PhosphoNET

           
Protein Info 
   
Short Name:  NUP205
Full Name:  Nuclear pore complex protein Nup205
Alias:  205 kDa nucleoporin; C7orf14; KIAA0225; NU205; Nucleoporin 205kDa; Nucleoporin Nup205
Type:  Nucleoporin
Mass (Da):  227921
Number AA:  2012
UniProt ID:  Q92621
International Prot ID:  IPI00783781
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005643  GO:0005635  GO:0005643 Uniprot OncoNet
Molecular Function:  GO:0005515  GO:0005515   PhosphoSite+ KinaseNET
Biological Process:  GO:0051028  GO:0000059  GO:0055085 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 1T3_____MATPLAVNSA
Site 2S12LAVNSAASLWGPYKD
Site 3S52KHKPDFISLFKNPPK
Site 4S145GKRCIANSLKALIQS
Site 5S152SLKALIQSRRGKTWT
Site 6T157IQSRRGKTWTLELSP
Site 7T159SRRGKTWTLELSPEL
Site 8S163KTWTLELSPELASMT
Site 9T170SPELASMTTRFTDEL
Site 10T174ASMTTRFTDELMEQG
Site 11S218EKHRKEVSDLIKECR
Site 12S239LFAWACQSPLGKEDT
Site 13S287DISFIEQSTEERDDM
Site 14Y306PLLTEKQYIATIHSR
Site 15S317IHSRLQDSQLWKLPG
Site 16T328KLPGLQATVRLAWAL
Site 17S379LMESVVVSEYFYQEE
Site 18Y381ESVVVSEYFYQEEFY
Site 19Y383VVVSEYFYQEEFYIR
Site 20Y388YFYQEEFYIRRVHNL
Site 21S434MGNEPPISLRRDLEH
Site 22Y450MLLIGELYKKNPFHL
Site 23Y463HLELALEYWCPTEPL
Site 24T472CPTEPLQTPTIMGSY
Site 25T474TEPLQTPTIMGSYLG
Site 26S495PQRQVVLSKFVRQMG
Site 27S539SLLKVNGSSHVENIQ
Site 28S551NIQGAGGSPVSWEHF
Site 29S554GAGGSPVSWEHFFHS
Site 30Y565FFHSLMLYHEHLRKD
Site 31S575HLRKDLPSADSVQYR
Site 32S578KDLPSADSVQYRHLP
Site 33Y581PSADSVQYRHLPSRG
Site 34T590HLPSRGITQKEQDGL
Site 35T609QLTSTIITWSENARL
Site 36S662KSPEIAASLWQSLEY
Site 37T670LWQSLEYTQILQTVR
Site 38T675EYTQILQTVRIPSQR
Site 39S680LQTVRIPSQRQAIGI
Site 40S696VELNEIESRCEEYPL
Site 41Y701IESRCEEYPLTRAFC
Site 42Y735RPPGFDPYLQFLRDS
Site 43S742YLQFLRDSVFLRFRT
Site 44T749SVFLRFRTRAYRRAA
Site 45Y752LRFRTRAYRRAAEKW
Site 46Y776FYKLLRDYEPQLEDF
Site 47Y798QGEEIIAYKPPGFSL
Site 48Y807PPGFSLMYHLLNESP
Site 49T832EGVKQLDTYAPFPGK
Site 50Y833GVKQLDTYAPFPGKK
Site 51Y902NVVNIARYLYHGNTN
Site 52Y904VNIARYLYHGNTNPE
Site 53T938IKLVGDFTHDQSISQ
Site 54S942GDFTHDQSISQKLMA
Site 55S944FTHDQSISQKLMAGF
Site 56S970FVRLEEGSELEKKLV
Site 57S1016FELKKPVSTTNLQDP
Site 58T1076QLCACSDTSGPTMRY
Site 59Y1083TSGPTMRYLRTSQDF
Site 60T1086PTMRYLRTSQDFLFS
Site 61S1087TMRYLRTSQDFLFSQ
Site 62S1093TSQDFLFSQLQYLPF
Site 63Y1097FLFSQLQYLPFSNKE
Site 64S1101QLQYLPFSNKEYEIS
Site 65Y1105LPFSNKEYEISMLNQ
Site 66T1127ASIELRVTSLNRQRS
Site 67S1128SIELRVTSLNRQRSH
Site 68S1134TSLNRQRSHTQRLLH
Site 69T1136LNRQRSHTQRLLHLL
Site 70Y1152DDMPVKPYSDGEGGI
Site 71S1153DMPVKPYSDGEGGIE
Site 72S1165GIEDENRSVSGFLHF
Site 73S1167EDENRSVSGFLHFDT
Site 74T1174SGFLHFDTATKVRRK
Site 75T1176FLHFDTATKVRRKIL
Site 76S1192ILDSIDFSQEIPEPL
Site 77T1225HKNLRGQTVCNVKLL
Site 78S1285AKRHALESWRQLVEI
Site 79T1357VLTEQKQTSVLGPAE
Site 80S1377MLDSCFTSPPPEENP
Site 81T1419GGFQRVRTHLYGSLL
Site 82Y1422QRVRTHLYGSLLYYL
Site 83T1440QRPDEPDTLEAAKKT
Site 84T1453KTMWERLTAPEDVFS
Site 85S1460TAPEDVFSKLQRENI
Site 86S1505ALLDRIVSVDKQQQW
Site 87Y1515KQQQWLLYLSNSGYL
Site 88S1517QQWLLYLSNSGYLKV
Site 89S1528YLKVLVDSLVEDDRT
Site 90T1535SLVEDDRTLQSLLTP
Site 91S1538EDDRTLQSLLTPQPP
Site 92T1541RTLQSLLTPQPPLLK
Site 93Y1551PPLLKALYTYESKMA
Site 94S1555KALYTYESKMAFLTR
Site 95Y1588RLAQCQVYDMRPETD
Site 96T1594VYDMRPETDPQSMFG
Site 97S1598RPETDPQSMFGMRDP
Site 98T1611DPPMFIPTPVDRYRQ
Site 99Y1616IPTPVDRYRQILLPA
Site 100S1700DVDVNEGSLMELQGH
Site 101S1720RQCLGLLSRFGGSDR
Site 102S1725LLSRFGGSDRLRQFK
Site 103S1744NVEGDKVSKKDEIEL
Site 104S1766NVMEYCQSLMLQSSP
Site 105S1771CQSLMLQSSPTFQHA
Site 106S1772QSLMLQSSPTFQHAV
Site 107S1787CLFTPSLSETVNRDG
Site 108T1789FTPSLSETVNRDGPR
Site 109T1799RDGPRQDTQAPVVPY
Site 110S1828QSANDFFSYYDSHRQ
Site 111Y1829SANDFFSYYDSHRQS
Site 112Y1830ANDFFSYYDSHRQSV
Site 113S1832DFFSYYDSHRQSVSK
Site 114S1836YYDSHRQSVSKLQNV
Site 115S1867PAGVDKISTAQKYVL
Site 116T1868AGVDKISTAQKYVLA
Site 117Y1872KISTAQKYVLARRRL
Site 118T1918YLLHCMPTDSQDSLF
Site 119S1920LHCMPTDSQDSLFAS
Site 120S1923MPTDSQDSLFASRTL
Site 121S1927SQDSLFASRTLFKSR
Site 122T1929DSLFASRTLFKSRRL
Site 123S1933ASRTLFKSRRLQDSF
Site 124S1939KSRRLQDSFASETNL
Site 125S1942RLQDSFASETNLDFR
Site 126T1944QDSFASETNLDFRSG
Site 127S1950ETNLDFRSGLAIVSQ
Site 128S1956RSGLAIVSQHDLDQL
Site 129S1974AINAFGESLQKKLLD
Site 130Y1986LLDIEGLYSKVRSRY
Site 131S1987LDIEGLYSKVRSRYS
Site 132S1991GLYSKVRSRYSFIQA
Site 133Y1993YSKVRSRYSFIQALV
Site 134S1994SKVRSRYSFIQALVR
 
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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