PhosphoNET

           
Protein Info 
   
Short Name:  FAM21A
Full Name:  WASH complex subunit FAM21A
Alias:  BA56A21.1; FA21A; FAM21; Loc387680
Type:  Uncharacterized protein
Mass (Da):  147184
Number AA:  1341
UniProt ID:  Q641Q2
International Prot ID:  IPI00792422
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 1T6__MMNRTTPDQELAP
Site 2S15DQELAPASEPVWERP
Site 3S24PVWERPWSVEEIRRS
Site 4S31SVEEIRRSSQSWSLA
Site 5S32VEEIRRSSQSWSLAA
Site 6S34EIRRSSQSWSLAADA
Site 7S36RRSSQSWSLAADAGL
Site 8S51LQFLQEFSQQTISRT
Site 9S56EFSQQTISRTHEIKK
Site 10T72VDGLIRETKATDCRL
Site 11T75LIRETKATDCRLHNV
Site 12T92DFLMLSNTQFIENRV
Site 13Y100QFIENRVYDEEVEEP
Site 14T116LKAEAEKTEQEKTRE
Site 15T121EKTEQEKTREQKEVD
Site 16Y139KVQEAVNYGLQVLDS
Site 17S158LDIKAGNSDSEEDDA
Site 18S160IKAGNSDSEEDDANG
Site 19Y179ILEPKDLYIDRPLPY
Site 20Y186YIDRPLPYLIGSKLF
Site 21S205DVGLGELSSEEGSVG
Site 22S206VGLGELSSEEGSVGS
Site 23S210ELSSEEGSVGSDRGS
Site 24S213SEEGSVGSDRGSIVD
Site 25S217SVGSDRGSIVDTEEE
Site 26T221DRGSIVDTEEEKEEE
Site 27S230EEKEEEESDEDFAHH
Site 28S238DEDFAHHSDNEQNRH
Site 29T246DNEQNRHTTQMSDEE
Site 30T247NEQNRHTTQMSDEEE
Site 31S250NRHTTQMSDEEEDDD
Site 32S265GCDLFADSEKEEEDI
Site 33S284ENTRPKRSRPTSFAD
Site 34T287RPKRSRPTSFADELA
Site 35S288PKRSRPTSFADELAA
Site 36T310GRVDEEPTTLPSGEA
Site 37T311RVDEEPTTLPSGEAK
Site 38S314EEPTTLPSGEAKPRK
Site 39T322GEAKPRKTLKEKKER
Site 40T331KEKKERRTPSDDEED
Site 41S333KKERRTPSDDEEDNL
Site 42T347LFAPPKLTDEDFSPF
Site 43S352KLTDEDFSPFGSGGG
Site 44S356EDFSPFGSGGGLFSG
Site 45S362GSGGGLFSGGKGLFD
Site 46S375FDDEDEESDLFTEAP
Site 47T379DEESDLFTEAPQDRQ
Site 48S390QDRQAGASVKEESSS
Site 49S395GASVKEESSSSKPGK
Site 50S396ASVKEESSSSKPGKK
Site 51S397SVKEESSSSKPGKKI
Site 52S398VKEESSSSKPGKKIP
Site 53S423TDVFGAASVPSMKEP
Site 54T437PQKPEQPTPRKSPYG
Site 55S441EQPTPRKSPYGPPPT
Site 56Y443PTPRKSPYGPPPTGL
Site 57T448SPYGPPPTGLFDDDD
Site 58S464DDDDDFFSAPHSKPS
Site 59S468DFFSAPHSKPSKTGK
Site 60S471SAPHSKPSKTGKVQS
Site 61T473PHSKPSKTGKVQSTA
Site 62S478SKTGKVQSTADIFGD
Site 63S498FKEKAVASPEATVSQ
Site 64T502AVASPEATVSQTDEN
Site 65S504ASPEATVSQTDENKA
Site 66T518ARAEKKVTLSSSKNL
Site 67S520AEKKVTLSSSKNLKP
Site 68S522KKVTLSSSKNLKPSS
Site 69S529SKNLKPSSETKTQKG
Site 70T533KPSSETKTQKGLFSD
Site 71S539KTQKGLFSDEEDSED
Site 72S544LFSDEEDSEDLFSSQ
Site 73S549EDSEDLFSSQSASKL
Site 74S550DSEDLFSSQSASKLK
Site 75S552EDLFSSQSASKLKGA
Site 76S554LFSSQSASKLKGASL
Site 77S571GKLPTLVSLFDDEDE
Site 78T592GTAAKKQTLCLQAQR
Site 79S619KASALLFSSDEEDQW
Site 80S620ASALLFSSDEEDQWN
Site 81S631DQWNIPASQTHLASD
Site 82S637ASQTHLASDSRSKGE
Site 83S639QTHLASDSRSKGEPR
Site 84S641HLASDSRSKGEPRDS
Site 85S648SKGEPRDSGTLQSQE
Site 86T650GEPRDSGTLQSQEAK
Site 87S653RDSGTLQSQEAKAVK
Site 88S663AKAVKKTSLFEEDEE
Site 89S680LFAIAKDSQKKTQRV
Site 90T684AKDSQKKTQRVSLLF
Site 91S688QKKTQRVSLLFEDDV
Site 92S697LFEDDVDSGGSLFGS
Site 93S700DDVDSGGSLFGSPPT
Site 94S704SGGSLFGSPPTSVPP
Site 95T707SLFGSPPTSVPPATK
Site 96S708LFGSPPTSVPPATKK
Site 97T718PATKKKETVSEAPPL
Site 98S720TKKKETVSEAPPLLF
Site 99S728EAPPLLFSDEEEKEA
Site 100S741EAQLGVKSVDKKVES
Site 101S748SVDKKVESAKESLKF
Site 102S752KVESAKESLKFGRTD
Site 103T758ESLKFGRTDVAESEK
Site 104T770SEKEGLLTRSAQETV
Site 105S772KEGLLTRSAQETVKH
Site 106T776LTRSAQETVKHSDLF
Site 107S780AQETVKHSDLFSSSS
Site 108S784VKHSDLFSSSSPWDK
Site 109S785KHSDLFSSSSPWDKG
Site 110S786HSDLFSSSSPWDKGT
Site 111S787SDLFSSSSPWDKGTK
Site 112T793SSPWDKGTKPRTKTV
Site 113T797DKGTKPRTKTVLSLF
Site 114T799GTKPRTKTVLSLFDE
Site 115S802PRTKTVLSLFDEEED
Site 116S836DPDAHPKSTGVFQDE
Site 117T837PDAHPKSTGVFQDEE
Site 118S874KTKLLEPSVGSLFGD
Site 119S877LLEPSVGSLFGDDED
Site 120S889DEDDDLFSSAKSQPL
Site 121S890EDDDLFSSAKSQPLV
Site 122S893DLFSSAKSQPLVQEK
Site 123S909RVVKKDHSVDSFKNQ
Site 124S912KKDHSVDSFKNQKHP
Site 125S921KNQKHPESIQGSKEK
Site 126S925HPESIQGSKEKGIWK
Site 127T935KGIWKPETPQDSSGL
Site 128T947SGLAPFKTKEPSTRI
Site 129S951PFKTKEPSTRIGKIQ
Site 130T952FKTKEPSTRIGKIQA
Site 131S991PELAFPSSEHRRSHG
Site 132S996PSSEHRRSHGLESVP
Site 133S1001RRSHGLESVPVLPGS
Site 134S1008SVPVLPGSGEAGVSF
Site 135S1014GSGEAGVSFDLPAQA
Site 136T1023DLPAQADTLHSANKS
Site 137S1026AQADTLHSANKSRVK
Site 138S1030TLHSANKSRVKMRGK
Site 139T1042RGKRRPQTRAARRLA
Site 140S1053RRLAAQESSETEDMS
Site 141S1054RLAAQESSETEDMSV
Site 142T1056AAQESSETEDMSVPR
Site 143S1060SSETEDMSVPRGPIA
Site 144S1075QWADGAISPNGHRPQ
Site 145S1087RPQLRAASGEDSTEE
Site 146S1091RAASGEDSTEEALAA
Site 147T1092AASGEDSTEEALAAA
Site 148S1114PVPGVDRSPFAKSLG
Site 149S1119DRSPFAKSLGHSRGE
Site 150S1123FAKSLGHSRGEADLF
Site 151S1132GEADLFDSGDIFSTG
Site 152S1137FDSGDIFSTGTGSQS
Site 153T1138DSGDIFSTGTGSQSV
Site 154T1140GDIFSTGTGSQSVER
Site 155S1142IFSTGTGSQSVERTK
Site 156S1144STGTGSQSVERTKPK
Site 157T1148GSQSVERTKPKAKIA
Site 158S1169PVGGKAKSPMFPALG
Site 159S1179FPALGEASSDDDLFQ
Site 160S1180PALGEASSDDDLFQS
Site 161S1187SDDDLFQSAKPKPAK
Site 162T1219QKVKKNETKSNSQQD
Site 163S1221VKKNETKSNSQQDVI
Site 164S1223KNETKSNSQQDVILT
Site 165T1257KTREKEKTLESNLFD
Site 166T1274IDIFADLTVKPKEKS
Site 167S1289KKKVEAKSIFDDDMD
Site 168T1307SSGIQAKTTKPKSRS
Site 169T1308SGIQAKTTKPKSRSA
Site 170S1312AKTTKPKSRSAQAAP
Site 171S1328PRFEHKVSNIFDDPL
 
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
 


2019 Kinexus Bioinformatics Corporation