PhosphoNET

           
Protein Info 
   
Short Name:  NUP188
Full Name:  Nucleoporin NUP188 homolog
Alias:  hNup188; KIAA0169; NU188; nucleoporin 188kDa; nucleoporin NUP188
Type:  Nucleoporin
Mass (Da):  196043
Number AA:  1749
UniProt ID:  Q5SRE5
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005643     Uniprot OncoNet
Molecular Function:  GO:0005515     PhosphoSite+ KinaseNET
Biological Process:  GO:0051028  GO:0015031  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 1S12AGGPCVRSSRELWTI
Site 2S13GGPCVRSSRELWTIL
Site 3S24WTILLGRSALRELSQ
Site 4S30RSALRELSQIEAELN
Site 5S48RRLLEGLSYYKPPSP
Site 6Y49RLLEGLSYYKPPSPS
Site 7Y50LLEGLSYYKPPSPSS
Site 8S54LSYYKPPSPSSAEKV
Site 9S57YKPPSPSSAEKVKAN
Site 10S69KANKDVASPLKELGL
Site 11S79KELGLRISKFLGLDE
Site 12S89LGLDEEQSVQLLQCY
Site 13Y96SVQLLQCYLQEDYRG
Site 14Y101QCYLQEDYRGTRDSV
Site 15T104LQEDYRGTRDSVKTV
Site 16S107DYRGTRDSVKTVLQD
Site 17T110GTRDSVKTVLQDERQ
Site 18S118VLQDERQSQALILKI
Site 19Y128LILKIADYYYEERTC
Site 20Y129ILKIADYYYEERTCI
Site 21Y130LKIADYYYEERTCIL
Site 22Y146CVLHLLTYFQDERHP
Site 23Y154FQDERHPYRVEYADC
Site 24Y158RHPYRVEYADCVDKL
Site 25Y173EKELVSKYRQQFEEL
Site 26Y181RQQFEELYKTEAPTW
Site 27T183QFEELYKTEAPTWET
Site 28T196ETHGNLMTERQVSRW
Site 29S212VQCLREQSMLLEIIF
Site 30T236PSDLLVLTKMFKEQG
Site 31S246FKEQGFGSRQTNRHL
Site 32T249QGFGSRQTNRHLVDE
Site 33T257NRHLVDETMDPFVDR
Site 34S281VEGMDIESLHKCALD
Site 35T332AWALLRHTLNPEETS
Site 36S340LNPEETSSVVRKIGG
Site 37S364YLTRLLQSLASGGND
Site 38S367RLLQSLASGGNDCTT
Site 39T373ASGGNDCTTSTACMC
Site 40T406NQQDIIDTACEVLAD
Site 41T423LPELFWGTEPTSGLG
Site 42S456QLLRALVSGKSTAKK
Site 43S459RALVSGKSTAKKVYS
Site 44T460ALVSGKSTAKKVYSF
Site 45S466STAKKVYSFLDKMSF
Site 46Y474FLDKMSFYNELYKHK
Site 47T492VISHEDGTLWRRQTP
Site 48T498GTLWRRQTPKLLYPL
Site 49Y503RQTPKLLYPLGGQTN
Site 50Y528VMLDDRAYLVRWEYS
Site 51Y534AYLVRWEYSYSSWTL
Site 52Y536LVRWEYSYSSWTLFT
Site 53S650AHPVSSLSQMISAEG
Site 54S654SSLSQMISAEGMNAG
Site 55Y663EGMNAGGYGNLLMNS
Site 56S670YGNLLMNSEQPQGEY
Site 57S697LVKGQLGSTQSQGLV
Site 58Y718LKEMLPSYHKWRYNS
Site 59Y723PSYHKWRYNSHGVRE
Site 60T750ILNLCHETDLHSSHT
Site 61S755HETDLHSSHTPSLQF
Site 62T757TDLHSSHTPSLQFLC
Site 63S798VMAAQPRSDGAEGQG
Site 64S835KPPSNVVSPLEQALS
Site 65S842SPLEQALSQHGAHGN
Site 66Y860AVLAKYIYHKHDPAL
Site 67T903AIRDAFLTRLQSKIE
Site 68S907AFLTRLQSKIEDMRI
Site 69S945NLEVKDGSDGSKEFS
Site 70S948VKDGSDGSKEFSLGM
Site 71S952SDGSKEFSLGMWSCL
Site 72S968AVLELIDSQQQDRYW
Site 73Y974DSQQQDRYWCPPLLH
Site 74S998LWQDRRDSAMLVLRT
Site 75S1015KFWENLTSPLFGTLS
Site 76T1020LTSPLFGTLSPPSET
Site 77S1022SPLFGTLSPPSETSE
Site 78S1025FGTLSPPSETSEPSI
Site 79T1027TLSPPSETSEPSILE
Site 80S1028LSPPSETSEPSILET
Site 81S1054IYYVVKGSLDQSLKD
Site 82S1058VKGSLDQSLKDTLKK
Site 83T1062LDQSLKDTLKKFSIE
Site 84Y1074SIEKRFAYWSGYVKS
Site 85S1076EKRFAYWSGYVKSLA
Site 86Y1078RFAYWSGYVKSLAVH
Site 87S1092HVAETEGSSCTSLLE
Site 88S1093VAETEGSSCTSLLEY
Site 89S1096TEGSSCTSLLEYQML
Site 90T1124HADIMHLTDSVVRRQ
Site 91S1126DIMHLTDSVVRRQLF
Site 92S1176QWKRELGSVDEILGP
Site 93S1222QMKEMKVSDIPQYSQ
Site 94S1252LFDQTRHSLALGSAT
Site 95S1257RHSLALGSATEDKDS
Site 96S1264SATEDKDSMETDDCS
Site 97S1271SMETDDCSRSRHRDQ
Site 98S1302EVDEDGDSWLQVTRR
Site 99T1377YQLSTNGTAQTPSAS
Site 100T1380STNGTAQTPSASRKS
Site 101S1382NGTAQTPSASRKSLD
Site 102S1387TPSASRKSLDAPSWP
Site 103S1392RKSLDAPSWPGVYRL
Site 104S1400WPGVYRLSMSLMEQL
Site 105S1402GVYRLSMSLMEQLLK
Site 106Y1501SRKMLQHYLQNKNGD
Site 107S1523QRVQRPPSAASAAPS
Site 108S1526QRPPSAASAAPSSSK
Site 109S1530SAASAAPSSSKQPAA
Site 110S1532ASAAPSSSKQPAADT
Site 111T1539SKQPAADTEASEQQA
Site 112T1549SEQQALHTVQYGLLK
Site 113S1580CQILLDQSLDLAEYN
Site 114S1601FTTPTFDSEVAPSFG
Site 115S1606PATGVLPSPQGKSTS
Site 116T1632DKKKEPLTQAVGLST
Site 117T1646TQAEGTRTLKSLLMF
Site 118S1649EGTRTLKSLLMFTME
Site 119Y1660FTMENCFYLLISQAM
Site 120Y1669LISQAMRYLRDPAVH
Site 121S1688QRMKQELSSELSTLL
Site 122S1689RMKQELSSELSTLLS
Site 123S1692QELSSELSTLLSSLS
Site 124T1693ELSSELSTLLSSLSR
Site 125S1696SELSTLLSSLSRYFR
Site 126S1697ELSTLLSSLSRYFRR
Site 127S1699STLLSSLSRYFRRGA
Site 128Y1701LLSSLSRYFRRGAPS
Site 129S1708YFRRGAPSSPATGVL
Site 130S1709FRRGAPSSPATGVLP
Site 131T1712GAPSSPATGVLPSPQ
Site 132S1717PATGVLPSPQGKSTS
Site 133S1722LPSPQGKSTSLSKAS
Site 134S1724SPQGKSTSLSKASPE
Site 135S1726QGKSTSLSKASPESQ
Site 136S1729STSLSKASPESQEPL
Site 137S1732LSKASPESQEPLIQL
 
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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