PhosphoNET

           
Protein Info 
   
Short Name:  WDR90
Full Name:  WD repeat-containing protein 90
Alias:  C16orf15; C16orf16; C16orf17; C16orf18; C16orf19; FLJ36483; FLJ44660; KIAA1924; WD repeat domain 90
Type: 
Mass (Da):  187440
Number AA: 
UniProt ID:  Q96KV7
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1S24RVDEWKRSAKQGDVA
Site 2Y43KTLKGAVYRIRGSVS
Site 3Y54GSVSAANYIQLPKSS
Site 4S60NYIQLPKSSTQSLGL
Site 5T62IQLPKSSTQSLGLTG
Site 6S64LPKSSTQSLGLTGRY
Site 7Y71SLGLTGRYLYVLFRP
Site 8Y73GLTGRYLYVLFRPLP
Site 9S92VIHLDVSSKDNQVIR
Site 10S101DNQVIRVSFSNLFKE
Site 11T112LFKEFKSTATWLQFP
Site 12T126PLVLEARTPQRDLVG
Site 13T142APSGARWTCLQLDLQ
Site 14Y160LVYLNRCYGHLKSIR
Site 15T199QWAKLPVTPMPREMA
Site 16Y219GESWHDRYIHVRFPS
Site 17S226YIHVRFPSESLKVPS
Site 18S228HVRFPSESLKVPSKP
Site 19S233SESLKVPSKPIEKSC
Site 20S239PSKPIEKSCSPPEAV
Site 21S241KPIEKSCSPPEAVLL
Site 22S261PLPCPVASSKPVRFS
Site 23S268SSKPVRFSVSPVVQT
Site 24S270KPVRFSVSPVVQTPS
Site 25T275SVSPVVQTPSPTASG
Site 26S277SPVVQTPSPTASGRA
Site 27S281QTPSPTASGRAALAP
Site 28S295PRPFPEVSLSQERSD
Site 29S297PFPEVSLSQERSDAS
Site 30S301VSLSQERSDASNADG
Site 31S304SQERSDASNADGPGF
Site 32S313ADGPGFHSLEPWAQL
Site 33S323PWAQLEASDIHTAAA
Site 34S413LGHTDKVSALALDGS
Site 35S426GSSSLLASAQARAPS
Site 36S433SAQARAPSVMRLWDF
Site 37T513DVQAFRVTFFDETRM
Site 38S522FDETRMASCGQGSVR
Site 39S527MASCGQGSVRLWRLR
Site 40T601HARRLLPTRTPGGPH
Site 41T603RRLLPTRTPGGPHPQ
Site 42T613GPHPQKQTFSSGPGI
Site 43S615HPQKQTFSSGPGIAI
Site 44S662AEHEGPVSSVCVSPD
Site 45S663EHEGPVSSVCVSPDG
Site 46S675PDGLRVLSATSSGHL
Site 47Y692LDTLSRVYHMLARSH
Site 48T717QRRGQLATVSQDRTV
Site 49S719RGQLATVSQDRTVRI
Site 50T723ATVSQDRTVRIWDLA
Site 51Y736LATLQQLYDFTSSED
Site 52S740QQLYDFTSSEDAPCA
Site 53S741QLYDFTSSEDAPCAV
Site 54T749EDAPCAVTFHPTRPT
Site 55T756TFHPTRPTFFCGFSS
Site 56T791RGAVTGLTATPDGRL
Site 57S801PDGRLLFSSCSQGSL
Site 58S802DGRLLFSSCSQGSLA
Site 59S804RLLFSSCSQGSLAQY
Site 60S807FSSCSQGSLAQYSCA
Site 61Y811SQGSLAQYSCADPQW
Site 62S837PDAPASPSALAVSRD
Site 63S854LLAFVGPSRCTVTVM
Site 64S933VHPEPCPSLTLSEDA
Site 65T935PEPCPSLTLSEDARF
Site 66Y956RTIKVWDYATQASPG
Site 67T958IKVWDYATQASPGPQ
Site 68S961WDYATQASPGPQVYI
Site 69Y967ASPGPQVYIGHSEPV
Site 70S971PQVYIGHSEPVQAVA
Site 71S980PVQAVAFSPDQQQVL
Site 72T1002LWDVLAPTESDQSFP
Site 73S1004DVLAPTESDQSFPGA
Site 74S1007APTESDQSFPGAPPA
Site 75T1017GAPPACKTGPGAGPL
Site 76S1029GPLEDAASRASELPR
Site 77S1032EDAASRASELPRQQV
Site 78S1046VPKPCQASPPRLGVC
Site 79T1066GGDGARDTRNSGAPR
Site 80S1069GARDTRNSGAPRTTY
Site 81T1074RNSGAPRTTYLASCK
Site 82T1075NSGAPRTTYLASCKA
Site 83Y1076SGAPRTTYLASCKAF
Site 84S1089AFTPARVSCSPHSAK
Site 85S1091TPARVSCSPHSAKGT
Site 86S1094RVSCSPHSAKGTCPP
Site 87T1098SPHSAKGTCPPPASG
Site 88S1104GTCPPPASGGWLRLK
Site 89T1130NMVWRPDTGFFAYTC
Site 90S1148VVVEDLHSGAQQHWS
Site 91S1155SGAQQHWSGHSAEIS
Site 92S1162SGHSAEISTLALSHS
Site 93T1163GHSAEISTLALSHSA
Site 94S1175HSAQVLASASGRSST
Site 95S1177AQVLASASGRSSTTA
Site 96S1181ASASGRSSTTAHCQI
Site 97T1182SASGRSSTTAHCQIR
Site 98T1223PDDRLLVTLGDHDGR
Site 99T1231LGDHDGRTLALWGTA
Site 100Y1240ALWGTATYDLVSSTR
Site 101S1244TATYDLVSSTRLPEP
Site 102S1245ATYDLVSSTRLPEPV
Site 103T1246TYDLVSSTRLPEPVH
Site 104S1286QQRGADISLQVRREP
Site 105Y1315YGAPPLLYCGTSSGQ
Site 106S1336RAGRCFLSWEADDGG
Site 107S1356FSGSRLVSGSSTGRL
Site 108S1358GSRLVSGSSTGRLRL
Site 109S1359SRLVSGSSTGRLRLW
Site 110T1360RLVSGSSTGRLRLWA
Site 111S1379SELRCKGSGASSVFM
Site 112S1383CKGSGASSVFMEHEL
Site 113S1427VSWAEGTSTRLISGH
Site 114T1428SWAEGTSTRLISGHR
Site 115S1432GTSTRLISGHRSKVN
Site 116S1436RLISGHRSKVNEVVF
Site 117S1444KVNEVVFSPGESHCA
Site 118S1448VVFSPGESHCATCSE
Site 119T1452PGESHCATCSEDGSV
Site 120S1454ESHCATCSEDGSVRV
Site 121Y1502QQRLAAGYGDGSLRI
Site 122S1511DGSLRIFSVSRTAME
Site 123T1515RIFSVSRTAMELKMH
Site 124T1539AFSTDGQTVLSGDKD
Site 125S1542TDGQTVLSGDKDGLV
Site 126T1558VSHPCTGTTFRVLSD
Site 127T1559SHPCTGTTFRVLSDH
Site 128S1564GTTFRVLSDHQGAPI
Site 129S1602ASGDQRVSVWASDWL
Site 130T1626LSFPMPATTETQGHL
 
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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