PhosphoNET

           
Protein Info 
   
Short Name:  SETDB1
Full Name:  Histone-lysine N-methyltransferase SETDB1
Alias:  ERG-associated protein with SET domain; ESET; H3-K9-HMTase 4; Histone H3-K9 methyltransferase 4; KG1T; KIAA0067; KMT1E; SET domain bifurcated 1; SET domain, bifurcated 1; SETB1
Type:  Amino Acid Metabolism - lysine degradation; EC 2.1.1.43; Methyltransferase
Mass (Da):  143157
Number AA:  1291
UniProt ID:  Q15047
International Prot ID:  IPI00018321
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005794  GO:0005694  GO:0005634 Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0018024  GO:0005515 PhosphoSite+ KinaseNET
Biological Process:  GO:0016568  GO:0045449  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 1S86DQLFDDASRAVTNCE
Site 2T90DDASRAVTNCESLVK
Site 3S94RAVTNCESLVKDFYS
Site 4Y100ESLVKDFYSKLGLQY
Site 5S101SLVKDFYSKLGLQYR
Site 6Y107YSKLGLQYRDSSSED
Site 7S110LGLQYRDSSSEDESS
Site 8S111GLQYRDSSSEDESSR
Site 9S112LQYRDSSSEDESSRP
Site 10S116DSSSEDESSRPTEII
Site 11S117SSSEDESSRPTEIIE
Site 12T120EDESSRPTEIIEIPD
Site 13S134DEDDDVLSIDSGDAG
Site 14S137DDVLSIDSGDAGSRT
Site 15S142IDSGDAGSRTPKDQK
Site 16T144SGDAGSRTPKDQKLR
Site 17S160AMAALRKSAQDVQKF
Site 18S175MDAVNKKSSSQDLHK
Site 19S177AVNKKSSSQDLHKGT
Site 20T184SQDLHKGTLSQMSGE
Site 21S186DLHKGTLSQMSGELS
Site 22S189KGTLSQMSGELSKDG
Site 23S193SQMSGELSKDGDLIV
Site 24S201KDGDLIVSMRILGKK
Site 25T212LGKKRTKTWHKGTLI
Site 26Y230TVGPGKKYKVKFDNK
Site 27S240KFDNKGKSLLSGNHI
Site 28S243NKGKSLLSGNHIAYD
Site 29Y249LSGNHIAYDYHPPAD
Site 30Y251GNHIAYDYHPPADKL
Site 31Y259HPPADKLYVGSRVVA
Site 32Y268GSRVVAKYKDGNQVW
Site 33T284YAGIVAETPNVKNKL
Site 34S303FFDDGYASYVTQSEL
Site 35Y304FDDGYASYVTQSELY
Site 36Y311YVTQSELYPICRPLK
Site 37T320ICRPLKKTWEDIEDI
Site 38Y336CRDFIEEYVTAYPNR
Site 39T338DFIEEYVTAYPNRPM
Site 40Y340IEEYVTAYPNRPMVL
Site 41S350RPMVLLKSGQLIKTE
Site 42Y389DKRCEWIYRGSTRLE
Site 43T393EWIYRGSTRLEPMFS
Site 44S400TRLEPMFSMKTSSAS
Site 45T403EPMFSMKTSSASALE
Site 46S404PMFSMKTSSASALEK
Site 47S405MFSMKTSSASALEKK
Site 48S427PNMGAVRSKGPVVQY
Site 49Y434SKGPVVQYTQDLTGT
Site 50T435KGPVVQYTQDLTGTG
Site 51T439VQYTQDLTGTGTQFK
Site 52T454PVEPPQPTAPPAPPF
Site 53S468FPPAPPLSPQAGDSD
Site 54S474LSPQAGDSDLESQLA
Site 55S478AGDSDLESQLAQSRK
Site 56S491RKQVAKKSTSFRPGS
Site 57S493QVAKKSTSFRPGSVG
Site 58S498STSFRPGSVGSGHSS
Site 59S501FRPGSVGSGHSSPTS
Site 60S504GSVGSGHSSPTSPAL
Site 61S505SVGSGHSSPTSPALS
Site 62T507GSGHSSPTSPALSEN
Site 63S508SGHSSPTSPALSENV
Site 64S512SPTSPALSENVSGGK
Site 65S516PALSENVSGGKPGIN
Site 66T525GKPGINQTYRSPLGS
Site 67Y526KPGINQTYRSPLGST
Site 68S528GINQTYRSPLGSTAS
Site 69S532TYRSPLGSTASAPAP
Site 70S563ERAPAEPSYRAPMEK
Site 71Y564RAPAEPSYRAPMEKL
Site 72T612LYDFRRMTARRRVNR
Site 73Y644TMQEIERYLFETGCD
Site 74Y673VDRKFQPYKPFYYIL
Site 75Y677FQPYKPFYYILDITY
Site 76Y678QPYKPFYYILDITYG
Site 77T683FYYILDITYGKEDVP
Site 78Y684YYILDITYGKEDVPL
Site 79S692GKEDVPLSCVNEIDT
Site 80T699SCVNEIDTTPPPQVA
Site 81T700CVNEIDTTPPPQVAY
Site 82S708PPPQVAYSKERIPGK
Site 83T754TIQATACTPGGQINP
Site 84S763GGQINPNSGYQYKRL
Site 85Y767NPNSGYQYKRLEECL
Site 86T776RLEECLPTGVYECNK
Site 87Y779ECLPTGVYECNKRCK
Site 88T810VRLQLFKTQNKGWGI
Site 89T838IYAGKILTDDFADKE
Site 90Y853GLEMGDEYFANLDHI
Site 91S862ANLDHIESVENFKEG
Site 92Y870VENFKEGYESDAPCS
Site 93S872NFKEGYESDAPCSSD
Site 94S877YESDAPCSSDSSGVD
Site 95S878ESDAPCSSDSSGVDL
Site 96S880DAPCSSDSSGVDLKD
Site 97S881APCSSDSSGVDLKDQ
Site 98S893KDQEDGNSGTEDPEE
Site 99T895QEDGNSGTEDPEESN
Site 100S901GTEDPEESNDDSSDD
Site 101S905PEESNDDSSDDNFCK
Site 102S906EESNDDSSDDNFCKD
Site 103S917FCKDEDFSTSSVWRS
Site 104T918CKDEDFSTSSVWRSY
Site 105S919KDEDFSTSSVWRSYA
Site 106S920DEDFSTSSVWRSYAT
Site 107S924STSSVWRSYATRRQT
Site 108Y925TSSVWRSYATRRQTR
Site 109T931SYATRRQTRGQKENG
Site 110S940GQKENGLSETTSKDS
Site 111T942KENGLSETTSKDSHP
Site 112S944NGLSETTSKDSHPPD
Site 113S947SETTSKDSHPPDLGP
Site 114S972VGGCNPPSSEETPKN
Site 115S973GGCNPPSSEETPKNK
Site 116T976NPPSSEETPKNKVAS
Site 117S983TPKNKVASWLSCNSV
Site 118S986NKVASWLSCNSVSEG
Site 119S998SEGGFADSDSHSSFK
Site 120S1000GGFADSDSHSSFKTN
Site 121S1002FADSDSHSSFKTNEG
Site 122S1003ADSDSHSSFKTNEGG
Site 123T1006DSHSSFKTNEGGEGR
Site 124S1025RMEAEKASTSGLGIK
Site 125T1045KQAKKEDTDDRNKMS
Site 126S1052TDDRNKMSVVTESSR
Site 127S1057KMSVVTESSRNYGYN
Site 128Y1061VTESSRNYGYNPSPV
Site 129S1066RNYGYNPSPVKPEGL
Site 130S1078EGLRRPPSKTSMHQS
Site 131T1080LRRPPSKTSMHQSRR
Site 132S1081RRPPSKTSMHQSRRL
Site 133S1085SKTSMHQSRRLMASA
Site 134S1091QSRRLMASAQSNPDD
Site 135T1101SNPDDVLTLSSSTES
Site 136S1103PDDVLTLSSSTESEG
Site 137S1104DDVLTLSSSTESEGE
Site 138S1105DVLTLSSSTESEGES
Site 139T1106VLTLSSSTESEGESG
Site 140S1108TLSSSTESEGESGTS
Site 141S1112STESEGESGTSRKPT
Site 142S1115SEGESGTSRKPTAGQ
Site 143T1119SGTSRKPTAGQTSAT
Site 144T1123RKPTAGQTSATAVDS
Site 145T1126TAGQTSATAVDSDDI
Site 146S1130TSATAVDSDDIQTIS
Site 147T1135VDSDDIQTISSGSEG
Site 148S1137SDDIQTISSGSEGDD
Site 149S1138DDIQTISSGSEGDDF
Site 150S1140IQTISSGSEGDDFED
Site 151S1163KRQVAVKSTRGFALK
Site 152S1171TRGFALKSTHGIAIK
Site 153S1179THGIAIKSTNMASVD
Site 154T1180HGIAIKSTNMASVDK
Site 155S1184IKSTNMASVDKGESA
Site 156S1190ASVDKGESAPVRKNT
Site 157T1197SAPVRKNTRQFYDGE
Site 158Y1201RKNTRQFYDGEESCY
Site 159Y1208YDGEESCYIIDAKLE
Site 160Y1221LEGNLGRYLNHSCSP
Site 161S1225LGRYLNHSCSPNLFV
Site 162S1227RYLNHSCSPNLFVQN
Site 163T1259SKRIRAGTELTWDYN
Site 164Y1265GTELTWDYNYEVGSV
Site 165Y1267ELTWDYNYEVGSVEG
 
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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