO:0043226 Uniprot OncoNet
Molecular Function:  GO:0003779  GO:0003824  GO:0004721 PhosphoSite+ KinaseNET
Biological Process:  GO:0006464  GO:0006470  GO:0006793 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 1S9ALVTVQRSPTPSTTS
Site 2T11VTVQRSPTPSTTSSP
Site 3S13VQRSPTPSTTSSPCA
Site 4T14QRSPTPSTTSSPCAS
Site 5T15RSPTPSTTSSPCASE
Site 6S17PTPSTTSSPCASEAD
Site 7S21TTSSPCASEADSGEE
Site 8S25PCASEADSGEEECRS
Site 9S32SGEEECRSQPRSISE
Site 10S36ECRSQPRSISESFLT
Site 11S38RSQPRSISESFLTVK
Site 12S40QPRSISESFLTVKGA
Site 13S57FLPRGNGSSTPRISH
Site 14S58LPRGNGSSTPRISHR
Site 15T59PRGNGSSTPRISHRR
Site 16S63GSSTPRISHRRNKHA
Site 17S98RLAVRLESTYQNRTR
Site 18Y100AVRLESTYQNRTRYM
Site 19Y106TYQNRTRYMVVVSTN
Site 20T118STNGRQDTEESIVLG
Site 21S121GRQDTEESIVLGMDF
Site 22S130VLGMDFSSNDSSTCT
Site 23S133MDFSSNDSSTCTMGL
Site 24S134DFSSNDSSTCTMGLV
Site 25S159LDGDGGFSVSTDNRV
Site 26S161GDGGFSVSTDNRVHI
Site 27T162DGGFSVSTDNRVHIF
Site 28Y196EVARAHNYYPGSLFL
Site 29Y197VARAHNYYPGSLFLT
Site 30T204YPGSLFLTWVSYYES
Site 31Y208LFLTWVSYYESHINS
Site 32Y209FLTWVSYYESHINSD
Site 33S215YYESHINSDQSSVNE
Site 34S231NAMQDVQSHRPDSPA
Site 35S236VQSHRPDSPALFTDI
Site 36T241PDSPALFTDIPTERE
Site 37T245ALFTDIPTERERTER
Site 38T250IPTERERTERLIKTK
Site 39T256RTERLIKTKLREIMM
Site 40S272KDLENITSKEIRTEL
Site 41S307VILGQMDSPTQIFEH
Site 42T309LGQMDSPTQIFEHVF
Site 43S324LGSEWNASNLEDLQN
Site 44Y354FFPGVFEYHNIRVYD
Site 45Y360EYHNIRVYDEEATDL
Site 46Y370EATDLLAYWNDTYKF
Site 47Y375LAYWNDTYKFISKAK
Site 48S386SKAKKHGSKCLVHCK
Site 49S401MGVSRSASTVIAYAM
Site 50T402GVSRSASTVIAYAMK
Site 51Y406SASTVIAYAMKEYGW
Site 52Y411IAYAMKEYGWNLDRA
Site 53Y419GWNLDRAYDYVKERR
Site 54Y421NLDRAYDYVKERRTV
Site 55T427DYVKERRTVTKPNPS
Site 56T429VKERRTVTKPNPSFM
Site 57S434TVTKPNPSFMRQLEE
Site 58S459RHNKLWRSHSDSDLS
Site 59S461NKLWRSHSDSDLSDH
Site 60S463LWRSHSDSDLSDHHE
Site 61S466SHSDSDLSDHHEPIC
Site 62T485ELNKKDITTSADQIA
Site 63S487NKKDITTSADQIAEV
Site 64T496DQIAEVKTMESHPPI
Site 65S499AEVKTMESHPPIPPV
Site 66T593ANKFPDLTVEDLETD
Site 67T599LTVEDLETDALKADM
Site 68S618LPMEELTSPLKDPPM
Site 69S626PLKDPPMSPDPESPS
Site 70S631PMSPDPESPSPQPSC
Site 71S633SPDPESPSPQPSCQT
Site 72S637ESPSPQPSCQTEISD
Site 73S643PSCQTEISDFSTDRI
Site 74S646QTEISDFSTDRIDFF
Site 75T647TEISDFSTDRIDFFS
Site 76S654TDRIDFFSALEKFVE
Site 77S663LEKFVELSQETRSRS
Site 78T666FVELSQETRSRSFSH
Site 79S668ELSQETRSRSFSHSR
Site 80S670SQETRSRSFSHSRME
Site 81S672ETRSRSFSHSRMEEL
Site 82S674RSRSFSHSRMEELGG
Site 83S686LGGGRNESCRLSVVE
Site 84S690RNESCRLSVVEVAPS
Site 85S697SVVEVAPSKVTADDQ
Site 86S706VTADDQRSSSLSNTP
Site 87S707TADDQRSSSLSNTPH
Site 88S708ADDQRSSSLSNTPHA
Site 89S710DQRSSSLSNTPHASE
Site 90T712RSSSLSNTPHASEES
Site 91S716LSNTPHASEESSMDE
Site 92S720PHASEESSMDEEQSK
Site 93S726SSMDEEQSKAISELV
Site 94S730EEQSKAISELVSPDI
Site 95S734KAISELVSPDIFMQS
Site 96S741SPDIFMQSHSENAIS
Site 97S743DIFMQSHSENAISVK
Site 98S748SHSENAISVKEIVTE
Site 99T754ISVKEIVTEIESISQ
Site 100S758EIVTEIESISQGVGQ
Site 101S760VTEIESISQGVGQIQ
Site 102T779ILPNPCHTPKKNSIH
Site 103S784CHTPKKNSIHELLLE
Site 104T795LLLERAQTPENKPGH
Site 105S809HMEQDEDSCTAQPEL
Site 106T811EQDEDSCTAQPELAK
Site 107S820QPELAKDSGMCNPEG
Site 108T830CNPEGCLTTHSSIAD
Site 109S833EGCLTTHSSIADLEE
Site 110S834GCLTTHSSIADLEEG
Site 111S853GEQELQGSGMHPGAK
Site 112Y862MHPGAKWYPGSVRRA
Site 113S865GAKWYPGSVRRATLE
Site 114T870PGSVRRATLEFEERL
Site 115S892GAAPTCTSLSTRKNS
Site 116S894APTCTSLSTRKNSKN
Site 117S899SLSTRKNSKNDSSVA
Site 118S903RKNSKNDSSVADLAP
Site 119S904KNSKNDSSVADLAPK
Site 120S914DLAPKGKSDEAPPEH
Site 121S938SKGKGKYSGSEAGSL
Site 122S940GKGKYSGSEAGSLSH
Site 123S944YSGSEAGSLSHSEQN
Site 124S946GSEAGSLSHSEQNAT
Site 125S948EAGSLSHSEQNATVP
Site 126T953SHSEQNATVPAPRVL
Site 127S974DPQEGPGSDTGTQQE
Site 128T978GPGSDTGTQQEGVLK
Site 129T989GVLKDLRTVIPYQES
Site 130Y993DLRTVIPYQESETQA
Site 131Y1014KRVEIIEYTHIVTSP
Site 132T1015RVEIIEYTHIVTSPN
Site 133S1020EYTHIVTSPNHTGPG
Site 134T1024IVTSPNHTGPGSEIA
Site 135S1028PNHTGPGSEIATSEK
Site 136T1032GPGSEIATSEKSGEQ
Site 137S1033PGSEIATSEKSGEQG
Site 138T1055KSVTVLCTLDENLNR
Site 139T1063LDENLNRTLDPNQVS
Site 140S1070TLDPNQVSLHPQVLP
Site 141S1081QVLPLPHSSSPEHNR
Site 142S1083LPLPHSSSPEHNRPT
Site 143T1090SPEHNRPTDHPTSIL
Site 144T1094NRPTDHPTSILSSPE
Site 145S1095RPTDHPTSILSSPED
Site 146S1098DHPTSILSSPEDRGS
Site 147S1099HPTSILSSPEDRGSS
Site 148S1105SSPEDRGSSLSTALE
Site 149S1106SPEDRGSSLSTALET
Site 150S1108EDRGSSLSTALETAA
Site 151S1126SHTTHLLSASLDYLH
Site 152S1128TTHLLSASLDYLHPQ
Site 153S1148EGFTEQSSTTDEPSA
Site 154T1149GFTEQSSTTDEPSAE
Site 155T1150FTEQSSTTDEPSAEQ
Site 156S1154SSTTDEPSAEQVSWE
Site 157S1159EPSAEQVSWEESQES
Site 158S1163EQVSWEESQESPLSS
Site 159S1166SWEESQESPLSSGSE
Site 160S1169ESQESPLSSGSEVPY
Site 161S1170SQESPLSSGSEVPYK
Site 162S1172ESPLSSGSEVPYKDS
Site 163Y1176SSGSEVPYKDSQLSS
Site 164S1179SEVPYKDSQLSSADL
Site 165S1182PYKDSQLSSADLSLI
Site 166S1183YKDSQLSSADLSLIS
Site 167S1187QLSSADLSLISKLGD
Site 168S1215VACRLPHSSSSENIK
Site 169S1216ACRLPHSSSSENIKS
Site 170S1217CRLPHSSSSENIKSL
Site 171S1218RLPHSSSSENIKSLS
Site 172S1223SSSENIKSLSHSPGV
Site 173S1225SENIKSLSHSPGVVK
Site 174S1227NIKSLSHSPGVVKER
Site 175T1249VVFQAGLTKPSQMRR
Site 176S1252QAGLTKPSQMRRSAS
Site 177S1257KPSQMRRSASLAKLG
Site 178S1259SQMRRSASLAKLGYL
Site 179S1280LPEREPASCESPHLK
Site 180S1283REPASCESPHLKLLQ
Site 181S1297QPFLRTDSGMHAMED
Site 182S1307HAMEDQESLENPGAP
Site 183S1322HNPEPTKSFVEQLTT
Site 184Y1346VERPLVQYAKEFGSS
Site 185S1352QYAKEFGSSQQYLLP
Site 186S1353YAKEFGSSQQYLLPR
Site 187Y1356EFGSSQQYLLPRAGL
Site 188T1366PRAGLELTSSEGGLP
Site 189S1367RAGLELTSSEGGLPV
Site 190T1415KANDKKRTTNPFYNT
Site 191T1422TTNPFYNTM______
 
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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