PhosphoNET

           
Protein Info 
   
Short Name:  NOL8
Full Name:  Nucleolar protein 8
Alias:  C9orf34; FLJ20736; Nop132; Nucleolar protein Nop132
Type:  RNA binding protein
Mass (Da):  131616
Number AA:  1167
UniProt ID:  Q76FK4
International Prot ID:  IPI00161085
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005730  GO:0005730  GO:0043226 Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0000166  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0006260  GO:0030307  GO:0006259 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 1T7_MKVNRETKRLYVGG
Site 2Y11NRETKRLYVGGLSQD
Site 3S16RLYVGGLSQDISEAD
Site 4S20GGLSQDISEADLQNQ
Site 5S29ADLQNQFSRFGEVSD
Site 6S35FSRFGEVSDVEIITR
Site 7Y55NPQKVFAYINISVAE
Site 8S59VFAYINISVAEADLK
Site 9S90QIQLAKESFLHRLAQ
Site 10T133HMKAVPGTEVPGHKN
Site 11Y166HKRKIIKYDPSKYCH
Site 12Y171IKYDPSKYCHNLKKI
Site 13S183KKIGEDFSNTIPISS
Site 14S189FSNTIPISSLTWELE
Site 15S190SNTIPISSLTWELEG
Site 16T192TIPISSLTWELEGGN
Site 17S203EGGNDPMSKKRRGEF
Site 18S211KKRRGEFSDFHGPPK
Site 19S228IKVQKDESSTGSLAM
Site 20S229KVQKDESSTGSLAMS
Site 21S232KDESSTGSLAMSTRP
Site 22S236STGSLAMSTRPRRVI
Site 23T249VIERPPLTQQQAAQK
Site 24S261AQKRTCDSITPSKSS
Site 25T263KRTCDSITPSKSSPV
Site 26S265TCDSITPSKSSPVPV
Site 27S267DSITPSKSSPVPVSD
Site 28S268SITPSKSSPVPVSDT
Site 29S273KSSPVPVSDTQKLKN
Site 30T275SPVPVSDTQKLKNLP
Site 31T290FKTSGLETAKKRNSI
Site 32S296ETAKKRNSISDDDTD
Site 33S298AKKRNSISDDDTDSE
Site 34T302NSISDDDTDSEDELR
Site 35S304ISDDDTDSEDELRMM
Site 36T321KEENLQRTTQPSINE
Site 37T322EENLQRTTQPSINES
Site 38S325LQRTTQPSINESESD
Site 39S329TQPSINESESDPFEV
Site 40S331PSINESESDPFEVVR
Site 41S343VVRDDFKSGVHKLHS
Site 42S361LGIKNRVSCHDSDDD
Site 43S365NRVSCHDSDDDIMRN
Site 44Y376IMRNDREYDSGDTDE
Site 45S378RNDREYDSGDTDEII
Site 46T381REYDSGDTDEIIAMK
Site 47S397NVAKVKNSTEFSQME
Site 48S401VKNSTEFSQMEKSTK
Site 49S406EFSQMEKSTKKTSFK
Site 50S411EKSTKKTSFKNRENC
Site 51S432IKLQKRKSNVESALS
Site 52S436KRKSNVESALSHGLK
Site 53S439SNVESALSHGLKSLN
Site 54S444ALSHGLKSLNRKSPS
Site 55S449LKSLNRKSPSHSSSS
Site 56S451SLNRKSPSHSSSSED
Site 57S453NRKSPSHSSSSEDAD
Site 58S455KSPSHSSSSEDADSA
Site 59S456SPSHSSSSEDADSAS
Site 60S461SSSEDADSASELADS
Site 61S463SEDADSASELADSEG
Site 62S468SASELADSEGGEEYN
Site 63Y474DSEGGEEYNAMMKNC
Site 64S497DLEQLAGSDLKVPNE
Site 65T506LKVPNEDTKSDGPET
Site 66S508VPNEDTKSDGPETTT
Site 67T515SDGPETTTQCKFDRG
Site 68S523QCKFDRGSKSPKTPT
Site 69S525KFDRGSKSPKTPTGL
Site 70T528RGSKSPKTPTGLRRG
Site 71T530SKSPKTPTGLRRGRQ
Site 72S547RPAEIVASLLEGEEN
Site 73Y580FKGVGCLYEKESMKK
Site 74S584GCLYEKESMKKSLKD
Site 75S588EKESMKKSLKDSVAS
Site 76S592MKKSLKDSVASNNKD
Site 77S602SNNKDQNSMKHEDPS
Site 78S609SMKHEDPSIISMEDG
Site 79S612HEDPSIISMEDGSPY
Site 80S617IISMEDGSPYVNGSL
Site 81Y619SMEDGSPYVNGSLGE
Site 82S623GSPYVNGSLGEVTPC
Site 83T628NGSLGEVTPCQHAKK
Site 84Y641KKANGPNYIQPQKRQ
Site 85T649IQPQKRQTTFESQDR
Site 86T650QPQKRQTTFESQDRK
Site 87S653KRQTTFESQDRKAVS
Site 88S660SQDRKAVSPSSSEKR
Site 89S662DRKAVSPSSSEKRSK
Site 90S663RKAVSPSSSEKRSKN
Site 91S664KAVSPSSSEKRSKNP
Site 92S668PSSSEKRSKNPISRP
Site 93S673KRSKNPISRPLEGKK
Site 94S681RPLEGKKSLSLSAKT
Site 95S683LEGKKSLSLSAKTHN
Site 96S685GKKSLSLSAKTHNIG
Site 97S697NIGFDKDSCHSTTKT
Site 98T701DKDSCHSTTKTEASQ
Site 99T704SCHSTTKTEASQEER
Site 100S707STTKTEASQEERSDS
Site 101S712EASQEERSDSSGLTS
Site 102S714SQEERSDSSGLTSLK
Site 103S715QEERSDSSGLTSLKK
Site 104T718RSDSSGLTSLKKSPK
Site 105S719SDSSGLTSLKKSPKV
Site 106S723GLTSLKKSPKVSSKD
Site 107S727LKKSPKVSSKDTREI
Site 108T731PKVSSKDTREIKTDF
Site 109T736KDTREIKTDFSLSIS
Site 110S739REIKTDFSLSISNSS
Site 111S741IKTDFSLSISNSSDV
Site 112S743TDFSLSISNSSDVSA
Site 113S745FSLSISNSSDVSAKD
Site 114S746SLSISNSSDVSAKDK
Site 115S749ISNSSDVSAKDKHAE
Site 116T795GHPEDKPTHIIFGSD
Site 117S801PTHIIFGSDSECETE
Site 118S803HIIFGSDSECETEET
Site 119T807GSDSECETEETSTQE
Site 120T810SECETEETSTQEQSH
Site 121S811ECETEETSTQEQSHP
Site 122T812CETEETSTQEQSHPG
Site 123S816ETSTQEQSHPGEEWV
Site 124T830VKESMGKTSGKLFDS
Site 125S837TSGKLFDSSDDDESD
Site 126S838SGKLFDSSDDDESDS
Site 127S843DSSDDDESDSEDDSN
Site 128S845SDDDESDSEDDSNRF
Site 129S849ESDSEDDSNRFKIKP
Site 130S871QKLMDLQSHFGTDDR
Site 131T875DLQSHFGTDDRFRMD
Site 132S883DDRFRMDSRFLETDS
Site 133T888MDSRFLETDSEEEQE
Site 134S890 SRFLETDSEEEQEEV
Site 135S928SVLQINLSNSTNRGS
Site 136S930LQINLSNSTNRGSVA
Site 137T931QINLSNSTNRGSVAA
Site 138S935SNSTNRGSVAAKKFK
Site 139T956PTKQDHATYERKRDD
Site 140Y957TKQDHATYERKRDDK
Site 141Y990PEVSKEMYYNIAMDL
Site 142T1003DLKEIFQTTKYTSEK
Site 143Y1006EIFQTTKYTSEKEEG
Site 144T1014TSEKEEGTPWNEDCG
Site 145T1035IQDPAALTSDAEQPS
Site 146S1036QDPAALTSDAEQPSG
Site 147T1045AEQPSGFTFSFFDSD
Site 148S1047QPSGFTFSFFDSDTK
Site 149S1051FTFSFFDSDTKDIKE
Site 150T1053FSFFDSDTKDIKEET
Site 151T1060TKDIKEETYRVETVK
Site 152T1065EETYRVETVKPGKIV
Site 153S1082EDPRLQDSSSEEEDV
Site 154S1083DPRLQDSSSEEEDVT
Site 155S1084PRLQDSSSEEEDVTE
Site 156T1090SSEEEDVTEETDHRN
Site 157T1093EEDVTEETDHRNSSP
Site 158S1098EETDHRNSSPGEASL
Site 159S1099ETDHRNSSPGEASLL
Site 160S1104NSSPGEASLLEKETT
Site 161T1111SLLEKETTRFFFFSK
Site 162S1117TTRFFFFSKNDERLQ
Site 163S1138RGVGSNMSRNSWEAR
Site 164S1141GSNMSRNSWEARTTN
 
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
 


2019 Kinexus Bioinformatics Corporation