PhosphoNET

           
Protein Info 
   
Short Name:  TOP2A
Full Name:  DNA topoisomerase 2-alpha
Alias:  Alpha isozyme; DNA topoisomerase II; DNA topoisomerase II alpha; DNA topoisomerase II-alpha; P11388-1; TOP2; TOP-2; Topoisomerase (DNA) II alpha 170kDa; TP2A
Type:  EC 5.99.1.3; Isomerase
Mass (Da):  174385
Number AA:  1531
UniProt ID:  P11388
International Prot ID:  IPI00478232
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0009330  GO:0005694  GO:0005737 Uniprot OncoNet
Molecular Function:  GO:0005524  GO:0003918  GO:0008094 PhosphoSite+ KinaseNET
Biological Process:  GO:0006266  GO:0006281  GO:0006260 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 1S4____MEVSPLQPVNE
Site 2S29EDAKKRLSVERIYQK
Site 3Y34RLSVERIYQKKTQLE
Site 4Y64VTQQMWVYDEDVGIN
Site 5Y72DEDVGINYREVTFVP
Site 6T76GINYREVTFVPGLYK
Site 7Y82VTFVPGLYKIFDEIL
Site 8S103KQRDPKMSCIRVTID
Site 9T108KMSCIRVTIDPENNL
Site 10S149FGQLLTSSNYDDDEK
Site 11T159DDDEKKVTGGRNGYG
Site 12Y165VTGGRNGYGAKLCNI
Site 13T178NIFSTKFTVETASRE
Site 14Y186VETASREYKKMFKQT
Site 15Y214KPFNGEDYTCITFQP
Site 16T218GEDYTCITFQPDLSK
Site 17S224ITFQPDLSKFKMQSL
Site 18S230LSKFKMQSLDKDIVA
Site 19Y244ALMVRRAYDIAGSTK
Site 20S249RAYDIAGSTKDVKVF
Site 21T250AYDIAGSTKDVKVFL
Site 22S269LPVKGFRSYVDMYLK
Site 23Y270PVKGFRSYVDMYLKD
Site 24Y274FRSYVDMYLKDKLDE
Site 25T282LKDKLDETGNSLKVI
Site 26S285KLDETGNSLKVIHEQ
Site 27S312EKGFQQISFVNSIAT
Site 28S316QQISFVNSIATSKGG
Site 29S320FVNSIATSKGGRHVD
Site 30Y328KGGRHVDYVADQIVT
Site 31T372NALIENPTFDSQTKE
Site 32S375IENPTFDSQTKENMT
Site 33T382SQTKENMTLQPKSFG
Site 34S387NMTLQPKSFGSTCQL
Site 35S390LQPKSFGSTCQLSEK
Site 36T391QPKSFGSTCQLSEKF
Site 37S452NDAGGRNSTECTLIL
Site 38T453DAGGRNSTECTLILT
Site 39T456GRNSTECTLILTEGD
Site 40T467TEGDSAKTLAVSGLG
Site 41Y481GVVGRDKYGVFPLRG
Site 42S497ILNVREASHKQIMEN
Site 43Y518IKIVGLQYKKNYEDE
Site 44S527KNYEDEDSLKTLRYG
Site 45T530EDEDSLKTLRYGKIM
Site 46T540YGKIMIMTDQDQDGS
Site 47S547TDQDQDGSHIKGLLI
Site 48Y590NKQEMAFYSLPEFEE
Site 49S591KQEMAFYSLPEFEEW
Site 50S600PEFEEWKSSTPNHKK
Site 51T602FEEWKSSTPNHKKWK
Site 52Y612HKKWKVKYYKGLGTS
Site 53Y613KKWKVKYYKGLGTST
Site 54T618KYYKGLGTSTSKEAK
Site 55S619YYKGLGTSTSKEAKE
Site 56T620YKGLGTSTSKEAKEY
Site 57S621KGLGTSTSKEAKEYF
Site 58Y627TSKEAKEYFADMKRH
Site 59Y640RHRIQFKYSGPEDDA
Site 60S650PEDDAAISLAFSKKQ
Site 61S654AAISLAFSKKQIDDR
Site 62Y684LLGLPEDYLYGQTTT
Site 63Y686GLPEDYLYGQTTTYL
Site 64Y692LYGQTTTYLTYNDFI
Site 65S707NKELILFSNSDNERS
Site 66S709ELILFSNSDNERSIP
Site 67S714SNSDNERSIPSMVDG
Site 68S717DNERSIPSMVDGLKP
Site 69T732GQRKVLFTCFKRNDK
Site 70S755AGSVAEMSSYHHGEM
Site 71S756GSVAEMSSYHHGEMS
Site 72Y757SVAEMSSYHHGEMSL
Site 73S800RLHGGKDSASPRYIF
Site 74S802HGGKDSASPRYIFTM
Site 75Y805KDSASPRYIFTMLSS
Site 76T825FPPKDDHTLKFLYDD
Site 77Y830DHTLKFLYDDNQRVE
Site 78T858NGAEGIGTGWSCKIP
Site 79S891EPLPMLPSYKNFKGT
Site 80Y892PLPMLPSYKNFKGTI
Site 81Y907EELAPNQYVISGEVA
Site 82T932ELPVRTWTQTYKEQV
Site 83T934PVRTWTQTYKEQVLE
Site 84T950MLNGTEKTPPLITDY
Site 85T955EKTPPLITDYREYHT
Site 86Y957TPPLITDYREYHTDT
Site 87Y960LITDYREYHTDTTVK
Site 88T964YREYHTDTTVKFVVK
Site 89T965REYHTDTTVKFVVKM
Site 90T1014GCLKKYDTVLDILRD
Site 91Y1029FFELRLKYYGLRKEW
Site 92Y1030FELRLKYYGLRKEWL
Site 93Y1082KVLIQRGYDSDPVKA
Site 94S1084LIQRGYDSDPVKAWK
Site 95S1106DEEENEESDNEKETE
Site 96S1115NEKETEKSDSVTDSG
Site 97S1117KETEKSDSVTDSGPT
Site 98T1119TEKSDSVTDSGPTFN
Site 99S1121KSDSVTDSGPTFNYL
Site 100T1124SVTDSGPTFNYLLDM
Site 101Y1127DSGPTFNYLLDMPLW
Site 102Y1135LLDMPLWYLTKEKKD
Site 103T1157EKEQELDTLKRKSPS
Site 104S1162LDTLKRKSPSDLWKE
Site 105S1164TLKRKSPSDLWKEDL
Site 106T1173LWKEDLATFIEELEA
Site 107T1205GKAKGKKTQMAEVLP
Site 108S1213QMAEVLPSPRGQRVI
Site 109T1224QRVIPRITIEMKAEA
Site 110T1244KKIKNENTEGSPQED
Site 111S1247KNENTEGSPQEDGVE
Site 112T1274KREPGTKTKKQTTLA
Site 113T1279TKTKKQTTLAFKPIK
Site 114S1295GKKRNPWSDSESDRS
Site 115S1297KRNPWSDSESDRSSD
Site 116S1299NPWSDSESDRSSDES
Site 117S1302SDSESDRSSDESNFD
Site 118S1303DSESDRSSDESNFDV
Site 119S1306SDRSSDESNFDVPPR
Site 120T1315FDVPPRETEPRRAAT
Site 121T1322TEPRRAATKTKFTMD
Site 122T1324PRRAATKTKFTMDLD
Site 123T1327AATKTKFTMDLDSDE
Site 124S1332KFTMDLDSDEDFSDF
Site 125S1337LDSDEDFSDFDEKTD
Site 126T1343FSDFDEKTDDEDFVP
Site 127S1351DDEDFVPSDASPPKT
Site 128S1354DFVPSDASPPKTKTS
Site 129T1358SDASPPKTKTSPKLS
Site 130T1360ASPPKTKTSPKLSNK
Site 131S1361SPPKTKTSPKLSNKE
Site 132S1365TKTSPKLSNKELKPQ
Site 133S1374KELKPQKSVVSDLEA
Site 134S1377KPQKSVVSDLEADDV
Site 135S1387EADDVKGSVPLSSSP
Site 136S1391VKGSVPLSSSPPATH
Site 137S1392KGSVPLSSSPPATHF
Site 138S1393GSVPLSSSPPATHFP
Site 139T1397LSSSPPATHFPDETE
Site 140T1403ATHFPDETEITNPVP
Site 141T1406FPDETEITNPVPKKN
Site 142T1415PVPKKNVTVKKTAAK
Site 143T1419KNVTVKKTAAKSQSS
Site 144S1423VKKTAAKSQSSTSTT
Site 145T1429KSQSSTSTTGAKKRA
Site 146T1430SQSSTSTTGAKKRAA
Site 147S1449KRDPALNSGVSQKPD
Site 148S1452PALNSGVSQKPDPAK
Site 149T1460QKPDPAKTKNRRKRK
Site 150S1469NRRKRKPSTSDDSDS
Site 151T1470RRKRKPSTSDDSDSN
Site 152S1471RKRKPSTSDDSDSNF
Site 153S1474KPSTSDDSDSNFEKI
Site 154S1476STSDDSDSNFEKIVS
Site 155S1483SNFEKIVSKAVTSKK
Site 156T1487KIVSKAVTSKKSKGE
Site 157S1491KAVTSKKSKGESDDF
Site 158S1495SKKSKGESDDFHMDF
Site 159S1504DFHMDFDSAVAPRAK
Site 160S1512AVAPRAKSVRAKKPI
Site 161Y1521RAKKPIKYLEESDED
Site 162S1525PIKYLEESDEDDLF_
 
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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