PhosphoNET

           
Protein Info 
   
Short Name:  WDR22
Full Name:  DDB1- and CUL4-associated factor 5
Alias:  BCRG2; BCRP2; Breakpoint cluster region 2; Breakpoint cluster region protein 2; D14S1461E; DDB1 and CUL4 associated factor 5; KIAA1824; WD repeat protein 22
Type:  Unknown function
Mass (Da):  103945
Number AA:  942
UniProt ID:  Q96JK2
International Prot ID:  IPI00382979
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 1S10RRAGLGGSMRSVVGF
Site 2S19RSVVGFLSQRGLHGD
Site 3Y45LRGCRNLYKKDLLGH
Site 4S71NGGQWLVSGGDDRRV
Site 5S118SGNTKVFSGGNDEQV
Site 6T135HDVESSETLDVFAHE
Site 7S149EDAVYGLSVSPVNDN
Site 8S160VNDNIFASSSDDGRV
Site 9S162DNIFASSSDDGRVLI
Site 10S208RLLATANSKEGVGLW
Site 11S222WDIRKPQSSLLRYGG
Site 12S223DIRKPQSSLLRYGGN
Site 13Y227PQSSLLRYGGNLSLQ
Site 14S235GGNLSLQSAMSVRFN
Site 15S238LSLQSAMSVRFNSNG
Site 16Y260RRLPPVLYDIHSRLP
Site 17Y276FQFDNQGYFNSCTMK
Site 18Y294FAGDRDQYILSGSDD
Site 19S297DRDQYILSGSDDFNL
Site 20S299DQYILSGSDDFNLYM
Site 21Y305GSDDFNLYMWRIPAD
Site 22S334MVLKGHRSIVNQVRF
Site 23T345QVRFNPHTYMICSSG
Site 24Y363IIKIWSPYKQPGCTG
Site 25S380DGRIEDDSRCLYTHE
Site 26Y384EDDSRCLYTHEEYIS
Site 27S391YTHEEYISLVLNSGS
Site 28S401LNSGSGLSHDYANQS
Site 29Y404GSGLSHDYANQSVQE
Site 30S408SHDYANQSVQEDPRM
Site 31S421RMMAFFDSLVRREIE
Site 32S431RREIEGWSSDSDSDL
Site 33S432REIEGWSSDSDSDLS
Site 34S434IEGWSSDSDSDLSES
Site 35S436GWSSDSDSDLSESTI
Site 36S439SDSDSDLSESTILQL
Site 37S451LQLHAGVSERSGYTD
Site 38Y456GVSERSGYTDSESSA
Site 39T457VSERSGYTDSESSAS
Site 40S459ERSGYTDSESSASLP
Site 41S461SGYTDSESSASLPRS
Site 42S464TDSESSASLPRSPPP
Site 43S468SSASLPRSPPPTVDE
Site 44T472LPRSPPPTVDESADN
Site 45S476PPPTVDESADNAFHL
Site 46T489HLGPLRVTTTNTVAS
Site 47T491GPLRVTTTNTVASTP
Site 48T493LRVTTTNTVASTPPT
Site 49S496TTTNTVASTPPTPTC
Site 50T497TTNTVASTPPTPTCE
Site 51T500TVASTPPTPTCEDAA
Site 52S508PTCEDAASRQQRLSA
Site 53S514ASRQQRLSALRRYQD
Site 54Y519RLSALRRYQDKRLLA
Site 55S528DKRLLALSNESDSEE
Site 56S531LLALSNESDSEENVC
Site 57S533ALSNESDSEENVCEV
Site 58S552DLFPRPRSPSPEDES
Site 59S554FPRPRSPSPEDESSS
Site 60S559SPSPEDESSSSSSSS
Site 61S560PSPEDESSSSSSSSS
Site 62S561SPEDESSSSSSSSSS
Site 63S562PEDESSSSSSSSSSE
Site 64S563EDESSSSSSSSSSED
Site 65S564DESSSSSSSSSSEDE
Site 66S565ESSSSSSSSSSEDEE
Site 67S566SSSSSSSSSSEDEEE
Site 68S567SSSSSSSSSEDEEEL
Site 69S568SSSSSSSSEDEEELN
Site 70S580ELNERRASTWQRNAM
Site 71T581LNERRASTWQRNAMR
Site 72T593AMRRRQKTTREDKPS
Site 73T594MRRRQKTTREDKPSA
Site 74S600TTREDKPSAPIKPTN
Site 75Y615TYIGEDNYDYPQIKV
Site 76Y617IGEDNYDYPQIKVDD
Site 77S626QIKVDDLSSSPTSSP
Site 78S627IKVDDLSSSPTSSPE
Site 79S628KVDDLSSSPTSSPER
Site 80T630DDLSSSPTSSPERST
Site 81S631DLSSSPTSSPERSTS
Site 82S632LSSSPTSSPERSTST
Site 83S636PTSSPERSTSTLEIQ
Site 84T637TSSPERSTSTLEIQP
Site 85S638SSPERSTSTLEIQPS
Site 86T639SPERSTSTLEIQPSR
Site 87S645STLEIQPSRASPTSD
Site 88S648EIQPSRASPTSDIES
Site 89S651PSRASPTSDIESVER
Site 90S655SPTSDIESVERKIYK
Site 91Y661ESVERKIYKAYKWLR
Site 92Y669KAYKWLRYSYISYSN
Site 93Y671YKWLRYSYISYSNNK
Site 94Y674LRYSYISYSNNKDGE
Site 95S675RYSYISYSNNKDGET
Site 96T682SNNKDGETSLVTGEA
Site 97T696ADEGRAGTSHKDNPA
Site 98S705HKDNPAPSSSKEACL
Site 99S706KDNPAPSSSKEACLN
Site 100S707DNPAPSSSKEACLNI
Site 101T732PEGCSKDTFKEETPR
Site 102T737KDTFKEETPRTPSNG
Site 103T740FKEETPRTPSNGPGH
Site 104S742EETPRTPSNGPGHEH
Site 105S750NGPGHEHSSHAWAEV
Site 106T765PEGTSQDTGNSGSVE
Site 107S770QDTGNSGSVEHPFET
Site 108S786KLNGKALSSRAEEPP
Site 109S794SRAEEPPSPPVPKAS
Site 110S801SPPVPKASGSTLNSG
Site 111S803PVPKASGSTLNSGSG
Site 112S807ASGSTLNSGSGNCPR
Site 113T815GSGNCPRTQSDDSEE
Site 114S817GNCPRTQSDDSEERS
Site 115S820PRTQSDDSEERSLET
Site 116S824SDDSEERSLETICAN
Site 117Y859GELEVVAYSSPGHSD
Site 118S860ELEVVAYSSPGHSDT
Site 119S861LEVVAYSSPGHSDTD
Site 120S865AYSSPGHSDTDRDNS
Site 121T867SSPGHSDTDRDNSSL
Site 122S872SDTDRDNSSLTGTLL
Site 123S873DTDRDNSSLTGTLLH
Site 124T877DNSSLTGTLLHKDCC
Site 125T892GSEMACETPNAGTRE
Site 126T902AGTREDPTDTPATDS
Site 127T904TREDPTDTPATDSSR
Site 128S909TDTPATDSSRAVHGH
Site 129S910DTPATDSSRAVHGHS
Site 130T929QRIELEDTDSENSSS
Site 131S931IELEDTDSENSSSEK
Site 132S935DTDSENSSSEKKLKT
Site 133S936TDSENSSSEKKLKT_
 
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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