PhosphoNET

           
Protein Info 
   
Short Name:  TNKS1BP1
Full Name:  182 kDa tankyrase-1-binding protein
Alias:  182 kDa tankyrase 1-binding protein; FLJ45975; KIAA1741; TAB182; TABP; Tankyrase 1 binding protein 1, 182kDa; TB182
Type:  Actin binding protein; Cell cycle regulation
Mass (Da):  181782
Number AA:  1729
UniProt ID:  Q9C0C2
International Prot ID:  IPI00304589
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0005737  GO:0005724   Uniprot OncoNet
Molecular Function:  GO:0030506  GO:0019899   PhosphoSite+ KinaseNET
Biological Process:  GO:0007004     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 1T5___MKVSTLRESSAM
Site 2S9KVSTLRESSAMASPL
Site 3S10VSTLRESSAMASPLP
Site 4S14RESSAMASPLPREME
Site 5T27MEEELVPTGSEPGDT
Site 6S29EELVPTGSEPGDTRA
Site 7T34TGSEPGDTRAKPPVK
Site 8S77GPLAELPSARKMNML
Site 9Y90MLAGPQPYGGSKRPL
Site 10S93GPQPYGGSKRPLPFA
Site 11T131KEEPPPLTPPARCAA
Site 12S153PAPFRPASERFAATT
Site 13T159ASERFAATTVEEILA
Site 14T160SERFAATTVEEILAK
Site 15S178PRKEVLASPDRLWGS
Site 16S185SPDRLWGSRLTFNHD
Site 17T188RLWGSRLTFNHDGSS
Site 18S194LTFNHDGSSRYGPRT
Site 19S195TFNHDGSSRYGPRTY
Site 20T201SSRYGPRTYGTTTAP
Site 21Y202SRYGPRTYGTTTAPR
Site 22T205GPRTYGTTTAPRDED
Site 23S214APRDEDGSTLFRGWS
Site 24T215PRDEDGSTLFRGWSQ
Site 25S221STLFRGWSQEGPVKS
Site 26S228SQEGPVKSPAECREE
Site 27S237AECREEHSKTPEERS
Site 28T239CREEHSKTPEERSLP
Site 29S244SKTPEERSLPSDLAF
Site 30S247PEERSLPSDLAFNGD
Site 31S268SELPADISKPWIPSS
Site 32S274ISKPWIPSSPAPSSE
Site 33S275SKPWIPSSPAPSSEN
Site 34S279IPSSPAPSSENGGPA
Site 35S280PSSPAPSSENGGPAS
Site 36S287SENGGPASPGLPAEA
Site 37S295PGLPAEASGSGPGSP
Site 38S297LPAEASGSGPGSPHL
Site 39S301ASGSGPGSPHLHPPD
Site 40S310HLHPPDKSSPCHSQL
Site 41S311LHPPDKSSPCHSQLL
Site 42S315DKSSPCHSQLLEAQS
Site 43S322SQLLEAQSPEASQAS
Site 44S326EAQSPEASQASPCPA
Site 45S329SPEASQASPCPAVTP
Site 46S348AALPDEGSRHTPSPG
Site 47T351PDEGSRHTPSPGLPA
Site 48S353EGSRHTPSPGLPAEG
Site 49S368APEAPRPSSPPPEVL
Site 50S369PEAPRPSSPPPEVLE
Site 51S379PEVLEPHSLDQPPAT
Site 52T386SLDQPPATSPRPLIE
Site 53S387LDQPPATSPRPLIEV
Site 54T401VGELLDLTRTFPSGG
Site 55T403ELLDLTRTFPSGGEE
Site 56T421GDAHLRPTSLVQRRF
Site 57S422DAHLRPTSLVQRRFS
Site 58S429SLVQRRFSEGVLQSP
Site 59S435FSEGVLQSPSQDQEK
Site 60S437EGVLQSPSQDQEKLG
Site 61S446DQEKLGGSLAALPQG
Site 62S456ALPQGQGSQLALDRP
Site 63S468DRPFGAESNWSLSQS
Site 64S471FGAESNWSLSQSFEW
Site 65S473AESNWSLSQSFEWTF
Site 66S475SNWSLSQSFEWTFPT
Site 67T479LSQSFEWTFPTRPSG
Site 68T482SFEWTFPTRPSGLGV
Site 69S485WTFPTRPSGLGVWRL
Site 70S494LGVWRLDSPPPSPIT
Site 71S498RLDSPPPSPITEASE
Site 72T501SPPPSPITEASEAAE
Site 73S504PSPITEASEAAEAAE
Site 74S518EAGNLAVSSREEGVS
Site 75S519AGNLAVSSREEGVSQ
Site 76S525SSREEGVSQQGQGAG
Site 77S533QQGQGAGSAPSGSGS
Site 78S536QGAGSAPSGSGSSWV
Site 79S538AGSAPSGSGSSWVQG
Site 80S540SAPSGSGSSWVQGDD
Site 81S541APSGSGSSWVQGDDP
Site 82S549WVQGDDPSMSLTQKG
Site 83S551QGDDPSMSLTQKGDG
Site 84T553DDPSMSLTQKGDGES
Site 85S560TQKGDGESQPQFPAV
Site 86T574VPLEPLPTTEGTPGL
Site 87T578PLPTTEGTPGLPLQQ
Site 88Y590LQQAEERYESQEPLA
Site 89S592QAEERYESQEPLAGQ
Site 90S601EPLAGQESPLPLATR
Site 91T607ESPLPLATREAALPI
Site 92T652PVEEEAVTLARAETT
Site 93T658VTLARAETTQARTEA
Site 94T663AETTQARTEAQDLCR
Site 95S672AQDLCRASPEPPGPE
Site 96S680PEPPGPESSSRWLDD
Site 97S681EPPGPESSSRWLDDL
Site 98S682PPGPESSSRWLDDLL
Site 99S691WLDDLLASPPPSGGG
Site 100S695LLASPPPSGGGARRG
Site 101T710AGAELKDTQSPSTCS
Site 102S712AELKDTQSPSTCSEG
Site 103S714LKDTQSPSTCSEGLL
Site 104T715KDTQSPSTCSEGLLG
Site 105S717TQSPSTCSEGLLGWS
Site 106S724SEGLLGWSQKDLQSE
Site 107S730WSQKDLQSEFGITGD
Site 108T735LQSEFGITGDPQPSS
Site 109S741ITGDPQPSSFSPSSW
Site 110S742TGDPQPSSFSPSSWC
Site 111S744DPQPSSFSPSSWCQG
Site 112S746QPSSFSPSSWCQGAS
Site 113S747PSSFSPSSWCQGASQ
Site 114S753SSWCQGASQDYGLGG
Site 115Y756CQGASQDYGLGGASP
Site 116S762DYGLGGASPRGDPGL
Site 117T775GLGERDWTSKYGQGA
Site 118S776LGERDWTSKYGQGAG
Site 119Y778ERDWTSKYGQGAGEG
Site 120S786GQGAGEGSTREWASR
Site 121S792GSTREWASRCGIGQE
Site 122S804GQEEMEASSSQDQSK
Site 123S806EEMEASSSQDQSKVS
Site 124S810ASSSQDQSKVSAPGV
Site 125S813SQDQSKVSAPGVLTA
Site 126T833GKPAQLGTQRSQEAD
Site 127S836AQLGTQRSQEADVQD
Site 128S851WEFRKRDSQGTYSSR
Site 129T854RKRDSQGTYSSRDAE
Site 130Y855KRDSQGTYSSRDAEL
Site 131S856RDSQGTYSSRDAELQ
Site 132S857DSQGTYSSRDAELQD
Site 133S872QEFGKRDSLGTYSSR
Site 134T875GKRDSLGTYSSRDVS
Site 135Y876KRDSLGTYSSRDVSL
Site 136S877RDSLGTYSSRDVSLG
Site 137S878DSLGTYSSRDVSLGD
Site 138S882TYSSRDVSLGDWEFG
Site 139S893WEFGKRDSLGAYASQ
Site 140Y897KRDSLGAYASQDANE
Site 141S899DSLGAYASQDANEQG
Site 142Y918KRDHHGRYSSQDADE
Site 143S919RDHHGRYSSQDADEQ
Site 144S920DHHGRYSSQDADEQD
Site 145S936EFQKRDVSLGTYGSR
Site 146T939KRDVSLGTYGSRAAE
Site 147Y940RDVSLGTYGSRAAEP
Site 148S942VSLGTYGSRAAEPQE
Site 149Y961KSAWIRDYSSGGSSR
Site 150S962SAWIRDYSSGGSSRT
Site 151S963AWIRDYSSGGSSRTL
Site 152S966RDYSSGGSSRTLDAQ
Site 153S967DYSSGGSSRTLDAQD
Site 154S976TLDAQDRSFGTRPLS
Site 155T979AQDRSFGTRPLSSGF
Site 156S983SFGTRPLSSGFSPEE
Site 157S984FGTRPLSSGFSPEEA
Site 158S987RPLSSGFSPEEAQQQ
Site 159S1004EFEKKIPSVEDSLGE
Site 160S1008KIPSVEDSLGEGSRD
Site 161S1013EDSLGEGSRDAGRPG
Site 162S1024GRPGERGSGGLFSPS
Site 163S1029RGSGGLFSPSTAHVP
Site 164S1031SGGLFSPSTAHVPDG
Site 165T1032GGLFSPSTAHVPDGA
Site 166S1046ALGQRDQSSWQNSDA
Site 167S1047LGQRDQSSWQNSDAS
Site 168S1051DQSSWQNSDASQEVG
Site 169S1054SWQNSDASQEVGGHQ
Site 170S1073AGAQGPGSADLEDGE
Site 171S1091RGWVGEFSLSVGPQR
Site 172S1093WVGEFSLSVGPQREA
Site 173S1103PQREAAFSPGQQDWS
Site 174S1118RDFCIEASERSYQFG
Site 175Y1122IEASERSYQFGIIGN
Site 176S1133IIGNDRVSGAGFSPS
Site 177S1138RVSGAGFSPSSKMEG
Site 178S1140SGAGFSPSSKMEGGH
Site 179S1141GAGFSPSSKMEGGHF
Site 180T1154HFVPPGKTTAGSVDW
Site 181S1158PGKTTAGSVDWTDQL
Site 182T1162TAGSVDWTDQLGLRN
Site 183S1174LRNLEVSSCVGSGGS
Site 184S1178EVSSCVGSGGSSEAR
Site 185S1181SCVGSGGSSEARESA
Site 186S1182CVGSGGSSEARESAV
Site 187S1187GSSEARESAVGQMGW
Site 188S1195AVGQMGWSGGLSLRD
Site 189S1199MGWSGGLSLRDMNLT
Site 190T1206SLRDMNLTGCLESGG
Site 191S1214GCLESGGSEEPGGIG
Site 192T1228GVGEKDWTSDVNVKS
Site 193S1229VGEKDWTSDVNVKSK
Site 194S1248VGEGGGHSQARESGV
Site 195S1253GHSQARESGVGQTDW
Site 196S1261GVGQTDWSGVEAGEF
Site 197S1271EAGEFLKSRERGVGQ
Site 198T1282GVGQADWTPDLGLRN
Site 199S1297MAPGAVCSPGESKEL
Site 200S1301AVCSPGESKELGVGQ
Site 201T1323GLRDLEVTCDPDSGG
Site 202S1328EVTCDPDSGGSQGLR
Site 203S1331CDPDSGGSQGLRGCG
Site 204T1345GVGQMDWTQDLAPQN
Site 205S1360VELFGAPSEAREHGV
Site 206S1371EHGVGGVSQCPEPGL
Site 207S1383PGLRHNGSLSPGLEA
Site 208S1385LRHNGSLSPGLEARD
Site 209S1405ELGVGETSGPETQGE
Site 210T1409GETSGPETQGEDYSS
Site 211Y1414PETQGEDYSSSSLEP
Site 212S1415ETQGEDYSSSSLEPH
Site 213S1416TQGEDYSSSSLEPHP
Site 214S1417QGEDYSSSSLEPHPA
Site 215S1418GEDYSSSSLEPHPAD
Site 216S1435METGEALSFGASPGR
Site 217S1439EALSFGASPGRCPAR
Site 218S1450CPARPPPSGSQGLLE
Site 219S1452ARPPPSGSQGLLEEM
Site 220S1465EMLAASSSKAVARRE
Site 221S1473KAVARRESAASGLGG
Site 222S1476ARRESAASGLGGLLE
Site 223S1503VLEPGRDSPPSWRPQ
Site 224S1506PGRDSPPSWRPQPDG
Site 225S1516PQPDGEASQTEDVDG
Site 226T1518PDGEASQTEDVDGTW
Site 227T1524QTEDVDGTWGSSAAR
Site 228S1528VDGTWGSSAARWSDQ
Site 229S1533GSSAARWSDQGPAQT
Site 230T1540SDQGPAQTSRRPSQG
Site 231S1541DQGPAQTSRRPSQGP
Site 232S1545AQTSRRPSQGPPARS
Site 233S1552SQGPPARSPSQDFSF
Site 234S1554GPPARSPSQDFSFIE
Site 235S1558RSPSQDFSFIEDTEI
Site 236T1563DFSFIEDTEILDSAM
Site 237S1568EDTEILDSAMYRSRA
Site 238Y1571EILDSAMYRSRANLG
Site 239S1597PGGTLGLSEAADSDA
Site 240S1602GLSEAADSDAHLFQD
Site 241S1610DAHLFQDSTEPRASR
Site 242T1611AHLFQDSTEPRASRV
Site 243S1616DSTEPRASRVPSSDE
Site 244S1620PRASRVPSSDEEVVE
Site 245S1621RASRVPSSDEEVVEE
Site 246S1631EVVEEPQSRRTRMSL
Site 247T1634EEPQSRRTRMSLGTK
Site 248S1637QSRRTRMSLGTKGLK
Site 249S1652VNLFPGLSPSALKAK
Site 250S1654LFPGLSPSALKAKLR
Site 251S1666KLRPRNRSAEEGELA
Site 252S1675EEGELAESKSSQKES
Site 253S1677GELAESKSSQKESAV
Site 254S1678ELAESKSSQKESAVQ
Site 255S1682SKSSQKESAVQRSKS
Site 256S1689SAVQRSKSCKVPGLG
Site 257T1700PGLGKPLTLPPKPEK
Site 258S1708LPPKPEKSSGSEGSS
Site 259S1709PPKPEKSSGSEGSSP
Site 260S1711KPEKSSGSEGSSPNW
Site 261S1714KSSGSEGSSPNWLQA
Site 262S1715SSGSEGSSPNWLQAL
 
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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