PhosphoNET

           
Protein Info 
   
Short Name:  SETD1A
Full Name:  Histone-lysine N-methyltransferase SETD1A
Alias:  Histone-lysine N-methyltransferase, H3 lysine-4 specific SET1; KIAA0339; KMT2F; Lysine N-methyltransferase 2F; SET domain containing 1A; SET domain-containing 1A; SET domain-containing protein 1A; SET1; Set1/Ash2 histone methyltransferase complex subunit SET1; Set1/Ash2 histone methyltransferase SET1; SET1A
Type:  Amino Acid Metabolism - lysine degradation; Methyltransferase; EC 2.1.1.43
Mass (Da):  186034
Number AA:  1707
UniProt ID:  O15047
International Prot ID:  IPI00783972
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0035097  GO:0016607   Uniprot OncoNet
Molecular Function:  GO:0003723  GO:0018024  GO:0000166 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 1Y20PSFQWRNYKLIVDPA
Site 2S36DPALRRPSQKVYRYD
Site 3Y40RRPSQKVYRYDGVHF
Site 4Y42PSQKVYRYDGVHFSV
Site 5S52VHFSVNDSKYIPVED
Site 6Y54FSVNDSKYIPVEDLQ
Site 7S69DPRCHVRSKNRDFSL
Site 8S75RSKNRDFSLPVPKFK
Site 9Y87KFKLDEFYIGQIPLK
Site 10T97QIPLKEVTFARLNDN
Site 11T108LNDNVRETFLKDMCR
Site 12Y117LKDMCRKYGEVEEVE
Site 13S144LARVLFTSTRGAKET
Site 14T151STRGAKETVKNLHLT
Site 15Y179KGQQRMKYYELIVNG
Site 16Y180GQQRMKYYELIVNGS
Site 17S187YELIVNGSYTPQTVP
Site 18Y188ELIVNGSYTPQTVPT
Site 19T192NGSYTPQTVPTGGKA
Site 20S201PTGGKALSEKFQGSG
Site 21T211FQGSGAATETAESRR
Site 22S216AATETAESRRRSSSD
Site 23S220TAESRRRSSSDTAAY
Site 24S221AESRRRSSSDTAAYP
Site 25S222ESRRRSSSDTAAYPA
Site 26T224RRRSSSDTAAYPAGT
Site 27Y227SSSDTAAYPAGTTAV
Site 28T236AGTTAVGTPGNGTPC
Site 29T241VGTPGNGTPCSQDTS
Site 30S244PGNGTPCSQDTSFSS
Site 31T247GTPCSQDTSFSSSRQ
Site 32S248TPCSQDTSFSSSRQD
Site 33S250CSQDTSFSSSRQDTP
Site 34S251SQDTSFSSSRQDTPS
Site 35S252QDTSFSSSRQDTPSS
Site 36T256FSSSRQDTPSSFGQF
Site 37S258SSRQDTPSSFGQFTP
Site 38S259SRQDTPSSFGQFTPQ
Site 39T264PSSFGQFTPQSSQGT
Site 40S267FGQFTPQSSQGTPYT
Site 41S268GQFTPQSSQGTPYTS
Site 42T271TPQSSQGTPYTSRGS
Site 43Y273QSSQGTPYTSRGSTP
Site 44T274SSQGTPYTSRGSTPY
Site 45S275SQGTPYTSRGSTPYS
Site 46S278TPYTSRGSTPYSQDS
Site 47T279PYTSRGSTPYSQDSA
Site 48Y281TSRGSTPYSQDSAYS
Site 49S282SRGSTPYSQDSAYSS
Site 50S285STPYSQDSAYSSSTT
Site 51Y287PYSQDSAYSSSTTST
Site 52S288YSQDSAYSSSTTSTS
Site 53S289SQDSAYSSSTTSTSF
Site 54S290QDSAYSSSTTSTSFK
Site 55T291DSAYSSSTTSTSFKP
Site 56T292SAYSSSTTSTSFKPR
Site 57S293AYSSSTTSTSFKPRR
Site 58T294YSSSTTSTSFKPRRS
Site 59S295SSSTTSTSFKPRRSE
Site 60S301TSFKPRRSENSYQDA
Site 61S304KPRRSENSYQDAFSR
Site 62Y305PRRSENSYQDAFSRR
Site 63S310NSYQDAFSRRHFSAS
Site 64S315AFSRRHFSASSASTT
Site 65S317SRRHFSASSASTTAS
Site 66S318RRHFSASSASTTAST
Site 67T330ASTAIAATTAATASS
Site 68S336ATTAATASSSASSSS
Site 69S337TTAATASSSASSSSL
Site 70S338TAATASSSASSSSLS
Site 71S340ATASSSASSSSLSSS
Site 72S341TASSSASSSSLSSSS
Site 73S342ASSSASSSSLSSSSS
Site 74S343SSSASSSSLSSSSSS
Site 75S345SASSSSLSSSSSSSS
Site 76S346ASSSSLSSSSSSSSS
Site 77S347SSSSLSSSSSSSSSS
Site 78S348SSSLSSSSSSSSSSS
Site 79S349SSLSSSSSSSSSSSS
Site 80S350SLSSSSSSSSSSSSS
Site 81S351LSSSSSSSSSSSSSQ
Site 82S352SSSSSSSSSSSSSQF
Site 83S353SSSSSSSSSSSSQFR
Site 84S354SSSSSSSSSSSQFRS
Site 85S355SSSSSSSSSSQFRSS
Site 86S356SSSSSSSSSQFRSSD
Site 87S357SSSSSSSSQFRSSDA
Site 88S361SSSSQFRSSDANYPA
Site 89S362SSSQFRSSDANYPAY
Site 90Y366FRSSDANYPAYYESW
Site 91Y369SDANYPAYYESWNRY
Site 92Y370DANYPAYYESWNRYQ
Site 93Y376YYESWNRYQRHTSYP
Site 94T380WNRYQRHTSYPPRRA
Site 95S381NRYQRHTSYPPRRAT
Site 96Y382RYQRHTSYPPRRATR
Site 97T388SYPPRRATREEPPGA
Site 98T401GAPFAENTAERFPPS
Site 99S408TAERFPPSYTSYLPP
Site 100Y409AERFPPSYTSYLPPE
Site 101S411RFPPSYTSYLPPEPS
Site 102Y412FPPSYTSYLPPEPSR
Site 103S418SYLPPEPSRPTDQDY
Site 104T421PPEPSRPTDQDYRPP
Site 105Y425SRPTDQDYRPPASEA
Site 106S430QDYRPPASEAPPPEP
Site 107S450GGGGGGPSPEREEVR
Site 108T458PEREEVRTSPRPASP
Site 109S459EREEVRTSPRPASPA
Site 110S464RTSPRPASPARSGSP
Site 111S468RPASPARSGSPAPET
Site 112S470ASPARSGSPAPETTN
Site 113T475SGSPAPETTNESVPF
Site 114T476GSPAPETTNESVPFA
Site 115S486SVPFAQHSSLDSRIE
Site 116S487VPFAQHSSLDSRIEM
Site 117S490AQHSSLDSRIEMLLK
Site 118S501MLLKEQRSKFSFLAS
Site 119S504KEQRSKFSFLASDTE
Site 120S508SKFSFLASDTEEEEE
Site 121S517TEEEEENSSMVLGAR
Site 122S518EEEEENSSMVLGARD
Site 123T526MVLGARDTGSEVPSG
Site 124S528LGARDTGSEVPSGSG
Site 125S532DTGSEVPSGSGHGPC
Site 126S534GSEVPSGSGHGPCTP
Site 127T540GSGHGPCTPPPAPAN
Site 128S556EDVAPTGSGEPGATR
Site 129T562GSGEPGATRESPKAN
Site 130S565EPGATRESPKANGQN
Site 131S575ANGQNQASPCSSGDD
Site 132S579NQASPCSSGDDMEIS
Site 133S586SGDDMEISDDDRGGS
Site 134S593SDDDRGGSPPPAPTP
Site 135T599GSPPPAPTPPQQPPP
Site 136Y617PPPPPPPYLASLPLG
Site 137S620PPPPYLASLPLGYPP
Site 138Y625LASLPLGYPPHQPAY
Site 139Y632YPPHQPAYLLPPRPD
Site 140Y646DGPPPPEYPPPPPPP
Site 141Y657PPPPPHIYDFVNSLE
Site 142Y726PPPQEAAYGLPYALY
Site 143Y733YGLPYALYAQGQEGR
Site 144Y743GQEGRGAYSREAYHL
Site 145Y748GAYSREAYHLPMPMA
Site 146S761MAAEPLPSSSVSGEE
Site 147S762AAEPLPSSSVSGEEA
Site 148S763AEPLPSSSVSGEEAR
Site 149S765PLPSSSVSGEEARLP
Site 150S862LKEPGLLSLVDWAKS
Site 151S869SLVDWAKSGGTTGIE
Site 152S892RGALRLPSFKVKRKE
Site 153S904RKEPSEISEASEEKR
Site 154S907PSEISEASEEKRPRP
Site 155S915EEKRPRPSTPAEEDE
Site 156T916EKRPRPSTPAEEDED
Site 157T939GEPGRPGTKPPKRDE
Site 158T951RDEERGKTQGKHRKS
Site 159S958TQGKHRKSFALDSEG
Site 160S963RKSFALDSEGEEASQ
Site 161S969DSEGEEASQESSSEK
Site 162S973EEASQESSSEKDEED
Site 163S974EASQESSSEKDEEDD
Site 164T996DREEAVDTTKKETEV
Site 165S1004TKKETEVSDGEDEES
Site 166S1011SDGEDEESDSSSKCS
Site 167S1013GEDEESDSSSKCSLY
Site 168S1014EDEESDSSSKCSLYA
Site 169S1015DEESDSSSKCSLYAD
Site 170S1018SDSSSKCSLYADSDG
Site 171Y1020SSSKCSLYADSDGEN
Site 172S1023KCSLYADSDGENDST
Site 173S1029DSDGENDSTSDSESS
Site 174T1030SDGENDSTSDSESSS
Site 175S1031DGENDSTSDSESSSS
Site 176S1033ENDSTSDSESSSSSS
Site 177S1035DSTSDSESSSSSSSS
Site 178S1036STSDSESSSSSSSSS
Site 179S1037TSDSESSSSSSSSSS
Site 180S1038SDSESSSSSSSSSSS
Site 181S1039DSESSSSSSSSSSSS
Site 182S1040SESSSSSSSSSSSSS
Site 183S1041ESSSSSSSSSSSSSS
Site 184S1042SSSSSSSSSSSSSSS
Site 185S1052SSSSSSSSSSSSSSE
Site 186S1053SSSSSSSSSSSSSES
Site 187S1054SSSSSSSSSSSSESS
Site 188S1055SSSSSSSSSSSESSS
Site 189S1056SSSSSSSSSSESSSE
Site 190S1057SSSSSSSSSESSSED
Site 191S1058SSSSSSSSESSSEDE
Site 192S1060SSSSSSESSSEDEEE
Site 193S1061SSSSSESSSEDEEEE
Site 194S1062SSSSESSSEDEEEEE
Site 195S1076ERPAALPSASPPPRE
Site 196S1078PAALPSASPPPREVP
Site 197T1088PREVPVPTPAPVEVP
Site 198S1103VPERVAGSPVTPLPE
Site 199T1106RVAGSPVTPLPEQEA
Site 200S1114PLPEQEASPARPAGP
Site 201T1122PARPAGPTEESPPSA
Site 202S1125PAGPTEESPPSAPLR
Site 203S1128PTEESPPSAPLRPPE
Site 204S1152PRPDERPSSPIPLLP
Site 205S1153RPDERPSSPIPLLPP
Site 206T1167PPKKRRKTVSFSAIE
Site 207S1169KKRRKTVSFSAIEVV
Site 208T1185APEPPPATPPQAKFP
Site 209S1196AKFPGPASRKAPRGV
Site 210T1206APRGVERTIRNLPLD
Site 211S1216NLPLDHASLVKSWPE
Site 212S1220DHASLVKSWPEEVSR
Site 213S1231EVSRGGRSRAGGRGR
Site 214T1240AGGRGRLTEEEEAEP
Site 215S1277ALPAVEDSEATETSD
Site 216S1294ERPRPLLSHILLEHN
Site 217S1376GEEEEEESSDSSSSS
Site 218S1377EEEEEESSDSSSSSD
Site 219S1379EEEESSDSSSSSDGE
Site 220S1380EEESSDSSSSSDGEG
Site 221S1381EESSDSSSSSDGEGA
Site 222S1382ESSDSSSSSDGEGAL
Site 223S1383SSDSSSSSDGEGALR
Site 224S1393EGALRRRSLRSHARR
Site 225S1396LRRRSLRSHARRRRP
Site 226Y1415PPPPPRAYEPRSEFE
Site 227S1419PRAYEPRSEFEQMTI
Site 228S1437IWNSGLDSEDMSYLR
Site 229S1441GLDSEDMSYLRLTYE
Site 230Y1442LDSEDMSYLRLTYER
Site 231T1446DMSYLRLTYERLLQQ
Site 232Y1447MSYLRLTYERLLQQT
Site 233S1455ERLLQQTSGADWLND
Site 234T1475HTITNLTTPKRKRRP
Site 235T1491DGPREHQTGSARSEG
Site 236S1493PREHQTGSARSEGYY
Site 237Y1500SARSEGYYPISKKEK
Site 238S1503SEGYYPISKKEKDKY
Site 239Y1510SKKEKDKYLDVCPVS
Site 240T1526RQLEGVDTQGTNRVL
Site 241T1529EGVDTQGTNRVLSER
Site 242S1534QGTNRVLSERRSEQR
Site 243S1538RVLSERRSEQRRLLS
Site 244S1545SEQRRLLSAIGTSAI
Site 245S1555GTSAIMDSDLLKLNQ
Site 246S1575KKLRFGRSRIHEWGL
Site 247Y1597ADEMVIEYVGQNIRQ
Site 248Y1614ADMREKRYVQEGIGS
Site 249S1621YVQEGIGSSYLFRVD
Site 250Y1623QEGIGSSYLFRVDHD
Site 251T1636HDTIIDATKCGNLAR
Site 252Y1682GVDEEITYDYKFPLE
Site 253Y1684DEEITYDYKFPLEDN
 
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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