PhosphoNET

           
Protein Info 
   
Short Name:  NUP210
Full Name:  Nuclear pore membrane glycoprotein 210
Alias:  FLJ22389; GP210; KIAA0906; Nucleoporin 210kDa; PO210; POM210
Type:  Membrane protein, integral; Nucleoporin
Mass (Da):  205111
Number AA:  1887
UniProt ID:  Q8TEM1
International Prot ID:  IPI00783433
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005783  GO:0005643  GO:0005643 Uniprot OncoNet
Molecular Function:  GO:0005515  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 1T46RATRVNFTLEASEGC
Site 2Y54LEASEGCYRWLSTRP
Site 3S58EGCYRWLSTRPEVAS
Site 4S65STRPEVASIEPLGLD
Site 5S77GLDEQQCSQKAVVQA
Site 6Y129VSTTRELYLEDSPLE
Site 7S133RELYLEDSPLELKIQ
Site 8S144LKIQALDSEGNTFST
Site 9S165EWTIVKDSEADRFSD
Site 10S171DSEADRFSDSHNALR
Site 11S173EADRFSDSHNALRIL
Site 12S191ESTYIPPSYISEMEK
Site 13Y192STYIPPSYISEMEKA
Site 14T205KAAKQGDTILVSGMK
Site 15S209QGDTILVSGMKTGSS
Site 16Y227ARIQEAVYKNVRPAE
Site 17T272KIRQGKITELSMPSD
Site 18S275QGKITELSMPSDQYE
Site 19Y281LSMPSDQYELQLQNS
Site 20S288YELQLQNSIPGPEGD
Site 21S326SLVLGHRSIRMQGAS
Site 22S333SIRMQGASRLPNSTI
Site 23S338GASRLPNSTIYVVEP
Site 24T339ASRLPNSTIYVVEPG
Site 25Y341RLPNSTIYVVEPGYL
Site 26T351EPGYLGFTVHPGDRW
Site 27T362GDRWVLETGRLYEIT
Site 28Y381DKFSNKVYVSDNIRI
Site 29S383FSNKVYVSDNIRIET
Site 30S401AEFFEVLSSSQNGSY
Site 31S402EFFEVLSSSQNGSYH
Site 32S403FFEVLSSSQNGSYHR
Site 33S407LSSSQNGSYHRIRAL
Site 34Y408SSSQNGSYHRIRALK
Site 35T419RALKRGQTAIDAALT
Site 36T426TAIDAALTSVVDQDG
Site 37T462TLYPSILTFPWQPKT
Site 38T469TFPWQPKTGAYQYTI
Site 39Y474PKTGAYQYTIRAHGG
Site 40T475KTGAYQYTIRAHGGS
Site 41S482TIRAHGGSGNFSWSS
Site 42S486HGGSGNFSWSSSSHL
Site 43S488GSGNFSWSSSSHLVA
Site 44S489SGNFSWSSSSHLVAT
Site 45S490GNFSWSSSSHLVATV
Site 46S491NFSWSSSSHLVATVT
Site 47Y531HFGEMKVYVIEPHSM
Site 48S602PGRLPPGSEHCSGIR
Site 49S606PPGSEHCSGIRVKAE
Site 50T619AEAQGSTTLLVSYRH
Site 51S623GSTTLLVSYRHGHVH
Site 52S649PLKAVDPSSVALVTL
Site 53S659ALVTLGSSKEMLFEG
Site 54T687QNVTAEDTDSIGLAL
Site 55S699LALFAPHSSRNYQQH
Site 56Y703APHSSRNYQQHWILV
Site 57S729LSVGNKPSLTNPFPA
Site 58T731VGNKPSLTNPFPAVE
Site 59Y758RLTLAPVYTSPQLDM
Site 60S766TSPQLDMSCPLLQQN
Site 61S780NKQVVPVSSHRNPRL
Site 62S781KQVVPVSSHRNPRLD
Site 63Y792PRLDLAAYDQEGRRF
Site 64S803GRRFDNFSSLSIQWE
Site 65S804RRFDNFSSLSIQWES
Site 66S806FDNFSSLSIQWESTR
Site 67S811SLSIQWESTRPVLAS
Site 68S818STRPVLASIEPELPM
Site 69S829ELPMQLVSQDDESGQ
Site 70S834LVSQDDESGQKKLHG
Site 71Y863ITATATGYQESHLSS
Site 72S866TATGYQESHLSSART
Site 73S869GYQESHLSSARTKQP
Site 74S870YQESHLSSARTKQPH
Site 75T873SHLSSARTKQPHDPL
Site 76Y905SPEEVTIYNHPGIQA
Site 77S920ELRIREGSGYFFLNT
Site 78Y922RIREGSGYFFLNTST
Site 79T994DKVEIGKTVKAYVRV
Site 80Y1013KKPFLAKYFPFMDLK
Site 81S1059GQTSLTASVTNKAGQ
Site 82S1070KAGQRINSAPQQIEV
Site 83S1108EGGPQPQSNILFSIS
Site 84S1113PQSNILFSISNESVA
Site 85T1181APIMRMRTGTQMPIY
Site 86Y1188TGTQMPIYVTGITNH
Site 87S1200TNHQNPFSFGNAVPG
Site 88T1209GNAVPGLTFHWSVTK
Site 89S1213PGLTFHWSVTKRDVL
Site 90T1215LTFHWSVTKRDVLDL
Site 91S1230RGRHHEASIRLPSQY
Site 92S1235EASIRLPSQYNFAMN
Site 93Y1268DPTSGQLYGLARELS
Site 94S1275YGLARELSDEIQVQV
Site 95S1301EAEQILMSPNSYIKL
Site 96S1304QILMSPNSYIKLQTN
Site 97Y1305ILMSPNSYIKLQTNR
Site 98T1310NSYIKLQTNRDGAAS
Site 99S1317TNRDGAASLSYRVLD
Site 100S1319RDGAASLSYRVLDGP
Site 101S1342DEKGFLASGSMIGTS
Site 102S1382SYLRVSMSPVLHTQN
Site 103T1427SSVLNFATNRDDFVQ
Site 104T1443GKGPTNNTCVVRTVS
Site 105S1467DAEHPGLSDFMPLPV
Site 106S1505LTSLEGLSGTWSSSA
Site 107T1507SLEGLSGTWSSSANS
Site 108S1509EGLSGTWSSSANSIL
Site 109S1510GLSGTWSSSANSILH
Site 110S1514TWSSSANSILHIDPK
Site 111S1568HLHPIQTSFQEATAS
Site 112T1573QTSFQEATASKVIVA
Site 113S1585IVAVGDRSSNLRGEC
Site 114S1586VAVGDRSSNLRGECT
Site 115T1593SNLRGECTPTQREVI
Site 116T1595LRGECTPTQREVIQA
Site 117T1607IQALHPETLISCQSQ
Site 118S1610LHPETLISCQSQFKP
Site 119T1629FPSQDVFTVEPQFDT
Site 120T1651SITMHRLTDKQRKHL
Site 121S1659DKQRKHLSMKKTALV
Site 122S1668KKTALVVSASLSSSH
Site 123S1673VVSASLSSSHFSTEQ
Site 124S1674VSASLSSSHFSTEQV
Site 125S1677SLSSSHFSTEQVGAE
Site 126T1678LSSSHFSTEQVGAEV
Site 127S1701DQAEILLSNHYTSSE
Site 128Y1704EILLSNHYTSSEIRV
Site 129S1727NLEVKSGSPAVLAFA
Site 130S1743EKSFGWPSFITYTVG
Site 131S1758VLDPAAGSQGPLSTT
Site 132S1763AGSQGPLSTTLTFSS
Site 133T1764GSQGPLSTTLTFSSP
Site 134T1765SQGPLSTTLTFSSPV
Site 135T1767GPLSTTLTFSSPVTN
Site 136S1769LSTTLTFSSPVTNQA
Site 137T1773LTFSSPVTNQAIAIP
Site 138Y1795DRRGPGPYGASLFQH
Site 139S1798GPGPYGASLFQHFLD
Site 140T1844LAVPAALTPRASPGH
Site 141S1848 AALTPRASPGHSPHY
Site 142S1852 PRASPGHSPHYFAAS
Site 143Y1855 SPGHSPHYFAASSPT
Site 144S1859 SPHYFAASSPTSPNA
Site 145S1860 PHYFAASSPTSPNAL
Site 146T1862YFAASSPTSPNALPP
Site 147S1863 FAASSPTSPNALPPA
Site 148S1874LPPARKASPPSGLWS
Site 149S1877ARKASPPSGLWSPAY
Site 150S1881SPPSGLWSPAYASH_
Site 151Y1884SGLWSPAYASH____
Site 152S1886LWSPAYASH______
 
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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