PhosphoNET

           
Protein Info 
   
Short Name:  ZNF536
Full Name:  Zinc finger protein 536
Alias: 
Type: 
Mass (Da):  141417
Number AA:  1300
UniProt ID:  O15090
International Prot ID: 
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 1S12SLCLGVSSAEPEAEP
Site 2S22PEAEPHLSGPVLNGQ
Site 3S41QKLHQITSQLSHAFP
Site 4S44HQITSQLSHAFPELH
Site 5S63PEEKPPASLEEKAHV
Site 6S73EKAHVPMSGQPMGSQ
Site 7S95LGREVDTSLNGRVDL
Site 8S115GQNLGIMSQMSDIED
Site 9S118LGIMSQMSDIEDDAR
Site 10Y130DARKNRKYPCPLCGK
Site 11S143GKRFRFNSILSLHMR
Site 12T151ILSLHMRTHTGEKPF
Site 13T153SLHMRTHTGEKPFKC
Site 14Y162EKPFKCPYCDHRAAQ
Site 15S247LALQANHSVPDVAHP
Site 16S257DVAHPVPSPKPASVQ
Site 17S262VPSPKPASVQEDAVA
Site 18T277PAAGFRCTFCKGKFK
Site 19S310TLCDFAASQEEELIS
Site 20S317SQEEELISHVEKAHI
Site 21S341PNGGGEQSANEFRCE
Site 22S400KVHLNKLSVKNKSPS
Site 23S405KLSVKNKSPSDPEVP
Site 24S407SVKNKSPSDPEVPVP
Site 25S419PVPMGGMSQEAHANL
Site 26Y427QEAHANLYSRYLSCL
Site 27S428EAHANLYSRYLSCLQ
Site 28Y430HANLYSRYLSCLQSG
Site 29S432NLYSRYLSCLQSGFM
Site 30S436RYLSCLQSGFMTPDK
Site 31T440CLQSGFMTPDKAGLS
Site 32S447TPDKAGLSEPSQLYG
Site 33Y453LSEPSQLYGKGELPM
Site 34S487VPEGDKHSLLGCLNL
Site 35S500NLVPPLKSSCIERLQ
Site 36Y521EMDPVNSYQAWQLMA
Site 37S539AMEHGFLSKEHPLQR
Site 38T551LQRNHEDTLANAGVL
Site 39Y566FDKEKREYVLVGADG
Site 40T586PADLVHSTKVGSQRD
Site 41S590VHSTKVGSQRDLPSK
Site 42S596GSQRDLPSKLDPLES
Site 43S603SKLDPLESSRDFLSH
Site 44S604KLDPLESSRDFLSHG
Site 45S609ESSRDFLSHGLNQTL
Site 46T615LSHGLNQTLEYNLQG
Site 47Y618GLNQTLEYNLQGPGN
Site 48T631GNMKEKPTECPDCGR
Site 49Y643CGRVFRTYHQVVVHS
Site 50S674GLDERRGSGSDQESQ
Site 51S676DERRGSGSDQESQSV
Site 52S680GSGSDQESQSVSRST
Site 53S682GSDQESQSVSRSTTP
Site 54S684DQESQSVSRSTTPGS
Site 55S686ESQSVSRSTTPGSSN
Site 56T687SQSVSRSTTPGSSNV
Site 57T688QSVSRSTTPGSSNVT
Site 58S691SRSTTPGSSNVTEES
Site 59S692RSTTPGSSNVTEESG
Site 60T695TPGSSNVTEESGVGG
Site 61S698SSNVTEESGVGGGLS
Site 62S705SGVGGGLSQTGSAQE
Site 63S709GGLSQTGSAQEDSPH
Site 64S714TGSAQEDSPHPSSPS
Site 65S718QEDSPHPSSPSSSDI
Site 66S719EDSPHPSSPSSSDIG
Site 67S721SPHPSSPSSSDIGEE
Site 68S722PHPSSPSSSDIGEEA
Site 69S723HPSSPSSSDIGEEAG
Site 70S732IGEEAGRSAGVQQPA
Site 71S745PALLRDRSLGSAMKD
Site 72Y755SAMKDCPYCGKTFRT
Site 73T774KVHLRIHTGEKPYKC
Site 74Y779IHTGEKPYKCPHCDY
Site 75Y786YKCPHCDYAGTQSAS
Site 76T789PHCDYAGTQSASLKY
Site 77S793YAGTQSASLKYHLER
Site 78S813QNGAGPLSGQPPNQD
Site 79S826QDHKDEMSSKASLFI
Site 80S827DHKDEMSSKASLFIR
Site 81S830DEMSSKASLFIRPDI
Site 82S856DFRGGPASQQWTSGV
Site 83T860GPASQQWTSGVLSSG
Site 84S861PASQQWTSGVLSSGD
Site 85S865QWTSGVLSSGDHSGQ
Site 86S866WTSGVLSSGDHSGQA
Site 87S870VLSSGDHSGQATGMS
Site 88T874GDHSGQATGMSSEVP
Site 89S877SGQATGMSSEVPSDA
Site 90S878GQATGMSSEVPSDAL
Site 91S882GMSSEVPSDALKGTD
Site 92T888PSDALKGTDLPSKST
Site 93S892LKGTDLPSKSTHFSE
Site 94S894GTDLPSKSTHFSEIG
Site 95S898PSKSTHFSEIGRAYQ
Site 96Y904FSEIGRAYQSIVSNG
Site 97S906EIGRAYQSIVSNGVN
Site 98S917NGVNFQGSLQAFMDS
Site 99S928FMDSFVLSSLKKEKD
Site 100S946KALADPPSMKVHGVD
Site 101S960DGGEEKPSGKSSQRK
Site 102S963EEKPSGKSSQRKSEK
Site 103S964EKPSGKSSQRKSEKS
Site 104S968GKSSQRKSEKSQYEP
Site 105S971SQRKSEKSQYEPLDL
Site 106Y973RKSEKSQYEPLDLSV
Site 107S979QYEPLDLSVRPDAAS
Site 108S986SVRPDAASLPGSSVT
Site 109S990DAASLPGSSVTVQDS
Site 110T1034KAKRKDNTIGVTVNC
Site 111T1038KDNTIGVTVNCKDQA
Site 112S1049KDQAREASKMALLPS
Site 113S1056SKMALLPSLQSNKDL
Site 114S1059ALLPSLQSNKDLGLS
Site 115S1066SNKDLGLSNMISSLD
Site 116S1071GLSNMISSLDSASEK
Site 117S1074NMISSLDSASEKMAQ
Site 118S1076ISSLDSASEKMAQGQ
Site 119S1093ETLGEQKSGAWTGHV
Site 120T1097EQKSGAWTGHVDPAF
Site 121Y1112CNFPSDFYKQFGVYP
Site 122S1128MVGSGASSSCPNKEP
Site 123S1129VGSGASSSCPNKEPD
Site 124S1141EPDGKAHSEEDVPIL
Site 125T1152VPILIPETTSKNTTD
Site 126T1158ETTSKNTTDDLSDIA
Site 127S1162KNTTDDLSDIASSED
Site 128S1166DDLSDIASSEDMDSS
Site 129S1167DLSDIASSEDMDSSK
Site 130S1172ASSEDMDSSKGENND
Site 131S1173SSEDMDSSKGENNDE
Site 132T1185NDEEDVETEPEMMTK
Site 133S1195EMMTKPLSALSKDSS
Site 134S1198TKPLSALSKDSSSDG
Site 135S1201LSALSKDSSSDGGDS
Site 136S1202SALSKDSSSDGGDSL
Site 137S1203ALSKDSSSDGGDSLQ
Site 138S1208SSSDGGDSLQPTGTS
Site 139T1212GGDSLQPTGTSQPVQ
Site 140T1214DSLQPTGTSQPVQGL
Site 141S1215SLQPTGTSQPVQGLV
Site 142S1223QPVQGLVSPLSQAPE
Site 143S1226QGLVSPLSQAPEKQW
Site 144S1235APEKQWHSQGLLQAQ
Site 145S1257KPERGPQSLDKPMNM
Site 146S1266DKPMNMLSVLRAYSS
Site 147S1289LASSTANSGCIKRPD
 
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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