PhosphoNET

           
Protein Info 
   
Short Name:  LMO7
Full Name:  LIM domain only protein 7
Alias:  F-box only protein 20; FBX20; FBXO20; KIAA0858; LIM domain 7; LIM domain only 7; LOMP
Type:  Adaptor/scaffold
Mass (Da):  192710
Number AA:  1683
UniProt ID:  Q8WWI1
International Prot ID:  IPI00291802
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005634  GO:0000151 Uniprot OncoNet
Molecular Function:  GO:0004842  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0016567     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 1Y18TFYSWMSYDVLFQRT
Site 2S56YLRDRVCSKKDIILR
Site 3T64KKDIILRTEQNSGRT
Site 4S68ILRTEQNSGRTILIK
Site 5S90ETKDFRASLENGVLL
Site 6S116IKKINRLSTPIAGLD
Site 7T117KKINRLSTPIAGLDN
Site 8S152PGDLQDLSNRVTVKQ
Site 9T156QDLSNRVTVKQEETD
Site 10T162VTVKQEETDRRVKNV
Site 11Y174KNVLITLYWLGRKAQ
Site 12Y185RKAQSNPYYNGPHLN
Site 13Y186KAQSNPYYNGPHLNL
Site 14S212TKALEDSSFLKRSGR
Site 15S217DSSFLKRSGRDSGYG
Site 16S221LKRSGRDSGYGDIWC
Site 17Y223RSGRDSGYGDIWCPE
Site 18S246RHHKREDSFESLDSL
Site 19S249KREDSFESLDSLGSR
Site 20S252DSFESLDSLGSRSLT
Site 21S255ESLDSLGSRSLTSCS
Site 22S257LDSLGSRSLTSCSSD
Site 23T259SLGSRSLTSCSSDIT
Site 24S262SRSLTSCSSDITLRG
Site 25S263RSLTSCSSDITLRGG
Site 26T266TSCSSDITLRGGREG
Site 27S276GGREGFESDTDSEFT
Site 28T278REGFESDTDSEFTFK
Site 29S280GFESDTDSEFTFKMQ
Site 30Y289FTFKMQDYNKDDMSY
Site 31S295DYNKDDMSYRRISAV
Site 32Y296YNKDDMSYRRISAVE
Site 33S300DMSYRRISAVEPKTA
Site 34S318NRFLPNKSRQPSYVP
Site 35S322PNKSRQPSYVPAPLR
Site 36Y323NKSRQPSYVPAPLRK
Site 37S342KHEDNRRSWASPVYT
Site 38S345DNRRSWASPVYTEAD
Site 39Y348RSWASPVYTEADGTF
Site 40T349SWASPVYTEADGTFS
Site 41T354VYTEADGTFSSNQRR
Site 42S357EADGTFSSNQRRIWG
Site 43T372TNVENWPTVQGTSKS
Site 44S379TVQGTSKSSCYLEEE
Site 45T390LEEEKAKTRSIPNIV
Site 46Y402NIVKDDLYVRKLSPV
Site 47S407DLYVRKLSPVMPNPG
Site 48T439WKRIKRETYKPWYKE
Site 49Y440KRIKRETYKPWYKEF
Site 50Y444RETYKPWYKEFQGFS
Site 51S451YKEFQGFSQFLLLQA
Site 52S463LQALQTYSDDILSSE
Site 53S468TYSDDILSSETHTKI
Site 54S469YSDDILSSETHTKID
Site 55T473ILSSETHTKIDPTSG
Site 56T478THTKIDPTSGPRLIT
Site 57S479HTKIDPTSGPRLITR
Site 58T485TSGPRLITRRKNLSY
Site 59S491ITRRKNLSYAPGYRR
Site 60Y492TRRKNLSYAPGYRRD
Site 61Y496NLSYAPGYRRDDLEM
Site 62T520DDFFVRKTGVFHANP
Site 63Y528GVFHANPYVLRAFED
Site 64S540FEDFRKFSEQDDSVE
Site 65S545KFSEQDDSVERDIIL
Site 66S584QKKEVPLSGAPDRYH
Site 67Y590LSGAPDRYHPVPFPE
Site 68T600VPFPEPWTLPPEIQA
Site 69S619VFERTCPSKEKSNSC
Site 70S623TCPSKEKSNSCRILV
Site 71S625PSKEKSNSCRILVPS
Site 72S632SCRILVPSYRQKKDD
Site 73T642QKKDDMLTRKIQSWK
Site 74T653QSWKLGTTVPPISFT
Site 75S665SFTPGPCSEADLKRW
Site 76S679WEAIREASRLRHKKR
Site 77Y697ERLFQKIYGENGSKS
Site 78S702KIYGENGSKSMSDVS
Site 79S704YGENGSKSMSDVSAE
Site 80S706ENGSKSMSDVSAEDV
Site 81S709SKSMSDVSAEDVQNL
Site 82Y721QNLRQLRYEEMQKIK
Site 83S729EEMQKIKSQLKEQDQ
Site 84S751KWKDRRKSYTSDLQK
Site 85Y752WKDRRKSYTSDLQKK
Site 86T753KDRRKSYTSDLQKKK
Site 87S754DRRKSYTSDLQKKKE
Site 88S774EKQALEKSKRSSKTF
Site 89S778LEKSKRSSKTFKEML
Site 90T780KSKRSSKTFKEMLQD
Site 91S790EMLQDRESQNQKSTV
Site 92S795RESQNQKSTVPSRRR
Site 93T796ESQNQKSTVPSRRRM
Site 94S799NQKSTVPSRRRMYSF
Site 95Y804VPSRRRMYSFDDVLE
Site 96S805PSRRRMYSFDDVLEE
Site 97T818EEGKRPPTMTVSEAS
Site 98T820GKRPPTMTVSEASYQ
Site 99S822RPPTMTVSEASYQSE
Site 100Y826MTVSEASYQSERVEE
Site 101S828VSEASYQSERVEEKG
Site 102T837RVEEKGATYPSEIPK
Site 103Y838VEEKGATYPSEIPKE
Site 104S840EKGATYPSEIPKEDS
Site 105T848EIPKEDSTTFAKRED
Site 106T849IPKEDSTTFAKREDR
Site 107T858AKREDRVTTEIQLPS
Site 108T859KREDRVTTEIQLPSQ
Site 109S865TTEIQLPSQSPVEEQ
Site 110S867EIQLPSQSPVEEQSP
Site 111S873QSPVEEQSPASLSSL
Site 112S876VEEQSPASLSSLRSR
Site 113S878EQSPASLSSLRSRST
Site 114S879QSPASLSSLRSRSTQ
Site 115S882ASLSSLRSRSTQMES
Site 116S884LSSLRSRSTQMESTR
Site 117T885SSLRSRSTQMESTRV
Site 118S889SRSTQMESTRVSASL
Site 119S893QMESTRVSASLPRSY
Site 120S895ESTRVSASLPRSYRK
Site 121S899VSASLPRSYRKTDTV
Site 122Y900SASLPRSYRKTDTVR
Site 123T903LPRSYRKTDTVRLTS
Site 124T905RSYRKTDTVRLTSVV
Site 125T909KTDTVRLTSVVTPRP
Site 126S910TDTVRLTSVVTPRPF
Site 127T913VRLTSVVTPRPFGSQ
Site 128S919VTPRPFGSQTRGISS
Site 129T921PRPFGSQTRGISSLP
Site 130S925GSQTRGISSLPRSYT
Site 131S926SQTRGISSLPRSYTM
Site 132S930GISSLPRSYTMDDAW
Site 133Y931ISSLPRSYTMDDAWK
Site 134T932SSLPRSYTMDDAWKY
Site 135Y939TMDDAWKYNGDIEDI
Site 136T949DIEDIKRTPNNVVST
Site 137S955RTPNNVVSTPAPSPD
Site 138T956TPNNVVSTPAPSPDA
Site 139S960VVSTPAPSPDASQLA
Site 140S964PAPSPDASQLASSLS
Site 141S968PDASQLASSLSSQKE
Site 142S969DASQLASSLSSQKEV
Site 143S971SQLASSLSSQKEVAA
Site 144S972QLASSLSSQKEVAAT
Site 145T979SQKEVAATEEDVTRL
Site 146T984AATEEDVTRLPSPTS
Site 147S988EDVTRLPSPTSPFSS
Site 148T990VTRLPSPTSPFSSLS
Site 149S991TRLPSPTSPFSSLSQ
Site 150S994PSPTSPFSSLSQDQA
Site 151S995SPTSPFSSLSQDQAA
Site 152S997TSPFSSLSQDQAATS
Site 153S1004SQDQAATSKATLSST
Site 154S1009ATSKATLSSTSGLDL
Site 155S1010TSKATLSSTSGLDLM
Site 156S1012KATLSSTSGLDLMSE
Site 157S1018TSGLDLMSESGEGEI
Site 158S1020GLDLMSESGEGEISP
Site 159S1026ESGEGEISPQREVSR
Site 160S1032ISPQREVSRSQDQFS
Site 161S1034PQREVSRSQDQFSDM
Site 162S1039SRSQDQFSDMRISIN
Site 163S1044QFSDMRISINQTPGK
Site 164T1048MRISINQTPGKSLDF
Site 165S1052INQTPGKSLDFGFTI
Site 166S1080AGSPAEFSQLQVDDE
Site 167S1101TKFSYNDSKEWEEAM
Site 168Y1124LVMDVRRYGKAGSPE
Site 169S1129RRYGKAGSPETKWID
Site 170S1139TKWIDATSGIYNSEK
Site 171Y1142IDATSGIYNSEKSSN
Site 172S1144ATSGIYNSEKSSNLS
Site 173S1147GIYNSEKSSNLSVTT
Site 174S1148IYNSEKSSNLSVTTD
Site 175S1151SEKSSNLSVTTDFSE
Site 176T1153KSSNLSVTTDFSESL
Site 177S1157LSVTTDFSESLQSSN
Site 178S1159WIRQRSASVNKEPVS
Site 179S1162DFSESLQSSNIESKE
Site 180S1163FSESLQSSNIESKEI
Site 181S1167LQSSNIESKEINGIH
Site 182S1177INGIHDESNAFESKA
Site 183S1182ESLDNLDSPRSNSWR
Site 184S1185NAFESKASESISLKN
Site 185S1189SKASESISLKNLKRR
Site 186S1197LKNLKRRSQFFEQGS
Site 187S1204SQFFEQGSSDSVVPD
Site 188S1205QFFEQGSSDSVVPDL
Site 189S1207FEQGSSDSVVPDLPV
Site 190S1218DLPVPTISAPSRWVW
Site 191Y1249DRLLQEKYQREQEKL
Site 192S1272QEAERENSKYLDEEL
Site 193Y1274AERENSKYLDEELMV
Site 194S1283DEELMVLSSNSMSLT
Site 195S1286LMVLSSNSMSLTTRE
Site 196S1288VLSSNSMSLTTREPS
Site 197T1290SSNSMSLTTREPSLA
Site 198T1291SNSMSLTTREPSLAT
Site 199S1295SLTTREPSLATWEAT
Site 200T1302SLATWEATWSEGSKS
Site 201S1304ATWEATWSEGSKSSD
Site 202S1307EATWSEGSKSSDREG
Site 203S1309TWSEGSKSSDREGTR
Site 204S1310WSEGSKSSDREGTRA
Site 205T1315KSSDREGTRAGEEER
Site 206T1387QAEIERETSVRIYQY
Site 207S1388AEIERETSVRIYQYR
Site 208Y1392RETSVRIYQYRRPVD
Site 209Y1394TSVRIYQYRRPVDSY
Site 210S1400QYRRPVDSYDIPKTE
Site 211Y1401YRRPVDSYDIPKTEE
Site 212T1406DSYDIPKTEEASSGF
Site 213S1410IPKTEEASSGFLPGD
Site 214S1411PKTEEASSGFLPGDR
Site 215S1421LPGDRNKSRSTTELD
Site 216S1423GDRNKSRSTTELDDY
Site 217T1424DRNKSRSTTELDDYS
Site 218T1425RNKSRSTTELDDYST
Site 219Y1430STTELDDYSTNKNGN
Site 220S1431TTELDDYSTNKNGNN
Site 221T1432TELDDYSTNKNGNNK
Site 222Y1440NKNGNNKYLDQIGNM
Site 223S1449DQIGNMTSSQRRSKK
Site 224S1450QIGNMTSSQRRSKKE
Site 225S1454MTSSQRRSKKEQVPS
Site 226S1461SKKEQVPSGAELERQ
Site 227T1478LQEMRKRTPLHNDNS
Site 228S1485TPLHNDNSWIRQRSA
Site 229S1491NSWIRQRSASVNKEP
Site 230S1493WIRQRSASVNKEPVS
Site 231S1500SVNKEPVSLPGIMRR
Site 232S1510GIMRRGESLDNLDSP
Site 233S1516ESLDNLDSPRSNSWR
Site 234S1519DNLDSPRSNSWRQPP
Site 235S1521LDSPRSNSWRQPPWL
Site 236Y1535LNQPTGFYASSSVQD
Site 237S1537QPTGFYASSSVQDFS
Site 238S1538PTGFYASSSVQDFSR
Site 239S1539TGFYASSSVQDFSRP
Site 240S1544SSSVQDFSRPPPQLV
Site 241S1552RPPPQLVSTSNRAYM
Site 242S1554PPQLVSTSNRAYMRN
Site 243Y1558VSTSNRAYMRNPSSS
Site 244S1563RAYMRNPSSSVPPPS
Site 245S1564AYMRNPSSSVPPPSA
Site 246S1565YMRNPSSSVPPPSAG
Site 247S1570SSSVPPPSAGSVKTS
Site 248S1573VPPPSAGSVKTSTTG
Site 249S1577SAGSVKTSTTGVATT
Site 250T1583TSTTGVATTQSPTPR
Site 251T1584STTGVATTQSPTPRS
Site 252S1586TGVATTQSPTPRSHS
Site 253T1588VATTQSPTPRSHSPS
Site 254S1591TQSPTPRSHSPSASQ
Site 255S1593SPTPRSHSPSASQSG
Site 256S1595TPRSHSPSASQSGSQ
Site 257S1597RSHSPSASQSGSQLR
Site 258S1599HSPSASQSGSQLRNR
Site 259S1601PSASQSGSQLRNRSV
Site 260S1607GSQLRNRSVSGKRIC
Site 261S1609QLRNRSVSGKRICSY
Site 262Y1616SGKRICSYCNNILGK
Site 263S1655CDLGGSSSGAEVRIR
Site 264Y1667RIRNHQLYCNDCYLR
Site 265Y1672QLYCNDCYLRFKSGR
Site 266S1677DCYLRFKSGRPTAM_
 
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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