PhosphoNET

           
Protein Info 
   
Short Name:  MYST3
Full Name:  Histone acetyltransferase MYST3
Alias:  KAT6A; Monocytic leukemia zinc finger protein; MOZ; MOZ, YBF2/SAS3, SAS2 and TIP60 protein 3; MYS3; MYST histone acetyltransferase (monocytic leukemia) 3; MYST histone acetyltransferase 3; Runt-related transcription factor binding protein 2; RUNXBP2; Zinc finger protein 220; ZNF220
Type:  Acetyltransferase; EC 2.3.1.48; EC 2.3.1.-
Mass (Da):  225028
Number AA:  2004
UniProt ID:  Q92794
International Prot ID:  IPI00023340
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0070776  GO:0000786  GO:0032991 Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0004402  GO:0003713 PhosphoSite+ KinaseNET
Biological Process:  GO:0043966  GO:0030099  GO:0016481 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 1S28KKQKQRPSEERICNA
Site 2S37ERICNAVSSSHGLDR
Site 3T46SHGLDRKTVLEQLEL
Site 4T59ELSVKDGTILKVSNK
Site 5S64DGTILKVSNKGLNSY
Site 6S70VSNKGLNSYKDPDNP
Site 7Y71SNKGLNSYKDPDNPG
Site 8S113AVEGLAESGGSTLKS
Site 9S116GLAESGGSTLKSIER
Site 10T117LAESGGSTLKSIERF
Site 11S120SGGSTLKSIERFLKG
Site 12S132LKGQKDVSALFGGSA
Site 13Y167LLKDGPLYRLNTKAT
Site 14T171GPLYRLNTKATNVDG
Site 15S181TNVDGKESCESLSCL
Site 16S184DGKESCESLSCLPPV
Site 17S186KESCESLSCLPPVSL
Site 18S192LSCLPPVSLLPHEKD
Site 19S229KKPEELISCADCGNS
Site 20S236SCADCGNSGHPSCLK
Site 21S240CGNSGHPSCLKFSPE
Site 22S245HPSCLKFSPELTVRV
Site 23T249LKFSPELTVRVKALR
Site 24T264WQCIECKTCSSCRDQ
Site 25Y331AAQIKRRYTNPIGRP
Site 26T332AQIKRRYTNPIGRPK
Site 27T347NRLKKQNTVSKGPFS
Site 28S349LKKQNTVSKGPFSKV
Site 29S354TVSKGPFSKVRTGPG
Site 30T358GPFSKVRTGPGRGRK
Site 31T369RGRKRKITLSSQSAS
Site 32S371RKRKITLSSQSASSS
Site 33S372KRKITLSSQSASSSS
Site 34S374KITLSSQSASSSSEE
Site 35S376TLSSQSASSSSEEGY
Site 36S377LSSQSASSSSEEGYL
Site 37S378SSQSASSSSEEGYLE
Site 38S379SQSASSSSEEGYLER
Site 39Y383SSSSEEGYLERIDGL
Site 40S396GLDFCRDSNVSLKFN
Site 41S399FCRDSNVSLKFNKKT
Site 42T414KGLIDGLTKFFTPSP
Site 43T418DGLTKFFTPSPDGRK
Site 44S420LTKFFTPSPDGRKAR
Site 45Y433ARGEVVDYSEQYRIR
Site 46S434RGEVVDYSEQYRIRK
Site 47Y437VVDYSEQYRIRKRGN
Site 48S447RKRGNRKSSTSDWPT
Site 49S448KRGNRKSSTSDWPTD
Site 50T449RGNRKSSTSDWPTDN
Site 51S450GNRKSSTSDWPTDNQ
Site 52S473NEERLFGSQEIMTEK
Site 53T499ALQKVGVTGPPDPQV
Site 54S510DPQVRCPSVIEFGKY
Site 55Y517SVIEFGKYEIHTWYS
Site 56T521FGKYEIHTWYSSPYP
Site 57Y523KYEIHTWYSSPYPQE
Site 58S525EIHTWYSSPYPQEYS
Site 59Y527HTWYSSPYPQEYSRL
Site 60Y531SSPYPQEYSRLPKLY
Site 61S532SPYPQEYSRLPKLYL
Site 62S577IYRKNNISVFEVDGN
Site 63T605KLFLDHKTLYYDVEP
Site 64Y607FLDHKTLYYDVEPFL
Site 65Y608LDHKTLYYDVEPFLF
Site 66Y631KGCHLVGYFSKEKHC
Site 67Y653CIMILPQYQRKGYGR
Site 68Y658PQYQRKGYGRFLIDF
Site 69S666GRFLIDFSYLLSKRE
Site 70Y667RFLIDFSYLLSKREG
Site 71S670IDFSYLLSKREGQAG
Site 72S678KREGQAGSPEKPLSD
Site 73S684GSPEKPLSDLGRLSY
Site 74S690LSDLGRLSYMAYWKS
Site 75Y691SDLGRLSYMAYWKSV
Site 76Y704SVILECLYHQNDKQI
Site 77T728GICPQDITSTLHHLR
Site 78T777DPECLRWTPVIVSNS
Site 79S784TPVIVSNSVVSEEEE
Site 80S812QERELEISVGKSVSH
Site 81S816LEISVGKSVSHENKE
Site 82S818ISVGKSVSHENKEQD
Site 83S826HENKEQDSYSVESEK
Site 84Y827ENKEQDSYSVESEKK
Site 85S828NKEQDSYSVESEKKP
Site 86S842PEVMAPVSSTRLSKQ
Site 87S843EVMAPVSSTRLSKQV
Site 88S847PVSSTRLSKQVLPHD
Site 89S855KQVLPHDSLPANSQP
Site 90S860HDSLPANSQPSRRGR
Site 91S863LPANSQPSRRGRWGR
Site 92T875WGRKNRKTQERFGDK
Site 93S884ERFGDKDSKLLLEET
Site 94S892KLLLEETSSAPQEQY
Site 95S893LLLEETSSAPQEQYG
Site 96Y899SSAPQEQYGECGEKS
Site 97S906YGECGEKSEATQEQY
Site 98T909CGEKSEATQEQYTES
Site 99S916TQEQYTESEEQLVAS
Site 100S928VASEEQPSQDGKPDL
Site 101S941DLPKRRLSEGVEPWR
Site 102S954WRGQLKKSPEALKCR
Site 103T963EALKCRLTEGSERLP
Site 104S966KCRLTEGSERLPRRY
Site 105Y973SERLPRRYSEGDRAV
Site 106S974ERLPRRYSEGDRAVL
Site 107S985RAVLRGFSESSEEEE
Site 108S987VLRGFSESSEEEEEP
Site 109S996EEEEEPESPRSSSPP
Site 110S999EEPESPRSSSPPILT
Site 111S1000EPESPRSSSPPILTK
Site 112S1001PESPRSSSPPILTKP
Site 113T1009PPILTKPTLKRKKPF
Site 114S1031RKRKHHNSSVVTETI
Site 115S1032KRKHHNSSVVTETIS
Site 116T1035HHNSSVVTETISETT
Site 117T1041VTETISETTEVLDEP
Site 118T1042TETISETTEVLDEPF
Site 119S1052LDEPFEDSDSERPMP
Site 120S1054EPFEDSDSERPMPRL
Site 121T1064PMPRLEPTFEIDEEE
Site 122Y1084NELFPREYFRRLSSQ
Site 123S1089REYFRRLSSQDVLRC
Site 124S1090EYFRRLSSQDVLRCQ
Site 125S1098QDVLRCQSSSKRKSK
Site 126S1099DVLRCQSSSKRKSKD
Site 127S1100VLRCQSSSKRKSKDE
Site 128S1104QSSSKRKSKDEEEDE
Site 129S1113DEEEDEESDDADDTP
Site 130T1119ESDDADDTPILKPVS
Site 131S1126TPILKPVSLLRKRDV
Site 132S1136RKRDVKNSPLEPDTS
Site 133T1142NSPLEPDTSTPLKKK
Site 134S1143SPLEPDTSTPLKKKK
Site 135T1144PLEPDTSTPLKKKKG
Site 136S1176RKPGFKLSREIMPVS
Site 137S1207RKPKIQESEETVEPK
Site 138T1210KIQESEETVEPKEDM
Site 139S1246GEEEDAASSEVPAAS
Site 140S1247EEEDAASSEVPAASP
Site 141S1253SSEVPAASPADSSNS
Site 142S1257PAASPADSSNSPETE
Site 143S1258AASPADSSNSPETET
Site 144S1260SPADSSNSPETETKE
Site 145T1263DSSNSPETETKEPEV
Site 146S1280EEEKPRVSEEQRQSE
Site 147S1286VSEEQRQSEEEQQEL
Site 148S1326EDDGHLESTKKKELE
Site 149T1337KELEEQPTREDVKEE
Site 150S1350EEPGVQESFLDANMQ
Site 151S1359LDANMQKSREKIKDK
Site 152S1373KEETELDSEEEQPSH
Site 153S1379DSEEEQPSHDTSVVS
Site 154T1382EEQPSHDTSVVSEQM
Site 155S1383EQPSHDTSVVSEQMA
Site 156S1392VSEQMAGSEDDHEED
Site 157S1400EDDHEEDSHTKEELI
Site 158T1402DHEEDSHTKEELIEL
Site 159S1418EEEEIPHSELDLETV
Site 160T1424HSELDLETVQAVQSL
Site 161S1430ETVQAVQSLTQEESS
Site 162T1432VQAVQSLTQEESSEH
Site 163S1436QSLTQEESSEHEGAY
Site 164Y1443SSEHEGAYQDCEETL
Site 165S1477MVEDCHASEHNSPIS
Site 166S1481CHASEHNSPISSVQS
Site 167S1484SEHNSPISSVQSHPS
Site 168S1485EHNSPISSVQSHPSQ
Site 169S1488SPISSVQSHPSQSVR
Site 170S1491SSVQSHPSQSVRSVS
Site 171S1493VQSHPSQSVRSVSSP
Site 172S1496HPSQSVRSVSSPNVP
Site 173S1498SQSVRSVSSPNVPAL
Site 174S1499QSVRSVSSPNVPALE
Site 175Y1509VPALESGYTQISPEQ
Site 176T1510PALESGYTQISPEQG
Site 177S1513ESGYTQISPEQGSLS
Site 178S1518QISPEQGSLSAPSMQ
Site 179S1520SPEQGSLSAPSMQNM
Site 180S1530SMQNMETSPMMDVPS
Site 181S1537SPMMDVPSVSDHSQQ
Site 182S1539MMDVPSVSDHSQQVV
Site 183S1542VPSVSDHSQQVVDSG
Site 184S1548HSQQVVDSGFSDLGS
Site 185S1555SGFSDLGSIESTTEN
Site 186S1558SDLGSIESTTENYEN
Site 187T1559DLGSIESTTENYENP
Site 188Y1563IESTTENYENPSSYD
Site 189S1567TENYENPSSYDSTMG
Site 190S1568ENYENPSSYDSTMGG
Site 191Y1569NYENPSSYDSTMGGS
Site 192S1571ENPSSYDSTMGGSIC
Site 193T1572NPSSYDSTMGGSICG
Site 194S1576YDSTMGGSICGNSSS
Site 195S1581GGSICGNSSSQSSCS
Site 196S1582GSICGNSSSQSSCSY
Site 197S1583SICGNSSSQSSCSYG
Site 198S1585CGNSSSQSSCSYGGL
Site 199S1586GNSSSQSSCSYGGLS
Site 200S1588SSSQSSCSYGGLSSS
Site 201Y1589SSQSSCSYGGLSSSS
Site 202S1593SCSYGGLSSSSSLTQ
Site 203S1594CSYGGLSSSSSLTQS
Site 204S1595SYGGLSSSSSLTQSS
Site 205S1596YGGLSSSSSLTQSSC
Site 206S1597GGLSSSSSLTQSSCV
Site 207S1601SSSSLTQSSCVVTQQ
Site 208S1602SSSLTQSSCVVTQQM
Site 209T1606TQSSCVVTQQMASMG
Site 210S1615QMASMGSSCSMMQQS
Site 211S1617ASMGSSCSMMQQSSV
Site 212S1631VQPAANCSIKSPQSC
Site 213S1637CSIKSPQSCVVERPP
Site 214S1645CVVERPPSNQQQQPP
Site 215S1703PQQQPPLSQCSMNNS
Site 216S1706QPPLSQCSMNNSFTP
Site 217S1710SQCSMNNSFTPAPMI
Site 218S1723MIMEIPESGSTGNIS
Site 219T1726EIPESGSTGNISIYE
Site 220S1730SGSTGNISIYERIPG
Site 221Y1732STGNISIYERIPGDF
Site 222S1743PGDFGAGSYSQPSAT
Site 223Y1744GDFGAGSYSQPSATF
Site 224S1745DFGAGSYSQPSATFS
Site 225S1748AGSYSQPSATFSLAK
Site 226T1750SYSQPSATFSLAKLQ
Site 227S1752SQPSATFSLAKLQQL
Site 228S1772DPHAMPYSHSPAVTS
Site 229S1774HAMPYSHSPAVTSYA
Site 230T1778YSHSPAVTSYATSVS
Site 231S1779SHSPAVTSYATSVSL
Site 232T1803PSHPLAGTPQAQATM
Site 233T1809GTPQAQATMTPPPNL
Site 234T1811PQAQATMTPPPNLAS
Site 235S1818TPPPNLASTTMNLTS
Site 236S1825STTMNLTSPLLQCNM
Site 237T1842TNIGIPHTQRLQGQM
Site 238S1856MPVKGHISIRSKSAP
Site 239S1859KGHISIRSKSAPLPS
Site 240S1861HISIRSKSAPLPSAA
Site 241Y1875AAHQQQLYGRSPSAV
Site 242S1878QQQLYGRSPSAVAMQ
Site 243S1880QLYGRSPSAVAMQAG
Site 244T1906MGVNLMPTPAYNVNS
Site 245Y1909NLMPTPAYNVNSMNM
Site 246Y1936QPMMNSSYHSNPAYM
Site 247Y1942SYHSNPAYMNQTAQY
Site 248S1985YTGPSHHSYMNAAGV
Site 249Y1986TGPSHHSYMNAAGVP
Site 250S1996AAGVPKQSLNGPYMR
 
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
 


2019 Kinexus Bioinformatics Corporation