PhosphoNET

           
Protein Info 
   
Short Name:  EP400
Full Name:  E1A-binding protein p400
Alias:  CAG repeat protein 32; CAGH32; DKFZP434I225; Domino; E1A binding protein p400; E1A-binding protein p400: p400 kDa SWI2/SNF2-related protein: Domino homolog: CAG repeat protein 32: Trinucleotide repeat-containing gene 12 protein: E1A-binding protein p400: p400 kDa SWI2/SNF2-related protein: Domino homolog: CAG repeat protein 32: Trinucleotide repeat-containing gene 12 protein: Putative uncharacterized protein EP400: Putative uncharacterized protein EP400: E1A-binding protein p400: p400 kDa SWI2/SNF2-related protein: Domino homolog: CAG repeat protein 32: Trinucleotide repeat-containing gene 12 protein: E1A-binding protein p400: p400 kDa SWI2/SNF2-related protein: Domino homolog: CAG repeat protein 32: Trinucleotide repeat-containing gene 12 protein; KIAA1498; KIAA1818; P400; P400 SWI2/SNF2-related protein; TNRC12; Trinucleotide repeat-containing gene 12 protein
Type:  EC 3.6.1.-; Helicase; Apoptosis
Mass (Da):  343617
Number AA:  3160
UniProt ID:  Q96L91
International Prot ID:  IPI00167535
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0035267  GO:0005730   Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0003677  GO:0004386 PhosphoSite+ KinaseNET
Biological Process:  GO:0043968  GO:0043967   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 1S23RSRACPGSEGEEQPA
Site 2S37AHPNPPPSPAAPFAP
Site 3S45PAAPFAPSASPSAPQ
Site 4S47APFAPSASPSAPQSP
Site 5S49FAPSASPSAPQSPSY
Site 6S53ASPSAPQSPSYQIQQ
Site 7S55PSAPQSPSYQIQQLM
Site 8Y56SAPQSPSYQIQQLMN
Site 9S65IQQLMNRSPATGQNV
Site 10S98LAPLPLPSPTSPGFQ
Site 11T100PLPLPSPTSPGFQFS
Site 12S101LPLPSPTSPGFQFSA
Site 13S107TSPGFQFSAQPRRFE
Site 14S117PRRFEHGSPSYIQVT
Site 15S119RFEHGSPSYIQVTSP
Site 16Y120FEHGSPSYIQVTSPL
Site 17T124SPSYIQVTSPLSQQV
Site 18S125PSYIQVTSPLSQQVQ
Site 19S128IQVTSPLSQQVQTQS
Site 20T133PLSQQVQTQSPTQPS
Site 21S135SQQVQTQSPTQPSPG
Site 22T137QVQTQSPTQPSPGPG
Site 23S140TQSPTQPSPGPGQAL
Site 24S181SVLVRQISLSPSSGG
Site 25S183LVRQISLSPSSGGHF
Site 26S185RQISLSPSSGGHFVF
Site 27S186QISLSPSSGGHFVFQ
Site 28S196HFVFQDGSGLTQIAQ
Site 29T214VQLQHPGTPITVRER
Site 30T217QHPGTPITVRERRPS
Site 31S224TVRERRPSQPHTQSG
Site 32T228RRPSQPHTQSGGTIH
Site 33S241IHHLGPQSPAAAGGA
Site 34T261ASPSHITTANLPPQI
Site 35T297RPLGFERTPGVLLPG
Site 36T314GAAGFGMTSPPPPTS
Site 37S315AAGFGMTSPPPPTSP
Site 38T320MTSPPPPTSPSRTAV
Site 39S321TSPPPPTSPSRTAVP
Site 40S323PPPPTSPSRTAVPPG
Site 41T325PPTSPSRTAVPPGLS
Site 42T342PLTSVGNTGMKKVPK
Site 43S358LEEIPPASPEMAQMR
Site 44Y371MRKQCLDYHYQEMQA
Site 45Y373KQCLDYHYQEMQALK
Site 46Y386LKEVFKEYLIELFFL
Site 47Y417HYAPLQAYLRQNDLD
Site 48S439EEEEEEKSEVINDEV
Site 49T458GKDGQTGTPVAIATQ
Site 50S471TQLPPKVSAAFSSQQ
Site 51S475PKVSAAFSSQQQPFQ
Site 52S476KVSAAFSSQQQPFQQ
Site 53T499GAGSTVETDLFKRQQ
Site 54S517STGMAEQSKRPRLEV
Site 55T556AQGGMPPTPQAAQLA
Site 56S568QLAGQRQSQQQYDPS
Site 57Y572QRQSQQQYDPSTGPP
Site 58S575SQQQYDPSTGPPVQN
Site 59T576QQQYDPSTGPPVQNA
Site 60S585PPVQNAASLHTPLPQ
Site 61T588QNAASLHTPLPQLPG
Site 62T632QLQIPVKTQQPNVPI
Site 63S645PIPAPPSSQLPIPPS
Site 64S652SQLPIPPSQPAQLAL
Site 65T663QLALHVPTPGKVQVQ
Site 66S672GKVQVQASQLSSLPQ
Site 67S683SLPQMVASTRLPVDP
Site 68T700PCPRPLPTSSTSSLA
Site 69S701CPRPLPTSSTSSLAP
Site 70S702PRPLPTSSTSSLAPV
Site 71T703RPLPTSSTSSLAPVS
Site 72S705LPTSSTSSLAPVSGS
Site 73S710TSSLAPVSGSGPGPS
Site 74S712SLAPVSGSGPGPSPA
Site 75S717SGSGPGPSPARSSPV
Site 76S721PGPSPARSSPVNRPS
Site 77S722GPSPARSSPVNRPSS
Site 78S728SSPVNRPSSATNKAL
Site 79S729SPVNRPSSATNKALS
Site 80T731VNRPSSATNKALSPV
Site 81S736SATNKALSPVTSRTP
Site 82S748RTPGVVASAPTKPQS
Site 83S755SAPTKPQSPAQNATS
Site 84S762SPAQNATSSQDSSQD
Site 85S763PAQNATSSQDSSQDT
Site 86S766NATSSQDSSQDTLTE
Site 87S767ATSSQDSSQDTLTEQ
Site 88T770SQDSSQDTLTEQITL
Site 89T772DSSQDTLTEQITLEN
Site 90T776DTLTEQITLENQVHQ
Site 91S795LRKAGLWSQRRLPKL
Site 92S810QEAPRPKSHWDYLLE
Site 93Y814RPKSHWDYLLEEMQW
Site 94T843AAKKLVRTVVRHHEE
Site 95S864RGKKEEQSRLRRIAA
Site 96S872RLRRIAASTAREIEC
Site 97S910ALNLQKVSRRGKELR
Site 98S927GFDALQESSLDSGMS
Site 99S928FDALQESSLDSGMSG
Site 100S931LQESSLDSGMSGRKR
Site 101S934SSLDSGMSGRKRKAS
Site 102S941SGRKRKASISLTDDE
Site 103S943RKRKASISLTDDEVD
Site 104T945RKASISLTDDEVDDE
Site 105T955EVDDEEETIEEEEAN
Site 106T970EGVVDHQTELSNLAK
Site 107S973VDHQTELSNLAKEAE
Site 108S998EGAFLPSSQWPRPKP
Site 109T1010PKPDGEDTSGEEDAD
Site 110S1011KPDGEDTSGEEDADD
Site 111S1025DCPGDRESRKDLVLI
Site 112T1076PKGSARVTTSVKFNA
Site 113T1077KGSARVTTSVKFNAP
Site 114S1078GSARVTTSVKFNAPS
Site 115Y1094LYGALRDYQKIGLDW
Site 116S1170CPGLKILSYIGSHRE
Site 117Y1171PGLKILSYIGSHREL
Site 118S1174KILSYIGSHRELKAK
Site 119T1206TQFFRGLTAFTRVRW
Site 120T1237RHWEAVFTLQSQQRL
Site 121S1270HFLVPGISRPYLSSP
Site 122Y1273VPGISRPYLSSPLRA
Site 123S1275GISRPYLSSPLRAPS
Site 124S1276ISRPYLSSPLRAPSE
Site 125S1282SSPLRAPSEESQDYY
Site 126Y1288PSEESQDYYHKVVIR
Site 127Y1289SEESQDYYHKVVIRL
Site 128T1308QPFILRRTKRDVEKQ
Site 129T1317RDVEKQLTKKYEHVL
Site 130Y1320EKQLTKKYEHVLKCR
Site 131S1329HVLKCRLSNRQKALY
Site 132Y1336SNRQKALYEDVILQP
Site 133S1351GTQEALKSGHFVNVL
Site 134S1359GHFVNVLSILVRLQR
Site 135S1381VEPRHPGSSYVAGPL
Site 136S1382EPRHPGSSYVAGPLE
Site 137Y1383PRHPGSSYVAGPLEY
Site 138T1423IGLENKITRHEAELL
Site 139S1431RHEAELLSKKKIPRK
Site 140S1444RKLMEEISTSAAPAA
Site 141S1446LMEEISTSAAPAARP
Site 142Y1469RLFQPVQYGQKPEGR
Site 143S1482GRTVAFPSTHPPRTA
Site 144T1483RTVAFPSTHPPRTAA
Site 145T1488PSTHPPRTAAPTTAS
Site 146T1492PPRTAAPTTASAAPQ
Site 147T1493PRTAAPTTASAAPQG
Site 148S1495TAAPTTASAAPQGPL
Site 149T1510RGRPPIATFSANPEA
Site 150T1526AAAAPFQTSQASASA
Site 151S1527AAAPFQTSQASASAP
Site 152S1530PFQTSQASASAPRHQ
Site 153S1532QTSQASASAPRHQPA
Site 154S1540APRHQPASASSTAAS
Site 155S1542RHQPASASSTAASPA
Site 156S1543HQPASASSTAASPAH
Site 157T1544QPASASSTAASPAHP
Site 158S1547SASSTAASPAHPAKL
Site 159T1558PAKLRAQTTAQASTP
Site 160S1563AQTTAQASTPGQPPP
Site 161T1564QTTAQASTPGQPPPQ
Site 162S1576PPQPQAPSHAAGQSA
Site 163S1592PQRLVLPSQAQARLP
Site 164S1600QAQARLPSGEVVKIA
Site 165S1617ASITGPQSRVAQPET
Site 166T1624SRVAQPETPVTLQFQ
Site 167T1627AQPETPVTLQFQGSK
Site 168S1633VTLQFQGSKFTLSHS
Site 169T1636QFQGSKFTLSHSQLR
Site 170S1638QGSKFTLSHSQLRQL
Site 171S1640SKFTLSHSQLRQLTA
Site 172T1646HSQLRQLTAGQPLQL
Site 173Y1668VSAPGQPYLRAPGPV
Site 174S1692AVHGALGSKPPAGGP
Site 175S1700KPPAGGPSPAPLTPQ
Site 176T1705GPSPAPLTPQVGVPG
Site 177S1728VGEPGTASKPASPIG
Site 178S1732GTASKPASPIGGPTQ
Site 179T1738ASPIGGPTQEEKTRL
Site 180Y1754KERLDQIYLVNERRC
Site 181S1762LVNERRCSQAPVYGR
Site 182Y1767RCSQAPVYGRDLLRI
Site 183S1788GRVQWRGSLDGRRGK
Site 184S1802KEAGPAHSYTSSSES
Site 185Y1803EAGPAHSYTSSSESP
Site 186T1804AGPAHSYTSSSESPS
Site 187S1805GPAHSYTSSSESPSE
Site 188S1806PAHSYTSSSESPSEL
Site 189S1807AHSYTSSSESPSELM
Site 190S1809SYTSSSESPSELMLT
Site 191S1811TSSSESPSELMLTLC
Site 192T1816SPSELMLTLCRCGES
Site 193S1844PVVAAPPSLRVPRPP
Site 194Y1854VPRPPPLYSHRMRIL
Site 195S1855PRPPPLYSHRMRILR
Site 196Y1872LREHAAPYFQQLRQT
Site 197T1879YFQQLRQTTAPRLLQ
Site 198T1880FQQLRQTTAPRLLQF
Site 199S1912ILLQKLKSEGRRVLI
Site 200Y1941LNFHYLTYVRIDENA
Site 201S1950RIDENASSEQRQELM
Site 202S1959QRQELMRSFNRDRRI
Site 203T1978LSTHSRTTGINLVEA
Site 204Y1991EADTVVFYDNDLNPV
Site 205Y2019RCKDIHIYRLVSGNS
Site 206S2023IHIYRLVSGNSIEEK
Site 207S2026YRLVSGNSIEEKLLK
Site 208Y2050VAAQGNDYSMAFLTQ
Site 209S2051AAQGNDYSMAFLTQR
Site 210T2056DYSMAFLTQRTIQEL
Site 211S2068QELFEVYSPMDDAGF
Site 212S2086AEEFVVLSQEPSVTE
Site 213T2092LSQEPSVTETIAPKI
Site 214T2094QEPSVTETIAPKIAR
Site 215S2109PFIEALKSIEYLEED
Site 216S2120LEEDAQKSAQEGVLG
Site 217T2130EGVLGPHTDALSSDS
Site 218S2134GPHTDALSSDSENMP
Site 219S2135PHTDALSSDSENMPC
Site 220S2147MPCDEEPSQLEELAD
Site 221T2160ADFMEQLTPIEKYAL
Site 222Y2169IEKYALNYLELFHTS
Site 223T2175NYLELFHTSIEQEKE
Site 224S2185EQEKERNSEDAVMTA
Site 225Y2223EEAELLTYTREDAYS
Site 226Y2229TYTREDAYSMEYVYE
Site 227Y2233EDAYSMEYVYEDVDG
Site 228Y2235AYSMEYVYEDVDGQT
Site 229T2242YEDVDGQTEVMPLWT
Site 230T2249TEVMPLWTPPTPPQD
Site 231T2252MPLWTPPTPPQDDSD
Site 232S2258PTPPQDDSDIYLDSV
Site 233Y2261PQDDSDIYLDSVMCL
Site 234Y2284EAKLPPVYVRKERKR
Site 235T2294KERKRHKTDPSAAGR
Site 236S2297KRHKTDPSAAGRKKK
Site 237S2316EAVVPPRSLFDRATP
Site 238T2322RSLFDRATPGLLKIR
Site 239T2353PFAKPLPTFAKPTAE
Site 240S2394PLNLTIVSPAHTPNW
Site 241T2398TIVSPAHTPNWDLVS
Site 242S2405TPNWDLVSDVVNSCS
Site 243S2410LVSDVVNSCSRIYRS
Site 244S2412SDVVNSCSRIYRSSK
Site 245Y2415VNSCSRIYRSSKQCR
Site 246Y2425SKQCRNRYENVIIPR
Site 247S2437IPREEGKSKNNRPLR
Site 248S2446NNRPLRTSQIYAQDE
Site 249Y2449PLRTSQIYAQDENAT
Site 250T2458QDENATHTQLYTSHF
Site 251Y2461NATHTQLYTSHFDLM
Site 252T2471HFDLMKMTAGKRSPP
Site 253S2476KMTAGKRSPPIKPLL
Site 254S2496QKNPKHASVLAESGI
Site 255Y2505LAESGINYDKPLPPI
Site 256S2569PQPQAAGSQPPAGPP
Site 257T2604AKAQPAITTGGSAAV
Site 258T2605KAQPAITTGGSAAVL
Site 259S2608PAITTGGSAAVLAGT
Site 260T2615SAAVLAGTIKTSVTG
Site 261S2649VPAATFQSINKRLAS
Site 262S2656SINKRLASPVAPGAL
Site 263S2686PPPRAVGSPATATPD
Site 264T2689RAVGSPATATPDLVS
Site 265T2691VGSPATATPDLVSMA
Site 266S2696TATPDLVSMATTQGV
Site 267T2724TNLTPVQTPARSLVP
Site 268S2728PVQTPARSLVPQVSQ
Site 269T2747QLPGKTITPAHFQLL
Site 270S2790QQQTTTTSQVQVPQI
Site 271S2803QIQGQAQSPAQIKAV
Site 272T2814IKAVGKLTPEHLIKM
Site 273S2839PPPPQAQSAPPQPTA
Site 274T2845QSAPPQPTAQVQVQT
Site 275S2853AQVQVQTSQPPQQQS
Site 276S2860SQPPQQQSPQLTTVT
Site 277T2864QQQSPQLTTVTAPRP
Site 278T2889NLQVARLTRVPTSQL
Site 279T2893ARLTRVPTSQLQAQG
Site 280S2894RLTRVPTSQLQAQGQ
Site 281T2904QAQGQMQTQAPQPAQ
Site 282T2956PQKAAGQTVVAQPVH
Site 283T3002KITAQQITTPGAQQK
Site 284T3003ITAQQITTPGAQQKV
Site 285T3024ALKTQFLTTPISQAQ
Site 286T3025LKTQFLTTPISQAQK
Site 287S3028QFLTTPISQAQKLAG
Site 288T3056PQVVQQQTPVASIQQ
Site 289S3066ASIQQVASASQQASP
Site 290S3068IQQVASASQQASPQT
Site 291S3072ASASQQASPQTVALT
Site 292T3075SQQASPQTVALTQAT
Site 293T3120TASAPLQTPGAPNPA
Site 294S3132NPAQVPASSDSPSQQ
Site 295S3133PAQVPASSDSPSQQP
Site 296S3135QVPASSDSPSQQPKL
Site 297S3137PASSDSPSQQPKLQM
Site 298T3153VPAVRLKTPTKPPCQ
Site 299T3155AVRLKTPTKPPCQ__
 
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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