PhosphoNET

           
Protein Info 
   
Short Name:  KIAA2022
Full Name:  Uncharacterized protein KIAA2022
Alias: 
Type: 
Mass (Da):  167551
Number AA:  1516
UniProt ID:  Q5QGS0
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 1S28NGVKENDSEDQDVAM
Site 2T50AAAPIQPTPVAQKET
Site 3Y60AQKETLMYPRGLLPL
Site 4S69RGLLPLPSKKPCMQS
Site 5S76SKKPCMQSPPSPLGL
Site 6S93APEHAANSASVNAIS
Site 7S95EHAANSASVNAISLT
Site 8S113AKGLNTWSLPNECEK
Site 9S164VDPEPGISLKVGDLN
Site 10Y174VGDLNRDYETCAVSD
Site 11T176DLNRDYETCAVSDIG
Site 12Y195NAGENMKYGEQLLSD
Site 13S201KYGEQLLSDQLLGFP
Site 14S212LGFPLHKSRAGDRRE
Site 15T220RAGDRRETEKPDIDL
Site 16Y236DPAQKSYYEALLLDK
Site 17Y260NSNQDWGYFETFISE
Site 18S282LCSKNELSVNLFSEE
Site 19Y294SEEDVDNYMFDDDES
Site 20S301YMFDDDESTLGSDVC
Site 21T302MFDDDESTLGSDVCS
Site 22S305DDESTLGSDVCSLKI
Site 23S309TLGSDVCSLKIRYES
Site 24S316SLKIRYESFQDNVRD
Site 25T325QDNVRDKTTLLMQED
Site 26T326DNVRDKTTLLMQEDA
Site 27T344FFPSVFTTCPKRESK
Site 28S350TTCPKRESKSGALKQ
Site 29S352CPKRESKSGALKQSS
Site 30S358KSGALKQSSDFSQFK
Site 31S362LKQSSDFSQFKVPDV
Site 32S414PALNKPCSGTEVEQL
Site 33S432KQGHLANSLETSGSF
Site 34S436LANSLETSGSFSDDS
Site 35S438NSLETSGSFSDDSSF
Site 36S440LETSGSFSDDSSFIE
Site 37S443SGSFSDDSSFIEISY
Site 38S444GSFSDDSSFIEISYD
Site 39S449DSSFIEISYDAMGEI
Site 40Y450SSFIEISYDAMGEIK
Site 41Y462EIKDCSRYMARDTNS
Site 42T467SRYMARDTNSGSSSS
Site 43S469YMARDTNSGSSSSQQ
Site 44S471ARDTNSGSSSSQQNY
Site 45S473DTNSGSSSSQQNYGL
Site 46S474TNSGSSSSQQNYGLR
Site 47Y478SSSSQQNYGLRAKRK
Site 48Y488RAKRKVRYSEDYLYD
Site 49S489AKRKVRYSEDYLYDV
Site 50Y492KVRYSEDYLYDVDSL
Site 51Y494RYSEDYLYDVDSLEG
Site 52S498DYLYDVDSLEGEKVN
Site 53T532PKKRRKVTRKEPPVI
Site 54T567KVDASETTVNLSENQ
Site 55Y578SENQLNKYAKLAPLK
Site 56T597KKKKQRNTNTDSIKT
Site 57T599KKQRNTNTDSIKTPF
Site 58T604TNTDSIKTPFSQKQS
Site 59S607DSIKTPFSQKQSFEP
Site 60S611TPFSQKQSFEPGSFE
Site 61S616KQSFEPGSFEVSFLP
Site 62S620EPGSFEVSFLPPARK
Site 63S630PPARKRKSKLGNRHR
Site 64S643HRIQRIPSIEISASS
Site 65S647RIPSIEISASSKQIS
Site 66S650SIEISASSKQISLCN
Site 67S654SASSKQISLCNDQRH
Site 68S663CNDQRHASNHKEDGG
Site 69T674EDGGLKGTLKSAPLG
Site 70S677GLKGTLKSAPLGAPS
Site 71S684SAPLGAPSCANGSHL
Site 72S689APSCANGSHLNDITG
Site 73T695GSHLNDITGPDSVKV
Site 74S699NDITGPDSVKVKAQD
Site 75T707VKVKAQDTEFKGPER
Site 76S724LNKIKFKSEARLKSK
Site 77S730KSEARLKSKKVKAAG
Site 78S747SKPIVQMSPLLENQS
Site 79S754SPLLENQSSKANLKN
Site 80S755PLLENQSSKANLKNE
Site 81T767KNEVIPGTSNSSRLS
Site 82S768NEVIPGTSNSSRLSE
Site 83S770VIPGTSNSSRLSEFH
Site 84S771IPGTSNSSRLSEFHE
Site 85S774TSNSSRLSEFHEAKA
Site 86S784HEAKAAKSSTFLPTT
Site 87T786AKAAKSSTFLPTTCS
Site 88T790KSSTFLPTTCSSEMP
Site 89T791SSTFLPTTCSSEMPL
Site 90S793TFLPTTCSSEMPLSS
Site 91S799CSSEMPLSSANVTTN
Site 92S800SSEMPLSSANVTTNI
Site 93S825LLDASDLSNNTSISY
Site 94T828ASDLSNNTSISYFSH
Site 95S829SDLSNNTSISYFSHH
Site 96S831LSNNTSISYFSHHSP
Site 97Y832SNNTSISYFSHHSPE
Site 98S834NTSISYFSHHSPEQN
Site 99S837ISYFSHHSPEQNEGS
Site 100S844SPEQNEGSLTQTEKS
Site 101T846EQNEGSLTQTEKSFV
Site 102T848NEGSLTQTEKSFVPL
Site 103S851SLTQTEKSFVPLQPT
Site 104T864PTQDCVLTSSSDSEL
Site 105S865TQDCVLTSSSDSELQ
Site 106S867DCVLTSSSDSELQQS
Site 107S869VLTSSSDSELQQSSH
Site 108S874SDSELQQSSHNFKME
Site 109S875DSELQQSSHNFKMES
Site 110S883HNFKMESSNYRNVWP
Site 111Y885FKMESSNYRNVWPNK
Site 112T911VSREIAPTQSSEFGA
Site 113S919QSSEFGASQVVSMEN
Site 114S923FGASQVVSMENNLTP
Site 115T929VSMENNLTPTTYNPI
Site 116T932ENNLTPTTYNPICLN
Site 117Y933NNLTPTTYNPICLNS
Site 118Y950SNCNKVLYDSMQDTQ
Site 119T956LYDSMQDTQLPSDDS
Site 120S960MQDTQLPSDDSYQLC
Site 121Y964QLPSDDSYQLCHFNN
Site 122S992MDDGRLFSFDSMAPL
Site 123S1000FDSMAPLSVSSSNYC
Site 124Y1006LSVSSSNYCSLSLKS
Site 125S1008VSSSNYCSLSLKSCE
Site 126S1010SSNYCSLSLKSCEKD
Site 127S1013YCSLSLKSCEKDGDD
Site 128T1023KDGDDDITDDFLAHC
Site 129S1031DDFLAHCSPKLVIQQ
Site 130S1056STDLLDISNFTPDKF
Site 131T1059LLDISNFTPDKFRHS
Site 132S1066TPDKFRHSSLSEMSP
Site 133S1067PDKFRHSSLSEMSPP
Site 134S1069KFRHSSLSEMSPPDT
Site 135S1072HSSLSEMSPPDTPSL
Site 136T1076SEMSPPDTPSLSPQI
Site 137S1078MSPPDTPSLSPQITR
Site 138S1080PPDTPSLSPQITRCE
Site 139T1084PSLSPQITRCESMKT
Site 140S1088PQITRCESMKTLGTL
Site 141T1091TRCESMKTLGTLKGF
Site 142T1094ESMKTLGTLKGFQEG
Site 143S1108GVPGPLDSVEKIKWD
Site 144S1117EKIKWDCSTLSRQVQ
Site 145T1130VQMEDGFTLNNHQFQ
Site 146S1146HMFNDEDSVSLLQKN
Site 147S1148FNDEDSVSLLQKNPC
Site 148S1157LQKNPCLSTFNDPSG
Site 149T1158QKNPCLSTFNDPSGQ
Site 150S1163LSTFNDPSGQISTNN
Site 151S1167NDPSGQISTNNKVSK
Site 152S1173ISTNNKVSKSRKKSS
Site 153S1175TNNKVSKSRKKSSPS
Site 154S1179VSKSRKKSSPSKSGA
Site 155S1180SKSRKKSSPSKSGAM
Site 156S1182SRKKSSPSKSGAMNQ
Site 157S1184KKSSPSKSGAMNQSS
Site 158S1192GAMNQSSSQKNTRKK
Site 159T1196QSSSQKNTRKKSLKG
Site 160S1200QKNTRKKSLKGNNKG
Site 161S1216EKPPGKNSRQVPKST
Site 162S1222NSRQVPKSTKKGKYM
Site 163Y1228KSTKKGKYMAAINGE
Site 164S1246IGIGRGGSQTNTISS
Site 165T1248IGRGGSQTNTISSTG
Site 166T1250RGGSQTNTISSTGKT
Site 167S1252GSQTNTISSTGKTLA
Site 168T1257TISSTGKTLAECIQH
Site 169S1270QHGGPMASMKMPSQK
Site 170S1275MASMKMPSQKGLSGD
Site 171S1289DWALGKESSPGWSDM
Site 172S1290WALGKESSPGWSDMS
Site 173S1294KESSPGWSDMSMGTN
Site 174S1297SPGWSDMSMGTNTNS
Site 175T1300WSDMSMGTNTNSLLD
Site 176S1304SMGTNTNSLLDDDQR
Site 177S1317QREFQEPSYILSNIA
Site 178Y1318REFQEPSYILSNIAS
Site 179S1321QEPSYILSNIASGMA
Site 180S1337VQRFMMASIEPLWEP
Site 181Y1355HGDPNIFYSPESNSL
Site 182S1356GDPNIFYSPESNSLK
Site 183S1359NIFYSPESNSLKLKT
Site 184S1361FYSPESNSLKLKTLK
Site 185T1373TLKILAGTPQESKKK
Site 186S1385KKKINSGSQGATKNH
Site 187T1389NSGSQGATKNHRSIK
Site 188S1394GATKNHRSIKGVSKS
Site 189S1401SIKGVSKSNGKTAIG
Site 190T1405VSKSNGKTAIGDPGR
Site 191Y1418GRANMPGYNEDSRST
Site 192S1422MPGYNEDSRSTFFDK
Site 193S1424GYNEDSRSTFFDKKY
Site 194T1425YNEDSRSTFFDKKYS
Site 195Y1431STFFDKKYSNMSTLG
Site 196T1436KKYSNMSTLGNNGPT
Site 197Y1448GPTHKKLYRHKSSSK
Site 198S1452KKLYRHKSSSKALRD
Site 199S1454LYRHKSSSKALRDEK
Site 200S1477EQVHKDESGTASFEK
Site 201S1481KDESGTASFEKLRDS
Site 202S1488SFEKLRDSDYNLLKA
Site 203Y1490EKLRDSDYNLLKAET
 
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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