PhosphoNET

           
Protein Info 
   
Short Name:  FLNA
Full Name:  Filamin-A
Alias:  ABP-280; Actin-binding protein 280; Alpha-filamin; Endothelial actin-binding protein; FLN1; Nonmuscle filamin
Type:  Nuclear receptor co-regulator; Actin binding protein
Mass (Da):  280739
Number AA:  2647
UniProt ID:  P21333
International Prot ID:  IPI00333541
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0015629  GO:0005938  GO:0005829 Uniprot OncoNet
Molecular Function:  GO:0034988  GO:0034989  GO:0048365 PhosphoSite+ KinaseNET
Biological Process:  GO:0051764  GO:0031532  GO:0051220 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 1S2______MSSSHSRAG
Site 2S3_____MSSSHSRAGQ
Site 3S4____MSSSHSRAGQS
Site 4S6__MSSSHSRAGQSAA
Site 5S11SHSRAGQSAAGAAPG
Site 6T23APGGGVDTRDAEMPA
Site 7T31RDAEMPATEKDLAED
Site 8S61NEHLKCVSKRIANLQ
Site 9T69KRIANLQTDLSDGLR
Site 10S72ANLQTDLSDGLRLIA
Site 11S85IALLEVLSQKKMHRK
Site 12T98RKHNQRPTFRQMQLE
Site 13T167DEEAKKQTPKQRLLG
Site 14T186KLPQLPITNFSRDWQ
Site 15S189QLPITNFSRDWQSGR
Site 16S194NFSRDWQSGRALGAL
Site 17S215GLCPDWDSWDASKPV
Site 18T223WDASKPVTNAREAMQ
Site 19S256DPNVDEHSVMTYLSQ
Site 20Y260DEHSVMTYLSQFPKA
Site 21S262HSVMTYLSQFPKAKL
Site 22Y287NPKKARAYGPGIEPT
Site 23T305VKKRAEFTVETRSAG
Site 24Y319GQGEVLVYVEDPAGH
Site 25T333HQEEAKVTANNDKNR
Site 26T341ANNDKNRTFSVWYVP
Site 27S343NDKNRTFSVWYVPEV
Site 28Y346NRTFSVWYVPEVTGT
Site 29S368AGQHIAKSPFEVYVD
Site 30Y373AKSPFEVYVDKSQGD
Site 31S377FEVYVDKSQGDASKV
Site 32S382DKSQGDASKVTAQGP
Site 33T385QGDASKVTAQGPGLE
Site 34S394QGPGLEPSGNIANKT
Site 35T401SGNIANKTTYFEIFT
Site 36Y403NIANKTTYFEIFTAG
Site 37T429DPMGQKGTVEPQLEA
Site 38S440QLEARGDSTYRCSYQ
Site 39T441LEARGDSTYRCSYQP
Site 40Y442EARGDSTYRCSYQPT
Site 41S445GDSTYRCSYQPTMEG
Site 42Y446DSTYRCSYQPTMEGV
Site 43T471PIPRSPYTVTVGQAC
Site 44S481VGQACNPSACRAVGR
Site 45T500KGVRVKETADFKVYT
Site 46Y506ETADFKVYTKGAGSG
Site 47T507TADFKVYTKGAGSGE
Site 48T518GSGELKVTVKGPKGE
Site 49Y538KDLGDGVYGFEYYPM
Site 50Y542DGVYGFEYYPMVPGT
Site 51Y543GVYGFEYYPMVPGTY
Site 52S564GGQNIGRSPFEVKVG
Site 53S594EGGVVGKSADFVVEA
Site 54S612DVGTLGFSVEGPSQA
Site 55S617GFSVEGPSQAKIECD
Site 56Y635DGSCDVRYWPQEAGE
Site 57Y643WPQEAGEYAVHVLCN
Site 58S657NSEDIRLSPFMADIR
Site 59T685RGPGLEKTGVAVNKP
Site 60T696VNKPAEFTVDAKHGG
Site 61T730VKDNGNGTYSCSYVP
Site 62Y731KDNGNGTYSCSYVPR
Site 63S732DNGNGTYSCSYVPRK
Site 64S734GNGTYSCSYVPRKPV
Site 65Y735NGTYSCSYVPRKPVK
Site 66T744PRKPVKHTAMVSWGG
Site 67S753MVSWGGVSIPNSPFR
Site 68S757GGVSIPNSPFRVNVG
Site 69S767RVNVGAGSHPNKVKV
Site 70Y775HPNKVKVYGPGVAKT
Site 71T782YGPGVAKTGLKAHEP
Site 72T790GLKAHEPTYFTVDCA
Site 73Y791LKAHEPTYFTVDCAE
Site 74T793AHEPTYFTVDCAEAG
Site 75S805EAGQGDVSIGIKCAP
Site 76T833IIRNDNDTFTVKYTP
Site 77T835RNDNDTFTVKYTPRG
Site 78Y838NDTFTVKYTPRGAGS
Site 79T839DTFTVKYTPRGAGSY
Site 80S860ADQATPTSPIRVKVE
Site 81S869IRVKVEPSHDASKVK
Site 82S873VEPSHDASKVKAEGP
Site 83S883KAEGPGLSRTGVELG
Site 84T885EGPGLSRTGVELGKP
Site 85T896LGKPTHFTVNAKAAG
Site 86S912GKLDVQFSGLTKGDA
Site 87T915DVQFSGLTKGDAVRD
Site 88T932IIDHHDNTYTVKYTP
Site 89Y933IDHHDNTYTVKYTPV
Site 90T934DHHDNTYTVKYTPVQ
Site 91Y937DNTYTVKYTPVQQGP
Site 92T938NTYTVKYTPVQQGPV
Site 93S959GGDPIPKSPFSVAVS
Site 94S966SPFSVAVSPSLDLSK
Site 95S968FSVAVSPSLDLSKIK
Site 96T992VGKDQEFTVKSKGAG
Site 97S995DQEFTVKSKGAGGQG
Site 98S1006GGQGKVASKIVGPSG
Site 99S1029PGLGADNSVVRFLPR
Site 100Y1041LPREEGPYEVEVTYD
Site 101T1046GPYEVEVTYDGVPVP
Site 102Y1047PYEVEVTYDGVPVPG
Site 103S1055DGVPVPGSPFPLEAV
Site 104S1081GPGLQGGSAGSPARF
Site 105S1084LQGGSAGSPARFTID
Site 106T1089AGSPARFTIDTKGAG
Site 107T1092PARFTIDTKGAGTGG
Site 108T1121CLDNGDGTCSVSYVP
Site 109S1123DNGDGTCSVSYVPTE
Site 110S1125GDGTCSVSYVPTEPG
Site 111Y1126DGTCSVSYVPTEPGD
Site 112T1129CSVSYVPTEPGDYNI
Site 113S1148ADTHIPGSPFKAHVV
Site 114S1161VVPCFDASKVKCSGP
Site 115T1174GPGLERATAGEVGQF
Site 116Y1208AGLPAEVYIQDHGDG
Site 117T1216IQDHGDGTHTITYIP
Site 118T1218DHGDGTHTITYIPLC
Site 119Y1261DTSGVQCYGPGIEGQ
Site 120T1275QGVFREATTEFSVDA
Site 121T1286SVDARALTQTGGPHV
Site 122T1288DARALTQTGGPHVKA
Site 123S1301KARVANPSGNLTETY
Site 124T1305ANPSGNLTETYVQDR
Site 125T1307PSGNLTETYVQDRGD
Site 126Y1308SGNLTETYVQDRGDG
Site 127Y1317QDRGDGMYKVEYTPY
Site 128Y1321DGMYKVEYTPYEEGL
Site 129T1322GMYKVEYTPYEEGLH
Site 130Y1324YKVEYTPYEEGLHSV
Site 131S1330PYEEGLHSVDVTYDG
Site 132T1334GLHSVDVTYDGSPVP
Site 133Y1335LHSVDVTYDGSPVPS
Site 134S1338VDVTYDGSPVPSSPF
Site 135S1342YDGSPVPSSPFQVPV
Site 136S1343DGSPVPSSPFQVPVT
Site 137T1350SPFQVPVTEGCDPSR
Site 138S1356VTEGCDPSRVRVHGP
Site 139T1370PGIQSGTTNKPNKFT
Site 140T1377TNKPNKFTVETRGAG
Site 141S1401GPSEAKMSCMDNKDG
Site 142S1411DNKDGSCSVEYIPYE
Site 143Y1414DGSCSVEYIPYEAGT
Site 144Y1417CSVEYIPYEAGTYSL
Site 145Y1422IPYEAGTYSLNVTYG
Site 146S1423PYEAGTYSLNVTYGG
Site 147T1427GTYSLNVTYGGHQVP
Site 148S1436GGHQVPGSPFKVPVH
Site 149T1446KVPVHDVTDASKVKC
Site 150S1449VHDVTDASKVKCSGP
Site 151S1454DASKVKCSGPGLSPG
Site 152S1459KCSGPGLSPGMVRAN
Site 153S1470VRANLPQSFQVDTSK
Site 154T1475PQSFQVDTSKAGVAP
Site 155S1476QSFQVDTSKAGVAPL
Site 156T1506VVDNADGTQTVNYVP
Site 157T1508DNADGTQTVNYVPSR
Site 158Y1511DGTQTVNYVPSREGP
Site 159S1520PSREGPYSISVLYGD
Site 160S1522REGPYSISVLYGDEE
Site 161Y1525PYSISVLYGDEEVPR
Site 162S1533GDEEVPRSPFKVKVL
Site 163T1542FKVKVLPTHDASKVK
Site 164S1546VLPTHDASKVKASGP
Site 165T1558SGPGLNTTGVPASLP
Site 166T1594PEGKPKKTHIQDNHD
Site 167T1603IQDNHDGTYTVAYVP
Site 168Y1604QDNHDGTYTVAYVPD
Site 169T1605DNHDGTYTVAYVPDV
Site 170Y1608DGTYTVAYVPDVTGR
Site 171T1617PDVTGRYTILIKYGG
Site 172Y1622RYTILIKYGGDEIPF
Site 173S1630GGDEIPFSPYRVRAV
Site 174Y1632DEIPFSPYRVRAVPT
Site 175T1676ETVITVDTKAAGKGK
Site 176T1687GKGKVTCTVCTPDGS
Site 177T1690KVTCTVCTPDGSEVD
Site 178T1707VVENEDGTFDIFYTA
Site 179Y1712DGTFDIFYTAPQPGK
Site 180Y1720TAPQPGKYVICVRFG
Site 181S1734GGEHVPNSPFQVTAL
Site 182T1739PNSPFQVTALAGDQP
Site 183S1747ALAGDQPSVQPPLRS
Site 184S1754SVQPPLRSQQLAPQY
Site 185Y1761SQQLAPQYTYAQGGQ
Site 186T1762QQLAPQYTYAQGGQQ
Site 187Y1763QLAPQYTYAQGGQQT
Site 188S1812TGEVRMPSGKVAQPT
Site 189T1827ITDNKDGTVTVRYAP
Site 190T1829DNKDGTVTVRYAPSE
Site 191Y1832DGTVTVRYAPSEAGL
Site 192S1835VTVRYAPSEAGLHEM
Site 193Y1846LHEMDIRYDNMHIPG
Site 194S1854DNMHIPGSPLQFYVD
Site 195Y1859PGSPLQFYVDYVNCG
Site 196Y1862PLQFYVDYVNCGHVT
Site 197Y1871NCGHVTAYGPGLTHG
Site 198T1885GVVNKPATFTVNTKD
Site 199T1887VNKPATFTVNTKDAG
Site 200S1899DAGEGGLSLAIEGPS
Site 201T1913SKAEISCTDNQDGTC
Site 202T1919CTDNQDGTCSVSYLP
Site 203S1921DNQDGTCSVSYLPVL
Site 204Y1932LPVLPGDYSILVKYN
Site 205S1933PVLPGDYSILVKYNE
Site 206Y1938DYSILVKYNEQHVPG
Site 207S1946NEQHVPGSPFTARVT
Site 208T1949HVPGSPFTARVTGDD
Site 209T1953SPFTARVTGDDSMRM
Site 210S1957ARVTGDDSMRMSHLK
Site 211S1961GDDSMRMSHLKVGSA
Site 212S1991TATVVPPSGREEPCL
Site 213S2010RNGHVGISFVPKETG
Site 214S2032KNGQHVASSPIPVVI
Site 215S2033NGQHVASSPIPVVIS
Site 216S2048QSEIGDASRVRVSGQ
Site 217S2053DASRVRVSGQGLHEG
Site 218T2062QGLHEGHTFEPAEFI
Site 219T2072PAEFIIDTRDAGYGG
Site 220Y2077IDTRDAGYGGLSLSI
Site 221S2081DAGYGGLSLSIEGPS
Site 222S2083GYGGLSLSIEGPSKV
Site 223S2088SLSIEGPSKVDINTE
Site 224T2094PSKVDINTEDLEDGT
Site 225T2101TEDLEDGTCRVTYCP
Site 226T2105EDGTCRVTYCPTEPG
Site 227Y2106DGTCRVTYCPTEPGN
Site 228S2128ADQHVPGSPFSVKVT
Site 229S2131HVPGSPFSVKVTGEG
Site 230T2135SPFSVKVTGEGRVKE
Site 231S2143GEGRVKESITRRRRA
Site 232T2145GRVKESITRRRRAPS
Site 233S2152TRRRRAPSVANVGSH
Site 234S2158PSVANVGSHCDLSLK
Site 235S2163VGSHCDLSLKIPEIS
Site 236S2170SLKIPEISIQDMTAQ
Site 237T2175EISIQDMTAQVTSPS
Site 238S2180DMTAQVTSPSGKTHE
Site 239T2197IVEGENHTYCIRFVP
Site 240Y2198VEGENHTYCIRFVPA
Site 241T2211PAEMGTHTVSVKYKG
Site 242S2224KGQHVPGSPFQFTVG
Site 243T2229PGSPFQFTVGPLGEG
Site 244S2260AGVPAEFSIWTREAG
Site 245S2284GPSKAEISFEDRKDG
Site 246S2292FEDRKDGSCGVAYVV
Site 247Y2297DGSCGVAYVVQEPGD
Site 248Y2305VVQEPGDYEVSVKFN
Site 249S2308EPGDYEVSVKFNEEH
Site 250S2319NEEHIPDSPFVVPVA
Site 251S2327PFVVPVASPSGDARR
Site 252S2329VVPVASPSGDARRLT
Site 253T2336SGDARRLTVSSLQES
Site 254S2338DARRLTVSSLQESGL
Site 255S2339ARRLTVSSLQESGLK
Site 256S2343TVSSLQESGLKVNQP
Site 257S2370AIDAKVHSPSGALEE
Site 258S2372DAKVHSPSGALEECY
Site 259Y2379SGALEECYVTEIDQD
Site 260T2381ALEECYVTEIDQDKY
Site 261Y2388TEIDQDKYAVRFIPR
Site 262Y2400IPRENGVYLIDVKFN
Site 263T2409IDVKFNGTHIPGSPF
Site 264S2414NGTHIPGSPFKIRVG
Site 265S2470SVTIDGPSKVKMDCQ
Site 266Y2483CQECPEGYRVTYTPM
Site 267T2486CPEGYRVTYTPMAPG
Site 268Y2487PEGYRVTYTPMAPGS
Site 269T2488EGYRVTYTPMAPGSY
Site 270S2498APGSYLISIKYGGPY
Site 271Y2501SYLISIKYGGPYHIG
Site 272Y2505SIKYGGPYHIGGSPF
Site 273S2510GPYHIGGSPFKAKVT
Site 274S2523VTGPRLVSNHSLHET
Site 275S2526PRLVSNHSLHETSSV
Site 276T2530SNHSLHETSSVFVDS
Site 277S2532HSLHETSSVFVDSLT
Site 278S2558GPGPADASKVVAKGL
Site 279S2568VAKGLGLSKAYVGQK
Site 280Y2571GLGLSKAYVGQKSSF
Site 281S2576KAYVGQKSSFTVDCS
Site 282S2577AYVGQKSSFTVDCSK
Site 283T2579VGQKSSFTVDCSKAG
Site 284S2583SSFTVDCSKAGNNML
Site 285T2599VGVHGPRTPCEEILV
Site 286Y2614KHVGSRLYSVSYLLK
Site 287S2615HVGSRLYSVSYLLKD
Site 288S2617GSRLYSVSYLLKDKG
Site 289Y2618SRLYSVSYLLKDKGE
Site 290T2627LKDKGEYTLVVKWGD
Site 291S2640GDEHIPGSPYRVVVP
Site 292Y2642EHIPGSPYRVVVP__
 
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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