PhosphoNET

           
Protein Info 
   
Short Name:  DNMT1
Full Name:  DNA (cytosine-5)-methyltransferase 1
Alias:  CXXC9; CXXC-type zinc finger protein 9; DNA (cytosine-5-)-methyltransferase 1; DNA methyltransferase HsaI; DNA MTase HsaI; DNMT; MCMT
Type:  Cell development/differentiation; Amino Acid Metabolism - cysteine and methionine; Transcription regulation; Methyltransferase; EC 2.1.1.37
Mass (Da):  183165
Number AA:  1616
UniProt ID:  P26358
International Prot ID:  IPI00031519
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005634     Uniprot OncoNet
Molecular Function:  GO:0003886  GO:0003677  GO:0008134 PhosphoSite+ KinaseNET
Biological Process:  GO:0016568  GO:0010216  GO:0051573 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 1S19TLAVPAISLPDDVRR
Site 2S35LKDLERDSLTEKECV
Site 3T55LLHEFLQTEIKNQLC
Site 4T66NQLCDLETKLRKEEL
Site 5S74KLRKEELSEEGYLAK
Site 6Y78EELSEEGYLAKVKSL
Site 7S84GYLAKVKSLLNKDLS
Site 8S91SLLNKDLSLENGAHA
Site 9Y99LENGAHAYNREVNGR
Site 10S115ENGNQARSEARRVGM
Site 11S127VGMADANSPPKPLSK
Site 12S133NSPPKPLSKPRTPRR
Site 13T137KPLSKPRTPRRSKSD
Site 14S141KPRTPRRSKSDGEAK
Site 15S143RTPRRSKSDGEAKPE
Site 16S152GEAKPEPSPSPRITR
Site 17S154AKPEPSPSPRITRKS
Site 18T158PSPSPRITRKSTRQT
Site 19S161SPRITRKSTRQTTIT
Site 20T162PRITRKSTRQTTITS
Site 21T165TRKSTRQTTITSHFA
Site 22T166RKSTRQTTITSHFAK
Site 23T168STRQTTITSHFAKGP
Site 24S169TRQTTITSHFAKGPA
Site 25S184KRKPQEESERAKSDE
Site 26S189EESERAKSDESIKEE
Site 27S192ERAKSDESIKEEDKD
Site 28T208DEKRRRVTSRERVAR
Site 29S209EKRRRVTSRERVARP
Site 30S227EEPERAKSGTRTEKE
Site 31T231RAKSGTRTEKEEERD
Site 32S247KEEKRLRSQTKEPTP
Site 33T249EKRLRSQTKEPTPKQ
Site 34T253RSQTKEPTPKQKLKE
Site 35S288KDEKKHRSQPKDLAA
Site 36S312EKVNPQISDEKDEDE
Site 37T327KEEKRRKTTPKEPTE
Site 38T328EEKRRKTTPKEPTEK
Site 39T342KKMARAKTVMNSKTH
Site 40S346RAKTVMNSKTHPPKC
Site 41T348KTVMNSKTHPPKCIQ
Site 42Y359KCIQCGQYLDDPDLK
Site 43Y367LDDPDLKYGQHPPDA
Site 44T382VDEPQMLTNEKLSIF
Site 45S394SIFDANESGFESYEA
Site 46S398ANESGFESYEALPQH
Site 47Y399NESGFESYEALPQHK
Site 48S436KNIELFFSGSAKPIY
Site 49S438IELFFSGSAKPIYDD
Site 50Y443SGSAKPIYDDDPSLE
Site 51S448PIYDDDPSLEGGVNG
Site 52S492EYILMDPSPEYAPIF
Site 53S509MQEKIYISKIVVEFL
Site 54S518IVVEFLQSNSDSTYE
Site 55S520VEFLQSNSDSTYEDL
Site 56S522FLQSNSDSTYEDLIN
Site 57T523LQSNSDSTYEDLINK
Site 58Y524QSNSDSTYEDLINKI
Site 59T534LINKIETTVPPSGLN
Site 60S538IETTVPPSGLNLNRF
Site 61T546GLNLNRFTEDSLLRH
Site 62S549LNRFTEDSLLRHAQF
Site 63S563FVVEQVESYDEAGDS
Site 64Y564VVEQVESYDEAGDSD
Site 65S570SYDEAGDSDEQPIFL
Site 66T591LIKLAGVTLGQRRAQ
Site 67T603RAQARRQTIRHSTRE
Site 68S607RRQTIRHSTREKDRG
Site 69T608RQTIRHSTREKDRGP
Site 70T616REKDRGPTKATTTKL
Site 71S679DMVKFGGSGRSKQAC
Site 72S714DNIPEMPSPKKMHQG
Site 73S732KQNKNRISWVGEAVK
Site 74T740WVGEAVKTDGKKSYY
Site 75Y746KTDGKKSYYKKVCID
Site 76S771SVIPDDSSKPLYLAR
Site 77Y775DDSSKPLYLARVTAL
Site 78T780PLYLARVTALWEDSS
Site 79S826ECEDMQLSYIHSKVK
Site 80Y836HSKVKVIYKAPSENW
Site 81S853EGGMDPESLLEGDDG
Site 82Y863EGDDGKTYFYQLWYD
Site 83Y865DDGKTYFYQLWYDQD
Site 84Y873QLWYDQDYARFESPP
Site 85S878QDYARFESPPKTQPT
Site 86T882RFESPPKTQPTEDNK
Site 87S919EQLEDLDSRVLYYSA
Site 88Y923DLDSRVLYYSATKNG
Site 89S925DSRVLYYSATKNGIL
Site 90T927RVLYYSATKNGILYR
Site 91Y933ATKNGILYRVGDGVY
Site 92Y940YRVGDGVYLPPEAFT
Site 93T947YLPPEAFTFNIKLSS
Site 94S953FTFNIKLSSPVKRPR
Site 95S954TFNIKLSSPVKRPRK
Site 96Y969EPVDEDLYPEHYRKY
Site 97Y973EDLYPEHYRKYSDYI
Site 98Y976YPEHYRKYSDYIKGS
Site 99S977PEHYRKYSDYIKGSN
Site 100Y979HYRKYSDYIKGSNLD
Site 101S983YSDYIKGSNLDAPEP
Site 102S1005EIFCPKKSNGRPNET
Site 103Y1022KIRVNKFYRPENTHK
Site 104T1027KFYRPENTHKSTPAS
Site 105S1030RPENTHKSTPASYHA
Site 106T1031PENTHKSTPASYHAD
Site 107S1034THKSTPASYHADINL
Site 108Y1043HADINLLYWSDEEAV
Site 109S1045DINLLYWSDEEAVVD
Site 110T1061KAVQGRCTVEYGEDL
Site 111Y1064QGRCTVEYGEDLPEC
Site 112Y1075LPECVQVYSMGGPNR
Site 113Y1084MGGPNRFYFLEAYNA
Site 114Y1089RFYFLEAYNAKSKSF
Site 115S1093LEAYNAKSKSFEDPP
Site 116S1095AYNAKSKSFEDPPNH
Site 117S1105DPPNHARSPGNKGKG
Site 118S1122KGKGKPKSQACEPSE
Site 119S1128KSQACEPSEPEIEIK
Site 120S1152FSGCGGLSEGFHQAG
Site 121S1184FRLNNPGSTVFTEDC
Site 122T1204LVMAGETTNSRGQRL
Site 123S1206MAGETTNSRGQRLPQ
Site 124S1237SGMNRFNSRTYSKFK
Site 125T1239MNRFNSRTYSKFKNS
Site 126Y1240NRFNSRTYSKFKNSL
Site 127S1241RFNSRTYSKFKNSLV
Site 128S1246TYSKFKNSLVVSFLS
Site 129S1250FKNSLVVSFLSYCDY
Site 130Y1254LVVSFLSYCDYYRPR
Site 131Y1257SFLSYCDYYRPRFFL
Site 132S1273ENVRNFVSFKRSMVL
Site 133T1309GQYGVAQTRRRAIIL
Site 134S1342APRACQLSVVVDDKK
Site 135S1352VDDKKFVSNITRLSS
Site 136S1358VSNITRLSSGPFRTI
Site 137S1359SNITRLSSGPFRTIT
Site 138T1364LSSGPFRTITVRDTM
Site 139T1366SGPFRTITVRDTMSD
Site 140T1370RTITVRDTMSDLPEV
Site 141S1372ITVRDTMSDLPEVRN
Site 142S1394SYNGEPQSWFQRQLR
Site 143Y1405RQLRGAQYQPILRDH
Site 144S1418DHICKDMSALVAARM
Site 145S1434HIPLAPGSDWRDLPN
Site 146S1447PNIEVRLSDGTMARK
Site 147T1450EVRLSDGTMARKLRY
Site 148T1458MARKLRYTHHDRKNG
Site 149S1467HDRKNGRSSSGALRG
Site 150S1468DRKNGRSSSGALRGV
Site 151S1469RKNGRSSSGALRGVC
Site 152Y1514HNHWAGLYGRLEWDG
Site 153T1526WDGFFSTTVTNPEPM
Site 154T1528GFFSTTVTNPEPMGK
Site 155S1549PEQHRVVSVRECARS
Site 156S1556SVRECARSQGFPDTY
Site 157T1562RSQGFPDTYRLFGNI
Site 158Y1563SQGFPDTYRLFGNIL
Site 159S1603MLAKARESASAKIKE
Site 160S1605AKARESASAKIKEEE
 
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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