PhosphoNET

           
Protein Info 
   
Short Name:  TOPBP1
Full Name:  DNA topoisomerase 2-binding protein 1
Alias:  DNA topoisomerase II beta-bindin; DNA topoisomerase II binding protein 1; DNA topoisomerase IIbeta-binding protein 1; DNA topoisomerase II-binding protein 1; KIAA0259; TOP2BP1; TOPB1; Topoisomerase (DNA) II binding protein 1
Type:  DNA replication
Mass (Da):  170679
Number AA:  1522
UniProt ID:  Q92547
International Prot ID:  IPI00293921
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0016605  GO:0005813   Uniprot OncoNet
Molecular Function:  GO:0003677  GO:0008022   PhosphoSite+ KinaseNET
Biological Process:  GO:0006281  GO:0010212   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 1S16FFVKFLKSSDNSKCF
Site 2S20FLKSSDNSKCFFKAL
Site 3S56KIKENDRSLYICDPF
Site 4Y58KENDRSLYICDPFSG
Site 5Y102PRAEHPVYNMVMSDV
Site 6S112VMSDVTISCTSLEKE
Site 7Y127KREEVHKYVQMMGGR
Site 8Y136QMMGGRVYRDLNVSV
Site 9S142VYRDLNVSVTHLIAG
Site 10T144RDLNVSVTHLIAGEV
Site 11S153LIAGEVGSKKYLVAA
Site 12Y156GEVGSKKYLVAANLK
Site 13S170KKPILLPSWIKTLWE
Site 14T174LLPSWIKTLWEKSQE
Site 15S179IKTLWEKSQEKKITR
Site 16T185KSQEKKITRYTDINM
Site 17T188EKKITRYTDINMEDF
Site 18T222RKEVQQLTVKHGGQY
Site 19Y251QEPKGQKYECAKRWN
Site 20S280KGFCQDESIYKTEPR
Site 21T284QDESIYKTEPRPEAK
Site 22T292EPRPEAKTMPNSSTP
Site 23S296EAKTMPNSSTPTSQI
Site 24S297AKTMPNSSTPTSQIN
Site 25T298KTMPNSSTPTSQINT
Site 26S301PNSSTPTSQINTIDS
Site 27T305TPTSQINTIDSRTLS
Site 28S308SQINTIDSRTLSDVS
Site 29T310INTIDSRTLSDVSNI
Site 30S312TIDSRTLSDVSNISN
Site 31S315SRTLSDVSNISNINA
Site 32S328NASCVSESICNSLNS
Site 33S332VSESICNSLNSKLEP
Site 34S350NLENLDVSAFQAPED
Site 35S370RIYLCGFSGRKLDKL
Site 36S383KLRRLINSGGGVRFN
Site 37T397NQLNEDVTHVIVGDY
Site 38Y404THVIVGDYDDELKQF
Site 39S438FSKGYMLSEEPYIHA
Site 40Y442YMLSEEPYIHANYQP
Site 41Y447EPYIHANYQPVEIPV
Site 42S455QPVEIPVSHQPESKA
Site 43S460PVSHQPESKAALLKK
Site 44S470ALLKKKNSSFSKKDF
Site 45S471LLKKKNSSFSKKDFA
Site 46S473KKKNSSFSKKDFAPS
Site 47S480SKKDFAPSEKHEQAD
Site 48S492QADEDLLSQYENGSS
Site 49Y494DEDLLSQYENGSSTV
Site 50S498LSQYENGSSTVVEAK
Site 51S499SQYENGSSTVVEAKT
Site 52T500QYENGSSTVVEAKTS
Site 53T506STVVEAKTSEARPFN
Site 54S507TVVEAKTSEARPFND
Site 55S515EARPFNDSTHAEPLN
Site 56T516ARPFNDSTHAEPLND
Site 57S524HAEPLNDSTHISLQE
Site 58S528LNDSTHISLQEENQS
Site 59S535SLQEENQSSVSHCVP
Site 60S536LQEENQSSVSHCVPD
Site 61S545SHCVPDVSTITEEGL
Site 62S554ITEEGLFSQKSFLVL
Site 63S564SFLVLGFSNENESNI
Site 64T624VTCIDYQTLFDPKSN
Site 65S630QTLFDPKSNPLFTPV
Site 66T635PKSNPLFTPVPVMTG
Site 67S654EDCVISFSQCAGAEK
Site 68Y678LGASVQEYFVRKSNA
Site 69S692AKKGMFASTHLILKE
Site 70T693KKGMFASTHLILKER
Site 71S703ILKERGGSKYEAAKK
Site 72Y705KERGGSKYEAAKKWN
Site 73T727WLLETARTGKRADES
Site 74S734TGKRADESHFLIENS
Site 75S741SHFLIENSTKEERSL
Site 76T742HFLIENSTKEERSLE
Site 77S747NSTKEERSLETEITN
Site 78T753RSLETEITNGINLNS
Site 79S760TNGINLNSDTAEHPG
Site 80T762GINLNSDTAEHPGTR
Site 81T768DTAEHPGTRLQTHRK
Site 82T772HPGTRLQTHRKTVVT
Site 83T776RLQTHRKTVVTPLDM
Site 84T779THRKTVVTPLDMNRF
Site 85S788LDMNRFQSKAFRAVV
Site 86S796KAFRAVVSQHARQVA
Site 87S805HARQVAASPAVGQPL
Site 88S817QPLQKEPSLHLDTPS
Site 89T822EPSLHLDTPSKFLSK
Site 90S824SLHLDTPSKFLSKDK
Site 91S828DTPSKFLSKDKLFKP
Site 92S836KDKLFKPSFDVKDAL
Site 93T848DALAALETPGRPSQQ
Site 94S853LETPGRPSQQKRKPS
Site 95S860SQQKRKPSTPLSEVI
Site 96T861QQKRKPSTPLSEVIV
Site 97S864RKPSTPLSEVIVKNL
Site 98S886SRNAVALSASPQLKE
Site 99S888NAVALSASPQLKEAQ
Site 100S896PQLKEAQSEKEEAPK
Site 101S917VCVSKKLSKKQSELN
Site 102S921KKLSKKQSELNGIAA
Site 103S929ELNGIAASLGADYRW
Site 104Y934AASLGADYRWSFDET
Site 105S937LGADYRWSFDETVTH
Site 106Y947ETVTHFIYQGRPNDT
Site 107Y958PNDTNREYKSVKERG
Site 108S960DTNREYKSVKERGVH
Site 109Y989KHLPESLYPHTYNPK
Site 110T992PESLYPHTYNPKMSL
Site 111Y993ESLYPHTYNPKMSLD
Site 112S998HTYNPKMSLDISAVQ
Site 113S1002PKMSLDISAVQDGRL
Site 114S1012QDGRLCNSRLLSAVS
Site 115S1016LCNSRLLSAVSSTKD
Site 116S1019SRLLSAVSSTKDDEP
Site 117S1020RLLSAVSSTKDDEPD
Site 118S1046MATNNKESAPSNGSG
Site 119S1049NNKESAPSNGSGKND
Site 120S1057NGSGKNDSKGVLTQT
Site 121T1062NDSKGVLTQTLEMRE
Site 122T1064SKGVLTQTLEMRENF
Site 123S1093KPQGQRTSLSRSGCN
Site 124S1095QGQRTSLSRSGCNSA
Site 125S1097QRTSLSRSGCNSASS
Site 126S1101LSRSGCNSASSTPDS
Site 127S1103RSGCNSASSTPDSTR
Site 128S1104SGCNSASSTPDSTRS
Site 129T1105GCNSASSTPDSTRSA
Site 130S1108SASSTPDSTRSARSG
Site 131T1109ASSTPDSTRSARSGR
Site 132S1111STPDSTRSARSGRSR
Site 133S1114DSTRSARSGRSRVLE
Site 134S1126VLEALRQSRQTVPDV
Site 135T1129ALRQSRQTVPDVNTE
Site 136S1138PDVNTEPSQNEQIIW
Site 137T1149QIIWDDPTAREERAR
Site 138S1159EERARLASNLQWPSC
Site 139S1165ASNLQWPSCPTQYSE
Site 140Y1170WPSCPTQYSELQVDI
Site 141S1183DIQNLEDSPFQKPLH
Site 142S1192FQKPLHDSEIAKQAV
Site 143T1208DPGNIRVTEAPKHPI
Site 144S1216EAPKHPISEELETPI
Site 145T1221PISEELETPIKDSHL
Site 146T1231KDSHLIPTPQAPSIA
Site 147T1256HPREKIITIEETHEE
Site 148S1274QYIFQLSSLNPQERI
Site 149Y1283NPQERIDYCHLIEKL
Site 150Y1318HPLRNEKYLASVAAG
Site 151Y1333KWVLHRSYLEACRTA
Site 152T1339SYLEACRTAGHFVQE
Site 153Y1349HFVQEEDYEWGSSSI
Site 154S1355DYEWGSSSILDVLTG
Site 155S1387KIQQRQESGIVEGAF
Site 156S1406VILHVDQSREAGFKR
Site 157S1449NKLKPDDSGVNIAEA
Site 158Y1472RTEYIADYLMQESPP
Site 159S1477ADYLMQESPPHVENY
Site 160Y1484SPPHVENYCLPEAIS
Site 161S1504KELGTGLSQKRKAPT
 
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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