PhosphoNET

           
Protein Info 
   
Short Name:  WWC2
Full Name:  Protein WWC2
Alias:  BH-3-only member B; BOMB; FLJ22029; WW and C2 domain containing 2; WW domain-containing protein 2
Type:  Uncharacterized protein
Mass (Da):  133891
Number AA:  1192
UniProt ID:  Q6AWC2
International Prot ID:  IPI00550853
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:  GO:0005515     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 1S7_MPRRAGSGQLPLPR
Site 2Y22GWEEARDYDGKVFYI
Site 3Y28DYDGKVFYIDHNTRR
Site 4T36IDHNTRRTSWIDPRD
Site 5S37DHNTRRTSWIDPRDR
Site 6T46IDPRDRLTKPLSFAD
Site 7S50DRLTKPLSFADCVGD
Site 8Y74FDPQIGVYYIDHINK
Site 9Y75DPQIGVYYIDHINKT
Site 10Y103QEKMLKDYLSVAQDA
Site 11S105KMLKDYLSVAQDALR
Site 12Y118LRTQKELYHVKEQRL
Site 13Y132LALALDEYVRLNDAY
Site 14Y139YVRLNDAYKEKSSSH
Site 15S143NDAYKEKSSSHTSLF
Site 16S144DAYKEKSSSHTSLFS
Site 17S145AYKEKSSSHTSLFSG
Site 18T147KEKSSSHTSLFSGSS
Site 19S148EKSSSHTSLFSGSSS
Site 20S151SSHTSLFSGSSSSTK
Site 21S153HTSLFSGSSSSTKYD
Site 22S154TSLFSGSSSSTKYDP
Site 23S155SLFSGSSSSTKYDPD
Site 24S156LFSGSSSSTKYDPDI
Site 25T157FSGSSSSTKYDPDIL
Site 26Y159GSSSSTKYDPDILKA
Site 27S169DILKAEISTTRLRVK
Site 28S183KKLKRELSQMKQELL
Site 29Y191QMKQELLYKEQGFET
Site 30S211KKMSGGQSGYELSEA
Site 31S216GQSGYELSEAKAILT
Site 32T223SEAKAILTELKSIRK
Site 33S234SIRKAISSGEKEKQD
Site 34S245EKQDLMQSLAKLQER
Site 35S262LDQNIGRSEPDLRCS
Site 36S269SEPDLRCSPVNSHLC
Site 37S273LRCSPVNSHLCLSRQ
Site 38S278VNSHLCLSRQTLDAG
Site 39T281HLCLSRQTLDAGSQT
Site 40S286RQTLDAGSQTSISGD
Site 41S289LDAGSQTSISGDIGV
Site 42S291AGSQTSISGDIGVRS
Site 43S298SGDIGVRSRSNLAEK
Site 44S300DIGVRSRSNLAEKVR
Site 45S309LAEKVRLSLQYEEAK
Site 46Y312KVRLSLQYEEAKRSM
Site 47S318QYEEAKRSMANLKIE
Site 48S327ANLKIELSKLDSEAW
Site 49S331IELSKLDSEAWPGAL
Site 50T362LKELQFVTPQKRTQD
Site 51S387RLEEELLSVRGTPSR
Site 52T391ELLSVRGTPSRALAE
Site 53Y422ETTKLTTYLHSQLKS
Site 54S425KLTTYLHSQLKSLSA
Site 55S429YLHSQLKSLSASTLS
Site 56S431HSQLKSLSASTLSMS
Site 57S433QLKSLSASTLSMSSG
Site 58T434LKSLSASTLSMSSGS
Site 59S438SASTLSMSSGSSLGS
Site 60S445SSGSSLGSLASSRGS
Site 61S448SSLGSLASSRGSLNT
Site 62S449SLGSLASSRGSLNTS
Site 63S452SLASSRGSLNTSSRG
Site 64T455SSRGSLNTSSRGSLN
Site 65S456SRGSLNTSSRGSLNS
Site 66S457RGSLNTSSRGSLNSL
Site 67S460LNTSSRGSLNSLSST
Site 68S463SSRGSLNSLSSTELY
Site 69S465RGSLNSLSSTELYYS
Site 70S466GSLNSLSSTELYYSS
Site 71T467SLNSLSSTELYYSSQ
Site 72Y470SLSSTELYYSSQSDQ
Site 73Y471LSSTELYYSSQSDQI
Site 74S472SSTELYYSSQSDQID
Site 75S473STELYYSSQSDQIDV
Site 76Y482SDQIDVDYQYKLDFL
Site 77Y484QIDVDYQYKLDFLLQ
Site 78S494DFLLQEKSGYIPSGP
Site 79Y496LLQEKSGYIPSGPIT
Site 80S499EKSGYIPSGPITTIH
Site 81T503YIPSGPITTIHENEV
Site 82S513HENEVVKSPSQPGQS
Site 83S515NEVVKSPSQPGQSGL
Site 84T533AAAATGHTPPLAEAP
Site 85S542PLAEAPKSVASLSSR
Site 86S545EAPKSVASLSSRSSL
Site 87S547PKSVASLSSRSSLSS
Site 88S548KSVASLSSRSSLSSL
Site 89S550VASLSSRSSLSSLSP
Site 90S551ASLSSRSSLSSLSPP
Site 91S553LSSRSSLSSLSPPGS
Site 92S554SSRSSLSSLSPPGSP
Site 93S556RSSLSSLSPPGSPLV
Site 94S560SSLSPPGSPLVLEGT
Site 95T567SPLVLEGTFPMSSSH
Site 96S571LEGTFPMSSSHDASL
Site 97S572EGTFPMSSSHDASLH
Site 98S573GTFPMSSSHDASLHQ
Site 99S577MSSSHDASLHQFTAD
Site 100S591DFEDCELSSHFADIS
Site 101S608ENQILLDSDSGGASQ
Site 102S610QILLDSDSGGASQSL
Site 103S614DSDSGGASQSLSEDK
Site 104S616DSGGASQSLSEDKDL
Site 105S618GGASQSLSEDKDLNE
Site 106Y632ECAREPLYEGTADVE
Site 107S641GTADVEKSLPKRRVI
Site 108S659GEKTTCVSAAVSDES
Site 109S663TCVSAAVSDESVAGD
Site 110S666SAAVSDESVAGDSGV
Site 111S682EAFVKQPSEMEDVTY
Site 112T688PSEMEDVTYSEEDVA
Site 113Y689SEMEDVTYSEEDVAI
Site 114S690EMEDVTYSEEDVAIV
Site 115Y708QVQIGLRYNAKSSSF
Site 116S714RYNAKSSSFMVIIAQ
Site 117Y737IPHTSKVYFRVAVLP
Site 118T761RTKVHPPTESILFND
Site 119S775DVFRVAISQTALQQK
Site 120T783QTALQQKTLRVDLCS
Site 121S790TLRVDLCSVSKHRRE
Site 122S792RVDLCSVSKHRREEC
Site 123Y821SEVFTLWYNLLPSKQ
Site 124S840KNEENEDSVFQPNQP
Site 125S883AQEEEEESGQEEPRG
Site 126T897GPDGDWLTMLREASD
Site 127S903LTMLREASDEIVAEK
Site 128S920EVKLPEDSSCTEDLS
Site 129S921VKLPEDSSCTEDLSS
Site 130S927SSCTEDLSSCTSVPE
Site 131S928SCTEDLSSCTSVPEM
Site 132S931EDLSSCTSVPEMNED
Site 133S944EDGNRKESNCAKDLR
Site 134S952NCAKDLRSQPPTRIP
Site 135T956DLRSQPPTRIPTLVD
Site 136T960QPPTRIPTLVDKETN
Site 137T966PTLVDKETNTDEAAN
Site 138S984AVRPKERSSLSSRQH
Site 139S985VRPKERSSLSSRQHP
Site 140S987PKERSSLSSRQHPFV
Site 141S988KERSSLSSRQHPFVR
Site 142S997QHPFVRSSVIVRSQT
Site 143S1002RSSVIVRSQTFSPGE
Site 144T1004SVIVRSQTFSPGERN
Site 145S1006IVRSQTFSPGERNQY
Site 146Y1013SPGERNQYICRLNRS
Site 147S1020YICRLNRSDSDSSTL
Site 148S1022CRLNRSDSDSSTLAK
Site 149S1024LNRSDSDSSTLAKKS
Site 150S1025NRSDSDSSTLAKKSL
Site 151T1026RSDSDSSTLAKKSLF
Site 152S1031SSTLAKKSLFVRNST
Site 153S1037KSLFVRNSTERRSLR
Site 154T1038SLFVRNSTERRSLRV
Site 155S1042RNSTERRSLRVKRTV
Site 156T1048RSLRVKRTVCQSVLR
Site 157S1052VKRTVCQSVLRRTTQ
Site 158T1057CQSVLRRTTQECPVR
Site 159T1058QSVLRRTTQECPVRT
Site 160S1066QECPVRTSLDLELDL
Site 161S1076LELDLQASLTRQSRL
Site 162T1078LDLQASLTRQSRLND
Site 163S1081QASLTRQSRLNDELQ
Site 164S1150EKLMRQVSKDVCRLR
Site 165S1160VCRLREQSQKVPRQV
Site 166S1169KVPRQVQSFREKIAY
Site 167Y1176SFREKIAYFTRAKIS
Site 168S1183YFTRAKISIPSLPAD
Site 169S1186RAKISIPSLPADDV_
 
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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