PhosphoNET

           
Protein Info 
   
Short Name:  Nedd4-BP2
Full Name:  NEDD4-binding protein 2
Alias:  B3BP; BCL-3 binding protein; KIAA1413; N4B2; N4BP2; NEDD4 binding protein 2; Nedd4-binding protein 2
Type:  Hydrolase; EC 3.-.-.-; Kinase (non-protein)
Mass (Da):  198801
Number AA:  1770
UniProt ID:  Q86UW6
International Prot ID:  IPI00328825
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737     Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0046404  GO:0004519 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 1T16GGNPFRKTANPKEVV
Site 2S25NPKEVVVSSVASREE
Site 3S26PKEVVVSSVASREEP
Site 4S29VVVSSVASREEPTTT
Site 5T35ASREEPTTTLPSMGE
Site 6T36SREEPTTTLPSMGET
Site 7T52VDQEELFTSISEIFS
Site 8S53DQEELFTSISEIFSD
Site 9S55EELFTSISEIFSDLD
Site 10T90CLLELSATDTKIEES
Site 11T92LELSATDTKIEESSS
Site 12S97TDTKIEESSSQSFVA
Site 13S98DTKIEESSSQSFVAS
Site 14S99TKIEESSSQSFVASE
Site 15S101IEESSSQSFVASENQ
Site 16S105SSQSFVASENQVGAA
Site 17S125EKRPEEESEDSKMDS
Site 18S128PEEESEDSKMDSFLD
Site 19S132SEDSKMDSFLDMQLT
Site 20S144QLTEDLDSLIQNAFE
Site 21S155NAFEKLNSSPDDQVY
Site 22S156AFEKLNSSPDDQVYS
Site 23Y162SSPDDQVYSFLPSQD
Site 24S163SPDDQVYSFLPSQDV
Site 25S167QVYSFLPSQDVNSFN
Site 26S172LPSQDVNSFNDSSEF
Site 27S176DVNSFNDSSEFINPD
Site 28S177VNSFNDSSEFINPDS
Site 29S184SEFINPDSSNMTPIF
Site 30S185EFINPDSSNMTPIFS
Site 31T188NPDSSNMTPIFSTQN
Site 32S206NGENLENSGSTLSLN
Site 33S208ENLENSGSTLSLNPL
Site 34S211ENSGSTLSLNPLPSH
Site 35S217LSLNPLPSHSVLNES
Site 36S219LNPLPSHSVLNESKC
Site 37T232KCFIKDNTLALESNY
Site 38S237DNTLALESNYPEDSL
Site 39Y239TLALESNYPEDSLLS
Site 40S243ESNYPEDSLLSSSLN
Site 41S247PEDSLLSSSLNVASD
Site 42S248EDSLLSSSLNVASDS
Site 43S261DSIAGCSSLNQKQKE
Site 44S272KQKELLESECVEAQF
Site 45S280ECVEAQFSEAPVDLD
Site 46S289APVDLDASEPQACLN
Site 47T305PGLDLPGTGGDQKST
Site 48S311GTGGDQKSTRVSDVF
Site 49S315DQKSTRVSDVFLPSE
Site 50S342PTKGKDVSYCPVLAP
Site 51Y395AHWRSVNYTFPPSVI
Site 52T396HWRSVNYTFPPSVIS
Site 53S400VNYTFPPSVISHTSP
Site 54S403TFPPSVISHTSPTKV
Site 55S406PSVISHTSPTKVWRN
Site 56T417VWRNKDGTSAYQVQE
Site 57Y420NKDGTSAYQVQETPV
Site 58T425SAYQVQETPVSQVVR
Site 59S428QVQETPVSQVVRKKT
Site 60S454GLPGSGKSFLARTLQ
Site 61S466TLQEDNPSGVILSTD
Site 62Y475VILSTDDYFYINGQY
Site 63Y477LSTDDYFYINGQYQF
Site 64Y488QYQFDVKYLGEAHEW
Site 65S509EAFEKKISPIIIDNT
Site 66Y526QAWEMKPYVALSQKH
Site 67S530MKPYVALSQKHKYKV
Site 68Y535ALSQKHKYKVLFREP
Site 69T544VLFREPDTWWKFKPK
Site 70Y573ITRMLEHYQRFVSVP
Site 71S578EHYQRFVSVPIIMSS
Site 72S586VPIIMSSSVPEKIER
Site 73Y599ERIELCAYSCEDRST
Site 74S600RIELCAYSCEDRSTS
Site 75S605AYSCEDRSTSPRDDE
Site 76T606YSCEDRSTSPRDDED
Site 77S607SCEDRSTSPRDDEDI
Site 78S616RDDEDIISEKEENIL
Site 79S624EKEENILSLSLKHLE
Site 80S626EENILSLSLKHLEFT
Site 81T633SLKHLEFTEEKNLDV
Site 82T641EEKNLDVTKETMLPE
Site 83Y652MLPENVAYLSNADLN
Site 84S654PENVAYLSNADLNKR
Site 85S666NKRRKEISDMNPSIQ
Site 86T680QSALILETPHMYFSD
Site 87Y684ILETPHMYFSDSESK
Site 88S686ETPHMYFSDSESKLQ
Site 89S688PHMYFSDSESKLQAT
Site 90S690MYFSDSESKLQATDK
Site 91S698KLQATDKSENEQIEM
Site 92T714AVKGYSKTDTDSSME
Site 93T716KGYSKTDTDSSMERV
Site 94S718YSKTDTDSSMERVSP
Site 95S719SKTDTDSSMERVSPS
Site 96S724DSSMERVSPSTCCSE
Site 97S726SMERVSPSTCCSENN
Site 98T727MERVSPSTCCSENNQ
Site 99S750GPLQNEKSSPGEIVE
Site 100S751PLQNEKSSPGEIVEE
Site 101T761EIVEERATVTKKAFG
Site 102S772KAFGKQKSKSTLEKF
Site 103S774FGKQKSKSTLEKFPR
Site 104T796GDWPVDKTIGQRTKR
Site 105T807RTKRNRKTEKTSSVQ
Site 106T810RNRKTEKTSSVQSDK
Site 107S811NRKTEKTSSVQSDKK
Site 108S812RKTEKTSSVQSDKKY
Site 109S815EKTSSVQSDKKYNYP
Site 110Y819SVQSDKKYNYPQSHK
Site 111Y821QSDKKYNYPQSHKLV
Site 112S824KKYNYPQSHKLVNSV
Site 113S830QSHKLVNSVSVNTDC
Site 114S832HKLVNSVSVNTDCVQ
Site 115S843DCVQQRGSPHESVED
Site 116S847QRGSPHESVEDGRKS
Site 117S854SVEDGRKSQCDDASE
Site 118S860KSQCDDASEPLNSYK
Site 119S865DASEPLNSYKYDAYK
Site 120Y868EPLNSYKYDAYKNID
Site 121Y871NSYKYDAYKNIDKNS
Site 122S887NIMGDWPSSDSLAQR
Site 123S888IMGDWPSSDSLAQRE
Site 124S890GDWPSSDSLAQREHR
Site 125S898LAQREHRSRMPKTGL
Site 126T903HRSRMPKTGLSEPNL
Site 127S906RMPKTGLSEPNLEIG
Site 128S935EACWGTSSQKLKTLG
Site 129T940TSSQKLKTLGSSNLG
Site 130S943QKLKTLGSSNLGSSE
Site 131S944KLKTLGSSNLGSSEM
Site 132S948LGSSNLGSSEMLLSE
Site 133S949GSSNLGSSEMLLSEM
Site 134S954GSSEMLLSEMTCESQ
Site 135S960LSEMTCESQTCLSKK
Site 136S965CESQTCLSKKSHGQH
Site 137S974KSHGQHTSLPLTFTN
Site 138T978QHTSLPLTFTNSAPT
Site 139T994SGVVEPQTLAECQEQ
Site 140S1034KIEKNKISISDSIKV
Site 141S1036EKNKISISDSIKVLT
Site 142S1038NKISISDSIKVLTGR
Site 143T1043SDSIKVLTGRLDGFK
Site 144S1060VFNINTKSDVQEAIP
Site 145Y1068DVQEAIPYRVMYDKS
Site 146Y1072AIPYRVMYDKSTFVE
Site 147S1075YRVMYDKSTFVEESE
Site 148T1076RVMYDKSTFVEESEL
Site 149S1081KSTFVEESELTSADE
Site 150T1084FVEESELTSADESEN
Site 151S1085VEESELTSADESENL
Site 152S1089ELTSADESENLNILC
Site 153Y1111LEALKDLYERCNKDI
Site 154S1128ATSLLLDSETKLCED
Site 155T1130SLLLDSETKLCEDTE
Site 156S1144EFENFQKSCDGSQIG
Site 157S1148FQKSCDGSQIGPFSL
Site 158S1154GSQIGPFSLGLNLKE
Site 159S1164LNLKEIISQRGTLEN
Site 160T1168EIISQRGTLENSNSP
Site 161S1172QRGTLENSNSPVPEF
Site 162S1174GTLENSNSPVPEFSH
Site 163S1180NSPVPEFSHGIGISN
Site 164S1186FSHGIGISNADSQST
Site 165S1190IGISNADSQSTCDAE
Site 166S1192ISNADSQSTCDAERG
Site 167S1201CDAERGNSEQAEMRA
Site 168T1210QAEMRAVTPENHESM
Site 169S1216VTPENHESMTSIFPS
Site 170S1219ENHESMTSIFPSAAV
Site 171S1238NNDILPNSQEELLYS
Site 172Y1244NSQEELLYSSKQSFP
Site 173S1245SQEELLYSSKQSFPG
Site 174S1246QEELLYSSKQSFPGI
Site 175T1258PGILKATTPKDMSET
Site 176S1280ETGDNIHSPSHFSDI
Site 177Y1304LELNEEIYFTDSLEI
Site 178T1306LNEEIYFTDSLEIKR
Site 179S1308EEIYFTDSLEIKRNE
Site 180Y1321NENFPKDYVKFSDEE
Site 181S1325PKDYVKFSDEEEFMN
Site 182S1353SSLSAGVSGEDKTEI
Site 183T1358GVSGEDKTEILNPTP
Site 184T1364KTEILNPTPAMAKSL
Site 185S1437RQRQEEVSCGKFMQD
Site 186S1446GKFMQDPSLVGHTGL
Site 187S1460LDNPEQKSSQRTGKK
Site 188S1461DNPEQKSSQRTGKKL
Site 189T1471TGKKLLKTLTASEML
Site 190T1486PLLDHWNTQTKKVSL
Site 191T1488LDHWNTQTKKVSLRE
Site 192S1492NTQTKKVSLREIMSE
Site 193S1498VSLREIMSEEIALQE
Site 194T1513KHNLKRETLMFEKDC
Site 195Y1550DIFKDHNYSLEHTVQ
Site 196S1591TSHTGQKSKEKKPKK
Site 197T1605KLKETEETPSELSFQ
Site 198S1607KETEETPSELSFQDF
Site 199S1610EETPSELSFQDFEYP
Site 200Y1616LSFQDFEYPDYDDYR
Site 201Y1619QDFEYPDYDDYRAEA
Site 202Y1622EYPDYDDYRAEAFLH
Site 203S1638QKRMECYSKAKEAYR
Site 204T1653IGKKNVATFYAQQGT
Site 205Y1655KKNVATFYAQQGTLH
Site 206Y1724KQNGGKPYLSVITGR
Site 207S1726NGGKPYLSVITGRGN
Site 208S1735ITGRGNHSQGGVARI
Site 209S1754IKYLISHSFRFSEIK
Site 210S1758ISHSFRFSEIKPGCL
 
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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