PhosphoNET

           
Protein Info 
   
Short Name:  MXRA5
Full Name:  Matrix-remodeling-associated protein 5
Alias:  Adhesion protein with leucine-rich repeats and immunoglobulin domains related to perlecan
Type: 
Mass (Da):  312280
Number AA:  2828
UniProt ID:  Q9NR99
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 1S48CTFRSLASVPAGIAK
Site 2S66RINLGFNSIQALSET
Site 3S103DGALRDLSSLQVFKF
Site 4T119YNKLRVITGQTLQGL
Site 5S172QLHPSTFSTFTFLDY
Site 6Y213MPLLENLYLQGNPWT
Site 7Y247KCKKDKAYEGGQLCA
Site 8T274IHKLKDMTCLKPSIE
Site 9S279DMTCLKPSIESPLRQ
Site 10S282CLKPSIESPLRQNRS
Site 11S289SPLRQNRSRSIEEEQ
Site 12S291LRQNRSRSIEEEQEQ
Site 13S304EQEEDGGSQLILEKF
Site 14S319QLPQWSISLNMTDEH
Site 15Y343IKKPMDVYKIHLNQT
Site 16T370LDFECPMTRENYEKL
Site 17Y374CPMTRENYEKLWKLI
Site 18Y383KLWKLIAYYSEVPVK
Site 19S398LHRELMLSKDPRVSY
Site 20S404LSKDPRVSYQYRQDA
Site 21Y405SKDPRVSYQYRQDAD
Site 22Y417DADEEALYYTGVRAQ
Site 23Y418ADEEALYYTGVRAQI
Site 24S446IQLNRRQSTAKKVLL
Site 25T447QLNRRQSTAKKVLLS
Site 26S454TAKKVLLSYYTQYSQ
Site 27Y455AKKVLLSYYTQYSQT
Site 28Y456KKVLLSYYTQYSQTI
Site 29T457KVLLSYYTQYSQTIS
Site 30S460LSYYTQYSQTISTKD
Site 31S464TQYSQTISTKDTRQA
Site 32T468QTISTKDTRQARGRS
Site 33S475TRQARGRSWVMIEPS
Site 34T490GAVQRDQTVLEGGPC
Site 35S500EGGPCQLSCNVKASE
Site 36S506LSCNVKASESPSIFW
Site 37S530APMDDPDSKFSILSS
Site 38S533DDPDSKFSILSSGWL
Site 39S537SKFSILSSGWLRIKS
Site 40S544SGWLRIKSMEPSDSG
Site 41S548RIKSMEPSDSGLYQC
Site 42S550KSMEPSDSGLYQCIA
Site 43Y553EPSDSGLYQCIAQVR
Site 44Y568DEMDRMVYRVLVQSP
Site 45S574VYRVLVQSPSTQPAE
Site 46S576RVLVQSPSTQPAEKD
Site 47T584TQPAEKDTVTIGKNP
Site 48T586PAEKDTVTIGKNPGE
Site 49S610AIPEAHLSWILPNRR
Site 50S644SIPKVQVSDSGYYRC
Site 51S646PKVQVSDSGYYRCVA
Site 52Y648VQVSDSGYYRCVAVN
Site 53T663QQGADHFTVGITVTK
Site 54T667DHFTVGITVTKKGSG
Site 55S673ITVTKKGSGLPSKRG
Site 56S677KKGSGLPSKRGRRPG
Site 57S689RPGAKALSRVREDIV
Site 58T710GMGDEENTSRRLLHP
Site 59S711MGDEENTSRRLLHPK
Site 60S767EGRRVFESRRRINMA
Site 61T799GKNLPKGTEVPPLIK
Site 62T807EVPPLIKTTSPPSLS
Site 63S809PPLIKTTSPPSLSLE
Site 64S812IKTTSPPSLSLEVTP
Site 65S814TTSPPSLSLEVTPPF
Site 66S825TPPFPAVSPPSASPV
Site 67S830AVSPPSASPVQTVTS
Site 68T834PSASPVQTVTSAEES
Site 69S837SPVQTVTSAEESSAD
Site 70T882VEPEVTSTPLEEVVD
Site 71S892EEVVDDLSEKTEEIT
Site 72S900EKTEEITSTEGDLKG
Site 73T901KTEEITSTEGDLKGT
Site 74T908TEGDLKGTAAPTLIS
Site 75T912LKGTAAPTLISEPYE
Site 76S915TAAPTLISEPYEPSP
Site 77Y918PTLISEPYEPSPTLH
Site 78S921ISEPYEPSPTLHTLD
Site 79T923EPYEPSPTLHTLDTV
Site 80T926EPSPTLHTLDTVYEK
Site 81T929PTLHTLDTVYEKPTH
Site 82Y931LHTLDTVYEKPTHEE
Site 83T941PTHEETATEGWSAAD
Site 84S951WSAADVGSSPEPTSS
Site 85S952SAADVGSSPEPTSSE
Site 86T956VGSSPEPTSSEYEPP
Site 87S957GSSPEPTSSEYEPPL
Site 88S958SSPEPTSSEYEPPLD
Site 89Y960PEPTSSEYEPPLDAV
Site 90S968EPPLDAVSLAESEPM
Site 91S972DAVSLAESEPMQYFD
Site 92Y977AESEPMQYFDPDLET
Site 93S986DPDLETKSQPDEDKM
Site 94T997EDKMKEDTFAHLTPT
Site 95T1002EDTFAHLTPTPTIWV
Site 96T1004TFAHLTPTPTIWVND
Site 97T1006AHLTPTPTIWVNDSS
Site 98S1012PTIWVNDSSTSQLFE
Site 99S1013TIWVNDSSTSQLFED
Site 100S1021TSQLFEDSTIGEPGV
Site 101T1022SQLFEDSTIGEPGVP
Site 102S1046DNIHLVKSSLSTQDT
Site 103S1047NIHLVKSSLSTQDTL
Site 104S1049HLVKSSLSTQDTLLI
Site 105T1053SSLSTQDTLLIKKGM
Site 106S1064KKGMKEMSQTLQGGN
Site 107T1066GMKEMSQTLQGGNML
Site 108T1078NMLEGDPTHSRSSES
Site 109S1080LEGDPTHSRSSESEG
Site 110S1082GDPTHSRSSESEGQE
Site 111S1083DPTHSRSSESEGQES
Site 112S1090SESEGQESKSITLPD
Site 113S1092SEGQESKSITLPDST
Site 114T1094GQESKSITLPDSTLG
Site 115S1105STLGIMSSMSPVKKP
Site 116S1107LGIMSSMSPVKKPAE
Site 117T1125GTLLDKDTTTVTTTP
Site 118T1126TLLDKDTTTVTTTPR
Site 119T1127LLDKDTTTVTTTPRQ
Site 120T1129DKDTTTVTTTPRQKV
Site 121T1131DTTTVTTTPRQKVAP
Site 122S1139PRQKVAPSSTMSTHP
Site 123S1140RQKVAPSSTMSTHPS
Site 124T1141QKVAPSSTMSTHPSR
Site 125S1143VAPSSTMSTHPSRRR
Site 126T1144APSSTMSTHPSRRRP
Site 127S1147STMSTHPSRRRPNGR
Site 128T1169FRHRHKQTPPTTFAP
Site 129T1172RHKQTPPTTFAPSET
Site 130T1173HKQTPPTTFAPSETF
Site 131S1177PPTTFAPSETFSTQP
Site 132T1179TTFAPSETFSTQPTQ
Site 133S1181FAPSETFSTQPTQAP
Site 134T1182APSETFSTQPTQAPD
Site 135T1185ETFSTQPTQAPDIKI
Site 136S1193QAPDIKISSQVESSL
Site 137S1198KISSQVESSLVPTAW
Site 138T1209PTAWVDNTVNTPKQL
Site 139T1212WVDNTVNTPKQLEME
Site 140T1229AEPTSKGTPRRKHGK
Site 141Y1243KRPNKHRYTPSTVSS
Site 142T1244RPNKHRYTPSTVSSR
Site 143S1246NKHRYTPSTVSSRAS
Site 144T1247KHRYTPSTVSSRASG
Site 145S1249RYTPSTVSSRASGSK
Site 146S1250YTPSTVSSRASGSKP
Site 147S1253STVSSRASGSKPSPS
Site 148S1255VSSRASGSKPSPSPE
Site 149S1258RASGSKPSPSPENKH
Site 150S1260SGSKPSPSPENKHRN
Site 151T1270NKHRNIVTPSSETIL
Site 152S1273RNIVTPSSETILLPR
Site 153T1281ETILLPRTVSLKTEG
Site 154S1283ILLPRTVSLKTEGPY
Site 155T1286PRTVSLKTEGPYDSL
Site 156S1292KTEGPYDSLDYMTTT
Site 157Y1295GPYDSLDYMTTTRKI
Site 158T1297YDSLDYMTTTRKIYS
Site 159T1298DSLDYMTTTRKIYSS
Site 160T1299SLDYMTTTRKIYSSY
Site 161Y1303MTTTRKIYSSYPKVQ
Site 162S1305TTRKIYSSYPKVQET
Site 163Y1306TRKIYSSYPKVQETL
Site 164T1312SYPKVQETLPVTYKP
Site 165T1316VQETLPVTYKPTSDG
Site 166S1321PVTYKPTSDGKEIKD
Site 167T1332EIKDDVATNVDKHKS
Site 168S1339TNVDKHKSDILVTGE
Site 169S1357NAIPTSRSLVSTMGE
Site 170T1361TSRSLVSTMGEFKEE
Site 171S1369MGEFKEESSPVGFPG
Site 172S1370GEFKEESSPVGFPGT
Site 173T1377SPVGFPGTPTWNPSR
Site 174T1379VGFPGTPTWNPSRTA
Site 175S1383GTPTWNPSRTAQPGR
Site 176T1385PTWNPSRTAQPGRLQ
Site 177T1393AQPGRLQTDIPVTTS
Site 178T1405TTSGENLTDPPLLKE
Site 179T1419ELEDVDFTSEFLSSL
Site 180S1424DFTSEFLSSLTVSTP
Site 181T1427SEFLSSLTVSTPFHQ
Site 182S1429FLSSLTVSTPFHQEE
Site 183T1430LSSLTVSTPFHQEEA
Site 184S1439FHQEEAGSSTTLSSI
Site 185S1440HQEEAGSSTTLSSIK
Site 186T1468DQDHLETTVAILLSE
Site 187S1474TTVAILLSETRPQNH
Site 188T1482ETRPQNHTPTAARMK
Site 189S1493ARMKEPASSSPSTIL
Site 190S1494RMKEPASSSPSTILM
Site 191S1495MKEPASSSPSTILMS
Site 192S1497EPASSSPSTILMSLG
Site 193T1498PASSSPSTILMSLGQ
Site 194S1502SPSTILMSLGQTTTT
Site 195T1508MSLGQTTTTKPALPS
Site 196T1509SLGQTTTTKPALPSP
Site 197S1515TTKPALPSPRISQAS
Site 198S1519ALPSPRISQASRDSK
Site 199S1522SPRISQASRDSKENV
Site 200S1525ISQASRDSKENVFLN
Site 201Y1533KENVFLNYVGNPETE
Site 202T1542GNPETEATPVNNEGT
Site 203T1549TPVNNEGTQHMSGPN
Site 204S1553NEGTQHMSGPNELST
Site 205S1559MSGPNELSTPSSDRD
Site 206T1560SGPNELSTPSSDRDA
Site 207S1563NELSTPSSDRDAFNL
Site 208S1571DRDAFNLSTKLELEK
Site 209S1585KQVFGSRSLPRGPDS
Site 210S1592SLPRGPDSQRQDGRV
Site 211T1606VHASHQLTRVPAKPI
Site 212S1625TVRLPEMSTQSASRY
Site 213T1626VRLPEMSTQSASRYF
Site 214S1630EMSTQSASRYFVTSQ
Site 215Y1632STQSASRYFVTSQSP
Site 216S1636ASRYFVTSQSPRHWT
Site 217S1638RYFVTSQSPRHWTNK
Site 218T1643SQSPRHWTNKPEITT
Site 219T1649WTNKPEITTYPSGAL
Site 220Y1651NKPEITTYPSGALPE
Site 221T1663LPENKQFTTPRLSST
Site 222T1664PENKQFTTPRLSSTT
Site 223S1668QFTTPRLSSTTIPLP
Site 224T1670TTPRLSSTTIPLPLH
Site 225T1671TPRLSSTTIPLPLHM
Site 226S1679IPLPLHMSKPSIPSK
Site 227S1682PLHMSKPSIPSKFTD
Site 228T1688PSIPSKFTDRRTDQF
Site 229T1692SKFTDRRTDQFNGYS
Site 230Y1698RTDQFNGYSKVFGNN
Site 231S1719NPVGKPPSPRIPHYS
Site 232Y1725PSPRIPHYSNGRLPF
Site 233S1726SPRIPHYSNGRLPFF
Site 234T1734NGRLPFFTNKTLSFP
Site 235T1746SFPQLGVTRRPQIPT
Site 236T1753TRRPQIPTSPAPVMR
Site 237S1754RRPQIPTSPAPVMRE
Site 238S1768ERKVIPGSYNRIHSH
Site 239Y1769RKVIPGSYNRIHSHS
Site 240S1774GSYNRIHSHSTFHLD
Site 241T1792PAPPLLHTPQTTGSP
Site 242T1795PLLHTPQTTGSPSTN
Site 243T1796LLHTPQTTGSPSTNL
Site 244S1798HTPQTTGSPSTNLQN
Site 245S1810LQNIPMVSSTQSSIS
Site 246S1811QNIPMVSSTQSSISF
Site 247S1817SSTQSSISFITSSVQ
Site 248T1820QSSISFITSSVQSSG
Site 249S1821SSISFITSSVQSSGS
Site 250S1825FITSSVQSSGSFHQS
Site 251S1826ITSSVQSSGSFHQSS
Site 252S1828SSVQSSGSFHQSSSK
Site 253S1832SSGSFHQSSSKFFAG
Site 254S1833SGSFHQSSSKFFAGG
Site 255S1834GSFHQSSSKFFAGGP
Site 256S1844FAGGPPASKFWSLGE
Site 257S1848PPASKFWSLGEKPQI
Site 258T1857GEKPQILTKSPQTVS
Site 259S1859KPQILTKSPQTVSVT
Site 260T1862ILTKSPQTVSVTAET
Site 261S1864TKSPQTVSVTAETDT
Site 262T1878TVFPCEATGKPKPFV
Site 263T1886GKPKPFVTWTKVSTG
Site 264T1888PKPFVTWTKVSTGAL
Site 265T1892VTWTKVSTGALMTPN
Site 266T1897VSTGALMTPNTRIQR
Site 267T1900GALMTPNTRIQRFEV
Site 268Y1926QVQDRGQYMCTASNL
Site 269T1961ASHYQDVTVYLGDTI
Site 270T1977MECLAKGTPAPQISW
Site 271S1983GTPAPQISWIFPDRR
Site 272T1994PDRRVWQTVSPVESR
Site 273S1996RRVWQTVSPVESRIT
Site 274S2000QTVSPVESRITLHEN
Site 275T2003SPVESRITLHENRTL
Site 276T2009ITLHENRTLSIKEAS
Site 277S2011LHENRTLSIKEASFS
Site 278S2016TLSIKEASFSDRGVY
Site 279S2018SIKEASFSDRGVYKC
Site 280Y2023SFSDRGVYKCVASNA
Site 281S2058QEKLENISLPPGLSI
Site 282T2087RWVLGDGTQIRPSQF
Site 283S2092DGTQIRPSQFLHGNL
Site 284Y2108VFPNGTLYIRNLAPK
Site 285S2117RNLAPKDSGRYECVA
Site 286T2134LVGSARRTVQLNVQR
Site 287T2149AAANARITGTSPRRT
Site 288S2152NARITGTSPRRTDVR
Site 289T2156TGTSPRRTDVRYGGT
Site 290Y2160PRRTDVRYGGTLKLD
Site 291S2169GTLKLDCSASGDPWP
Site 292S2171LKLDCSASGDPWPRI
Site 293S2184RILWRLPSKRMIDAL
Site 294S2210NGTLVVKSVTDKDAG
Site 295Y2219TDKDAGDYLCVARNK
Site 296Y2231RNKVGDDYVVLKVDV
Site 297S2276GLPNPEISWSLPDGS
Site 298S2278PNPEISWSLPDGSLV
Site 299S2283SWSLPDGSLVNSFMQ
Site 300S2287PDGSLVNSFMQSDDS
Site 301S2291LVNSFMQSDDSGGRT
Site 302S2294SFMQSDDSGGRTKRY
Site 303T2298SDDSGGRTKRYVVFN
Site 304Y2301SGGRTKRYVVFNNGT
Site 305Y2310VFNNGTLYFNEVGMR
Site 306Y2322GMREEGDYTCFAENQ
Site 307T2347KVVTAPATIRNKTYL
Site 308T2352PATIRNKTYLAVQVP
Site 309Y2353ATIRNKTYLAVQVPY
Site 310S2382MPKVTWLSPTNKVIP
Site 311S2391TNKVIPTSSEKYQIY
Site 312Y2395IPTSSEKYQIYQDGT
Site 313Y2398SSEKYQIYQDGTLLI
Site 314S2411LIQKAQRSDSGNYTC
Site 315S2413QKAQRSDSGNYTCLV
Site 316Y2416QRSDSGNYTCLVRNS
Site 317T2417RSDSGNYTCLVRNSA
Site 318S2423YTCLVRNSAGEDRKT
Site 319T2430SAGEDRKTVWIHVNV
Site 320T2450NGNPNPITTVREIAA
Site 321T2496PYYGNRITVHGNGSL
Site 322S2502ITVHGNGSLDIRSLR
Site 323S2507NGSLDIRSLRKSDSV
Site 324S2511DIRSLRKSDSVQLVC
Site 325S2513RSLRKSDSVQLVCMA
Site 326T2553DPISEKITAMAGHTI
Site 327S2565HTISLNCSAAGTPTP
Site 328Y2594GQQLQRFYHKADGML
Site 329T2625ARNAAGHTERLVSLK
Site 330S2630GHTERLVSLKVGLKP
Site 331T2660ETLKLPCTPPGAGQG
Site 332S2670GAGQGRFSWTLPNGM
Site 333T2672GQGRFSWTLPNGMHL
Site 334S2689PQTLGRVSLLDNGTL
Site 335S2702TLTVREASVFDRGTY
Site 336T2708ASVFDRGTYVCRMET
Site 337Y2709SVFDRGTYVCRMETE
Site 338T2715TYVCRMETEYGPSVT
Site 339Y2717VCRMETEYGPSVTSI
Site 340S2720METEYGPSVTSIPVI
Site 341S2737AYPPRITSEPTPVIY
Site 342T2740PRITSEPTPVIYTRP
Site 343Y2744SEPTPVIYTRPGNTV
Site 344T2766GIPKADITWELPDKS
Site 345S2773TWELPDKSHLKAGVQ
Site 346Y2784AGVQARLYGNRFLHP
Site 347S2794RFLHPQGSLTIQHAT
Site 348T2796LHPQGSLTIQHATQR
Site 349T2801SLTIQHATQRDAGFY
Site 350Y2808TQRDAGFYKCMAKNI
Site 351S2818MAKNILGSDSKTTYI
Site 352S2820KNILGSDSKTTYIHV
 
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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