PhosphoNET

           
Protein Info 
   
Short Name:  FLNB
Full Name:  Filamin-B
Alias:  ABP-278; ABP-280; Actin binding protein 278; Actin-binding protein ABP-278; Beta-filamin; Fh1; Filamin 3; Filamin B, beta; Filamin homolog 1; FLN1L; FLN-B; TABP; TAP; Thyroid autoantigen; Truncated actin-binding protein
Type:  Cytoskeletal protein, actin binding
Mass (Da):  278195
Number AA:  2602
UniProt ID:  O75369
International Prot ID:  IPI00289334
Sequence:  Retrieve full protein sequence
   
GO Terms  External Links Internal Links  
   
Cellular Component:  GO:0030018  GO:0015629  GO:0005938 Uniprot OncoNet
Molecular Function:  GO:0003779  GO:0051015  GO:0004871 PhosphoSite+ KinaseNET
Biological Process:  GO:0030036  GO:0030154  GO:0007016 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 1S45GNLQTDLSDGLRLIA
Site 2S58IALLEVLSQKRMYRK
Site 3Y63VLSQKRMYRKYHQRP
Site 4Y66QKRMYRKYHQRPTFR
Site 5T71RKYHQRPTFRQMQLE
Site 6T140DDDAKKQTPKQRLLG
Site 7Y155WIQNKIPYLPITNFN
Site 8S229HPDVDEHSVMTYLSQ
Site 9Y233DEHSVMTYLSQFPKA
Site 10S235HSVMTYLSQFPKAKL
Site 11Y260NPKKARAYGRGIEPT
Site 12T267YGRGIEPTGNMVKQP
Site 13T278VKQPAKFTVDTISAG
Site 14T281PAKFTVDTISAGQGD
Site 15T306NKEEAQVTPDSDKNK
Site 16S309EAQVTPDSDKNKTYS
Site 17T314PDSDKNKTYSVEYLP
Site 18S316SDKNKTYSVEYLPKV
Site 19S339LFAGQHISKSPFEVS
Site 20S341AGQHISKSPFEVSVD
Site 21S346SKSPFEVSVDKAQGD
Site 22S355DKAQGDASKVTAKGP
Site 23Y376NIANKPTYFDIYTAG
Site 24T401EDPQGKNTVELLVED
Site 25Y414EDKGNQVYRCVYKPM
Site 26Y418NQVYRCVYKPMQPGP
Site 27S458NPNACRASGRGLQPK
Site 28T472KGVRIRETTDFKVDT
Site 29T473GVRIRETTDFKVDTK
Site 30T479TTDFKVDTKAAGSGE
Site 31S484VDTKAAGSGELGVTM
Site 32T490GSGELGVTMKGPKGL
Site 33Y511KDFLDGVYAFEYYPS
Site 34Y515DGVYAFEYYPSTPGR
Site 35Y516GVYAFEYYPSTPGRY
Site 36S518YAFEYYPSTPGRYSI
Site 37T519AFEYYPSTPGRYSIA
Site 38Y523YPSTPGRYSIAITWG
Site 39S524PSTPGRYSIAITWGG
Site 40T528GRYSIAITWGGHHIP
Site 41S537GGHHIPKSPFEVQVG
Site 42S567HGGIVGRSADFVVES
Site 43S590GFAIEGPSQAKIEYN
Site 44Y596PSQAKIEYNDQNDGS
Site 45Y608DGSCDVKYWPKEPGE
Site 46S630DDEDIKDSPYMAFIH
Site 47Y632EDIKDSPYMAFIHPA
Site 48T640MAFIHPATGGYNPDL
Site 49Y651NPDLVRAYGPGLEKS
Site 50S658YGPGLEKSGCIVNNL
Site 51T669VNNLAEFTVDPKDAG
Site 52T703MKNRMDGTYACSYTP
Site 53Y704KNRMDGTYACSYTPV
Site 54S707MDGTYACSYTPVKAI
Site 55Y708DGTYACSYTPVKAIK
Site 56T709GTYACSYTPVKAIKH
Site 57S730GGVNIPHSPYRVNIG
Site 58Y732VNIPHSPYRVNIGQG
Site 59S755FGPGVERSGLKANEP
Site 60T770THFTVDCTEAGEGDV
Site 61S778EAGEGDVSVGIKCDA
Site 62S789KCDARVLSEDEEDVD
Site 63T806IIHNANDTFTVKYVP
Site 64T808HNANDTFTVKYVPPA
Site 65Y811NDTFTVKYVPPAAGR
Site 66S833ASQEIPASPFRVKVD
Site 67S842FRVKVDPSHDASKVK
Site 68S846VDPSHDASKVKAEGP
Site 69S856KAEGPGLSKAGVENG
Site 70T869NGKPTHFTVYTKGAG
Site 71Y871KPTHFTVYTKGAGKA
Site 72S886PLNVQFNSPLPGDAV
Site 73Y902DLDIIDNYDYSHTVK
Site 74Y904DIIDNYDYSHTVKYT
Site 75T907DNYDYSHTVKYTPTQ
Site 76Y910DYSHTVKYTPTQQGN
Site 77T911YSHTVKYTPTQQGNM
Site 78S932GGDPIPKSPFTVGVA
Site 79T965VGKDQEFTVDTRGAG
Site 80T968DQEFTVDTRGAGGQG
Site 81T980GQGKLDVTILSPSRK
Site 82S983KLDVTILSPSRKVVP
Site 83S985DVTILSPSRKVVPCL
Site 84T994KVVPCLVTPVTGREN
Site 85T997PCLVTPVTGRENSTA
Site 86S1002PVTGRENSTAKFIPR
Site 87Y1014IPREEGLYAVDVTYD
Site 88Y1020LYAVDVTYDGHPVPG
Site 89S1028DGHPVPGSPYTVEAS
Site 90T1031PVPGSPYTVEASLPP
Site 91S1035SPYTVEASLPPDPSK
Site 92S1041ASLPPDPSKVKAHGP
Site 93T1062VGKPAEFTIDTKGAG
Site 94T1065PAEFTIDTKGAGTGG
Site 95T1094CSDNGDGTCSVSYLP
Site 96S1096DNGDGTCSVSYLPTK
Site 97S1098GDGTCSVSYLPTKPG
Site 98Y1099DGTCSVSYLPTKPGE
Site 99T1102CSVSYLPTKPGEYFV
Site 100S1121EEVHIPGSPFKADIE
Site 101S1134IEMPFDPSKVVASGP
Site 102S1139DPSKVVASGPGLEHG
Site 103S1172ALGLEAVSDSGTKAE
Site 104T1176EAVSDSGTKAEVSIQ
Site 105S1181SGTKAEVSIQNNKDG
Site 106Y1190QNNKDGTYAVTYVPL
Site 107T1198AVTYVPLTAGMYTLT
Site 108T1203PLTAGMYTLTMKYGG
Site 109T1205TAGMYTLTMKYGGEL
Site 110T1248KDVFREATTDFTVDS
Site 111T1252REATTDFTVDSRPLT
Site 112S1255TTDFTVDSRPLTQVG
Site 113T1259TVDSRPLTQVGGDHI
Site 114S1274KAHIANPSGASTECF
Site 115T1278ANPSGASTECFVTDN
Site 116T1283ASTECFVTDNADGTY
Site 117T1289VTDNADGTYQVEYTP
Site 118Y1290TDNADGTYQVEYTPF
Site 119Y1294DGTYQVEYTPFEKGL
Site 120T1295GTYQVEYTPFEKGLH
Site 121T1307GLHVVEVTYDDVPIP
Site 122S1316DDVPIPNSPFKVAVT
Site 123T1323SPFKVAVTEGCQPSR
Site 124T1343PGLKEAFTNKPNVFT
Site 125T1350TNKPNVFTVVTRGAG
Site 126S1369GITVEGPSESKINCR
Site 127Y1387DGSCSAEYIPFAPGD
Site 128Y1395IPFAPGDYDVNITYG
Site 129S1409GGAHIPGSPFRVPVK
Site 130S1422VKDVVDPSKVKIAGP
Site 131S1433IAGPGLGSGVRARVL
Site 132S1442VRARVLQSFTVDSSK
Site 133T1444ARVLQSFTVDSSKAG
Site 134S1447LQSFTVDSSKAGLAP
Site 135S1448QSFTVDSSKAGLAPL
Site 136T1478MVDNGDGTHTVTYTP
Site 137T1480DNGDGTHTVTYTPSQ
Site 138T1482GDGTHTVTYTPSQEG
Site 139Y1483DGTHTVTYTPSQEGP
Site 140T1484GTHTVTYTPSQEGPY
Site 141S1486HTVTYTPSQEGPYMV
Site 142Y1497PYMVSVKYADEEIPR
Site 143S1505ADEEIPRSPFKVKVL
Site 144Y1515KVKVLPTYDASKVTA
Site 145S1523DASKVTASGPGLSSY
Site 146S1528TASGPGLSSYGVPAS
Site 147Y1530SGPGLSSYGVPASLP
Site 148S1535SSYGVPASLPVDFAI
Site 149T1557GLLAVQITDQEGKPK
Site 150T1575VHDNKDGTYAVTYIP
Site 151Y1576HDNKDGTYAVTYIPD
Site 152T1579KDGTYAVTYIPDKTG
Site 153Y1580DGTYAVTYIPDKTGR
Site 154T1585VTYIPDKTGRYMIGV
Site 155Y1588IPDKTGRYMIGVTYG
Site 156S1602GGDDIPLSPYRIRAT
Site 157T1609SPYRIRATQTGDASK
Site 158S1615ATQTGDASKCLATGP
Site 159S1626ATGPGIASTVKTGEE
Site 160T1627TGPGIASTVKTGEEV
Site 161T1651GKGKVTCTVLTPDGT
Site 162T1654KVTCTVLTPDGTEAE
Site 163T1671VIENEDGTYDIFYTA
Site 164Y1672IENEDGTYDIFYTAA
Site 165Y1676DGTYDIFYTAAKPGT
Site 166T1677GTYDIFYTAAKPGTY
Site 167Y1684TAAKPGTYVIYVRFG
Site 168Y1687KPGTYVIYVRFGGVD
Site 169T1701DIPNSPFTVMATDGE
Site 170Y1733PWVTEEAYVPVSDMN
Site 171S1737EEAYVPVSDMNGLGF
Site 172T1761AVRKGEITGEVHMPS
Site 173T1773MPSGKTATPEIVDNK
Site 174T1783IVDNKDGTVTVRYAP
Site 175T1785DNKDGTVTVRYAPTE
Site 176T1791VTVRYAPTEVGLHEM
Site 177Y1802LHEMHIKYMGSHIPE
Site 178S1810MGSHIPESPLQFYVN
Site 179Y1815PESPLQFYVNYPNSG
Site 180Y1818PLQFYVNYPNSGSVS
Site 181S1821FYVNYPNSGSVSAYG
Site 182S1823VNYPNSGSVSAYGPG
Site 183S1825YPNSGSVSAYGPGLV
Site 184Y1827NSGSVSAYGPGLVYG
Site 185T1875CIDNKDGTCTVTYLP
Site 186T1877DNKDGTCTVTYLPTL
Site 187T1879KDGTCTVTYLPTLPG
Site 188Y1880DGTCTVTYLPTLPGD
Site 189S1889PTLPGDYSILVKYND
Site 190Y1894DYSILVKYNDKHIPG
Site 191S1902NDKHIPGSPFTAKIT
Site 192S1912TAKITDDSRRCSQVK
Site 193S1916TDDSRRCSQVKLGSA
Site 194S1922CSQVKLGSAADFLLD
Site 195S1936DISETDLSSLTASIK
Site 196S1937ISETDLSSLTASIKA
Site 197S1941DLSSLTASIKAPSGR
Site 198S1946TASIKAPSGRDEPCL
Site 199S1965PNNHIGISFIPREVG
Site 200S1977EVGEHLVSIKKNGNH
Site 201S1988NGNHVANSPVSIMVV
Site 202S1997VSIMVVQSEIGDARR
Site 203Y2008DARRAKVYGRGLSEG
Site 204S2013KVYGRGLSEGRTFEM
Site 205T2017RGLSEGRTFEMSDFI
Site 206S2021EGRTFEMSDFIVDTR
Site 207T2027MSDFIVDTRDAGYGG
Site 208S2036DAGYGGISLAVEGPS
Site 209T2049PSKVDIQTEDLEDGT
Site 210T2056TEDLEDGTCKVSYFP
Site 211S2060EDGTCKVSYFPTVPG
Site 212S2083ADEHVPGSPFTVKIS
Site 213T2086HVPGSPFTVKISGEG
Site 214S2098GEGRVKESITRTSRA
Site 215T2102VKESITRTSRAPSVA
Site 216S2103KESITRTSRAPSVAT
Site 217S2107TRTSRAPSVATVGSI
Site 218S2113PSVATVGSICDLNLK
Site 219S2126LKIPEINSSDMSAHV
Site 220S2127KIPEINSSDMSAHVT
Site 221S2130EINSSDMSAHVTSPS
Site 222T2134SDMSAHVTSPSGRVT
Site 223S2135DMSAHVTSPSGRVTE
Site 224S2137SAHVTSPSGRVTEAE
Site 225T2141TSPSGRVTEAEIVPM
Site 226T2166PQEMGVHTVSVKYRG
Site 227T2177KYRGQHVTGSPFQFT
Site 228S2179RGQHVTGSPFQFTVG
Site 229T2184TGSPFQFTVGPLGEG
Site 230S2215AGVPAEFSIWTREAG
Site 231T2239GPSKAEITFDDHKNG
Site 232S2251KNGSCGVSYIAQEPG
Site 233Y2252NGSCGVSYIAQEPGN
Site 234Y2260IAQEPGNYEVSIKFN
Site 235S2274NDEHIPESPYLVPVI
Site 236Y2276EHIPESPYLVPVIAP
Site 237S2284LVPVIAPSDDARRLT
Site 238T2291SDDARRLTVMSLQES
Site 239S2294ARRLTVMSLQESGLK
Site 240S2298TVMSLQESGLKVNQP
Site 241S2307LKVNQPASFAIRLNG
Site 242S2325KIDAKVHSPSGAVEE
Site 243S2327DAKVHSPSGAVEECH
Site 244S2336AVEECHVSELEPDKY
Site 245Y2343SELEPDKYAVRFIPH
Site 246S2369NGSHVVGSPFKVRVG
Site 247T2399TGLEGGTTGIQSEFF
Site 248S2403GGTTGIQSEFFINTT
Site 249T2409QSEFFINTTRAGPGT
Site 250T2410SEFFINTTRAGPGTL
Site 251T2416TTRAGPGTLSVTIEG
Site 252S2418RAGPGTLSVTIEGPS
Site 253T2420GPGTLSVTIEGPSKV
Site 254S2425SVTIEGPSKVKMDCQ
Site 255T2434VKMDCQETPEGYKVM
Site 256Y2438CQETPEGYKVMYTPM
Site 257Y2442PEGYKVMYTPMAPGN
Site 258T2443EGYKVMYTPMAPGNY
Site 259Y2450TPMAPGNYLISVKYG
Site 260S2453APGNYLISVKYGGPN
Site 261Y2456NYLISVKYGGPNHIV
Site 262S2465GPNHIVGSPFKAKVT
Site 263T2472SPFKAKVTGQRLVSP
Site 264S2478VTGQRLVSPGSANET
Site 265S2481QRLVSPGSANETSSI
Site 266T2485SPGSANETSSILVES
Site 267S2487GSANETSSILVESVT
Site 268S2492TSSILVESVTRSSTE
Site 269T2494SILVESVTRSSTETC
Site 270S2496LVESVTRSSTETCYS
Site 271S2497VESVTRSSTETCYSA
Site 272T2498ESVTRSSTETCYSAI
Site 273T2500VTRSSTETCYSAIPK
Site 274Y2502RSSTETCYSAIPKAS
Site 275S2503SSTETCYSAIPKASS
Site 276S2510SAIPKASSDASKVTS
Site 277S2513PKASSDASKVTSKGA
Site 278S2517SDASKVTSKGAGLSK
Site 279S2523TSKGAGLSKAFVGQK
Site 280S2542VDCSKAGSNMLLIGV
Site 281T2553LIGVHGPTTPCEEVS
Site 282T2554IGVHGPTTPCEEVSM
Site 283S2560TTPCEEVSMKHVGNQ
Site 284Y2569KHVGNQQYNVTYVVK
Site 285Y2573NQQYNVTYVVKERGD
Site 286Y2581VVKERGDYVLAVKWG
Site 287S2595GEEHIPGSPFHVTVP
 
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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