PhosphoNET

           
Protein Info 
   
Short Name:  NUP98
Full Name:  Nuclear pore complex protein Nup98-Nup96
Alias:  96 kDa nucleoporin; 98 kDa nucleoporin; NU98; Nuclear pore complex protein Nup98; Nucleoporin 98kDa; Nucleoporin Nup96; Nucleoporin Nup98; NUP96
Type:  Transport protein, facilitator
Mass (Da):  187790
Number AA:  1729
UniProt ID:  P52948
International Prot ID:  IPI00006038
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0031080  GO:0005654   Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0017056  GO:0005215 PhosphoSite+ KinaseNET
Biological Process:  GO:0006260  GO:0044419  GO:0051028 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 1T8MFNKSFGTPFGGGTG
Site 2T19GGTGGFGTTSTFGQN
Site 3S21TGGFGTTSTFGQNTG
Site 4T22GGFGTTSTFGQNTGF
Site 5S33NTGFGTTSGGAFGTS
Site 6S40SGGAFGTSAFGSSNN
Site 7S44FGTSAFGSSNNTGGL
Site 8S45GTSAFGSSNNTGGLF
Site 9T48AFGSSNNTGGLFGNS
Site 10S55TGGLFGNSQTKPGGL
Site 11T65KPGGLFGTSSFSQPA
Site 12S67GGLFGTSSFSQPATS
Site 13S69LFGTSSFSQPATSTS
Site 14T73SSFSQPATSTSTGFG
Site 15S74SFSQPATSTSTGFGF
Site 16S76SQPATSTSTGFGFGT
Site 17S100GTASTGTSLFSSQNN
Site 18S104TGTSLFSSQNNAFAQ
Site 19T122TGFGNFGTSTSSGGL
Site 20S123GFGNFGTSTSSGGLF
Site 21T124FGNFGTSTSSGGLFG
Site 22S125GNFGTSTSSGGLFGT
Site 23S126NFGTSTSSGGLFGTT
Site 24T132SSGGLFGTTNTTSNP
Site 25T133SGGLFGTTNTTSNPF
Site 26T136LFGTTNTTSNPFGST
Site 27S137FGTTNTTSNPFGSTS
Site 28S142TTSNPFGSTSGSLFG
Site 29S144SNPFGSTSGSLFGPS
Site 30S146PFGSTSGSLFGPSSF
Site 31T170KFNPPTGTDTMVKAG
Site 32T172NPPTGTDTMVKAGVS
Site 33S179TMVKAGVSTNISTKH
Site 34S183AGVSTNISTKHQCIT
Site 35Y195CITAMKEYESKSLEE
Site 36S199MKEYESKSLEELRLE
Site 37Y208EELRLEDYQANRKGP
Site 38S230TTTGLFGSSPATSSA
Site 39S231TTGLFGSSPATSSAT
Site 40S236GSSPATSSATGLFSS
Site 41T238SPATSSATGLFSSST
Site 42S242SSATGLFSSSTTNSG
Site 43S243SATGLFSSSTTNSGF
Site 44S244ATGLFSSSTTNSGFA
Site 45T245TGLFSSSTTNSGFAY
Site 46T246GLFSSSTTNSGFAYG
Site 47S248FSSSTTNSGFAYGQN
Site 48Y252TTNSGFAYGQNKTAF
Site 49S262NKTAFGTSTTGFGTN
Site 50S283QQNQQTTSLFSKPFG
Site 51T295PFGQATTTQNTGFSF
Site 52S301TTQNTGFSFGNTSTI
Site 53T305TGFSFGNTSTIGQPS
Site 54S306GFSFGNTSTIGQPST
Site 55T313STIGQPSTNTMGLFG
Site 56T335GGLFGTATNTSTGTA
Site 57S362TGFGAVGSTLFGNNK
Site 58T371LFGNNKLTTFGSSTT
Site 59T372FGNNKLTTFGSSTTS
Site 60S375NKLTTFGSSTTSAPS
Site 61S376KLTTFGSSTTSAPSF
Site 62T377LTTFGSSTTSAPSFG
Site 63T378TTFGSSTTSAPSFGT
Site 64S379TFGSSTTSAPSFGTT
Site 65S382SSTTSAPSFGTTSGG
Site 66T386SAPSFGTTSGGLFGN
Site 67S387APSFGTTSGGLFGNK
Site 68T398FGNKPTLTLGTNTNT
Site 69S406LGTNTNTSNFGFGTN
Site 70T414NFGFGTNTSGNSIFG
Site 71S415FGFGTNTSGNSIFGS
Site 72S422SGNSIFGSKPAPGTL
Site 73T428GSKPAPGTLGTGLGA
Site 74S447ALGAGQASLFGNNQP
Site 75S507VLQQHINSLTYSPFG
Site 76T509QQHINSLTYSPFGDS
Site 77S511HINSLTYSPFGDSPL
Site 78S516TYSPFGDSPLFRNPM
Site 79S524PLFRNPMSDPKKKEE
Site 80T536TPTHYKLTPRPATRV
Site 81T545PAAQKALTTPTHYKL
Site 82T546AAQKALTTPTHYKLT
Site 83Y550ALTTPTHYKLTPRPA
Site 84T553TPTHYKLTPRPATRV
Site 85T558KLTPRPATRVRPKAL
Site 86S573QTTGTAKSHLFDGLD
Site 87S585GLDDDEPSLANGAFM
Site 88S596GAFMPKKSIKKLVLK
Site 89S608VLKNLNNSNLFSPVN
Site 90S612LNNSNLFSPVNRDSE
Site 91S618FSPVNRDSENLASPS
Site 92S623RDSENLASPSEYPEN
Site 93S625SENLASPSEYPENGE
Site 94Y627NLASPSEYPENGERF
Site 95S635PENGERFSFLSKPVD
Site 96S638GERFSFLSKPVDENH
Site 97S653QQDGDEDSLVSHFYT
Site 98Y659DSLVSHFYTNPIAKP
Site 99T670IAKPIPQTPESAGNK
Site 100S673PIPQTPESAGNKHSN
Site 101S679ESAGNKHSNSNSVDD
Site 102S681AGNKHSNSNSVDDTI
Site 103S683NKHSNSNSVDDTIVA
Site 104T687NSNSVDDTIVALNMR
Site 105S704LRNGLEGSSEETSFH
Site 106S705RNGLEGSSEETSFHD
Site 107S709EGSSEETSFHDESLQ
Site 108S726REEIENNSYHMHPAG
Site 109Y727EEIENNSYHMHPAGI
Site 110T737HPAGIILTKVGYYTI
Site 111Y741IILTKVGYYTIPSMD
Site 112Y742ILTKVGYYTIPSMDD
Site 113S763EKGECIVSDFTIGRK
Site 114T766ECIVSDFTIGRKGYG
Site 115Y772FTIGRKGYGSIYFEG
Site 116S774IGRKGYGSIYFEGDV
Site 117Y776RKGYGSIYFEGDVNL
Site 118Y802RRKEVVVYLDDNQKP
Site 119T822LNRKAEVTLDGVWPT
Site 120T832GVWPTDKTSRCLIKS
Site 121S833VWPTDKTSRCLIKSP
Site 122S839TSRCLIKSPDRLADI
Site 123Y848DRLADINYEGRLEAV
Site 124S856EGRLEAVSRKQGAQF
Site 125Y866QGAQFKEYRPETGSW
Site 126T870FKEYRPETGSWVFKV
Site 127S872EYRPETGSWVFKVSH
Site 128S888SKYGLQDSDEEEEEH
Site 129S897EEEEEHPSKTSTKKL
Site 130S900EEHPSKTSTKKLKTA
Site 131T901EHPSKTSTKKLKTAP
Site 132T906TSTKKLKTAPLPPAS
Site 133S913TAPLPPASQTTPLQM
Site 134T916LPPASQTTPLQMALN
Site 135S932KPAPPPQSQSPEVEQ
Site 136S934APPPQSQSPEVEQLG
Site 137S948GRVVELDSDMVDITQ
Site 138T954DSDMVDITQEPVLDT
Site 139T961TQEPVLDTMLEESMP
Site 140S966LDTMLEESMPEDQEP
Site 141S975PEDQEPVSASTHIAS
Site 142S977DQEPVSASTHIASSL
Site 143S997VLQIMKASLLTDEED
Site 144T1000IMKASLLTDEEDVDM
Site 145S1014MALDQRFSRLPSKAD
Site 146S1018QRFSRLPSKADTSQE
Site 147T1022RLPSKADTSQEICSP
Site 148S1023LPSKADTSQEICSPR
Site 149S1028DTSQEICSPRLPISA
Site 150S1034CSPRLPISASHSSKT
Site 151S1036PRLPISASHSSKTRS
Site 152S1038LPISASHSSKTRSLV
Site 153S1039PISASHSSKTRSLVG
Site 154T1041SASHSSKTRSLVGGL
Site 155S1043SHSSKTRSLVGGLLQ
Site 156T1054GLLQSKFTSGAFLSP
Site 157S1055LLQSKFTSGAFLSPS
Site 158S1060FTSGAFLSPSVSVQE
Site 159S1062SGAFLSPSVSVQECR
Site 160S1064AFLSPSVSVQECRTP
Site 161T1070VSVQECRTPRAASLM
Site 162S1075CRTPRAASLMNIPST
Site 163S1081ASLMNIPSTSSWSVP
Site 164T1082SLMNIPSTSSWSVPP
Site 165S1083LMNIPSTSSWSVPPP
Site 166S1084MNIPSTSSWSVPPPL
Site 167S1086IPSTSSWSVPPPLTS
Site 168S1099TSVFTMPSPAPEVPL
Site 169T1108APEVPLKTVGTRRQL
Site 170S1123GLVPREKSVTYGKGK
Site 171T1125VPREKSVTYGKGKLL
Site 172T1152VGWGPNWTLANSGEQ
Site 173S1163SGEQLNGSHELENHQ
Site 174S1174ENHQIADSMEFGFLP
Site 175T1190PVAVKPLTESPFKVH
Site 176S1192AVKPLTESPFKVHLE
Site 177S1202KVHLEKLSLRQRKPD
Site 178Y1215PDEDMKLYQTPLELK
Site 179T1217EDMKLYQTPLELKLK
Site 180S1288GHLKELDSQLNEPRE
Site 181Y1296QLNEPREYIQILERR
Site 182S1307LERRRAFSRWLSCTA
Site 183S1311RAFSRWLSCTATPQI
Site 184T1313FSRWLSCTATPQIEE
Site 185T1315RWLSCTATPQIEEEV
Site 186S1323PQIEEEVSLTQKNSP
Site 187T1325IEEEVSLTQKNSPVE
Site 188S1329VSLTQKNSPVEAVFS
Site 189S1344YLTGKRISEACSLAQ
Site 190S1348KRISEACSLAQQSGD
Site 191S1363HRLALLLSQFVGSQS
Site 192S1370SQFVGSQSVRELLTM
Site 193S1389WHQLQADSFIQDERL
Site 194S1411GKPVWQLSEKKQINV
Site 195S1420KKQINVCSQLDWKRS
Site 196S1443LPPTASISRALSMYE
Site 197S1447ASISRALSMYEEAFQ
Site 198Y1449ISRALSMYEEAFQNT
Site 199S1457EEAFQNTSDSDRYAC
Site 200S1459AFQNTSDSDRYACSP
Site 201Y1462NTSDSDRYACSPLPS
Site 202S1465DSDRYACSPLPSYLE
Site 203S1469YACSPLPSYLEGSGC
Site 204S1484VIAEEQNSQTPLRDV
Site 205T1486AEEQNSQTPLRDVCF
Site 206Y1499CFHLLKLYSDRHYDL
Site 207S1500FHLLKLYSDRHYDLN
Site 208Y1504KLYSDRHYDLNQLLE
Site 209S1514NQLLEPRSITADPLD
Site 210T1516LLEPRSITADPLDYR
Site 211Y1522ITADPLDYRLSWHLW
Site 212Y1537EVLRALNYTHLSAQC
Site 213S1551CEGVLQASYAGQLES
Site 214Y1552EGVLQASYAGQLESE
Site 215T1595RHCQLLETPESWAKE
Site 216S1598QLLETPESWAKETFL
Site 217T1606WAKETFLTQKLRVPA
Site 218S1628AVRAHMESDKHLEAL
Site 219Y1664DAIINENYDYLKGFL
Site 220Y1666IINENYDYLKGFLED
Site 221S1681LAPPERSSLIQDWET
Site 222S1689LIQDWETSGLVYLDY
Site 223T1722SNIVQVMTWSSYTSK
 
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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