PhosphoNET

           
Protein Info 
   
Short Name:  RanBP2
Full Name:  E3 SUMO-protein ligase RanBP2
Alias:  358 kDa nucleoporin; E3 SUMO-protein ligase RanBP2; Nuclear pore complex protein Nup358; Nucleoporin Nup358; NUP358; P270; RAN binding protein 2; Ran-binding protein 2; RBP2
Type:  SUMO conjugating system; Nucleoporin; Adaptor/scaffold; Ligase
Mass (Da):  358199
Number AA:  3224
UniProt ID:  P49792
International Prot ID:  IPI00221325
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005829  GO:0005643   Uniprot OncoNet
Molecular Function:  GO:0008536  GO:0003755  GO:0008270 PhosphoSite+ KinaseNET
Biological Process:  GO:0051028  GO:0019941  GO:0006457 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 1Y11SKADVERYIASVQGS
Site 2S14DVERYIASVQGSTPS
Site 3S18YIASVQGSTPSPRQK
Site 4T19IASVQGSTPSPRQKS
Site 5S21SVQGSTPSPRQKSMK
Site 6S26TPSPRQKSMKGFYFA
Site 7Y31QKSMKGFYFAKLYYE
Site 8Y36GFYFAKLYYEAKEYD
Site 9Y42LYYEAKEYDLAKKYI
Site 10Y48EYDLAKKYICTYINV
Site 11Y52AKKYICTYINVQERD
Site 12Y70HRFLGLLYELEENTD
Site 13S86AVECYRRSVELNPTQ
Site 14T92RSVELNPTQKDLVLK
Site 15Y116VTDGRAKYWLERAAK
Site 16S128AAKLFPGSPAIYKLK
Site 17Y132FPGSPAIYKLKEQLL
Site 18Y159DLIQSELYVRPDDVH
Site 19Y175NIRLVEVYRSTKRLK
Site 20T178LVEVYRSTKRLKDAV
Site 21S199ERNIALRSSLEWNSC
Site 22S200RNIALRSSLEWNSCV
Site 23S205RSSLEWNSCVVQTLK
Site 24S217TLKEYLESLQCLESD
Site 25S223ESLQCLESDKSDWRA
Site 26S226QCLESDKSDWRATNT
Site 27T231DKSDWRATNTDLLLA
Site 28S248NLMLLTLSTRDVQES
Site 29S255STRDVQESRELLQSF
Site 30S261ESRELLQSFDSALQS
Site 31S264ELLQSFDSALQSVKS
Site 32S268SFDSALQSVKSLGGN
Site 33S271SALQSVKSLGGNDEL
Site 34S279LGGNDELSATFLEMK
Site 35T281GNDELSATFLEMKGH
Site 36S305LKMGQHSSNVQWRAL
Site 37S352MMACDRLSQSGHMLL
Site 38S354ACDRLSQSGHMLLNL
Site 39S362GHMLLNLSRGKQDFL
Site 40T375FLKEIVETFANKSGQ
Site 41S380VETFANKSGQSALYD
Site 42Y386KSGQSALYDALFSSQ
Site 43S392LYDALFSSQSPKDTS
Site 44S394DALFSSQSPKDTSFL
Site 45T398SSQSPKDTSFLGSDD
Site 46S399SQSPKDTSFLGSDDI
Site 47S403KDTSFLGSDDIGNID
Site 48T420EPELEDLTRYDVGAI
Site 49Y422ELEDLTRYDVGAIRA
Site 50S433AIRAHNGSLQHLTWL
Site 51T473HETSRLETNAPESIC
Site 52S505QLKEKCNSHHSSYQP
Site 53S587ECLQKTGSGLNSFYD
Site 54S591KTGSGLNSFYDQREY
Site 55Y593GSGLNSFYDQREYIG
Site 56Y598SFYDQREYIGRSVHY
Site 57Y605YIGRSVHYWKKVLPL
Site 58Y646QASEIVEYEEDAHIT
Site 59T669GNIEDAVTAFESIKS
Site 60S700DIENDALSPEEQEEC
Site 61Y710EQEECKNYLRKTRDY
Site 62Y717YLRKTRDYLIKIIDD
Site 63S727KIIDDSDSNLSVVKK
Site 64S730DDSDSNLSVVKKLPV
Site 65S741KLPVPLESVKEMLNS
Site 66S748SVKEMLNSVMQELED
Site 67Y756VMQELEDYSEGGPLY
Site 68S757MQELEDYSEGGPLYK
Site 69Y763YSEGGPLYKNGSLRN
Site 70S767GPLYKNGSLRNADSE
Site 71S773GSLRNADSEIKHSTP
Site 72S778ADSEIKHSTPSPTRY
Site 73T779DSEIKHSTPSPTRYS
Site 74S781EIKHSTPSPTRYSLS
Site 75T783KHSTPSPTRYSLSPS
Site 76Y785STPSPTRYSLSPSKS
Site 77S786TPSPTRYSLSPSKSY
Site 78S788SPTRYSLSPSKSYKY
Site 79S790TRYSLSPSKSYKYSP
Site 80S792YSLSPSKSYKYSPKT
Site 81Y793SLSPSKSYKYSPKTP
Site 82Y795SPSKSYKYSPKTPPR
Site 83S796PSKSYKYSPKTPPRW
Site 84T799SYKYSPKTPPRWAED
Site 85S832MQELKLNSSNSASPH
Site 86S833QELKLNSSNSASPHR
Site 87S835LKLNSSNSASPHRWP
Site 88S837LNSSNSASPHRWPTE
Site 89T843ASPHRWPTENYGPDS
Site 90Y846HRWPTENYGPDSVPD
Site 91S850TENYGPDSVPDGYQG
Site 92Y855PDSVPDGYQGSQTFH
Site 93S858VPDGYQGSQTFHGAP
Site 94T860DGYQGSQTFHGAPLT
Site 95S874TVATTGPSVYYSQSP
Site 96Y876ATTGPSVYYSQSPAY
Site 97S878TGPSVYYSQSPAYNS
Site 98S880PSVYYSQSPAYNSQY
Site 99Y883YYSQSPAYNSQYLLR
Site 100S885SQSPAYNSQYLLRPA
Site 101Y887SPAYNSQYLLRPAAN
Site 102T896LRPAANVTPTKGPVY
Site 103T898PAANVTPTKGPVYGM
Site 104Y903TPTKGPVYGMNRLPP
Site 105Y915LPPQQHIYAYPQQMH
Site 106T923AYPQQMHTPPVQSSS
Site 107S930TPPVQSSSACMFSQE
Site 108S935SSSACMFSQEMYGPP
Site 109Y939CMFSQEMYGPPALRF
Site 110S948PPALRFESPATGILS
Site 111T951LRFESPATGILSPRG
Site 112S955SPATGILSPRGDDYF
Site 113Y961LSPRGDDYFNYNVQQ
Site 114Y964RGDDYFNYNVQQTST
Site 115T971YNVQQTSTNPPLPEP
Site 116Y980PPLPEPGYFTKPPIA
Site 117S991PPIAAHASRSAESKT
Site 118T1004KTIEFGKTNFVQPMP
Site 119S1018PGEGLRPSLPTQAHT
Site 120T1021GLRPSLPTQAHTTQP
Site 121T1025SLPTQAHTTQPTPFK
Site 122T1029QAHTTQPTPFKFNSN
Site 123S1035PTPFKFNSNFKSNDG
Site 124T1045KSNDGDFTFSSPQVV
Site 125S1048DGDFTFSSPQVVTQP
Site 126T1053FSSPQVVTQPPPAAY
Site 127S1061QPPPAAYSNSESLLG
Site 128T1071ESLLGLLTSDKPLQG
Site 129S1072SLLGLLTSDKPLQGD
Site 130Y1081KPLQGDGYSGAKPIP
Site 131S1082PLQGDGYSGAKPIPG
Site 132T1098QTIGPRNTFNFGSKN
Site 133S1103RNTFNFGSKNVSGIS
Site 134S1107NFGSKNVSGISFTEN
Site 135S1110SKNVSGISFTENMGS
Site 136T1112NVSGISFTENMGSSQ
Site 137S1117SFTENMGSSQQKNSG
Site 138S1118FTENMGSSQQKNSGF
Site 139S1123GSSQQKNSGFRRSDD
Site 140S1128KNSGFRRSDDMFTFH
Site 141T1133RRSDDMFTFHGPGKS
Site 142S1140TFHGPGKSVFGTPTL
Site 143T1144PGKSVFGTPTLETAN
Site 144T1146KSVFGTPTLETANKN
Site 145T1156TANKNHETDGGSAHG
Site 146S1160NHETDGGSAHGDDDD
Site 147S1208LFRFDVESKEWKERG
Site 148T1226VKILRHKTSGKIRLL
Site 149S1227KILRHKTSGKIRLLM
Site 150Y1247LKICANHYISPDMKL
Site 151T1255ISPDMKLTPNAGSDR
Site 152S1260KLTPNAGSDRSFVWH
Site 153S1263PNAGSDRSFVWHALD
Site 154Y1271FVWHALDYADELPKP
Site 155T1310SILKAPGTNVAMASN
Site 156S1316GTNVAMASNQAVRIV
Site 157S1328RIVKEPTSHDNKDIC
Site 158S1367SCSLKNASTAKKCVS
Site 159T1393VGPPLAETVFTPKTS
Site 160T1396PLAETVFTPKTSPEN
Site 161T1399ETVFTPKTSPENVQD
Site 162S1400TVFTPKTSPENVQDR
Site 163T1412QDRFALVTPKKEGHW
Site 164S1443IACQNTKSANKSGSS
Site 165S1447NTKSANKSGSSFVHQ
Site 166S1450SANKSGSSFVHQASF
Site 167S1456SSFVHQASFKFGQGD
Site 168S1470DLPKPINSDFRSVFS
Site 169S1474PINSDFRSVFSTKEG
Site 170T1478DFRSVFSTKEGQWDC
Site 171T1497VQNEGSSTKCAACQN
Site 172S1509CQNPRKQSLPATSIP
Site 173T1513RKQSLPATSIPTPAS
Site 174S1514KQSLPATSIPTPASF
Site 175T1517LPATSIPTPASFKFG
Site 176S1520TSIPTPASFKFGTSE
Site 177S1526ASFKFGTSETSKTLK
Site 178S1529KFGTSETSKTLKSGF
Site 179T1531GTSETSKTLKSGFED
Site 180S1573CQNPDKPSPSTSVPA
Site 181S1575NPDKPSPSTSVPAPA
Site 182T1576PDKPSPSTSVPAPAS
Site 183S1577DKPSPSTSVPAPASF
Site 184S1583TSVPAPASFKFGTSE
Site 185S1589ASFKFGTSETSKAPK
Site 186S1592KFGTSETSKAPKSGF
Site 187S1597ETSKAPKSGFEGMFT
Site 188S1613KEGQWDCSVCLVRNE
Site 189T1624VRNEASATKCIACQN
Site 190T1638NPGKQNQTTSAVSTP
Site 191T1639PGKQNQTTSAVSTPA
Site 192S1640GKQNQTTSAVSTPAS
Site 193S1643NQTTSAVSTPASSET
Site 194T1644QTTSAVSTPASSETS
Site 195S1647SAVSTPASSETSKAP
Site 196S1648AVSTPASSETSKAPK
Site 197S1651TPASSETSKAPKSGF
Site 198T1742VRNEASATKCIACQC
Site 199T1757PSKQNQTTAISTPAS
Site 200S1760QNQTTAISTPASSEI
Site 201T1761NQTTAISTPASSEIS
Site 202S1764TAISTPASSEISKAP
Site 203S1765AISTPASSEISKAPK
Site 204S1768TPASSEISKAPKSGF
Site 205S1773EISKAPKSGFEGMFI
Site 206S1798CVQNESSSLKCVACD
Site 207S1825PSAFTLGSEMKLHDS
Site 208S1832SEMKLHDSSGSQVGT
Site 209S1833EMKLHDSSGSQVGTG
Site 210S1835KLHDSSGSQVGTGFK
Site 211T1839SSGSQVGTGFKSNFS
Site 212S1843QVGTGFKSNFSEKAS
Site 213S1846TGFKSNFSEKASKFG
Site 214S1850SNFSEKASKFGNTEQ
Site 215S1869GHVDQENSPSFMFQG
Site 216S1871VDQENSPSFMFQGSS
Site 217S1878SFMFQGSSNTEFKST
Site 218S1884SSNTEFKSTKEGFSI
Site 219T1885SNTEFKSTKEGFSIP
Site 220S1890KSTKEGFSIPVSADG
Site 221S1903DGFKFGISEPGNQEK
Site 222S1912PGNQEKKSEKPLENG
Site 223S1928GFQAQDISGQKNGRG
Site 224S1943VIFGQTSSTFTFADL
Site 225T1946GQTSSTFTFADLAKS
Site 226S1953TFADLAKSTSGEGFQ
Site 227T1954FADLAKSTSGEGFQF
Site 228S1955ADLAKSTSGEGFQFG
Site 229S1980GAGEKLFSSQYGKMA
Site 230S1981AGEKLFSSQYGKMAN
Site 231Y1983EKLFSSQYGKMANKA
Site 232T1992KMANKANTSGDFEKD
Site 233S1993MANKANTSGDFEKDD
Site 234Y2003FEKDDDAYKTEDSDD
Site 235T2005KDDDAYKTEDSDDIH
Site 236S2008DAYKTEDSDDIHFEP
Site 237Y2036EEDEKVLYSQRVKLF
Site 238S2037EDEKVLYSQRVKLFR
Site 239S2050FRFDAEVSQWKERGL
Site 240S2099TMNLKPLSGSDRAWM
Site 241S2101NLKPLSGSDRAWMWL
Site 242S2113MWLASDFSDGDAKLE
Site 243T2128QLAAKFKTPELAEEF
Site 244T2153LLDIPLQTPHKLVDT
Site 245T2160TPHKLVDTGRAAKLI
Site 246S2175QRAEEMKSGLKDFKT
Site 247T2182SGLKDFKTFLTNDQT
Site 248T2189TFLTNDQTKVTEEEN
Site 249S2199TEEENKGSGTGAAGA
Site 250T2210AAGASDTTIKPNPEN
Site 251Y2227PTLEWDNYDLREDAL
Site 252S2237REDALDDSVSSSSVH
Site 253S2239DALDDSVSSSSVHAS
Site 254S2240ALDDSVSSSSVHASP
Site 255S2241LDDSVSSSSVHASPL
Site 256S2242DDSVSSSSVHASPLA
Site 257S2246SSSSVHASPLASSPV
Site 258S2250VHASPLASSPVRKNL
Site 259S2251HASPLASSPVRKNLF
Site 260S2263NLFRFGESTTGFNFS
Site 261T2265FRFGESTTGFNFSFK
Site 262S2270STTGFNFSFKSALSP
Site 263S2273GFNFSFKSALSPSKS
Site 264S2276FSFKSALSPSKSPAK
Site 265S2278FKSALTPSKSPAKLN
Site 266S2280SALSPSKSPAKLNQS
Site 267S2287SPAKLNQSGTSVGTD
Site 268T2289AKLNQSGTSVGTDEE
Site 269S2290KLNQSGTSVGTDEES
Site 270T2293QSGTSVGTDEESDVT
Site 271S2297SVGTDEESDVTQEEE
Site 272T2300TDEESDVTQEEERDG
Site 273Y2309EEERDGQYFEPVVPL
Site 274S2324PDLVEVSSGEENEQV
Site 275S2334ENEQVVFSHRAKLYR
Site 276Y2342HRAKLYRYDKDVGQW
Site 277Y2363DIKILQNYDNKQVRI
Site 278T2387LCANHRITPDMTLQN
Site 279T2391HRITPDMTLQNMKGT
Site 280S2431KLQDVADSFKKIFDE
Site 281S2447KTAQEKDSLITPHVS
Site 282T2450QEKDSLITPHVSRSS
Site 283S2454SLITPHVSRSSTPRE
Site 284S2456ITPHVSRSSTPRESP
Site 285S2457TPHVSRSSTPRESPC
Site 286T2458PHVSRSSTPRESPCG
Site 287S2462RSSTPRESPCGKIAV
Site 288T2475AVAVLEETTRERTDV
Site 289T2480EETTRERTDVIQGDD
Site 290T2492GDDVADATSEVEVSS
Site 291S2493DDVADATSEVEVSST
Site 292S2498ATSEVEVSSTSETTP
Site 293S2499TSEVEVSSTSETTPK
Site 294T2500SEVEVSSTSETTPKA
Site 295S2501EVEVSSTSETTPKAV
Site 296T2503EVSSTSETTPKAVVS
Site 297T2504VSSTSETTPKAVVSP
Site 298S2510TTPKAVVSPPKFVFG
Site 299S2518PPKFVFGSESVKSIF
Site 300S2520KFVFGSESVKSIFSS
Site 301S2523FGSESVKSIFSSEKS
Site 302S2526ESVKSIFSSEKSKPF
Site 303S2527SVKSIFSSEKSKPFA
Site 304S2530SIFSSEKSKPFAFGN
Site 305S2539PFAFGNSSATGSLFG
Site 306S2543GNSSATGSLFGFSFN
Site 307S2548TGSLFGFSFNAPLKS
Site 308S2555SFNAPLKSNNSETSS
Site 309S2558APLKSNNSETSSVAQ
Site 310T2560LKSNNSETSSVAQSG
Site 311S2562SNNSETSSVAQSGSE
Site 312S2566ETSSVAQSGSESKVE
Site 313S2568SSVAQSGSESKVEPK
Site 314S2570VAQSGSESKVEPKKC
Site 315S2580EPKKCELSKNSDIEQ
Site 316S2583KCELSKNSDIEQSSD
Site 317S2589NSDIEQSSDSKVKNL
Site 318S2591DIEQSSDSKVKNLFA
Site 319S2599KVKNLFASFPTEESS
Site 320S2605ASFPTEESSINYTFK
Site 321Y2609TEESSINYTFKTPEK
Site 322T2610EESSINYTFKTPEKA
Site 323T2613SINYTFKTPEKAKEK
Site 324S2626EKKKPEDSPSDDDVL
Site 325S2628KKPEDSPSDDDVLIV
Site 326Y2636DDDVLIVYELTPTAE
Site 327T2639VLIVYELTPTAEQKA
Site 328T2656TKLKLPPTFFCYKNR
Site 329Y2660LPPTFFCYKNRPDYV
Site 330Y2666CYKNRPDYVSEEEED
Site 331S2668KNRPDYVSEEEEDDE
Site 332T2679EDDEDFETAVKKLNG
Site 333Y2689KKLNGKLYLDGSEKC
Site 334S2693GKLYLDGSEKCRPLE
Site 335T2703CRPLEENTADNEKEC
Site 336T2719IVWEKKPTVEEKAKA
Site 337T2728EEKAKADTLKLPPTF
Site 338T2734DTLKLPPTFFCGVCS
Site 339S2741TFFCGVCSDTDEDNG
Site 340T2743FCGVCSDTDEDNGNG
Site 341S2755GNGEDFQSELQKVQE
Site 342S2766KVQEAQKSQTEEITS
Site 343S2773SQTEEITSTTDSVYT
Site 344T2774QTEEITSTTDSVYTG
Site 345S2777EITSTTDSVYTGGTE
Site 346Y2779TSTTDSVYTGGTEVM
Site 347S2789GTEVMVPSFCKSEEP
Site 348S2793MVPSFCKSEEPDSIT
Site 349S2798CKSEEPDSITKSISS
Site 350T2800SEEPDSITKSISSPS
Site 351S2802EPDSITKSISSPSVS
Site 352S2804DSITKSISSPSVSSE
Site 353S2805SITKSISSPSVSSET
Site 354S2807TKSISSPSVSSETMD
Site 355S2809SISSPSVSSETMDKP
Site 356S2820MDKPVDLSTRKEIDT
Site 357T2827STRKEIDTDSTSQGE
Site 358S2829RKEIDTDSTSQGESK
Site 359S2831EIDTDSTSQGESKIV
Site 360S2835DSTSQGESKIVSFGF
Site 361S2839QGESKIVSFGFGSST
Site 362S2856SFADLASSNSGDFAF
Site 363S2858ADLASSNSGDFAFGS
Site 364S2900VGEDEDGSDEEVVHN
Site 365T2990ANHVITKTMELKPLN
Site 366S3008NALVWTASDYADGEA
Site 367Y3010LVWTASDYADGEAKV
Site 368T3026QLAVRFKTKEVADCF
Site 369S3053KLQKGHVSLAAELSK
Site 370T3128VCQGGDITKHDGTGG
Site 371T3133DITKHDGTGGQSIYG
Site 372Y3139GTGGQSIYGDKFEDE
Site 373S3159HTGPGLLSMANQGQN
Site 374S3170QGQNTNNSQFVITLK
Site 375T3198FVKDGMDTVKKIESF
Site 376S3204DTVKKIESFGSPKGS
Site 377S3207KKIESFGSPKGSVCR
Site 378S3211SFGSPKGSVCRRITI
 
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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