PhosphoNET

           
Protein Info 
   
Short Name:  FAM83B
Full Name:  Protein FAM83B
Alias:  C6orf143; FA83B; Family with sequence similarity 83, member B; FLJ30642; LOC222584
Type:  Unknown function
Mass (Da):  114799
Number AA:  1011
UniProt ID:  Q5T0W9
International Prot ID:  IPI00304527
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 1S5___METSSMLSSLND
Site 2S8METSSMLSSLNDECK
Site 3S9ETSSMLSSLNDECKS
Site 4S16SLNDECKSDNYIEPH
Site 5Y19DECKSDNYIEPHYKE
Site 6Y24DNYIEPHYKEWYRVA
Site 7S53FLVQERVSDFLAEEE
Site 8Y63LAEEEINYILKNVQK
Site 9S82TAHGTDDSCDDTLSS
Site 10T86TDDSCDDTLSSGTYW
Site 11S88DSCDDTLSSGTYWPV
Site 12S89SCDDTLSSGTYWPVE
Site 13Y92DTLSSGTYWPVESDV
Site 14S97GTYWPVESDVEAPNL
Site 15T134PPRAHLLTIKETIRK
Site 16S170FKEIVEASTRGVSVY
Site 17T171KEIVEASTRGVSVYI
Site 18S175EASTRGVSVYILLDE
Site 19Y177STRGVSVYILLDESN
Site 20T209LRNIRVRTVKGQDYL
Site 21Y215RTVKGQDYLSKTGAK
Site 22S217VKGQDYLSKTGAKFH
Site 23T219GQDYLSKTGAKFHGK
Site 24S249GSYSYMWSFEKAHLS
Site 25S268ITGQLVESFDEEFRT
Site 26T275SFDEEFRTLYARSCV
Site 27Y277DEEFRTLYARSCVPS
Site 28S284YARSCVPSSFAQEES
Site 29S285ARSCVPSSFAQEESA
Site 30S291SSFAQEESARVKHGK
Site 31T305KALWENGTYQHSVSS
Site 32Y306ALWENGTYQHSVSSL
Site 33S309ENGTYQHSVSSLASV
Site 34S311GTYQHSVSSLASVSS
Site 35S312TYQHSVSSLASVSSQ
Site 36S315HSVSSLASVSSQRNL
Site 37S317VSSLASVSSQRNLFG
Site 38S318SSLASVSSQRNLFGR
Site 39S334DKIHKLDSSYFKNRG
Site 40S335KIHKLDSSYFKNRGI
Site 41Y336IHKLDSSYFKNRGIY
Site 42Y343YFKNRGIYTLNEHDK
Site 43Y351TLNEHDKYNIRSHGY
Site 44S388NENWKRHSYAGEQPE
Site 45Y389ENWKRHSYAGEQPET
Site 46T396YAGEQPETVPYLLLN
Site 47Y399EQPETVPYLLLNRAL
Site 48T409LNRALNRTNNPPGNW
Site 49S420PGNWKKPSDSLSVAS
Site 50S422NWKKPSDSLSVASSS
Site 51S424KKPSDSLSVASSSRE
Site 52S427SDSLSVASSSREGYV
Site 53S428DSLSVASSSREGYVS
Site 54S429SLSVASSSREGYVSH
Site 55Y433ASSSREGYVSHHNTP
Site 56S435SSREGYVSHHNTPAQ
Site 57T439GYVSHHNTPAQSFAN
Site 58S443HHNTPAQSFANRLAQ
Site 59T453NRLAQRKTTNLADRN
Site 60T454RLAQRKTTNLADRNS
Site 61S461TNLADRNSNVRRSFN
Site 62S466RNSNVRRSFNGTDNH
Site 63T470VRRSFNGTDNHIRFL
Site 64T483FLQQRMPTLEHTTKS
Site 65T487RMPTLEHTTKSFLRN
Site 66S490TLEHTTKSFLRNWRI
Site 67S499LRNWRIESYLNDHSE
Site 68Y500RNWRIESYLNDHSEA
Site 69S505ESYLNDHSEATPDSN
Site 70T508LNDHSEATPDSNGSA
Site 71S511HSEATPDSNGSALGD
Site 72Y523LGDRFEGYDNPENLK
Site 73Y535NLKANALYTHSRLRS
Site 74T536LKANALYTHSRLRSS
Site 75S538ANALYTHSRLRSSLV
Site 76S542YTHSRLRSSLVFKPT
Site 77S543THSRLRSSLVFKPTL
Site 78T549SSLVFKPTLPEQKEV
Site 79S563VNSCTTGSSNSTIIG
Site 80S564NSCTTGSSNSTIIGS
Site 81S566CTTGSSNSTIIGSQG
Site 82T567TTGSSNSTIIGSQGS
Site 83S571SNSTIIGSQGSETPK
Site 84S574TIIGSQGSETPKEVP
Site 85T576IGSQGSETPKEVPDT
Site 86T583TPKEVPDTPTNVQHL
Site 87T585KEVPDTPTNVQHLTD
Site 88T591PTNVQHLTDKPLPES
Site 89S598TDKPLPESIPKLPLQ
Site 90S621LQVPENHSVALNQTT
Site 91T632NQTTNGHTESNNYIY
Site 92S634TTNGHTESNNYIYKT
Site 93Y637GHTESNNYIYKTLGV
Site 94Y639TESNNYIYKTLGVNK
Site 95T641SNNYIYKTLGVNKQT
Site 96S664ENLLKRRSFPLFDNS
Site 97S671SFPLFDNSKANLDPG
Site 98S680ANLDPGNSKHYVYST
Site 99Y683DPGNSKHYVYSTLTR
Site 100Y685GNSKHYVYSTLTRNR
Site 101S686NSKHYVYSTLTRNRV
Site 102T687SKHYVYSTLTRNRVR
Site 103S706PKEDLLKSSKSMHNV
Site 104S709DLLKSSKSMHNVTHN
Site 105T725EEDEEEVTKRNSPSG
Site 106S729EEVTKRNSPSGTTTK
Site 107T733KRNSPSGTTTKSVSI
Site 108T735NSPSGTTTKSVSIAA
Site 109S764SKKEVKGSPSFLKKG
Site 110S766KEVKGSPSFLKKGSQ
Site 111S772PSFLKKGSQKLRSLL
Site 112S777KGSQKLRSLLSLTPD
Site 113S780QKLRSLLSLTPDKKE
Site 114T782LRSLLSLTPDKKENL
Site 115S790PDKKENLSKNKAPAF
Site 116Y798KNKAPAFYRLCSSSD
Site 117S802PAFYRLCSSSDTLVS
Site 118S803AFYRLCSSSDTLVSE
Site 119S804FYRLCSSSDTLVSEG
Site 120T806RLCSSSDTLVSEGEE
Site 121S809SSSDTLVSEGEENQK
Site 122S820ENQKPKKSDTKVDSS
Site 123T822QKPKKSDTKVDSSPR
Site 124S826KSDTKVDSSPRRKHS
Site 125S827SDTKVDSSPRRKHSS
Site 126S833SSPRRKHSSSSNSQG
Site 127S834SPRRKHSSSSNSQGS
Site 128S835PRRKHSSSSNSQGSI
Site 129S836RRKHSSSSNSQGSIH
Site 130S838KHSSSSNSQGSIHKS
Site 131S841SSSNSQGSIHKSKED
Site 132S845SQGSIHKSKEDVTVS
Site 133T850HKSKEDVTVSPSQEI
Site 134S852SKEDVTVSPSQEINA
Site 135S854EDVTVSPSQEINAPP
Site 136T867PPDENKRTPSPGPVE
Site 137S869DENKRTPSPGPVESK
Site 138S875PSPGPVESKFLERAG
Site 139S885LERAGDASAPRFNTE
Site 140T891ASAPRFNTEQIQYRD
Site 141Y896FNTEQIQYRDSREIN
Site 142S899EQIQYRDSREINAVV
Site 143T907REINAVVTPERRPTS
Site 144T913VTPERRPTSSPRPTS
Site 145S914TPERRPTSSPRPTSS
Site 146S915PERRPTSSPRPTSSE
Site 147T919PTSSPRPTSSELLRS
Site 148S920TSSPRPTSSELLRSH
Site 149S921SSPRPTSSELLRSHS
Site 150S926TSSELLRSHSTDRRV
Site 151S928SELLRSHSTDRRVYS
Site 152T929ELLRSHSTDRRVYSR
Site 153Y934HSTDRRVYSRFEPFC
Site 154S935STDRRVYSRFEPFCK
Site 155S946PFCKIESSIQPTSNM
Site 156S951ESSIQPTSNMPNTSI
Site 157T956PTSNMPNTSINRPEI
Site 158S957TSNMPNTSINRPEIK
Site 159S965INRPEIKSATMGNSY
Site 160T967RPEIKSATMGNSYGR
Site 161S971KSATMGNSYGRSSPL
Site 162Y972SATMGNSYGRSSPLL
Site 163S975MGNSYGRSSPLLNYN
Site 164S976GNSYGRSSPLLNYNT
Site 165Y981RSSPLLNYNTGVYRS
Site 166T983SPLLNYNTGVYRSYQ
Site 167Y986LNYNTGVYRSYQPNE
Site 168Y989NTGVYRSYQPNENKF
 
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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