PhosphoNET

           
Protein Info 
   
Short Name:  CHD3
Full Name:  Chromodomain-helicase-DNA-binding protein 3
Alias:  ATP-dependent helicase CHD3; EC 3.6.1.-; HZFH; Mi-2 autoantigen 240 kDa protein; Mi2-alpha
Type:  Helicase; EC 3.6.1.-; DNA binding protein
Mass (Da):  226592
Number AA:  2000
UniProt ID:  Q12873
International Prot ID:  IPI00373870
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016581  GO:0000785   Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0004003  GO:0003677 PhosphoSite+ KinaseNET
Biological Process:  GO:0006333  GO:0016568  GO:0006357 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 1S21KNDQLRISFPPGLCW
Site 2S43DDIRLLPSALGVKKR
Site 3S73RKRKKRDSEEEFGSE
Site 4S79DSEEEFGSERDEYRE
Site 5Y84FGSERDEYREKSESG
Site 6S88RDEYREKSESGGSEY
Site 7S90EYREKSESGGSEYGT
Site 8S93EKSESGGSEYGTGPG
Site 9Y95SESGGSEYGTGPGRK
Site 10T97SGGSEYGTGPGRKRR
Site 11T115REKKEKKTKRRKKGE
Site 12S134QKQVEQKSSATLLLT
Site 13S135KQVEQKSSATLLLTW
Site 14S152EDVEHVFSEEDYHTL
Site 15Y156HVFSEEDYHTLTNYK
Site 16T158FSEEDYHTLTNYKAF
Site 17T160EEDYHTLTNYKAFSQ
Site 18Y162DYHTLTNYKAFSQFM
Site 19S197GAKWREFSANNPFKG
Site 20S237SATPIAPSGPPALPP
Site 21T260PPIRRAKTKEGKGPG
Site 22S272GPGHKRRSKSPRVPD
Site 23S274GHKRRSKSPRVPDGR
Site 24S308GKRKKGGSYVFQSDE
Site 25Y309KRKKGGSYVFQSDEG
Site 26S313GGSYVFQSDEGPEPE
Site 27S324PEPEAEESDLDSGSV
Site 28S328AEESDLDSGSVHSAS
Site 29S330ESDLDSGSVHSASGR
Site 30S333LDSGSVHSASGRPDG
Site 31S335SGSVHSASGRPDGPV
Site 32Y374GEEEVDGYETDHQDY
Site 33Y381YETDHQDYCEVCQQG
Site 34Y439AKEEEEEYEEEGEEE
Site 35Y458EEDDHMEYCRVCKDG
Site 36S546PRPLQGRSEREFFVK
Site 37Y578EIFHLVMYRNYQRKN
Site 38Y581HLVMYRNYQRKNDMD
Site 39Y595DEPPPLDYGSGEDDG
Site 40S597PPPLDYGSGEDDGKS
Site 41S604SGEDDGKSDKRKVKD
Site 42Y614RKVKDPHYAEMEEKY
Site 43Y621YAEMEEKYYRFGIKP
Site 44Y622AEMEEKYYRFGIKPE
Site 45Y647SVDKKGNYHYLVKWR
Site 46Y649DKKGNYHYLVKWRDL
Site 47Y658VKWRDLPYDQSTWEE
Site 48S661RDLPYDQSTWEEDEM
Site 49Y673DEMNIPEYEEHKQSY
Site 50Y680YEEHKQSYWRHRELI
Site 51Y698DPAQPRKYKKKKKEL
Site 52S712LQGDGPPSSPTNDPT
Site 53S713QGDGPPSSPTNDPTV
Site 54T715DGPPSSPTNDPTVKY
Site 55T719SSPTNDPTVKYETQP
Site 56Y722TNDPTVKYETQPRFI
Site 57T730ETQPRFITATGGTLH
Site 58T732QPRFITATGGTLHMY
Site 59Y739TGGTLHMYQLEGLNW
Site 60T757SWAQGTDTILADEMG
Site 61S777QTIVFLYSLYKEGHT
Site 62Y779IVFLYSLYKEGHTKG
Site 63T784SLYKEGHTKGPFLVS
Site 64Y812QMWAPKFYVVTYTGD
Site 65S822TYTGDKDSRAIIREN
Site 66S832IIRENEFSFEDNAIK
Site 67T866LTSYELITIDQAALG
Site 68S874IDQAALGSIRWACLV
Site 69T911IDHKLLLTGTPLQNN
Site 70T913HKLLLTGTPLQNNLE
Site 71T930FHLLNFLTPERFNNL
Site 72S948LEEFADISKEDQIKK
Site 73S989LIVRVELSPMQKKYY
Site 74Y995LSPMQKKYYKYILTR
Site 75Y996SPMQKKYYKYILTRN
Site 76S1009RNFEALNSRGGGNQV
Site 77S1017RGGGNQVSLLNIMMD
Site 78Y1050PKLPSGAYEGGALIK
Site 79Y1098LLEDFLDYEGYKYER
Site 80Y1103LDYEGYKYERIDGGI
Site 81T1186VMIYRFVTRASVEER
Site 82S1189YRFVTRASVEERITQ
Site 83T1195ASVEERITQVAKRKM
Site 84T1205AKRKMMLTHLVVRPG
Site 85S1215VVRPGLGSKAGSMSK
Site 86S1219GLGSKAGSMSKQELD
Site 87S1221GSKAGSMSKQELDDI
Site 88S1251ENKEEDSSVIHYDNE
Site 89Y1255EDSSVIHYDNEAIAR
Site 90T1271LDRNQDATEDTDVQN
Site 91Y1282DVQNMNEYLSSFKVA
Site 92Y1291SSFKVAQYVVREEDK
Site 93Y1317EENVDPDYWEKLLRH
Site 94Y1326EKLLRHHYEQQQEDL
Site 95Y1349RVRKQVNYNDAAQED
Site 96S1361QEDQDNQSEYSVGSE
Site 97Y1363DQDNQSEYSVGSEEE
Site 98S1364QDNQSEYSVGSEEED
Site 99S1367QSEYSVGSEEEDEDF
Site 100S1384RPEGRRQSKRQLRNE
Site 101T1448VRDLRGKTEKEFKAY
Site 102Y1455TEKEFKAYVSLFMRH
Site 103S1471CEPGADGSETFADGV
Site 104T1473PGADGSETFADGVPR
Site 105S1484GVPREGLSRQQVLTR
Site 106S1522PELMPDPSADSKRSS
Site 107S1525MPDPSADSKRSSRAS
Site 108S1528PSADSKRSSRASSPT
Site 109S1529SADSKRSSRASSPTK
Site 110S1532SKRSSRASSPTKTSP
Site 111S1533SKRSSRASSPTKTSP
Site 112T1535SSRASSPTKTSPTTP
Site 113T1537RASSPTKTSPTTPEA
Site 114S1538ASSPTKTSPTTPEAS
Site 115T1541PTKTSPTTPEASATN
Site 116S1545SPTTPEASATNSPCT
Site 117T1547TTPEASATNSPCTSK
Site 118S1549PEASATNSPCTSKPA
Site 119T1552SATNSPCTSKPATPA
Site 120S1553ATNSPCTSKPATPAP
Site 121T1557PCTSKPATPAPSEKG
Site 122S1561KPATPAPSEKGEGIR
Site 123T1569EKGEGIRTPLEKEEA
Site 124T1595RIGEKMETEADAPSP
Site 125S1601ETEADAPSPAPSLGE
Site 126S1605DAPSPAPSLGERLEP
Site 127Y1634EMEPEPGYRGDREKS
Site 128S1641YRGDREKSATESTPG
Site 129T1643GDREKSATESTPGER
Site 130S1645REKSATESTPGERGE
Site 131T1646EKSATESTPGERGEE
Site 132S1694GPRDEPRSNGRREEK
Site 133T1702NGRREEKTEKPRFMF
Site 134S1733EERAAISSGKLNEIW
Site 135Y1757AGIVLHGYARWQDIQ
Site 136T1778IINEPFKTEANKGNF
Site 137Y1815EQLRRAAYLNLSQEP
Site 138S1819RAAYLNLSQEPAHPA
Site 139S1842EAECLAESHQHLSKE
Site 140S1847AESHQHLSKESLAGN
Site 141S1873NQLEELLSDMKADVT
Site 142T1880SDMKADVTRLPATLS
Site 143S1899IAARLQMSERSILSR
Site 144S1902RLQMSERSILSRLAS
Site 145S1905MSERSILSRLASKGT
Site 146S1909SILSRLASKGTEPHP
Site 147T1917KGTEPHPTPAYPPGP
Site 148Y1920EPHPTPAYPPGPYAT
Site 149Y1925PAYPPGPYATPPGYG
Site 150T1927YPPGPYATPPGYGAA
Site 151S1951AAAGANYSQMPAGSF
Site 152S1957YSQMPAGSFITAATN
 
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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