PhosphoNET

           
Protein Info 
   
Short Name:  KIAA0556
Full Name:  Uncharacterized protein KIAA0556
Alias:  K0556; LOC23247
Type:  Unknown function
Mass (Da):  180948
Number AA:  1618
UniProt ID:  O60303
International Prot ID:  IPI00030790
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 1S12TLRKAERSWSCSREK
Site 2S14RKAERSWSCSREKKE
Site 3S16AERSWSCSREKKEGY
Site 4T29GYAKDMVTDFDEKHD
Site 5Y38FDEKHDEYLILLQQR
Site 6S54RILKHLKSKDPVQLR
Site 7S70EHLEQGFSVYVNGAN
Site 8Y72LEQGFSVYVNGANSE
Site 9S78VYVNGANSELKSSPR
Site 10S82GANSELKSSPRKAIH
Site 11S83ANSELKSSPRKAIHS
Site 12S90SPRKAIHSDFSRSAS
Site 13S93KAIHSDFSRSASHTE
Site 14S97SDFSRSASHTEGTHD
Site 15T99FSRSASHTEGTHDYG
Site 16Y105HTEGTHDYGRRTLFR
Site 17T109THDYGRRTLFREAEE
Site 18S121AEEALRRSSRTAPSK
Site 19S122EEALRRSSRTAPSKV
Site 20T124ALRRSSRTAPSKVQR
Site 21S127RSSRTAPSKVQRRGW
Site 22S138RRGWHQKSVQIRTEA
Site 23Y157HIEPPVDYSDDFELC
Site 24S158IEPPVDYSDDFELCG
Site 25T168FELCGDVTLQANNTS
Site 26S185RPQELRRSLELSVNL
Site 27S189LRRSLELSVNLQRKQ
Site 28S200QRKQKDCSSDEYDSI
Site 29S201RKQKDCSSDEYDSIE
Site 30Y204KDCSSDEYDSIEEDI
Site 31S206CSSDEYDSIEEDILS
Site 32S213SIEEDILSEPEPEDP
Site 33S233PRHDRPPSSGDWTQK
Site 34S234RHDRPPSSGDWTQKD
Site 35T238PPSSGDWTQKDVHGE
Site 36T248DVHGEQETEGRSSPG
Site 37S253QETEGRSSPGPDTLV
Site 38T258RSSPGPDTLVVLEFN
Site 39S268VLEFNPASKSHKRER
Site 40S270EFNPASKSHKRERNL
Site 41S278HKRERNLSAKRKDNA
Site 42T298TKPEPNLTPQAPAVF
Site 43S313PDQERMCSRPGSRRE
Site 44S317RMCSRPGSRRERPLS
Site 45S324SRRERPLSATRKTLC
Site 46T326RERPLSATRKTLCEA
Site 47T329PLSATRKTLCEAEYP
Site 48Y335KTLCEAEYPEEDASA
Site 49S341EYPEEDASAVLQAIQ
Site 50S368RKAEQPASPLQDAEG
Site 51S383PPAKPWTSLLEEKEE
Site 52T391LLEEKEETLELLPIT
Site 53T403PITTATTTQEPAGAA
Site 54S443KVLQAVESDSAHLGR
Site 55S453AHLGRVVSPTKEQVS
Site 56T455LGRVVSPTKEQVSDT
Site 57S460SPTKEQVSDTEDKQR
Site 58T462TKEQVSDTEDKQRMR
Site 59T506EFFDLNDTKLYVSPH
Site 60Y509DLNDTKLYVSPHDVD
Site 61S511NDTKLYVSPHDVDIR
Site 62T520HDVDIRNTATPGELG
Site 63T522VDIRNTATPGELGRL
Site 64S540NLAGKKDSSPWTCPF
Site 65S541LAGKKDSSPWTCPFH
Site 66T544KKDSSPWTCPFHPPL
Site 67Y576AKIKVRNYWTADGDL
Site 68Y593GAKNVKLYVNRNLIF
Site 69S616REAPADHSILVDQKN
Site 70S626VDQKNEKSEQLEEAM
Site 71T643HSEESKGTHEMAGAS
Site 72S660KELGLGCSPPAETLA
Site 73T665GCSPPAETLADAKLS
Site 74S673LADAKLSSQGNVSGK
Site 75S678LSSQGNVSGKRKNST
Site 76S684VSGKRKNSTNCRKDS
Site 77T685SGKRKNSTNCRKDSL
Site 78S691STNCRKDSLSQLEEY
Site 79S693NCRKDSLSQLEEYLR
Site 80Y698SLSQLEEYLRLSAVP
Site 81T706LRLSAVPTSMGDMPS
Site 82S707RLSAVPTSMGDMPSA
Site 83S713TSMGDMPSAPATSPP
Site 84T717DMPSAPATSPPVKCP
Site 85S718MPSAPATSPPVKCPP
Site 86S731PPVHEEPSLIQQLEN
Site 87T751ICEPPGKTPSWLQPS
Site 88S753EPPGKTPSWLQPSPT
Site 89S758TPSWLQPSPTGKDRK
Site 90T760SWLQPSPTGKDRKQG
Site 91S777KPKPLWLSPEKPLAW
Site 92S790AWKGRLPSDDVIGEG
Site 93T816RHEPGWGTSRSVNTK
Site 94S819PGWGTSRSVNTKERP
Site 95T830KERPQRATTKVHSDD
Site 96T831ERPQRATTKVHSDDS
Site 97S835RATTKVHSDDSDIFN
Site 98S838TKVHSDDSDIFNQPP
Site 99S852PNRERPASGRRGSRK
Site 100S857PASGRRGSRKDAGSS
Site 101S863GSRKDAGSSSHGDDQ
Site 102S865RKDAGSSSHGDDQPA
Site 103S873HGDDQPASREDTWSS
Site 104T877QPASREDTWSSRTPS
Site 105S879ASREDTWSSRTPSRS
Site 106S880SREDTWSSRTPSRSR
Site 107T882EDTWSSRTPSRSRWR
Site 108S884TWSSRTPSRSRWRSE
Site 109S886SSRTPSRSRWRSEQE
Site 110S890PSRSRWRSEQEHTLH
Site 111T895WRSEQEHTLHESWSS
Site 112S899QEHTLHESWSSLSAF
Site 113S901HTLHESWSSLSAFDR
Site 114S902TLHESWSSLSAFDRS
Site 115S904HESWSSLSAFDRSHR
Site 116S909SLSAFDRSHRGRISN
Site 117S915RSHRGRISNTELPGD
Site 118T917HRGRISNTELPGDIL
Site 119S932DELLQQKSSRHSDLP
Site 120S933ELLQQKSSRHSDLPP
Site 121S936QQKSSRHSDLPPSKK
Site 122S941RHSDLPPSKKGEQPG
Site 123S950KGEQPGLSRGQDGYS
Site 124Y956LSRGQDGYSGETDAG
Site 125S957SRGQDGYSGETDAGG
Site 126Y990STWGDRHYVGLNGIE
Site 127S1000LNGIEIFSSKGEPVQ
Site 128S1001NGIEIFSSKGEPVQI
Site 129Y1024DINILPAYGKDPRVV
Site 130T1032GKDPRVVTNLIDGVN
Site 131T1053HVWLAPFTRGRSHSI
Site 132S1057APFTRGRSHSITIDF
Site 133S1059FTRGRSHSITIDFTH
Site 134T1061RGRSHSITIDFTHPC
Site 135Y1078ALIRIWNYNKSRIHS
Site 136S1085YNKSRIHSFRGVKDI
Site 137S1110EGEIAKASGTLAGAP
Site 138T1112EIAKASGTLAGAPEH
Site 139S1149MFDLDVGSLDSLQDE
Site 140S1152LDVGSLDSLQDEEAM
Site 141S1163EEAMRRPSTADGEGD
Site 142T1164EAMRRPSTADGEGDE
Site 143T1175EGDERPFTQAGLGAD
Site 144S1192IPELELPSSSPVPQV
Site 145S1193PELELPSSSPVPQVT
Site 146S1194ELELPSSSPVPQVTT
Site 147T1200SSPVPQVTTPEPGIY
Site 148T1201SPVPQVTTPEPGIYH
Site 149S1251HLHQISASPRDLNEL
Site 150Y1261DLNELPEYSDDSRTL
Site 151S1262LNELPEYSDDSRTLD
Site 152T1267EYSDDSRTLDKLIDG
Site 153T1298PGLDHVVTIRLDRAE
Site 154S1306IRLDRAESIAGLRFW
Site 155Y1315AGLRFWNYNKSPEDT
Site 156S1318RFWNYNKSPEDTYRG
Site 157T1322YNKSPEDTYRGAKIV
Site 158Y1323NKSPEDTYRGAKIVH
Site 159S1383ARRLDMRSLECASMD
Site 160Y1415TSWGDPYYIGLTGLE
Site 161Y1424GLTGLELYDERGEKI
Site 162S1434RGEKIPLSENNIAAF
Site 163S1447AFPDSVNSLEGVGGD
Site 164T1457GVGGDVRTPDKLIDQ
Site 165Y1505SMIKLWNYAKTPHRG
Site 166T1508KLWNYAKTPHRGVKE
Site 167T1547ILPTCEPTVPYHTIL
Site 168Y1550TCEPTVPYHTILFTE
Site 169T1569RHQEKHTTISNQAED
Site 170S1596TNAKRKQSVVDPALR
Site 171T1606DPALRPKTCISEKET
 
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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