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Protein Page:
FLNC (human)
p Phosphorylation
ac Acetylation
me Methylation
m1 Mono-methylation
m2 Di-methylation
m3 Tri-methylation
ub Ubiquitylation
sm Sumoylation
ne Neddylation
gl O-GlcNAc
ga O-GalNAc
pa Palmitoylation
ad Adenylation
sn S-Nitrosylation
ca Caspase cleavage
sc Succinylation

Overview
FLNC Muscle-specific filamin, which plays a central role in muscle cells, probably by functioning as a large actin-cross- linking protein. May be involved in reorganizing the actin cytoskeleton in response to signaling events, and may also display structural functions at the Z lines in muscle cells. Critical for normal myogenesis and for maintaining the structural integrity of the muscle fibers. Defects in FLNC are the cause of myopathy myofibrillar type 5 (MFM5). A neuromuscular disorder, usually with an adult onset, characterized by focal myofibrillar destruction and pathological cytoplasmic protein aggregations, and clinical features of a limb-girdle myopathy. Defects in FLNC are the cause of myopathy distal type 4 (MPD4). MPD4 is a slowly progressive muscular disorder characterized by distal muscle weakness and atrophy affecting the upper and lower limbs. Onset occurs around the third to fourth decades of life, and patients remain ambulatory even after long disease duration. Muscle biopsy shows non-specific changes with no evidence of rods, necrosis, or inflammation. Belongs to the filamin family. 2 isoforms of the human protein are produced by alternative splicing. Note: This description may include information from UniProtKB.
Protein type: Motility/polarity/chemotaxis; Cytoskeletal
Chromosomal Location of Human Ortholog: 7q32-q35
Cellular Component: costamere; cytoplasm; cytosol; focal adhesion; plasma membrane; sarcolemma
Molecular Function: ankyrin binding; cytoskeletal protein binding; protein binding
Disease: Myopathy, Distal, 4; Myopathy, Myofibrillar, 5
Reference #:  Q14315 (UniProtKB)
Alt. Names/Synonyms: ABP-280; ABP-280-like protein; ABP-L; ABP-L, gamma filamin; ABP280A; ABPA; ABPL; actin binding protein 280; Actin-binding-like protein; filamin 2; filamin C, gamma; Filamin-2; Filamin-C; FLJ10186; FLN-C; FLN2; FLNC; Gamma-filamin
Gene Symbols: FLNC
Molecular weight: 291,022 Da
Basal Isoelectric point: 5.65  Predict pI for various phosphorylation states
CST Pathways:  Actin Dynamics
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

FLNC

Protein Structure Not Found.
Download PyMol Script
Download ChimeraX Script


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Modification Sites and Domains Show Modification Legend
Click here to view phosphorylation modifications only

Modification Sites in Parent Protein, Orthologs, and Isoforms Show Modification Legend
 

Show Multiple Sequence Alignment



 LTP 

LTP: The number of records in which this modification site was determined using site-specific methods. SS methods include amino acid sequencing, site-directed mutagenesis, modification site-specific antibodies, specific MS strategies, etc.


 HTP 

HTP: The number of records in which this modification site was assigned using ONLY proteomic discovery-mode mass spectrometry.


       human

► Hide Isoforms
 
0 1 S5‑p ___MMNNsGYSDAGL
0 5 K35‑ac LAEDAPWkkIQQNTF
0 5 K36‑ub AEDAPWkkIQQNTFT
0 3 K80‑ub LLEVLSQkRMYRKFH
0 1 K162‑ac DARKQTPkQRLLGWI
0 1 K189‑ub NRDWQDGkALGALVD
0 1 S379‑p LGDANKVsARGPGLE
0 3 Y397‑p NVANKPTyFDIyTAG
0 1 Y401‑p KPTyFDIyTAGAGTG
0 1 T501‑p VADFKVFtKGAGSGE
0 1 Y545‑p YPVVPGKyVVTITWG
0 1 S559‑p GGYAIPRsPFEVQVs
0 1 S566‑p sPFEVQVsPEAGVQK
0 3 K734‑ac RCSYVPTkPIKHTII
0 1 Y770‑p HPERVKVyGPGVEkT
0 1 K776‑ac VyGPGVEkTGLKANE
0 1 K776 VyGPGVEKTGLKANE
0 1 K871 SHDASKVKAEGPGLN
0 1 K886‑m1 RTGVEVGkPTHFTVL
0 1 S927‑p IIDNHDYsYTVKYTA
0 1 S954 GGDPVPKSPFVVNVA
0 1 K968‑ac APPLDLSkIKVQGLN
0 1 R1002 GQGQLDVRMTsPSRR
0 1 S1005‑p QLDVRMTsPSRRPIP
0 2 K1014‑ac SRRPIPCkLEPGGGA
0 1 K1014 SRRPIPCKLEPGGGA
0 1 S1050 DGHPVPGSPFAVEGV
0 25 Y1068‑p DPSKVCAyGPGLKGG
0 1 T1079‑p LKGGLVGtPAPFSID
0 2 S1161‑p DPSKVRAsGPGLERG
0 1 S1296 TARVLNPSGAKtDty
0 1 K1299 VLNPSGAKtDtyVtD
0 1 T1300‑p LNPSGAKtDtyVtDN
0 1 T1302‑p PSGAKtDtyVtDNGD
0 1 Y1303‑p SGAKtDtyVtDNGDG
0 1 T1305‑p AKtDtyVtDNGDGTy
0 1 Y1312‑p tDNGDGTyRVQYTAY
0 1 K1337‑ac YDEVAVPksPFRVGV
0 2 S1338‑p DEVAVPksPFRVGVT
0 1 T1351 VTEGCDPTRVRAFGP
0 1 K1367 LEGGLVNKANRFTVE
0 6 S1527‑p ADQEVPRsPFKIKVL
0 1 K1530 EVPRsPFKIKVLPAH
0 1 K1530 EVPRsPFKIKVLPAH
0 1 K1532 PRsPFKIKVLPAHDA
0 1 Y1602‑p DGTYTVSyLPDMSGR
0 2 S1624‑p GGDEIPYsPFRIHAL
0 3 S1728‑p GGEHIPNsPFHVLAC
0 1 T1799‑p AVQKGELtGEVRMPS
0 1 T1809‑p VRMPSGKtARPNITD
0 1 T1821‑p ITDNKDGtItVRYAP
0 1 T1823‑p DNKDGtItVRYAPTE
0 2 K1831‑ac VRYAPTEkGLHQMGI
0 1 K1839 GLHQMGIKYDGNHIP
0 3 S1848‑p DGNHIPGsPLQFYVD
0 1 S1893‑p DAGEGGLsLAVEGPs
0 1 S1900‑p sLAVEGPsKAEITCK
0 1 K1935 IIVRFDDKHIPGsPF
0 1 K1935 IIVRFDDKHIPGsPF
0 1 S1940‑p DDKHIPGsPFtAKIT
0 1 T1943‑p HIPGsPFtAKITGDD
0 1 S1972‑p VSLKITEsDLSQLtA
0 1 T1978‑p EsDLSQLtAsIRAPS
0 1 S1980‑p DLSQLtAsIRAPSGN
0 1 K1994‑ac NEEPCLLkRLPNRHI
0 2 K1994‑ub NEEPCLLkRLPNRHI
0 1 T2006 RHIGISFTPKEVGEH
0 1 S2016‑p EVGEHVVsVRKSGKH
0 1 S2027‑p SGKHVTNsPFKILVG
0 2 S2042‑p PSEIGDAsKVRVWGK
0 3 S2122‑p ADKHVPGsPFtVKVT
0 1 T2125‑p HVPGsPFtVKVTGEG
0 2 S2146 TRRRQAPSIATIGST
0 2 T2179‑p ERLTRTFtRSSHTYT
3 191 S2233‑p LGRERLGsFGsItRQ
0 19 S2236‑p ERLGsFGsItRQQEG
0 8 T2238‑p LGsFGsItRQQEGEA
0 1 S2256‑p DMTAQVTsPSGKVEA
0 1 Y2274‑p VEGEDSAySVRFVPQ
0 1 K2291 GPHTVAVKYRGQHVP
0 3 S2300‑p RGQHVPGsPFQFTVG
0 1 S2395‑p NDEHIPDsPFVVPVA
1 3 T2412‑p SDDARRLtVtsLQET
0 1 T2414‑p DARRLtVtsLQETGL
0 2 S2415‑p ARRLtVtsLQETGLK
0 1 T2419 tVtsLQETGLKVNQP
0 1 T2446 VIDARVHTPSGAVEE
0 5 Y2455‑p SGAVEECyVsELDSD
0 1 S2457‑p AVEECyVsELDSDKH
0 2 S2490‑p NGAHIPGsPFkIRVG
0 2 K2493‑ac HIPGsPFkIRVGEQS
0 1 Y2577‑p NYLIAIKyGGPQHIV
0 2 S2586‑p GPQHIVGsPFKAKVT
0 4 S2598‑p KVTGPRLsGGHSLHE
0 1 T2613‑p TSTVLVEtVtKsSss
0 1 T2615‑p TVLVEtVtKsSssRG
0 1 S2617‑p LVEtVtKsSssRGss
0 1 S2619‑p EtVtKsSssRGssys
0 4 S2620‑p tVtKsSssRGssyss
0 1 S2623‑p KsSssRGssyssIPK
0 10 S2624‑p sSssRGssyssIPKF
0 3 Y2625‑p SssRGssyssIPKFs
0 2 S2626‑p ssRGssyssIPKFsS
0 3 S2627‑p sRGssyssIPKFsSD
0 2 S2632‑p yssIPKFsSDASKVV
0 214 Y2683‑p KTPCEEVyVKHMGNR
0 1 K2699‑sc YNVTYTVkEKGDyIL
0 1 Y2704‑p TVkEKGDyILIVKWG
0 5 S2714‑p IVKWGDEsVPGsPFK
0 4 S2718‑p GDEsVPGsPFKVKVP
  FLNC iso2  
S5 ___MMNNSGYSDAGL
K35 LAEDAPWKKIQQNTF
K36 AEDAPWKKIQQNTFT
K80 LLEVLSQKRMYRKFH
K162 DARKQTPKQRLLGWI
K189 NRDWQDGKALGALVD
S379 LGDANKVSARGPGLE
Y397 NVANKPTYFDIYTAG
Y401 KPTYFDIYTAGAGTG
T501 VADFKVFTKGAGSGE
Y545 YPVVPGKYVVTITWG
S559 GGYAIPRSPFEVQVS
S566 SPFEVQVSPEAGVQK
K734 RCSYVPTKPIKHTII
Y770 HPERVKVYGPGVEKT
K776 VYGPGVEKTGLKANE
K776 VYGPGVEKTGLKANE
K871 SHDASKVKAEGPGLN
K886 RTGVEVGKPTHFTVL
S927 IIDNHDYSYTVKYTA
S954 GGDPVPKSPFVVNVA
K968 APPLDLSKIKVQGLN
R1002 GQGQLDVRMTSPSRR
S1005 QLDVRMTSPSRRPIP
K1014 SRRPIPCKLEPGGGA
K1014 SRRPIPCKLEPGGGA
S1050 DGHPVPGSPFAVEGV
Y1068 DPSKVCAYGPGLKGG
T1079 LKGGLVGTPAPFSID
S1161 DPSKVRASGPGLERG
S1296 TARVLNPSGAKTDTY
K1299 VLNPSGAKTDTYVTD
T1300 LNPSGAKTDTYVTDN
T1302 PSGAKTDTYVTDNGD
Y1303 SGAKTDTYVTDNGDG
T1305 AKTDTYVTDNGDGTY
Y1312 TDNGDGTYRVQYTAY
K1337 YDEVAVPKSPFRVGV
S1338 DEVAVPKSPFRVGVT
T1351 VTEGCDPTRVRAFGP
K1367 LEGGLVNKANRFTVE
S1527 ADQEVPRSPFKIKVL
K1530 EVPRSPFKIKVLPAH
K1530 EVPRSPFKIKVLPAH
K1532 PRSPFKIKVLPAHDA
Y1602 DGTYTVSYLPDMSGR
S1624 GGDEIPYSPFRIHAL
S1728 GGEHIPNSPFHVLAT
T1766 AVQKGELTGEVRMPS
T1776 VRMPSGKTARPNITD
T1788 ITDNKDGTITVRYAP
T1790 DNKDGTITVRYAPTE
K1798 VRYAPTEKGLHQMGI
K1806 GLHQMGIKYDGNHIP
S1815 DGNHIPGSPLQFYVD
S1860 DAGEGGLSLAVEGPS
S1867 SLAVEGPSKAEITCK
K1902 IIVRFDDKHIPGSPF
K1902 IIVRFDDKHIPGSPF
S1907 DDKHIPGSPFTAKIT
T1910 HIPGSPFTAKITGDD
S1939 VSLKITESDLSQLTA
T1945 ESDLSQLTASIRAPS
S1947 DLSQLTASIRAPSGN
K1961 NEEPCLLKRLPNRHI
K1961 NEEPCLLKRLPNRHI
T1973 RHIGISFTPKEVGEH
S1983 EVGEHVVSVRKSGKH
S1994 SGKHVTNSPFKILVG
S2009 PSEIGDASKVRVWGK
S2089 ADKHVPGSPFTVKVT
T2092 HVPGSPFTVKVTGEG
S2113 TRRRQAPSIATIGST
T2146 ERLTRTFTRSSHTYT
S2200 LGRERLGSFGSITRQ
S2203 ERLGSFGSITRQQEG
T2205 LGSFGSITRQQEGEA
S2223 DMTAQVTSPSGKVEA
Y2241 VEGEDSAYSVRFVPQ
K2258 GPHTVAVKYRGQHVP
S2267 RGQHVPGSPFQFTVG
S2362 NDEHIPDSPFVVPVA
T2379 SDDARRLTVTSLQET
T2381 DARRLTVTSLQETGL
S2382 ARRLTVTSLQETGLK
T2386 TVTSLQETGLKVNQP
T2413 VIDARVHTPSGAVEE
Y2422 SGAVEECYVSELDSD
S2424 AVEECYVSELDSDKH
S2457 NGAHIPGSPFKIRVG
K2460 HIPGSPFKIRVGEQS
Y2544 NYLIAIKYGGPQHIV
S2553 GPQHIVGSPFKAKVT
S2565 KVTGPRLSGGHSLHE
T2580 TSTVLVETVTKSSSS
T2582 TVLVETVTKSSSSRG
S2584 LVETVTKSSSSRGSS
S2586 ETVTKSSSSRGSSYS
S2587 TVTKSSSSRGSSYSS
S2590 KSSSSRGSSYSSIPK
S2591 SSSSRGSSYSSIPKF
Y2592 SSSRGSSYSSIPKFS
S2593 SSRGSSYSSIPKFSS
S2594 SRGSSYSSIPKFSSD
S2599 YSSIPKFSSDASKVV
Y2650 KTPCEEVYVKHMGNR
K2666 YNVTYTVKEKGDYIL
Y2671 TVKEKGDYILIVKWG
S2681 IVKWGDESVPGSPFK
S2685 GDESVPGSPFKVKVP
  mouse

 
S5 ___MMNNSNYSDASG
K36‑ac LAEDAPWkkIQQNTF
K37‑ub AEDAPWkkIQQNTFT
K81 LLEVLSQKRMYRKFH
K163 DARKQTPKQRLLGWI
K190 NRDWQDGKALGALVD
S380 LGDANKVSARGPGLE
Y398 NVANKPTYFDIYTAG
Y402 KPTYFDIYTAGAGTG
T502 VADFKVFTKGAGSGE
Y546 YPVVPGKYVVTITWG
S560 GGYAIPRSPFEVQVS
S567 SPFEVQVSPEAGAQK
K735‑ac RCSYVPTkPIKHTII
Y771 HPERVKVYGPGVEkT
K777 VYGPGVEKTGLKANE
K777‑ub VYGPGVEkTGLKANE
K872‑ub SHDASKVkAEGPGLS
K887 RTGVEVGKPTHFTVL
S928 IIDNHDYSYTVKYTA
S955‑p GGDPVPKsPFVVNVA
K969 APPLDLSKVKVQGLN
R1003‑m1 GQGQLDVrMTSPSRR
S1006 QLDVrMTSPSRRPIP
K1015 SRRPIPCKLEPGGGA
K1015‑ub SRRPIPCkLEPGGGA
S1051‑p DGHPVPGsPFAVEGV
Y1069‑p DPSKVCAyGPGLKGG
T1080 LKGGLVGTPAPFSID
S1162 DPSKVRASGPGLERG
S1297‑p TARVLNPsGAkTDTY
K1300‑ub VLNPsGAkTDTYVTD
T1301 LNPsGAkTDTYVTDN
T1303 PsGAkTDTYVTDNGD
Y1304 sGAkTDTYVTDNGDG
T1306 AkTDTYVTDNGDGTY
Y1313 TDNGDGTYRVQYTAY
K1338 YDEVAVPKSPFRVGV
S1339 DEVAVPKSPFRVGVT
T1352‑p VTEGCDPtRVRAFGP
K1368‑ub LEGGLVNkANRFTVE
S1528‑p ADQEVPRsPFkIkVL
K1531 EVPRsPFKIkVLPSH
K1531‑ub EVPRsPFkIkVLPSH
K1533‑ub PRsPFkIkVLPSHDA
Y1603 DGTYTVSYLPDMSGR
S1625‑p GGDEIPYsPFRIHAL
S1729‑p GGEHIPNsPFHVLAC
T1800 TVQKGELTGEVRMPS
T1810 VRMPSGKTARPNITD
T1822 ITDNKDGTITVRYAP
T1824 DNKDGTITVRYAPTE
K1832‑ac VRYAPTEkGLHQMGI
K1840‑ac GLHQMGIkYDGNHIP
S1849‑p DGNHIPGsPLQFYVD
S1894 DAGEGGLSLAVEGPS
S1901 SLAVEGPSKAEITCK
K1936 IIVRFDDKHIPGSPF
K1936‑ub IIVRFDDkHIPGSPF
S1941 DDkHIPGSPFTAKIT
T1944 HIPGSPFTAKITGDD
G1973 VSLKITEGDLSQLTA
T1979 EGDLSQLTASIRAPS
S1981 DLSQLTASIRAPSGN
K1995 NEEPCLLKRLPNRHI
K1995‑ub NEEPCLLkRLPNRHI
T2007‑p RHIGISFtPKEVGEH
S2017 EVGEHVVSVRKSGKH
S2028 SGKHVTNSPFKILVG
S2043 PSEIGDASKVRVWGK
S2123‑p ADKHVPGsPFTVKVT
T2126 HVPGsPFTVKVTGEG
S2147‑p TRRRQAPsIATIGST
T2180‑p ERLTRTFtRSSHTYT
S2234‑p LGRERLGsFGsItRQ
S2237‑p ERLGsFGsItRQQEG
T2239‑p LGsFGsItRQQEGEA
S2257 DMTAQVTSPSGKTEA
Y2275 VEGEDSAYSVRFVPQ
K2292‑ub GPHTVTVkYRGQHVP
S2301‑p RGQHVPGsPFQFTVG
S2396 NDEHIPDSPFVVPVA
T2413 SDDARRLTVTsLQEt
T2415 DARRLTVTsLQEtGL
S2416‑p ARRLTVTsLQEtGLK
T2420‑p TVTsLQEtGLKVNQP
T2447‑p VIDARVHtPSGAVEE
Y2456 SGAVEECYVSELDSD
S2458 AVEECYVSELDSDKH
S2491‑p NGAHIPGsPFKIRVG
K2494 HIPGsPFKIRVGEQS
Y2578 NYLIAIKYGGPQHIV
S2587 GPQHIVGSPFKAKVT
S2599‑p KVTGPRLsGGHSLHE
T2614 TSTVLVETVTKSSSS
T2616 TVLVETVTKSSSSRG
S2618 LVETVTKSSSSRGAs
S2620 ETVTKSSSSRGAsYS
S2621 TVTKSSSSRGAsYSS
A2624 KSSSSRGAsYSSIPK
S2625‑p SSSSRGAsYSSIPKF
Y2626 SSSRGAsYSSIPKFs
S2627 SSRGAsYSSIPKFsS
S2628 SRGAsYSSIPKFsSD
S2633‑p YSSIPKFsSDASKVV
Y2684‑p KTPCEEVyVKHMGNR
K2700 YNVTYTVKEKGDYIL
Y2705 TVKEKGDYILIVKWG
S2715 IVKWGDESVPGSPFK
S2719 GDESVPGSPFKVNVP
  rat

 
S5 ___MMNNSNYSDASG
K36‑ac LAEDAPWkKIQQNTF
K37 AEDAPWkKIQQNTFT
K81 LLEVLSQKRMYRKFH
K163 DARKQTPKQRLLGWI
K190 NRDWQDGKALGALVD
S380 LGDANKVSARGPGLE
Y398 NVANKPTYFDIYTAG
Y402 KPTYFDIYTAGAGTG
T502 VADFKVFTKGAGSGE
Y546 YPVIPGKYVVTITWG
S560 GGYAIPRSPFEVQVS
S567 SPFEVQVSPEAGAQK
K735‑ac RCSYVPTkPIKHTVI
Y771 HPERVKVYGPGVEKT
K777 VYGPGVEKTGLKANE
K777 VYGPGVEKTGLKANE
K872 SHDASKVKAEGPGLS
K887 RTGVEVGKPTHFTVL
S928 IIDNHDYSYTVKYTA
S955 GGDPVPKSPFVVNVA
K969 APPLDLSKVKVQGLN
R1003 GQGQLDVRMTSPSRR
S1006 QLDVRMTSPSRRPIP
K1015‑ac SRRPIPCkLEPGSGA
K1015 SRRPIPCKLEPGSGA
S1051 DGHPVPGSPFAVEGV
Y1069 DPSKVCAYGPGLKGG
T1080 LKGGLVGTPAPFSID
S1162 DPSKVRASGPGLERG
S1297 TARVLNPSGAKTDTY
K1300 VLNPSGAKTDTYVTD
T1301 LNPSGAKTDTYVTDN
T1303 PSGAKTDTYVTDNGD
Y1304 SGAKTDTYVTDNGDG
T1306 AKTDTYVTDNGDGTY
Y1313 TDNGDGTYRVQYTAY
K1338 YDEVAVPKsPFRVGV
S1339‑p DEVAVPKsPFRVGVT
T1352 VTEGCDPTRVRAFGP
K1368 LEGGLVNKANRFTVE
S1528 ADQEVPRSPFkIKVL
K1531‑ac EVPRSPFkIKVLPAH
K1531 EVPRSPFKIKVLPAH
K1533 PRSPFkIKVLPAHDA
Y1603 DGTYTVSYLPDMSGR
S1625 GGDEIPYSPFRIHAL
S1729 GGEHIPNSPFHVLAC
T1800 TVQKGELTGEVRMPS
T1810 VRMPSGKTARPNITD
T1822 ITDNKDGTITVRYAP
T1824 DNKDGTITVRYAPTE
K1832 VRYAPTEKGLHQMGI
K1840 GLHQMGIKYDGNHIP
S1849 DGNHIPGSPLQFYVD
S1894 DAGEGGLSLAVEGPS
S1901 SLAVEGPSKAEITCK
K1936‑ac IIVRFDDkHIPGSPF
K1936 IIVRFDDKHIPGSPF
S1941 DDkHIPGSPFTAKIT
T1944 HIPGSPFTAKITGDD
G1973 VSLKITEGDLSQLTA
T1979 EGDLSQLTASIRAPS
S1981 DLSQLTASIRAPSGN
K1995 NEEPCLLKRLPNRHI
K1995 NEEPCLLKRLPNRHI
T2007 RHIGISFTPKEVGEH
S2017 EVGEHVVSVRKSGKH
S2028 SGKHVTNSPFKILVG
S2043 PSEIGDASKVRVWGK
S2123 ADKHVPGSPFTVKVT
T2126 HVPGSPFTVKVTGEG
S2147 TRRRQAPSIATIGST
T2180 ERLTRTFTRSSHTYT
S2234‑p LGRERLGsFGsITRQ
S2237‑p ERLGsFGsITRQQEG
T2239 LGsFGsITRQQEGEA
S2257 DMTAQVTSPSGKTEA
Y2275 VEGEDSAYSVRFVPQ
K2292 GPHTVAVKYRGQHVP
S2301 RGQHVPGSPFQFTVG
S2396 NDEHIPDSPFVVPVA
T2413‑p SDDARRLtVTSLQET
T2415 DARRLtVTSLQETGL
S2416 ARRLtVTSLQETGLK
T2420 tVTSLQETGLKVNQP
T2447 VIDARVHTPSGAVEE
Y2456 SGAVEECYVSELDSD
S2458 AVEECYVSELDSDKH
S2491 NGAHIPGSPFKIRVG
K2494 HIPGSPFKIRVGEQS
Y2578 NYLIAIKYGGPQHIV
S2587 GPQHIVGSPFKAKVT
S2599 KVTGPRLSGGHSLHE
T2614 TSTVLVETVTKSSSS
T2616 TVLVETVTKSSSSRG
S2618 LVETVTKSSSSRGAs
S2620 ETVTKSSSSRGAsYS
S2621 TVTKSSSSRGAsYSS
A2624 KSSSSRGAsYSSIPK
S2625‑p SSSSRGAsYSSIPKF
Y2626 SSSRGAsYSSIPKFS
S2627 SSRGAsYSSIPKFSS
S2628 SRGAsYSSIPKFSSD
S2633 YSSIPKFSSDASKVV
Y2684 KTPCEEVYVKHMGNR
K2700 YNVTYTVKEKGDYIL
Y2705 TVKEKGDYILIVKWG
S2715 IVKWGDESVPGSPFK
S2719 GDESVPGSPFKVNVP
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