PhosphoNET

           
Protein Info 
   
Short Name:  TEX15
Full Name:  Testis-expressed sequence 15 protein
Alias:  Cancer/testis antigen 42
Type: 
Mass (Da):  315362
Number AA:  2789
UniProt ID:  Q9BXT5
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:      Uniprot OncoNet
Molecular Function:      PhosphoSite+ KinaseNET
Biological Process:      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 1S3_____MPSDAKDSVN
Site 2S8MPSDAKDSVNGDLLL
Site 3T18GDLLLNWTSLKNILS
Site 4S19DLLLNWTSLKNILSG
Site 5T37SFPLHNNTGSSTVTT
Site 6S39PLHNNTGSSTVTTSK
Site 7T41HNNTGSSTVTTSKSI
Site 8T43NTGSSTVTTSKSIKD
Site 9T44TGSSTVTTSKSIKDP
Site 10S45GSSTVTTSKSIKDPR
Site 11S47STVTTSKSIKDPRLM
Site 12S59RLMRREESMGEQSST
Site 13S65ESMGEQSSTAGLNEV
Site 14T66SMGEQSSTAGLNEVL
Site 15S78EVLQFEKSSDNVNSE
Site 16S79VLQFEKSSDNVNSEI
Site 17S84KSSDNVNSEIKSTPS
Site 18S88NVNSEIKSTPSNSAS
Site 19T89VNSEIKSTPSNSASS
Site 20S91SEIKSTPSNSASSSE
Site 21S93IKSTPSNSASSSEVV
Site 22S95STPSNSASSSEVVPG
Site 23S97PSNSASSSEVVPGDR
Site 24T108PGDRAVLTNGLDTPC
Site 25T118LDTPCFKTSVNDSQS
Site 26S125TSVNDSQSWAHNMGS
Site 27Y135HNMGSEDYDCIPPNK
Site 28S156CKDQGNFSFPISVSN
Site 29S166ISVSNVVSEVENQNH
Site 30S185AQRAQQESGNAYTKE
Site 31Y189QQESGNAYTKEYSSH
Site 32T190QESGNAYTKEYSSHI
Site 33S194NAYTKEYSSHIFQDS
Site 34S201SSHIFQDSQSSDLKT
Site 35S203HIFQDSQSSDLKTIY
Site 36T208SQSSDLKTIYQTGCQ
Site 37Y210SSDLKTIYQTGCQTS
Site 38S217YQTGCQTSTVFPLKK
Site 39T218QTGCQTSTVFPLKKK
Site 40S227FPLKKKVSIDEYLQN
Site 41Y231KKVSIDEYLQNTGKM
Site 42S247NFADLEDSSKHEEKQ
Site 43S248FADLEDSSKHEEKQT
Site 44T255SKHEEKQTSWKEIDN
Site 45S256KHEEKQTSWKEIDND
Site 46T265KEIDNDFTNETKISP
Site 47S271FTNETKISPIDNYIV
Site 48Y276KISPIDNYIVLHQEY
Site 49Y283YIVLHQEYKESESHN
Site 50S286LHQEYKESESHNSFG
Site 51S288QEYKESESHNSFGKS
Site 52S291KESESHNSFGKSCDK
Site 53S295SHNSFGKSCDKILIT
Site 54T302SCDKILITQELEITK
Site 55T308ITQELEITKSSTSTI
Site 56S310QELEITKSSTSTIKD
Site 57S333LEWQITPSFESLSQK
Site 58S336QITPSFESLSQKHPQ
Site 59S338TPSFESLSQKHPQHS
Site 60S345SQKHPQHSVEYEGNI
Site 61S355YEGNIHTSLAIAQKL
Site 62Y374LGKINQNYASIITEA
Site 63Y403IDTVISSYNIETAHD
Site 64T407ISSYNIETAHDSSNC
Site 65S411NIETAHDSSNCSITR
Site 66S412IETAHDSSNCSITRE
Site 67S433KNENEPVSLENIQRD
Site 68Y441LENIQRDYKETAYVE
Site 69T444IQRDYKETAYVEDRG
Site 70Y446RDYKETAYVEDRGQD
Site 71S490EAKENSASCVENNIE
Site 72S507YGDKKQDSHTNENFS
Site 73T509DKKQDSHTNENFSNI
Site 74Y524DEKEDKNYHNIEILS
Site 75S531YHNIEILSSEEFSTK
Site 76S532HNIEILSSEEFSTKF
Site 77T562LLESEEDTISAVKQK
Site 78S564ESEEDTISAVKQKDT
Site 79T571SAVKQKDTENTGRSV
Site 80S583RSVEHLASTTFPKTA
Site 81T584SVEHLASTTFPKTAS
Site 82T585VEHLASTTFPKTASS
Site 83S592TFPKTASSSVCVASN
Site 84S613SATMPALSLNNDDHQ
Site 85Y622NNDDHQIYQFKETCS
Site 86T627QIYQFKETCSSESPD
Site 87S630QFKETCSSESPDFGL
Site 88S632KETCSSESPDFGLLV
Site 89S644LLVKHRVSDCEIDTD
Site 90T650VSDCEIDTDKNKSQE
Site 91S655IDTDKNKSQESFHQS
Site 92S658DKNKSQESFHQSINE
Site 93S662SQESFHQSINENLVL
Site 94S671NENLVLQSIELESEI
Site 95S709LCEEFVTSYKALKSR
Site 96S715TSYKALKSRISWEGL
Site 97S735GEMEVLESTTGRENS
Site 98S742STTGRENSDQHYSKE
Site 99Y746RENSDQHYSKESNYF
Site 100Y752HYSKESNYFYSSTQN
Site 101Y754SKESNYFYSSTQNNE
Site 102T757SNYFYSSTQNNETEL
Site 103T762SSTQNNETELTSPIL
Site 104T765QNNETELTSPILLPD
Site 105S766NNETELTSPILLPDL
Site 106T778PDLQIKITNIFRPGF
Site 107S786NIFRPGFSPTADSLA
Site 108S791GFSPTADSLALKDSF
Site 109S797DSLALKDSFCTHVTE
Site 110Y823EILGFDIYSQPFGEN
Site 111Y833PFGENADYPCEDKVD
Site 112S846VDNIRQESGPVSNSE
Site 113S850RQESGPVSNSEISLS
Site 114S852ESGPVSNSEISLSFD
Site 115S855PVSNSEISLSFDLSR
Site 116S857SNSEISLSFDLSRNT
Site 117S861ISLSFDLSRNTDVNH
Site 118T864SFDLSRNTDVNHTSE
Site 119S870NTDVNHTSENQNSES
Site 120S875HTSENQNSESLFTEP
Site 121S877SENQNSESLFTEPSN
Site 122T880QNSESLFTEPSNVTT
Site 123S883ESLFTEPSNVTTIDD
Site 124T887TEPSNVTTIDDGSRC
Site 125S892VTTIDDGSRCFFTKS
Site 126Y903FTKSKTDYNDTKNKK
Site 127S917KEVESRISKRKLHIS
Site 128S924SKRKLHISSRDQNIP
Site 129Y941DLRRHKIYGRKRRLT
Site 130T948YGRKRRLTSQDSSEC
Site 131S949GRKRRLTSQDSSECF
Site 132S952RRLTSQDSSECFSSL
Site 133S953RLTSQDSSECFSSLS
Site 134S957QDSSECFSSLSQGRI
Site 135S958DSSECFSSLSQGRIK
Site 136S960SECFSSLSQGRIKTF
Site 137T966LSQGRIKTFSQSEKH
Site 138S968QGRIKTFSQSEKHIK
Site 139S970RIKTFSQSEKHIKSV
Site 140S976QSEKHIKSVLNILSD
Site 141S986NILSDEASLCKSKCL
Site 142S990DEASLCKSKCLSRKL
Site 143S994LCKSKCLSRKLDKAV
Site 144T1013KAHRRVHTSLQLITK
Site 145S1014AHRRVHTSLQLITKV
Site 146T1019HTSLQLITKVGEERK
Site 147S1032RKGPLPKSYAVICNN
Site 148Y1033KGPLPKSYAVICNNF
Site 149Y1049ESCDLQGYSSVSQRK
Site 150S1051CDLQGYSSVSQRKYY
Site 151S1053LQGYSSVSQRKYYST
Site 152Y1057SSVSQRKYYSTKHFS
Site 153Y1058SVSQRKYYSTKHFSS
Site 154S1059VSQRKYYSTKHFSSK
Site 155T1060SQRKYYSTKHFSSKR
Site 156S1064YYSTKHFSSKRKYDK
Site 157S1065YSTKHFSSKRKYDKR
Site 158Y1069HFSSKRKYDKRRKKR
Site 159S1083RAPKADISKSLTHVS
Site 160S1085PKADISKSLTHVSKH
Site 161T1087ADISKSLTHVSKHKS
Site 162S1090SKSLTHVSKHKSYKT
Site 163S1094THVSKHKSYKTSGEK
Site 164S1098KHKSYKTSGEKKCLS
Site 165S1105SGEKKCLSRKSMASS
Site 166S1108KKCLSRKSMASSVSK
Site 167S1111LSRKSMASSVSKSHP
Site 168S1112SRKSMASSVSKSHPT
Site 169S1114KSMASSVSKSHPTTS
Site 170S1116MASSVSKSHPTTSHM
Site 171T1120VSKSHPTTSHMGEFC
Site 172S1134CNQEHPESQLPVSST
Site 173S1139PESQLPVSSTSQSTS
Site 174S1140ESQLPVSSTSQSTSQ
Site 175T1141SQLPVSSTSQSTSQS
Site 176S1142QLPVSSTSQSTSQSV
Site 177S1144PVSSTSQSTSQSVYY
Site 178S1146SSTSQSTSQSVYYNS
Site 179S1148TSQSTSQSVYYNSSV
Site 180Y1150QSTSQSVYYNSSVSN
Site 181Y1151STSQSVYYNSSVSNP
Site 182S1153SQSVYYNSSVSNPSL
Site 183S1154QSVYYNSSVSNPSLS
Site 184S1156VYYNSSVSNPSLSEE
Site 185S1159NSSVSNPSLSEEHQP
Site 186S1161SVSNPSLSEEHQPFS
Site 187S1168SEEHQPFSGKTAYLF
Site 188Y1173PFSGKTAYLFSPDHS
Site 189S1176GKTAYLFSPDHSDEK
Site 190S1180YLFSPDHSDEKLIEK
Site 191T1193EKENQIDTAFLSSTS
Site 192S1197QIDTAFLSSTSKYEK
Site 193Y1202FLSSTSKYEKLEKHS
Site 194S1232ANEVINESNSVSLSC
Site 195S1234EVINESNSVSLSCIK
Site 196S1236INESNSVSLSCIKEN
Site 197S1238ESNSVSLSCIKENIN
Site 198Y1283KHFLNDLYQQGNLIL
Site 199S1291QQGNLILSDCKRNLE
Site 200T1302RNLEVKWTDPIERPK
Site 201S1345SAAAVTDSEGESSKS
Site 202S1349VTDSEGESSKSYLDK
Site 203S1350TDSEGESSKSYLDKQ
Site 204S1352SEGESSKSYLDKQRI
Site 205Y1353EGESSKSYLDKQRIL
Site 206T1361LDKQRILTVDSFAAS
Site 207S1368TVDSFAASSTVPHCE
Site 208T1370DSFAASSTVPHCEQS
Site 209S1377TVPHCEQSCREKELL
Site 210T1386REKELLKTEQCSSGN
Site 211S1391LKTEQCSSGNCLHTD
Site 212T1397SSGNCLHTDGNETNV
Site 213T1405DGNETNVTENYELDV
Site 214S1421SGTEEDKSYGENIVE
Site 215Y1422GTEEDKSYGENIVEL
Site 216S1430GENIVELSSSDSSLL
Site 217S1434VELSSSDSSLLLRDN
Site 218S1435ELSSSDSSLLLRDNV
Site 219S1447DNVKGSSSETCIVKK
Site 220T1449VKGSSSETCIVKKDT
Site 221T1456TCIVKKDTEDRITWK
Site 222T1461KDTEDRITWKVKQAE
Site 223S1473QAEKAKDSVYKRSMT
Site 224Y1475EKAKDSVYKRSMTEG
Site 225S1478KDSVYKRSMTEGSTV
Site 226T1480SVYKRSMTEGSTVNT
Site 227T1484RSMTEGSTVNTEYKN
Site 228T1487TEGSTVNTEYKNQKN
Site 229Y1489GSTVNTEYKNQKNQI
Site 230T1508CLNEKIITTNLIDSH
Site 231T1509LNEKIITTNLIDSHL
Site 232S1514ITTNLIDSHLSTKNT
Site 233S1517NLIDSHLSTKNTTTE
Site 234T1518LIDSHLSTKNTTTES
Site 235T1521SHLSTKNTTTESVPL
Site 236T1522HLSTKNTTTESVPLK
Site 237S1525TKNTTTESVPLKNTV
Site 238T1531ESVPLKNTVSNPLNK
Site 239S1548KKGEIKVSKDSQSDL
Site 240S1551EIKVSKDSQSDLTLH
Site 241S1553KVSKDSQSDLTLHSE
Site 242T1556KDSQSDLTLHSEIAY
Site 243S1559QSDLTLHSEIAYISK
Site 244T1589SETCKVPTLLKKPAS
Site 245S1596TLLKKPASYVSDFKE
Site 246Y1597LLKKPASYVSDFKEK
Site 247S1599KKPASYVSDFKEKHC
Site 248S1628LQRADEASSLQILQE
Site 249S1658FERKQECSVEQILIS
Site 250T1715RHLEGEPTLRSLLWY
Site 251Y1722TLRSLLWYDETLYAE
Site 252Y1727LWYDETLYAELLGKP
Site 253Y1744FQQQSNFYPGFQGRL
Site 254Y1753GFQGRLKYNAFCELQ
Site 255Y1762AFCELQTYHDQLVEL
Site 256S1779ETKREKNSYYVFLKY
Site 257Y1780TKREKNSYYVFLKYK
Site 258Y1781KREKNSYYVFLKYKR
Site 259Y1786SYYVFLKYKRQVNEC
Site 260S1842LINVCGDSPKVHSYP
Site 261S1847GDSPKVHSYPGKQDH
Site 262Y1848DSPKVHSYPGKQDHL
Site 263T1901NLVWKERTQSFSKKY
Site 264S1903VWKERTQSFSKKYSQ
Site 265S1905KERTQSFSKKYSQKK
Site 266S1909QSFSKKYSQKKDEER
Site 267T1934KLQKIYDTLSKDLNN
Site 268S1936QKIYDTLSKDLNNEP
Site 269S1945DLNNEPISPIGLEED
Site 270T1953PIGLEEDTIIASRKS
Site 271S1960TIIASRKSDHPINEA
Site 272S1970PINEATISIENSKFN
Site 273S1974ATISIENSKFNSNLL
Site 274S1978IENSKFNSNLLAHPD
Site 275T2008LKKLQDLTLRCTDHL
Site 276T2012QDLTLRCTDHLEILK
Site 277Y2021HLEILKKYFQMLQDN
Site 278S2078TIHFLKNSIAKKLDK
Site 279S2111QCQEKMASFSFLKDN
Site 280S2113QEKMASFSFLKDNST
Site 281T2120SFLKDNSTDVCLWKV
Site 282S2133KVIETAVSELKKDLD
Site 283Y2145DLDIICKYNEAVNCS
Site 284S2159SYAIHLLSRELQELS
Site 285S2166SRELQELSEIKKLLK
Site 286S2175IKKLLKKSKYFISTY
Site 287Y2177KLLKKSKYFISTYID
Site 288S2180KKSKYFISTYIDFVP
Site 289T2181KSKYFISTYIDFVPY
Site 290T2197ASINYGSTVTELEYN
Site 291Y2203STVTELEYNYNQFST
Site 292Y2205VTELEYNYNQFSTLL
Site 293S2217TLLKNVMSAPRKDLG
Site 294S2289GENNNKFSISTMLPP
Site 295S2291NNNKFSISTMLPPVS
Site 296S2298STMLPPVSECINKNI
Site 297S2306ECINKNISNSSKKRP
Site 298S2308INKNISNSSKKRPST
Site 299S2309NKNISNSSKKRPSTV
Site 300S2314NSSKKRPSTVDKCED
Site 301T2315SSKKRPSTVDKCEDS
Site 302S2322TVDKCEDSQEQQQDT
Site 303T2329SQEQQQDTTVSSCKK
Site 304T2330QEQQQDTTVSSCKKL
Site 305S2332QQQDTTVSSCKKLKV
Site 306T2345KVDMKDVTKINREKA
Site 307T2359ATFKHPRTTGSHPKS
Site 308T2360TFKHPRTTGSHPKSE
Site 309S2362KHPRTTGSHPKSENK
Site 310S2366TTGSHPKSENKIVPS
Site 311S2373SENKIVPSSCDSLKR
Site 312S2374ENKIVPSSCDSLKRN
Site 313S2377IVPSSCDSLKRNHLT
Site 314T2384SLKRNHLTPKKVEMQ
Site 315S2393KKVEMQRSLPGSLLP
Site 316S2397MQRSLPGSLLPLENP
Site 317T2407PLENPKDTCASKSES
Site 318S2410NPKDTCASKSESKID
Site 319S2412KDTCASKSESKIDLT
Site 320S2414TCASKSESKIDLTVS
Site 321T2419SESKIDLTVSSDHFS
Site 322S2421SKIDLTVSSDHFSGQ
Site 323S2422KIDLTVSSDHFSGQQ
Site 324S2426TVSSDHFSGQQENLN
Site 325S2434GQQENLNSMKKRNVN
Site 326S2443KKRNVNFSAAETKSD
Site 327T2447VNFSAAETKSDKKDC
Site 328S2449FSAAETKSDKKDCAA
Site 329T2468DQKSVHGTFSPDHGT
Site 330S2470KSVHGTFSPDHGTLL
Site 331T2475TFSPDHGTLLQKFLK
Site 332S2484LQKFLKNSPDPTQKS
Site 333T2488LKNSPDPTQKSCLSD
Site 334S2491SPDPTQKSCLSDINP
Site 335S2494PTQKSCLSDINPETD
Site 336T2500LSDINPETDVSLVPD
Site 337T2531PDLEMNDTVFELQDN
Site 338S2543QDNDIVNSSIKNSSC
Site 339S2544DNDIVNSSIKNSSCM
Site 340S2548VNSSIKNSSCMTSPE
Site 341S2549NSSIKNSSCMTSPEP
Site 342S2553KNSSCMTSPEPICIQ
Site 343Y2582ETESEDKYMKDTLNP
Site 344T2586EDKYMKDTLNPNTVH
Site 345T2591KDTLNPNTVHTFGAS
Site 346T2594LNPNTVHTFGASGHI
Site 347S2612VNQGAEYSLSEQQND
Site 348S2614QGAEYSLSEQQNDKN
Site 349T2644PQSACNPTYNSSEHL
Site 350Y2645QSACNPTYNSSEHLF
Site 351S2647ACNPTYNSSEHLFGT
Site 352S2648CNPTYNSSEHLFGTS
Site 353T2654SSEHLFGTSYPYSAW
Site 354Y2656EHLFGTSYPYSAWCV
Site 355Y2664PYSAWCVYQYSNSNG
Site 356Y2666SAWCVYQYSNSNGNA
Site 357T2677NGNAITQTYQGITSY
Site 358Y2678GNAITQTYQGITSYE
Site 359S2683QTYQGITSYEVQPSP
Site 360Y2684TYQGITSYEVQPSPS
Site 361S2689TSYEVQPSPSGLLTT
Site 362S2706STAQGTHSNLLYSQY
Site 363Y2710GTHSNLLYSQYFTYF
Site 364Y2713SNLLYSQYFTYFAGE
Site 365T2715LLYSQYFTYFAGEPQ
Site 366Y2716LYSQYFTYFAGEPQA
Site 367S2735PVNGYFQSQIPASNF
Site 368S2740FQSQIPASNFRQPIF
Site 369S2748NFRQPIFSQYASHQP
Site 370Y2750RQPIFSQYASHQPLP
Site 371S2752PIFSQYASHQPLPQA
Site 372Y2761QPLPQATYPYLPNRF
 
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