PhosphoNET

           
Protein Info 
   
Short Name:  RGPD1
Full Name:  RANBP2-like and GRIP domain-containing protein 1/2
Alias:  Ran-binding protein 2-like 6; RANBP2-like and GRIP domain containing 1; rgp1
Type: 
Mass (Da):  196687
Number AA:  1748
UniProt ID:  Q68DN6
International Prot ID:  IPI00470913
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005488     PhosphoSite+ KinaseNET
Biological Process:  GO:0046907     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 1Y22RNKLRGFYFAKLYYE
Site 2Y27GFYFAKLYYEAKEYD
Site 3Y33LYYEAKEYDLAKKYV
Site 4Y39EYDLAKKYVCTYLSV
Site 5Y43AKKYVCTYLSVQERD
Site 6S45KYVCTYLSVQERDPR
Site 7S77AVECYRRSLELNPPQ
Site 8Y107VTDGRAKYWVERAAK
Site 9Y123FPGSPAIYKLKEHLL
Site 10Y150DWIQSELYVRPDDVH
Site 11Y166NIRLVELYRSNKRLK
Site 12S168RLVELYRSNKRLKDA
Site 13S190ERNIALRSSLEWNSC
Site 14S191RNIALRSSLEWNSCV
Site 15S196RSSLEWNSCVVQTLK
Site 16S208TLKEYLESLQCLESD
Site 17S214ESLQCLESDKSDWRA
Site 18S217QCLESDKSDWRATNT
Site 19T222DKSDWRATNTDLLLA
Site 20S239NLMLLTLSTRDVQES
Site 21S246STRDVQESRELLESF
Site 22S252ESRELLESFDSALQS
Site 23S255ELLESFDSALQSAKS
Site 24S259SFDSALQSAKSSLGG
Site 25S262SALQSAKSSLGGNDE
Site 26S263ALQSAKSSLGGNDEL
Site 27S271LGGNDELSATFLEMK
Site 28T273GNDELSATFLEMKGH
Site 29S346ACDRLSQSGHMLLNL
Site 30T367FLKEVVETFANKSGQ
Site 31S372VETFANKSGQSVLYN
Site 32Y378KSGQSVLYNALFSSQ
Site 33S383VLYNALFSSQSSKDT
Site 34S384LYNALFSSQSSKDTS
Site 35S386NALFSSQSSKDTSFL
Site 36S387ALFSSQSSKDTSFLG
Site 37T390SSQSSKDTSFLGSDD
Site 38S391SQSSKDTSFLGSDDI
Site 39S395KDTSFLGSDDIGNID
Site 40T465QETSRLETNAPESIC
Site 41S497QLKEKCNSHHSSYQP
Site 42S583KMGRGLNSSYDQQEY
Site 43S584MGRGLNSSYDQQEYI
Site 44Y585GRGLNSSYDQQEYIG
Site 45Y590SSYDQQEYIGRSVHY
Site 46Y637QASEIVEYEEDAHIT
Site 47T660GNIEDAVTAFESIKS
Site 48Y701EQEECKNYLRKTRDY
Site 49Y708YLRKTRDYLIKIIDD
Site 50S718KIIDDSDSNLSVVKK
Site 51S721DDSDSNLSVVKKLPV
Site 52S732KLPVPLESVKEMLKS
Site 53S739SVKEMLKSVMQELED
Site 54Y747VMQELEDYSEGGPLY
Site 55S748MQELEDYSEGGPLYK
Site 56Y754YSEGGPLYKNGSLRN
Site 57S758GPLYKNGSLRNADSE
Site 58S764GSLRNADSEIKHSTP
Site 59S769ADSEIKHSTPSPTKY
Site 60T770DSEIKHSTPSPTKYS
Site 61S772EIKHSTPSPTKYSLS
Site 62T774KHSTPSPTKYSLSPS
Site 63Y776STPSPTKYSLSPSKS
Site 64S777TPSPTKYSLSPSKSY
Site 65S779SPTKYSLSPSKSYKY
Site 66S781TKYSLSPSKSYKYSP
Site 67S783YSLSPSKSYKYSPKT
Site 68S787PSKSYKYSPKTPPRW
Site 69T790SYKYSPKTPPRWAED
Site 70S817KAITKLNSSKSASRH
Site 71S818AITKLNSSKSASRHR
Site 72S820TKLNSSKSASRHRWP
Site 73S822LNSSKSASRHRWPTE
Site 74T828ASRHRWPTENYGPDS
Site 75Y831HRWPTENYGPDSVPD
Site 76S835TENYGPDSVPDGYQG
Site 77Y840PDSVPDGYQGSQTFH
Site 78S843VPDGYQGSQTFHGAP
Site 79T845DGYQGSQTFHGAPLT
Site 80S859TVATTGPSVYYSQSP
Site 81Y861ATTGPSVYYSQSPAY
Site 82S863TGPSVYYSQSPAYNS
Site 83S865PSVYYSQSPAYNSQY
Site 84Y868YYSQSPAYNSQYLLR
Site 85S870SQSPAYNSQYLLRPA
Site 86Y872SPAYNSQYLLRPAAN
Site 87T881LRPAANVTPTKGSSN
Site 88T889PTKGSSNTEFKSTKE
Site 89S893SSNTEFKSTKEGFSI
Site 90T894SNTEFKSTKEGFSIA
Site 91S899KSTKEGFSIAVSADG
Site 92S912DGFKFGISEPGNQEK
Site 93S921PGNQEKKSEKPLEND
Site 94S937GFQAQDISGQKNGRG
Site 95T955GQTSSTFTFADVAKS
Site 96S962TFADVAKSTSGEGFQ
Site 97S964ADVAKSTSGEGFQFG
Site 98S989GAGEKLFSSQCGKMA
Site 99S990INTMLQLSPEEKGKL
Site 100T1014KDDDACKTEDSDDIH
Site 101S1017DACKTEDSDDIHFEP
Site 102Y1045EEGEKVLYSQGVKLF
Site 103S1046EGEKVLYSQGVKLFR
Site 104S1059FRFDAEISQWKERGL
Site 105S1108TMNLKPLSGSDRAWM
Site 106S1110NLKPLSGSDRAWMWL
Site 107S1122MWLASDFSDGDAKLE
Site 108T1137RLAAQFKTPELAEEF
Site 109T1169TPHKLVDTGRAAKLI
Site 110S1184QRAEEMKSGLKDFKT
Site 111T1191SGLKDFKTFLTNDQT
Site 112T1194KDFKTFLTNDQTKVT
Site 113T1198TFLTNDQTKVTEEEN
Site 114S1208TEEENKGSGTGSAGA
Site 115S1212NKGSGTGSAGASDTT
Site 116S1216GTGSAGASDTTIKPN
Site 117T1219SAGASDTTIKPNPEN
Site 118Y1236PTLEWDNYDLREDAL
Site 119S1248DALDDNVSSSSVHDS
Site 120S1249ALDDNVSSSSVHDSP
Site 121S1250LDDNVSSSSVHDSPL
Site 122S1251DDNVSSSSVHDSPLA
Site 123S1255SSSSVHDSPLASSPV
Site 124S1259VHDSPLASSPVRKNI
Site 125S1260HDSPLASSPVRKNIF
Site 126T1273IFRFDESTTGFNFSF
Site 127S1282GFNFSFKSALSLSKS
Site 128S1285FSFKSALSLSKSPAK
Site 129S1287FKSALSLSKSPAKLN
Site 130S1289SALSLSKSPAKLNQS
Site 131S1296SPAKLNQSGTSVGTD
Site 132S1306SVGTDEESDVTQEEE
Site 133T1309TDEESDVTQEEERDG
Site 134Y1318EEERDGQYFEPVVPL
Site 135S1333PDLVEVSSGEENEQV
Site 136S1343ENEQVVFSHRAELYR
Site 137Y1351HRAELYRYDKDVGQW
Site 138Y1372DIKILQNYDNKQVRI
Site 139T1396LCANHRITPDMSLQN
Site 140S1400HRITPDMSLQNMKGT
Site 141S1440KLQDVADSFKKIFDE
Site 142S1456KTAQEKDSLITPHVS
Site 143T1459QEKDSLITPHVSRSS
Site 144S1463SLITPHVSRSSTPRE
Site 145S1465ITPHVSRSSTPRESP
Site 146S1466TPHVSRSSTPRESPC
Site 147T1467PHVSRSSTPRESPCG
Site 148S1471RSSTPRESPCGKIAV
Site 149T1489EETTRERTDVIQGDD
Site 150S1502DDVADAASEVEVSST
Site 151S1507AASEVEVSSTSETTT
Site 152T1509SEVEVSSTSETTTKA
Site 153S1510EVEVSSTSETTTKAV
Site 154T1512EVSSTSETTTKAVVS
Site 155T1513VSSTSETTTKAVVSP
Site 156T1514SSTSETTTKAVVSPP
Site 157S1527PPKFVFGSESVKRIF
Site 158S1529KFVFGSESVKRIFSS
Site 159S1535ESVKRIFSSEKSNPF
Site 160S1536SVKRIFSSEKSNPFA
Site 161S1539RIFSSEKSNPFAFGN
Site 162S1552GNSSATGSLFGFSFN
Site 163S1564SFNAPLKSNDSETSS
Site 164S1567APLKSNDSETSSVAQ
Site 165T1569LKSNDSETSSVAQSG
Site 166S1571SNDSETSSVAQSGSE
Site 167S1575ETSSVAQSGSESKVE
Site 168S1577SSVAQSGSESKVEPK
Site 169S1579VAQSGSESKVEPKKC
Site 170S1589EPKKCELSKNSDIEH
Site 171S1592KCELSKNSDIEHSSD
Site 172S1598NSDIEHSSDSKVKNL
Site 173S1600DIEHSSDSKVKNLSA
Site 174S1606DSKVKNLSASFPMEE
Site 175S1608KVKNLSASFPMEESS
Site 176Y1618MEESSINYTFKTPEK
Site 177T1619EESSINYTFKTPEKE
Site 178T1622SINYTFKTPEKEPPL
Site 179S1644EELVQKLSSTTKSAD
Site 180S1645ELVQKLSSTTKSADQ
Site 181S1649KLSSTTKSADQLNGL
Site 182T1663LLRETEATSAVLMEQ
Site 183S1676EQIKLLKSEIRRLER
Site 184S1688LERNQEESAANVEHL
Site 185S1709FIFLKPGSERESLLP
Site 186S1713KPGSERESLLPVINT
Site 187S1725INTMLQLSPEEKGKL
 
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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