PhosphoNET

           
Protein Info 
   
Short Name:  ZNF236
Full Name:  Zinc finger protein 236
Alias:  Regulated by glucose; ZN236; ZNF236A; ZNF236B
Type: 
Mass (Da):  203660
Number AA:  1845
UniProt ID:  Q9UL36
International Prot ID:  IPI00007777
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003700  GO:0008270   PhosphoSite+ KinaseNET
Biological Process:  GO:0006355  GO:0006350   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 1Y29LNAENTNYAYQVPNF
Site 2Y31AENTNYAYQVPNFHK
Site 3S45KCEICLLSFPKESQF
Site 4S50LLSFPKESQFQRHMR
Site 5T87NLTLHKCTHSGEDPT
Site 6S89TLHKCTHSGEDPTCP
Site 7T94THSGEDPTCPVCNKK
Site 8S103PVCNKKFSRVASLKA
Site 9S124KEENLICSECGDEFT
Site 10T131SECGDEFTLQSQLAV
Site 11S134GDEFTLQSQLAVHME
Site 12S165CKKEFETSSELKEHM
Site 13S166KKEFETSSELKEHMK
Site 14T174ELKEHMKTHYKIRVS
Site 15Y176KEHMKTHYKIRVSST
Site 16S181THYKIRVSSTRSYNR
Site 17S182HYKIRVSSTRSYNRN
Site 18S185IRVSSTRSYNRNIDR
Site 19Y186RVSSTRSYNRNIDRS
Site 20Y197IDRSGFTYSCPHCGK
Site 21T205SCPHCGKTFQKPSQL
Site 22S210GKTFQKPSQLTRHIR
Site 23T220TRHIRIHTGERPFKC
Site 24S228GERPFKCSECGKAFN
Site 25S263AFCPAAFSQKGNLQS
Site 26S270SQKGNLQSHVQRVHS
Site 27S277SHVQRVHSEVKNGPT
Site 28Y285EVKNGPTYNCTECSC
Site 29S296ECSCVFKSLGSLNTH
Site 30T302KSLGSLNTHISKMHM
Site 31S315HMGGPQNSTSSTETA
Site 32S317GGPQNSTSSTETAHV
Site 33T319PQNSTSSTETAHVLT
Site 34T321NSTSSTETAHVLTAT
Site 35T343QQTEAQATSASSQPS
Site 36S344QTEAQATSASSQPSS
Site 37S346EAQATSASSQPSSQA
Site 38S347AQATSASSQPSSQAV
Site 39S350TSASSQPSSQAVSDV
Site 40S351SASSQPSSQAVSDVI
Site 41S355QPSSQAVSDVIQQLL
Site 42S365IQQLLELSEPAPVES
Site 43S372SEPAPVESGQSPQPG
Site 44S375APVESGQSPQPGQQL
Site 45S383PQPGQQLSITVGINQ
Site 46T385PGQQLSITVGINQDI
Site 47S400LQQALENSGLSSIPA
Site 48S404LENSGLSSIPAAAHP
Site 49S414AAAHPNDSCHAKTSA
Site 50S431AQNPDVSSVSNEQTD
Site 51T437SSVSNEQTDPTDAEQ
Site 52T440SNEQTDPTDAEQEKE
Site 53S450EQEKEQESPEKLDKK
Site 54S466KKMIKKKSPFLPGSI
Site 55S472KSPFLPGSIREENGV
Site 56S495AKEFRKPSDLVRHIR
Site 57T505VRHIRIHTHEKPFKC
Site 58Y542IKAFKCQYCMKSFST
Site 59S546KCQYCMKSFSTSGSL
Site 60S548QYCMKSFSTSGSLKV
Site 61S552KSFSTSGSLKVHIRL
Site 62T583RTSGHRKTHIASHFK
Site 63T611AKVRVGKTNVPVPDI
Site 64S643PKNQFFQSYFNNNFV
Site 65Y644KNQFFQSYFNNNFVN
Site 66Y657VNEADRPYKCFYCHR
Site 67Y661DRPYKCFYCHRAYKK
Site 68T680KQHIRSHTGEKPFKC
Site 69S688GEKPFKCSQCGRGFV
Site 70T708KAHIRTHTGLKSFKC
Site 71S727GAFTTGGSLRRHMGI
Site 72Y741IHNDLRPYMCPYCQK
Site 73Y745LRPYMCPYCQKTFKT
Site 74T762NCKKHMKTHRYELAQ
Site 75S779QQHQQAASIDDSTVD
Site 76S783QAASIDDSTVDQQSM
Site 77T784AASIDDSTVDQQSMQ
Site 78S789DSTVDQQSMQASTQM
Site 79S793DQQSMQASTQMQVEI
Site 80T808ESDELPQTAEVVAAN
Site 81S869VDQFEEQSPAQQSFE
Site 82S874EQSPAQQSFEPAGLP
Site 83T885AGLPQGFTVTDTYHQ
Site 84Y890GFTVTDTYHQQPQFP
Site 85S905PVQQLQDSSTLESQA
Site 86S906VQQLQDSSTLESQAL
Site 87T907QQLQDSSTLESQALS
Site 88S910QDSSTLESQALSTSF
Site 89S914TLESQALSTSFHQQS
Site 90S916ESQALSTSFHQQSLL
Site 91S921STSFHQQSLLQAPSS
Site 92S927QSLLQAPSSDGMNVT
Site 93S928SLLQAPSSDGMNVTT
Site 94T934SSDGMNVTTRLIQES
Site 95S941TTRLIQESSQEELDL
Site 96S942TRLIQESSQEELDLQ
Site 97S953LDLQAQGSQFLEDNE
Site 98S963LEDNEDQSRRSYRCD
Site 99Y967EDQSRRSYRCDYCNK
Site 100Y971RRSYRCDYCNKGFKK
Site 101T990KQHVRSHTGEKPYKC
Site 102Y995SHTGEKPYKCKLCGR
Site 103S1007CGRGFVSSGVLKSHE
Site 104S1012VSSGVLKSHEKTHTG
Site 105T1016VLKSHEKTHTGVKAF
Site 106T1018KSHEKTHTGVKAFSC
Site 107T1033SVCNASFTTNGSLTR
Site 108S1037ASFTTNGSLTRHMAT
Site 109Y1051THMSMKPYKCPFCEE
Site 110T1075KHMKRHQTVPSAVSA
Site 111S1078KRHQTVPSAVSATGE
Site 112S1100MEEEEEHSDRNASRK
Site 113S1105EHSDRNASRKSRPEV
Site 114S1108DRNASRKSRPEVITF
Site 115T1114KSRPEVITFTEEETA
Site 116S1131AKIRPQESATVSEKV
Site 117T1133IRPQESATVSEKVLV
Site 118S1135PQESATVSEKVLVQS
Site 119S1150AAEKDRISELRDKQA
Site 120Y1171KHANCCTYCPKSFKK
Site 121S1180PKSFKKPSDLVRHVR
Site 122T1190VRHVRIHTGEKPYKC
Site 123Y1195IHTGEKPYKCDECGK
Site 124S1203KCDECGKSFTVKSTL
Site 125S1208GKSFTVKSTLDCHVK
Site 126S1233HVCSNAFSTKGSLKV
Site 127S1237NAFSTKGSLKVHMRL
Site 128T1246KVHMRLHTGAKPFKC
Site 129T1262HCELRFRTSGRRKTH
Site 130S1263CELRFRTSGRRKTHM
Site 131T1268RTSGRRKTHMQFHYK
Site 132T1286KKARKPMTRSSSEGL
Site 133S1288ARKPMTRSSSEGLQP
Site 134S1289RKPMTRSSSEGLQPV
Site 135S1290KPMTRSSSEGLQPVN
Site 136S1301QPVNLLNSSSTDPNV
Site 137S1302PVNLLNSSSTDPNVF
Site 138T1410NLLAQQLTGEPGLAP
Site 139S1420PGLAPQNSSLQTSDS
Site 140S1421GLAPQNSSLQTSDST
Site 141T1424PQNSSLQTSDSTVPA
Site 142S1425QNSSLQTSDSTVPAS
Site 143S1427SSLQTSDSTVPASVV
Site 144T1453TVTSANLTIGPLSEQ
Site 145S1458NLTIGPLSEQDSVLT
Site 146S1462GPLSEQDSVLTTNSS
Site 147T1465SEQDSVLTTNSSGTQ
Site 148T1466EQDSVLTTNSSGTQD
Site 149S1469SVLTTNSSGTQDLTQ
Site 150T1475SSGTQDLTQVMTSQG
Site 151S1480DLTQVMTSQGLVSPS
Site 152S1485MTSQGLVSPSGGPHE
Site 153S1487SQGLVSPSGGPHEIT
Site 154T1494SGGPHEITLTINNSS
Site 155T1496GPHEITLTINNSSLS
Site 156T1513LAQAAGPTATSSSGS
Site 157S1516AAGPTATSSSGSPQE
Site 158S1517AGPTATSSSGSPQEI
Site 159S1518GPTATSSSGSPQEIT
Site 160S1520TATSSSGSPQEITLT
Site 161T1525SGSPQEITLTISELN
Site 162T1527SPQEITLTISELNTT
Site 163S1529QEITLTISELNTTSG
Site 164T1533LTISELNTTSGSLPS
Site 165T1534TISELNTTSGSLPST
Site 166S1535ISELNTTSGSLPSTT
Site 167S1537ELNTTSGSLPSTTPT
Site 168S1540TTSGSLPSTTPTSPS
Site 169T1541TSGSLPSTTPTSPSA
Site 170T1542SGSLPSTTPTSPSAI
Site 171T1544SLPSTTPTSPSAIST
Site 172S1545LPSTTPTSPSAISTQ
Site 173S1547STTPTSPSAISTQNL
Site 174S1550PTSPSAISTQNLVMS
Site 175T1551TSPSAISTQNLVMSS
Site 176S1557STQNLVMSSSGVGGD
Site 177S1559QNLVMSSSGVGGDAS
Site 178T1586SGGLDTVTLNITSQG
Site 179T1601QQFPALLTDPSLSGQ
Site 180S1604PALLTDPSLSGQGGA
Site 181S1606LLTDPSLSGQGGAGS
Site 182S1620SPQVILVSHTPQSAS
Site 183S1625LVSHTPQSASAACEE
Site 184T1699RKAFKRATHLKEHMQ
Site 185T1707HLKEHMQTHQAGPSL
Site 186S1713QTHQAGPSLSSQKPR
Site 187S1716QAGPSLSSQKPRVFK
Site 188T1726PRVFKCDTCEKAFAK
Site 189S1735EKAFAKPSQLERHSR
Site 190S1741PSQLERHSRIHTGER
Site 191T1745ERHSRIHTGERPFHC
Site 192S1763EKAFNQKSALQVHMK
Site 193Y1778KHTGERPYKCAYCVM
Site 194Y1782ERPYKCAYCVMGFTQ
Site 195S1802LHMKRAHSYAGALQE
Site 196S1822EQDGEELSRTLHLEE
Site 197T1824DGEELSRTLHLEEVV
 
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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