PhosphoNET

           
Protein Info 
   
Short Name:  CMYA3
Full Name:  Xin actin-binding repeat-containing protein 2
Alias:  Beta-xin; Cardiomyopathy associated 3; Cardiomyopathy-associated protein 3; Xeplin; Xin actin-binding repeat containing 2; Xin actin-binding repeat-containing 2; Xin repeat 2; XIRP2
Type:  Unknown function
Mass (Da):  382300
Number AA:  3374
UniProt ID:  A4UGR9
International Prot ID: 
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030054     Uniprot OncoNet
Molecular Function:  GO:0003779     PhosphoSite+ KinaseNET
Biological Process:  GO:0030036     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 1T14HSRIFEATAGPNKPE
Site 2S22AGPNKPESGFAEDSA
Site 3S28ESGFAEDSAARGEGV
Site 4S36AARGEGVSDLHEVVS
Site 5S43SDLHEVVSLKERMAR
Site 6Y51LKERMARYQAAVSRG
Site 7S62VSRGDCRSFSANMME
Site 8S64RGDCRSFSANMMEES
Site 9T92KQFEDEITSSRNTFA
Site 10S93QFEDEITSSRNTFAQ
Site 11S94FEDEITSSRNTFAQY
Site 12T97EITSSRNTFAQYQYQ
Site 13Y101SRNTFAQYQYQHQNR
Site 14S116SEQEAIHSSQVGTSR
Site 15S117EQEAIHSSQVGTSRS
Site 16T121IHSSQVGTSRSSQEM
Site 17S125QVGTSRSSQEMARNE
Site 18T146QKIDVHGTEMVSHLE
Site 19Y168QASQFHQYVQETVID
Site 20T172FHQYVQETVIDTPED
Site 21T176VQETVIDTPEDEEIP
Site 22S197LKEQFEKSAQEKILY
Site 23Y204SAQEKILYSDKEMTT
Site 24S205AQEKILYSDKEMTTP
Site 25T211YSDKEMTTPAKQIKT
Site 26S220AKQIKTESEYEETFK
Site 27Y222QIKTESEYEETFKPS
Site 28T225TESEYEETFKPSSVV
Site 29S229YEETFKPSSVVSTSS
Site 30S230EETFKPSSVVSTSST
Site 31T234KPSSVVSTSSTSCVS
Site 32S235PSSVVSTSSTSCVST
Site 33S236SSVVSTSSTSCVSTS
Site 34T237SVVSTSSTSCVSTSQ
Site 35S238VVSTSSTSCVSTSQR
Site 36T242SSTSCVSTSQRKETS
Site 37S243STSCVSTSQRKETST
Site 38T248STSQRKETSTTRYSD
Site 39S249TSQRKETSTTRYSDH
Site 40T250SQRKETSTTRYSDHS
Site 41T251QRKETSTTRYSDHSV
Site 42Y253KETSTTRYSDHSVTS
Site 43S254ETSTTRYSDHSVTSS
Site 44S257TTRYSDHSVTSSTLA
Site 45S261SDHSVTSSTLAQINA
Site 46T274NATSSGMTEEFPPPP
Site 47T292LQTSVDVTAFSQSPE
Site 48S295SVDVTAFSQSPELPS
Site 49S297DVTAFSQSPELPSPP
Site 50S302SQSPELPSPPRRLPV
Site 51Y314LPVPKDVYSKQRNLY
Site 52S315PVPKDVYSKQRNLYE
Site 53Y321YSKQRNLYELNRLYK
Site 54Y327LYELNRLYKHIHPEL
Site 55Y342RKNLEKDYISEVSEI
Site 56S344NLEKDYISEVSEIVS
Site 57S347KDYISEVSEIVSSQM
Site 58S351SEVSEIVSSQMNSGS
Site 59S352EVSEIVSSQMNSGSS
Site 60S356IVSSQMNSGSSVSAD
Site 61S358SSQMNSGSSVSADVQ
Site 62S359SQMNSGSSVSADVQQ
Site 63Y369ADVQQARYVFENTND
Site 64S377VFENTNDSSQKDLNS
Site 65S378FENTNDSSQKDLNSE
Site 66S384SSQKDLNSEREYLEW
Site 67Y388DLNSEREYLEWDEIL
Site 68S413FENQPLDSINNGSPD
Site 69S418LDSINNGSPDEGDIS
Site 70S425SPDEGDISRGIADQE
Site 71Y441IAGGDVKYTTWMFET
Site 72T453FETQPIDTLGAYSSD
Site 73Y457PIDTLGAYSSDTVEN
Site 74S459DTLGAYSSDTVENAE
Site 75T461LGAYSSDTVENAEKI
Site 76S497SMNKMHQSQEESAVT
Site 77S501MHQSQEESAVTISKD
Site 78T504SQEESAVTISKDITG
Site 79S506EESAVTISKDITGGD
Site 80T516ITGGDVKTVRYMFET
Site 81Y519GDVKTVRYMFETQHL
Site 82T523TVRYMFETQHLDQLG
Site 83S534DQLGQLHSVDEVHLL
Site 84S545VHLLQLRSELKEIKG
Site 85Y567CFETQPLYVIRDGSG
Site 86S573LYVIRDGSGQMLEIK
Site 87T581GQMLEIKTVHREDVE
Site 88T594VEKGDVRTARWMFET
Site 89T612DTINKDITEIKVVRG
Site 90S621IKVVRGISMEENVKG
Site 91S686KEVPDADSLQREEII
Site 92S715PIEALKDSPDIGKLQ
Site 93S727KLQKITASEEEKGDV
Site 94T759DKKEYTRTVKLEEVD
Site 95Y773DRGDVKNYTHIFESN
Site 96T774RGDVKNYTHIFESNN
Site 97T810LNKSLFETTPLYAIQ
Site 98T811NKSLFETTPLYAIQD
Site 99Y823IQDPLGKYHQVKTVQ
Site 100T828GKYHQVKTVQQEEIV
Site 101T886SAKWLFETQPLDSIK
Site 102S891FETQPLDSIKYFSDV
Site 103Y894QPLDSIKYFSDVEET
Site 104S896LDSIKYFSDVEETES
Site 105S903SDVEETESKTEQTRD
Site 106S930FETQPMESLYEKVSL
Site 107Y932TQPMESLYEKVSLMT
Site 108S936ESLYEKVSLMTSSEE
Site 109S940EKVSLMTSSEEIHKG
Site 110T963FETQPLDTIKDDSET
Site 111S968LDTIKDDSETAVKLQ
Site 112T970TIKDDSETAVKLQTV
Site 113T976ETAVKLQTVKQEEIQ
Site 114S1001FETENLDSIQGEEVK
Site 115S1023DIQAGDVSSMRYKFE
Site 116S1024IQAGDVSSMRYKFEN
Site 117Y1027GDVSSMRYKFENQSL
Site 118S1033RYKFENQSLDSISSS
Site 119S1036FENQSLDSISSSSEE
Site 120S1038NQSLDSISSSSEEVL
Site 121S1039QSLDSISSSSEEVLK
Site 122S1040SLDSISSSSEEVLKK
Site 123S1041LDSISSSSEEVLKKI
Site 124T1050EVLKKIKTLKTEDIQ
Site 125T1053KKIKTLKTEDIQKGN
Site 126S1079PIDKIKESQEGDECV
Site 127T1088EGDECVKTVTDIQGG
Site 128S1108CFIFETFSLDEIKEE
Site 129S1116LDEIKEESDYISTKK
Site 130Y1118EIKEESDYISTKKTI
Site 131S1120KEESDYISTKKTITE
Site 132T1124DYISTKKTITEEVIQ
Site 133S1136VIQGDVKSYRMLFET
Site 134Y1137IQGDVKSYRMLFETQ
Site 135T1143SYRMLFETQPLYAIQ
Site 136Y1147LFETQPLYAIQDREG
Site 137S1155AIQDREGSYHEVTTV
Site 138Y1156IQDREGSYHEVTTVK
Site 139T1181GTRWLFETKPLDSIN
Site 140S1186FETKPLDSINKSETV
Site 141S1190PLDSINKSETVYVIK
Site 142T1192DSINKSETVYVIKSV
Site 143Y1194INKSETVYVIKSVTQ
Site 144S1198ETVYVIKSVTQEDIQ
Site 145S1210DIQKGDVSSVRYRFE
Site 146S1211IQKGDVSSVRYRFET
Site 147Y1214GDVSSVRYRFETQPL
Site 148T1218SVRYRFETQPLDQIS
Site 149S1225TQPLDQISEESHNIM
Site 150S1228LDQISEESHNIMPSI
Site 151S1234ESHNIMPSIDHIQGG
Site 152T1245IQGGNVKTSRQFFES
Site 153S1252TSRQFFESENFDKNN
Site 154Y1260ENFDKNNYIRTVSVN
Site 155S1265NNYIRTVSVNEIQKG
Site 156T1278KGNVKTSTWLFETHT
Site 157T1283TSTWLFETHTMDELR
Site 158T1285TWLFETHTMDELRGE
Site 159Y1296LRGEGLEYENIKTVT
Site 160T1301LEYENIKTVTQEDVQ
Site 161T1303YENIKTVTQEDVQKG
Site 162S1345TKEEIPPSDVKTTTW
Site 163T1349IPPSDVKTTTWLFET
Site 164T1357TTWLFETTPLHEFNE
Site 165T1365PLHEFNETRVEKIEI
Site 166S1376KIEIIGKSIKETLED
Site 167T1380IGKSIKETLEDLYSQ
Site 168Y1385KETLEDLYSQKVIQA
Site 169S1386ETLEDLYSQKVIQAP
Site 170S1417YKLMNQASPEIQKEE
Site 171S1439NIMVNLLSKRDCTER
Site 172T1444LLSKRDCTEREILIS
Site 173S1451TEREILISEEEKGNV
Site 174T1461EKGNVNLTKTQLLNR
Site 175T1470TQLLNRSTEFHAEKE
Site 176S1493QAIKNLFSEERSVKK
Site 177S1497NLFSEERSVKKGILI
Site 178Y1517GDINMTIYCLLHEND
Site 179T1527LHENDGDTIEREEVI
Site 180S1547RTIHNLLSSTSNNKI
Site 181S1548TIHNLLSSTSNNKIS
Site 182S1550HNLLSSTSNNKISER
Site 183S1555STSNNKISERAKIDA
Site 184S1563ERAKIDASERGNVQF
Site 185Y1582IEAGALDYLKQLHTE
Site 186T1588DYLKQLHTESNETLT
Site 187S1590LKQLHTESNETLTAK
Site 188T1593LHTESNETLTAKKQE
Site 189S1622LLLKKRQSLVERTVS
Site 190T1627RQSLVERTVSETDII
Site 191S1629SLVERTVSETDIIPG
Site 192T1631VERTVSETDIIPGDV
Site 193T1647NTVKVFMTEPQSTFG
Site 194S1651VFMTEPQSTFGKIPK
Site 195T1652FMTEPQSTFGKIPKE
Site 196T1667EIIKGDLTSTLNSLS
Site 197S1668IIKGDLTSTLNSLSQ
Site 198T1669IKGDLTSTLNSLSQA
Site 199S1672DLTSTLNSLSQAVNQ
Site 200S1674TSTLNSLSQAVNQKT
Site 201T1681SQAVNQKTVTKTEEI
Site 202S1699NMLATLKSLKESSHR
Site 203S1703TLKSLKESSHRWKES
Site 204S1704LKSLKESSHRWKESK
Site 205T1749LLKDDLETSLRSLKE
Site 206S1750LKDDLETSLRSLKEA
Site 207S1760SLKEAQRSFKEVHKE
Site 208T1821KWQGGADTLSQTMGK
Site 209S1823QGGADTLSQTMGKSC
Site 210T1825GADTLSQTMGKSCHG
Site 211S1829LSQTMGKSCHGNLVE
Site 212T1839GNLVEERTEVNLPKA
Site 213S1867NNDALEKSLRRLSNS
Site 214S1872EKSLRRLSNSHHKSN
Site 215S1874SLRRLSNSHHKSNVL
Site 216S1878LSNSHHKSNVLESGD
Site 217T1887VLESGDKTGVWTDTT
Site 218T1893KTGVWTDTTGEQHLR
Site 219T1894TGVWTDTTGEQHLRD
Site 220Y1903EQHLRDEYMSRQLTS
Site 221S1905HLRDEYMSRQLTSTV
Site 222T1909EYMSRQLTSTVSVKN
Site 223T1911MSRQLTSTVSVKNNL
Site 224S1913RQLTSTVSVKNNLTT
Site 225S1923NNLTTKESDRAVREL
Site 226S1938KKDDVFNSIQSAGKT
Site 227S1941DVFNSIQSAGKTVGK
Site 228T1945SIQSAGKTVGKQQTY
Site 229Y1952TVGKQQTYELRNDHQ
Site 230S1968MEGFHIKSPKKTKNI
Site 231T1972HIKSPKKTKNIKILT
Site 232T1979TKNIKILTDTQSSKP
Site 233T1981NIKILTDTQSSKPSP
Site 234S1983KILTDTQSSKPSPTQ
Site 235S1987DTQSSKPSPTQHPVS
Site 236T1989QSSKPSPTQHPVSMP
Site 237S1994SPTQHPVSMPVGGTY
Site 238Y2001SMPVGGTYDLSGDFQ
Site 239S2004VGGTYDLSGDFQKQT
Site 240T2011SGDFQKQTLLKQETK
Site 241T2044LLPVEQDTSNVTEMK
Site 242S2045LPVEQDTSNVTEMKV
Site 243S2056EMKVSEKSHNTFKAT
Site 244T2059VSEKSHNTFKATNKK
Site 245T2069ATNKKRETDVHLKSQ
Site 246S2075ETDVHLKSQDFLMKT
Site 247T2082SQDFLMKTNTSTGLK
Site 248S2095LKMAMERSLNPINFN
Site 249S2110PENNVKESECPLPPP
Site 250S2118ECPLPPPSPPPPPPS
Site 251S2125SPPPPPPSNASSEIE
Site 252S2129PPPSNASSEIEFPLP
Site 253S2153EKNGFLPSLSTEKIK
Site 254S2155NGFLPSLSTEKIKAE
Site 255S2165KIKAEFESFPGLPLP
Site 256S2180PPPVDEKSERESSSM
Site 257S2184DEKSERESSSMFLPP
Site 258S2185EKSERESSSMFLPPP
Site 259S2186KSERESSSMFLPPPP
Site 260T2196LPPPPPPTPSQKPAH
Site 261S2198PPPPPTPSQKPAHLL
Site 262S2206QKPAHLLSSSAPEKH
Site 263S2207KPAHLLSSSAPEKHS
Site 264S2208PAHLLSSSAPEKHSG
Site 265Y2221SGDFMQQYSQKEASN
Site 266S2222GDFMQQYSQKEASNS
Site 267S2229SQKEASNSQNSQAKI
Site 268S2232EASNSQNSQAKIITG
Site 269T2248TGVLPPPTLPKPKLP
Site 270S2266KDNKNDFSPKVELAT
Site 271S2274PKVELATSLSDMECK
Site 272T2283SDMECKITTSKDQKK
Site 273T2302TSSEHTETKQNVISK
Site 274S2310KQNVISKSLDERKQL
Site 275S2318LDERKQLSIDSANCL
Site 276S2321RKQLSIDSANCLSHT
Site 277S2326IDSANCLSHTVPGTS
Site 278T2328SANCLSHTVPGTSAP
Site 279T2332LSHTVPGTSAPRKKQ
Site 280S2346QIAPLIKSHSFPESS
Site 281S2348APLIKSHSFPESSGQ
Site 282S2352KSHSFPESSGQQNPK
Site 283S2353SHSFPESSGQQNPKP
Site 284Y2361GQQNPKPYMRKFKTP
Site 285T2367PYMRKFKTPLMIAEE
Site 286S2391EKQKQESSYYNIVKT
Site 287Y2393QKQESSYYNIVKTQS
Site 288T2417KEMPLQKTNEEVSLS
Site 289S2422QKTNEEVSLSGIDSE
Site 290S2424TNEEVSLSGIDSECT
Site 291T2431SGIDSECTVVQPSPG
Site 292S2436ECTVVQPSPGSQSNA
Site 293S2439VVQPSPGSQSNARIL
Site 294S2441QPSPGSQSNARILGV
Site 295S2455VCSDNQLSTTSPETV
Site 296T2456CSDNQLSTTSPETVA
Site 297S2458DNQLSTTSPETVAAK
Site 298T2461LSTTSPETVAAKRLH
Site 299S2487MKKEVLQSSRDIMQS
Site 300S2494SSRDIMQSKSACEIK
Site 301S2496RDIMQSKSACEIKQS
Site 302S2503SACEIKQSHQECSTQ
Site 303T2512QECSTQQTQQKKYLE
Site 304Y2517QQTQQKKYLEQLHLP
Site 305S2526EQLHLPQSKPISPNF
Site 306S2530LPQSKPISPNFKVKT
Site 307T2546KLPTLDHTLNETDHS
Site 308T2550LDHTLNETDHSYESH
Site 309S2553TLNETDHSYESHKQQ
Site 310Y2554LNETDHSYESHKQQS
Site 311S2556ETDHSYESHKQQSEI
Site 312T2567QSEIDVQTFTKKQYL
Site 313T2579QYLKTKKTEASTECS
Site 314S2582KTKKTEASTECSHKQ
Site 315S2586TEASTECSHKQSLAE
Site 316S2590TECSHKQSLAERHYQ
Site 317Y2596QSLAERHYQLPKKEK
Site 318T2606PKKEKRVTVQLPTES
Site 319S2633PRKQREFSGSDRGKL
Site 320S2635KQREFSGSDRGKLPG
Site 321S2643DRGKLPGSEEKNQGP
Site 322T2662RKEERLITERKHEHL
Site 323S2673HEHLKNKSAPKVVKQ
Site 324S2689VIDAHLDSQTQNFQQ
Site 325T2691DAHLDSQTQNFQQTQ
Site 326S2717KLPQPYNSLQEEKCL
Site 327T2746KDSKQEITQNKSFFS
Site 328S2750QEITQNKSFFSSVKE
Site 329S2753TQNKSFFSSVKESQR
Site 330S2754QNKSFFSSVKESQRD
Site 331S2758FFSSVKESQRDDGKG
Site 332S2784EELQQILSRVKQFEA
Site 333S2796FEAEPNKSGLKTFQT
Site 334T2800PNKSGLKTFQTLLNT
Site 335S2814TIPGWLISEDKREYA
Site 336Y2820ISEDKREYAVHIAME
Site 337T2857SYENIIQTAMMSSKT
Site 338S2862IQTAMMSSKTGKPGN
Site 339T2872GKPGNKPTSLDETSS
Site 340S2873KPGNKPTSLDETSSK
Site 341T2877KPTSLDETSSKVSNV
Site 342S2878PTSLDETSSKVSNVH
Site 343S2879TSLDETSSKVSNVHV
Site 344S2882DETSSKVSNVHVSNN
Site 345S2887KVSNVHVSNNKNSEQ
Site 346T2904NKIAKEKTVQHQVAA
Site 347T2916VAAHHEATVRSHVKT
Site 348T2923TVRSHVKTHQEIKLD
Site 349S2932QEIKLDDSNIPPPSL
Site 350S2938DSNIPPPSLKTRPPS
Site 351T2941IPPPSLKTRPPSPTF
Site 352S2945SLKTRPPSPTFITIE
Site 353T2947KTRPPSPTFITIEST
Site 354S2953PTFITIESTARRTEN
Site 355T2954TFITIESTARRTENP
Site 356T2958IESTARRTENPTKNE
Site 357T2962ARRTENPTKNELSQS
Site 358S2967NPTKNELSQSPKKDS
Site 359S2969TKNELSQSPKKDSYV
Site 360S2974SQSPKKDSYVEPPPR
Site 361Y2975QSPKKDSYVEPPPRR
Site 362S2985PPPRRPMSQKSEIHR
Site 363S2988RRPMSQKSEIHRANT
Site 364T2995SEIHRANTSPSPPRS
Site 365S2996EIHRANTSPSPPRSR
Site 366S2998HRANTSPSPPRSRSE
Site 367S3002TSPSPPRSRSEQLVR
Site 368S3004PSPPRSRSEQLVRLK
Site 369T3013QLVRLKDTTAKLSKG
Site 370T3014LVRLKDTTAKLSKGA
Site 371S3042KRSEIIMSPATLRRQ
Site 372S3059IETRGRDSPPTITIP
Site 373T3062RGRDSPPTITIPVNI
Site 374S3076INHAASGSFRESVDA
Site 375S3080ASGSFRESVDAQEEI
Site 376T3095RKVEKRATYVHKDGL
Site 377Y3096KVEKRATYVHKDGLN
Site 378T3112TDHMVPDTESYDAVE
Site 379S3114HMVPDTESYDAVEII
Site 380Y3115MVPDTESYDAVEIIR
Site 381S3131VAVPPRLSEHTQRYE
Site 382T3134PPRLSEHTQRYEAAN
Site 383S3171EFEHGPVSEAKSNRR
Site 384S3175GPVSEAKSNRRVYAK
Site 385Y3180AKSNRRVYAKGETNH
Site 386T3195NIQQESRTFCKEEFG
Site 387T3204CKEEFGLTSLGNTSF
Site 388S3205KEEFGLTSLGNTSFT
Site 389S3210LTSLGNTSFTDFSCK
Site 390T3212SLGNTSFTDFSCKHP
Site 391S3215NTSFTDFSCKHPREL
Site 392S3235VKQPRICSETRSLSE
Site 393T3237QPRICSETRSLSEHF
Site 394S3239RICSETRSLSEHFSG
Site 395S3241CSETRSLSEHFSGMD
Site 396S3245RSLSEHFSGMDAFES
Site 397S3252SGMDAFESQIVESKM
Site 398S3257FESQIVESKMKTSSS
Site 399T3261IVESKMKTSSSHSSE
Site 400S3262VESKMKTSSSHSSEA
Site 401S3263ESKMKTSSSHSSEAG
Site 402S3264SKMKTSSSHSSEAGK
Site 403S3266MKTSSSHSSEAGKSG
Site 404S3267KTSSSHSSEAGKSGC
Site 405S3272HSSEAGKSGCDFKHA
Site 406T3282DFKHAPPTYEDVIAG
Site 407Y3283FKHAPPTYEDVIAGH
Site 408S3295AGHILDISDSPKEVR
Site 409S3297HILDISDSPKEVRKN
Site 410T3308VRKNFQKTWQESGRV
Site 411T3334SATEMRTTFQEESAF
Site 412S3339RTTFQEESAFISEAA
Site 413S3343QEESAFISEAAAPRQ
Site 414Y3354APRQGNMYTLSKDSL
Site 415T3355PRQGNMYTLSKDSLS
Site 416S3357QGNMYTLSKDSLSNG
Site 417S3360MYTLSKDSLSNGVPS
Site 418S3362TLSKDSLSNGVPSGR
Site 419S3367SLSNGVPSGRQAEFS
 
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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