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Protein Page:
ADAR (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
ADAR Converts multiple adenosines to inosines and creates I/U mismatched base pairs in double-helical RNA substrates without apparent sequence specificity. Has been found to modify more frequently adenosines in AU-rich regions, probably due to the relative ease of melting A/U base pairs as compared to G/C pairs. Functions to modify viral RNA genomes and may be responsible for hypermutation of certain negative-stranded viruses. Edits the messenger RNAs for glutamate receptor (GLUR) subunits by site- selective adenosine deamination. Produces low-level editing at the GLUR-B Q/R site, but edits efficiently at the R/G site and HOTSPOT1. Binds to short interfering RNAs (siRNA) without editing them and suppresses siRNA-mediated RNA interference. Binds to ILF3/NF90 and up-regulates ILF3-mediated gene expression. Isoform 1 is induced by interferon alpha. Isoform 5 is constitutively expressed. Homodimer. Isoform 1 interacts with ILF2/NF45 and ILF3/NF90. 5 isoforms of the human protein are produced by alternative promoter. Note: This description may include information from UniProtKB.
Protein type: RNA processing; RNA-binding; EC 3.5.4.37; Nucleolus; Hydrolase
Chromosomal Location of Human Ortholog: 1q21.3
Cellular Component: cytoplasm; membrane; nucleolus; nucleoplasm; nucleus
Molecular Function: double-stranded RNA adenosine deaminase activity; protein binding
Biological Process: adenosine to inosine editing; base conversion or substitution editing; innate immune response; miRNA-mediated gene silencing, miRNA loading onto RISC; positive regulation of viral genome replication; pre-microRNA processing; response to virus
Disease: Aicardi-goutieres Syndrome 6; Dyschromatosis Symmetrica Hereditaria
Reference #:  P55265 (UniProtKB)
Alt. Names/Synonyms: 136 kDa double-stranded RNA binding protein; 136 kDa double-stranded RNA-binding protein; ADAR; ADAR1; adenosine deaminase acting on RNA 1-A; adenosine deaminase, RNA-specific; Double-stranded RNA-specific adenosine deaminase; DRADA; DSH; DSRAD; G1P1; IFI-4; IFI4; interferon-induced protein 4; Interferon-inducible protein 4; K88DSRBP; p136
Gene Symbols: ADAR
Molecular weight: 136,066 Da
Basal Isoelectric point: 8.86  Predict pI for various phosphorylation states
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

ADAR

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 S10‑p PRQGYSLsGYYtHPF
0 3 T14‑p YSLsGYYtHPFQGYE
0 6 R26‑m2 GYEHRQLrYQQPGPG
0 1 - gap
0 2 K48‑ub LKQIEFLkGQLPEAP
0 1 Q50 QIEFLkGQLPEAPVI
0 1 R74 SLPGLRPRFPVLLAS
0 1 R91‑m1 RGRQVDIrGVPrGVH
0 1 R95‑m1 VDIrGVPrGVHLRSQ
0 2 S112‑p QRGFQHPsPrGRSLP
0 1 R114‑m1 GFQHPsPrGRSLPQR
0 4 Y136‑p HFQELSIyQDQEQRI
0 1 - gap
0 1 K164‑ub TAHDLSGkLGtPKKE
0 1 T167‑p DLSGkLGtPKKEINR
0 1 Y177‑p KEINRVLySLAKKGK
0 1 S178 EINRVLySLAKKGKL
0 3 T191‑p KLQKEAGtPPLWKIA
0 1 D214‑ca HSGVVRPdGHSQGAP
0 2 - gap
0 4 S285 PEDSNSTSALEDPLE
0 2 T349‑p DVYRQGTtPPIWHLT
0 1 K366‑ub KRERMQIkRNTNsVP
0 1 S371‑p QIkRNTNsVPETAPA
0 1 K384‑ub PAAIPETkRNAEFLT
0 1 K384‑sm PAAIPETkRNAEFLT
0 8 E407 SNNMVTTEKVENGQE
1 2 K418‑sm NGQEPVIkLENRQEA
0 4 Y438‑p RLKPPVHyNGPSKAG
0 3 Y446‑p NGPSKAGyVDFENGQ
0 2 S465‑p DIPDDLNsIRAAPGE
0 2 S481‑p RAIMEMPsFysHGLP
0 7 Y483‑p IMEMPsFysHGLPRC
0 3 S484‑p MEMPsFysHGLPRCs
0 3 S491‑p sHGLPRCsPYKkLTE
0 1 K495‑ub PRCsPYKkLTECQLK
0 2 S553‑p FPPAEAGsKKVAkQD
0 1 K558 AGsKKVAKQDAAMKA
0 1 K558‑sm AGsKKVAkQDAAMKA
0 1 T567‑p DAAMKAMtILLEEAk
0 1 K574‑ac tILLEEAkAKDsGkS
0 1 K574‑sm tILLEEAkAKDsGkS
0 1 S578‑p EEAkAKDsGkSEESS
0 1 K580‑sm AkAKDsGkSEESSHy
0 1 Y587‑p kSEESSHySTEkESE
0 1 K591‑ub SSHySTEkESEktAE
0 1 K595‑ub STEkESEktAEsQtP
0 3 T596‑p TEkESEktAEsQtPt
0 5 S599‑p ESEktAEsQtPtPsA
0 21 T601‑p EktAEsQtPtPsAts
0 8 T603‑p tAEsQtPtPsAtsFF
0 2 S605‑p EsQtPtPsAtsFFsG
0 1 T607‑p QtPtPsAtsFFsGKs
0 1 S608‑p tPtPsAtsFFsGKsP
0 2 S611‑p PsAtsFFsGKsPVtt
0 11 S614‑p tsFFsGKsPVttLLE
0 1 T617‑p FsGKsPVttLLECMH
0 1 T618‑p sGKsPVttLLECMHK
0 9 S629‑p CMHKLGNsCEFRLLs
0 2 S636‑p sCEFRLLskEGPAHE
0 3 K637‑ub CEFRLLskEGPAHEP
0 17 Y648‑p AHEPKFQyCVAVGAQ
0 21 K665‑ac PSVSAPSkkVAkQMA
0 1 K665‑ub PSVSAPSkkVAkQMA
0 3 K666‑ac SVSAPSkkVAkQMAA
0 2 K666‑ub SVSAPSkkVAkQMAA
0 1 K669‑sm APSkkVAkQMAAEEA
0 1 S701‑p PEGMISEsLDNLESM
0 1 Y722‑p KIGELVRyLNTNPVG
0 1 Y734‑p PVGGLLEyARSHGFA
0 2 K757‑ub SGPPHEPkFVYQAkV
0 1 K757‑ac SGPPHEPkFVYQAkV
0 1 K763‑ub PkFVYQAkVGGRWFP
0 1 K798‑ub VLIGENEkAERMGFT
0 1 K798‑ac VLIGENEkAERMGFT
0 12 T808‑p RMGFTEVtPVtGAsL
0 1 T811‑p FTEVtPVtGAsLRRt
0 12 S814‑p VtPVtGAsLRRtMLL
0 2 T818‑p tGAsLRRtMLLLsRs
0 9 S823‑p RRtMLLLsRsPEAQP
0 27 S825‑p tMLLLsRsPEAQPKT
0 1 K902‑ac KGDSLSLkGETVNDC
0 1 K936‑ub KYNSQTAkDSIFEPA
0 1 S975‑p DGALFDKsCSDRAME
0 1 S986‑p RAMESTEsRHYPVFE
0 1 K1003‑sm KQGKLRTkVENGEGT
0 2 S1089‑p CRVTRDGsAFEDGLR
0 3 H1097 AFEDGLRHPFIVNHP
0 1 K1105‑ac PFIVNHPkVGRVsIY
0 1 S1110‑p HPkVGRVsIYDSkRQ
0 2 K1115‑ac RVsIYDSkRQSGKTK
0 1 K1159‑ac ELSRVSKkNIFLLFk
0 2 K1166‑ac kNIFLLFkKLCSFRY
  ADAR iso2  
S10 PRQGYSLSGYYTHPF
T14 YSLSGYYTHPFQGYE
R26 GYEHRQLRYQQPGPG
- gap
K48 LKQIEFLKGQLPEAP
Q50 QIEFLKGQLPEAPVI
R74 SLPGLRPRFPVLLAS
R91 RGRQVDIRGVPRGVH
R95 VDIRGVPRGVHLRSQ
S112 QRGFQHPSPRGRSLP
R114 GFQHPSPRGRSLPQR
Y136 HFQELSIYQDQEQRI
- gap
K164 TAHDLSGKLGTPKKE
T167 DLSGKLGTPKKEINR
Y177 KEINRVLYSLAKKGK
S178 EINRVLYSLAKKGKL
T191 KLQKEAGTPPLWKIA
D214 HSGVVRPDGHSQGAP
- gap
S285 PEDSNSTSALEDPLE
T349 DVYRQGTTPPIWHLT
K366 KRERMQIKRNTNSVP
S371 QIKRNTNSVPETAPA
K384 PAAIPETKRNAEFLT
K384 PAAIPETKRNAEFLT
E407 SNNMVTTEKVENGQE
K418 NGQEPVIKLENRQEA
Y438 RLKPPVHYNGPSKAG
Y446 NGPSKAGYVDFENGQ
S465 DIPDDLNSIRAAPGE
S481 RAIMEMPSFYSHGLP
Y483 IMEMPSFYSHGLPRC
S484 MEMPSFYSHGLPRCS
S491 SHGLPRCSPYKKLTE
K495 PRCSPYKKLTECQLK
S553 FPPAEAGSKKVAKQD
K558 AGSKKVAKQDAAMKA
K558 AGSKKVAKQDAAMKA
T567 DAAMKAMTILLEEAK
K574 TILLEEAKAKDSGKS
K574 TILLEEAKAKDSGKS
S578 EEAKAKDSGKSEESS
K580 AKAKDSGKSEESSHY
Y587 KSEESSHYSTEKESE
K591 SSHYSTEKESEKTAE
K595 STEKESEKTAESQTP
T596 TEKESEKTAESQTPT
S599 ESEKTAESQTPTPSA
T601 EKTAESQTPTPSATS
T603 TAESQTPTPSATSFF
S605 ESQTPTPSATSFFSG
T607 QTPTPSATSFFSGKS
S608 TPTPSATSFFSGKSP
S611 PSATSFFSGKSPVTT
S614 TSFFSGKSPVTTLLE
T617 FSGKSPVTTLLECMH
T618 SGKSPVTTLLECMHK
S629 CMHKLGNSCEFRLLS
S636 SCEFRLLSKEGPAHE
K637 CEFRLLSKEGPAHEP
Y648 AHEPKFQYCVAVGAQ
K665 PSVSAPSKKVAKQMA
K665 PSVSAPSKKVAKQMA
K666 SVSAPSKKVAKQMAA
K666 SVSAPSKKVAKQMAA
K669 APSKKVAKQMAAEEA
S701 PEGMISESLDNLESM
Y722 KIGELVRYLNTNPVG
Y734 PVGGLLEYARSHGFA
K757 SGPPHEPKFVYQAKV
K757 SGPPHEPKFVYQAKV
K763 PKFVYQAKVGGRWFP
K798 VLIGENEKAERMGFT
K798 VLIGENEKAERMGFT
- gap
- gap
- gap
- gap
- gap
- gap
K876 KGDSLSLKGETVNDC
K910 KYNSQTAKDSIFEPA
S949 DGALFDKSCSDRAME
S960 RAMESTESRHYPVFE
K977 KQGKLRTKVENGEGT
S1063 CRVTRDGSAFEDGLR
H1071 AFEDGLRHPFIVNHP
K1079 PFIVNHPKVGRVSIY
S1084 HPKVGRVSIYDSKRQ
K1089 RVSIYDSKRQSGKTK
K1133 ELSRVSKKNIFLLFK
K1140 KNIFLLFKKLCSFRY
  ADAR iso4  
S53 QDPGYSLSGYYTHPF
T57 YSLSGYYTHPFQGYE
R69 GYEHRQLRYQQPGPG
- gap
K91 LKQIEFLKGQLPEAP
Q93 QIEFLKGQLPEAPVI
R117 SLPGLRPRFPVLLAS
R134 RGRQVDIRGVPRGVH
R138 VDIRGVPRGVHLRSQ
S155 QRGFQHPSPRGRSLP
R157 GFQHPSPRGRSLPQR
Y179 HFQELSIYQDQEQRI
- gap
K207 TAHDLSGKLGTPKKE
T210 DLSGKLGTPKKEINR
Y220 KEINRVLYSLAKKGK
S221 EINRVLYSLAKKGKL
T234 KLQKEAGTPPLWKIA
D257 HSGVVRPDGHSQGAP
- gap
S328 PEDSNSTSALEDPLE
T392 DVYRQGTTPPIWHLT
K409 KRERMQIKRNTNSVP
S414 QIKRNTNSVPETAPA
K427 PAAIPETKRNAEFLT
K427 PAAIPETKRNAEFLT
E450 SNNMVTTEKVENGQE
K461 NGQEPVIKLENRQEA
Y481 RLKPPVHYNGPSKAG
Y489 NGPSKAGYVDFENGQ
S508 DIPDDLNSIRAAPGE
S524 RAIMEMPSFYSHGLP
Y526 IMEMPSFYSHGLPRC
S527 MEMPSFYSHGLPRCS
S534 SHGLPRCSPYKKLTE
K538 PRCSPYKKLTECQLK
S596 FPPAEAGSKKVAKQD
K601 AGSKKVAKQDAAMKA
K601 AGSKKVAKQDAAMKA
T610 DAAMKAMTILLEEAK
K617 TILLEEAKAKDSGKS
K617 TILLEEAKAKDSGKS
S621 EEAKAKDSGKSEESS
K623 AKAKDSGKSEESSHY
Y630 KSEESSHYSTEKESE
K634 SSHYSTEKESEKTAE
K638 STEKESEKTAESQTP
T639 TEKESEKTAESQTPT
S642 ESEKTAESQTPTPSA
T644 EKTAESQTPTPSATS
T646 TAESQTPTPSATSFF
S648 ESQTPTPSATSFFSG
T650 QTPTPSATSFFSGKS
S651 TPTPSATSFFSGKSP
S654 PSATSFFSGKSPVTT
S657 TSFFSGKSPVTTLLE
T660 FSGKSPVTTLLECMH
T661 SGKSPVTTLLECMHK
S672 CMHKLGNSCEFRLLS
S679 SCEFRLLSKEGPAHE
K680 CEFRLLSKEGPAHEP
Y691 AHEPKFQYCVAVGAQ
K708 PSVSAPSKKVAKQMA
K708 PSVSAPSKKVAKQMA
K709 SVSAPSKKVAKQMAA
K709 SVSAPSKKVAKQMAA
K712 APSKKVAKQMAAEEA
S744 PEGMISESLDNLESM
Y765 KIGELVRYLNTNPVG
Y777 PVGGLLEYARSHGFA
K800 SGPPHEPKFVYQAKV
K800 SGPPHEPKFVYQAKV
K806 PKFVYQAKVGGRWFP
K841 VLIGENEKAERMGFT
K841 VLIGENEKAERMGFT
T851 RMGFTEVTPVTGASL
T854 FTEVTPVTGASLRRT
S857 VTPVTGASLRRTMLL
T861 TGASLRRTMLLLSRS
S866 RRTMLLLSRSPEAQP
S868 TMLLLSRSPEAQPKT
K945 KGDSLSLKGETVNDC
K979 KYNSQTAKDSIFEPA
S1018 DGALFDKSCSDRAME
S1029 RAMESTESRHYPVFE
K1046 KQGKLRTKVENGEGT
S1132 CRVTRDGSAFEDGLR
H1140 AFEDGLRHPFIVNHP
K1148 PFIVNHPKVGRVSIY
S1153 HPKVGRVSIYDSKRQ
K1158 RVSIYDSKRQSGKTK
K1202 ELSRVSKKNIFLLFK
K1209 KNIFLLFKKLCSFRY
  mouse

 
T9 SQGFRGPTGVFPHQT
T16 TGVFPHQTQSYLDPS
R30‑m2 SHEHSKWrYPQPQGP
R42‑m2 QGPESYPrSFQLQQI
K53‑ub LQQIEFLkGrLPEAP
R55‑m2 QIEFLkGrLPEAPLI
R79‑m2 FLPGHWPrFPGPPAQ
W93 QDRQLEIWEFPRSVT
R97 LEIWEFPRSVTLRNQ
P114 HIGPPLPPPHSRGTP
H116 GPPLPPPHSRGTPWR
S138 HFRELSISQsPEQKV
S140‑p RELSISQsPEQKVLN
E166 TAHVLARELRIPKRD
I169 VLARELRIPKRDINR
Y179 RDINRILYsLEKKGK
S180‑p DINRILYsLEKKGKL
K193 KLHRGRGKPPLWSLV
- gap
S231‑p RGEPGLDsEDGDPAs
S238‑p sEDGDPAsDLEGPSE
T302 DVYRQGATPPIWYLT
K319 KRERLQMKRSTHSAP
S324 QMKRSTHSAPAPTPT
T337 PTAVPEATRSPSFPA
T337 PTAVPEATRSPSFPA
K360‑ac SSSVAASkRVENGQE
K371 NGQEPAIKHESRHEA
H391 RLRPHAYHNGPSRAG
Y399 NGPSRAGYVASENGQ
S418 DIPDNLNSIHTAPGE
S434 RAIMEMPSFYSPTLP
Y436 IMEMPSFYSPTLPRC
S437 MEMPSFYSPTLPRCS
S444 SPTLPRCSPYKKLTE
K448 PRCSPYKKLTECQLK
S506 FPPAEAGSKKVAkQD
K511‑ub AGSKKVAkQDAAVKA
K511 AGSKKVAKQDAAVKA
A520 DAAVKAMAILLREAK
K527 AILLREAKAKDSGQP
K527 AILLREAKAKDSGQP
S531 REAKAKDSGQPEDLS
Q533 AKAKDSGQPEDLSHC
C540 QPEDLSHCPMEEDSE
E544 LSHCPMEEDSEKPAE
K548 PMEEDSEKPAEAQAP
P549 MEEDSEKPAEAQAPS
A552 DSEKPAEAQAPSSSA
A554 EKPAEAQAPSSSATS
S556 PAEAQAPSSSATSLF
S558 EAQAPSSSATSLFSG
T560 QAPSSSATSLFSGKs
S561 APSSSATSLFSGKsP
S564 SSATSLFSGKsPVTT
S567‑p TSLFSGKsPVTTLLE
T570 FSGKsPVTTLLECMH
T571 SGKsPVTTLLECMHK
S582‑p CMHKLGNsCEFRLLS
S589 sCEFRLLSKEGPAHD
K590 CEFRLLSKEGPAHDP
Y601 AHDPKFQYCVAVGAQ
K618 PPVSAPSKKVAKQMA
K618 PPVSAPSKKVAKQMA
K619 PVSAPSKKVAKQMAA
K619 PVSAPSKKVAKQMAA
K622 APSKKVAKQMAAEEA
S652 SGGANTDSLDESMAP
Y671 RIGELVRYLNTNPVG
Y683 PVGGLLEYARSHGFA
K706 SGPPHEPKFVYQAKV
K706 SGPPHEPKFVYQAKV
K712 PKFVYQAKVGGRWFP
K747 VLIGESEKAEQLGFA
K747 VLIGESEKAEQLGFA
T757 QLGFAEVTPVTGASL
T760 FAEVTPVTGASLRRT
S763 VTPVTGASLRRTMLL
T767 TGASLRRTMLLLSRs
S772 RRTMLLLSRsPDAHP
S774‑p TMLLLSRsPDAHPKT
K851 KGDSLSLKGETVNDC
K885 KYNHHTAKNSIFELA
S924 DGALFDKSCSDRAVE
S935 RAVESTESRHYPVFE
K952 KQGKLRTKVENGEGT
K1038 CRVTRDGKAFEDGLR
Y1046‑p AFEDGLRyPFIVNHP
K1054 PFIVNHPKVGRVSVY
S1059 HPKVGRVSVYDSKRQ
K1064 RVSVYDSKRQSGKTK
K1108 ELSRVSKKNIFLQFK
K1115 KNIFLQFKKLCSFRA
  rat

 
T9 SQGFRGPTGVFPHQT
T16 TGVFPHQTQPCLDPS
R30 SYEHSKWRYLQPRGS
R42 RGSESYLRSFQLQQI
K53 LQQIEFLKGRLPEAP
R55 QIEFLKGRLPEAPLI
R79 FLPGHWPRFPGPPAQ
W93 QGKQPEIWGFPRSVT
R97 PEIWGFPRSVTLRNQ
P114 HIGPPLPPPHSRGPP
H116 GPPLPPPHSRGPPWR
S138 HFQELSISQNPEQKV
N140 QELSISQNPEQKVLN
E166 TAYALARELRTPKKD
T169 ALARELRTPKKDINR
Y179 KDINRILYSLERKGK
S180 DINRILYSLERKGKL
K193 KLHRGVGKPPLWSLV
- gap
S228‑p RGEPDLDsEDGDPAs
S235‑p sEDGDPAsDLEGPSE
T299 DVYREGATPPIWYLT
K316 KRERLQMKRSTHSGP
S321 QMKRSTHSGPAATPA
T334 PAAVSEATQSTSFPT
T334 PAAVSEATQSTSFPT
K357 SSSMATSKRVENGQE
K368 NGQEPVTKYESRHEA
H388 RLRPHAYHNGPSRAG
Y396 NGPSRAGYVASENGP
S415 DIPDNLNSIHTAPGE
S431 RAIMEMPSFYSPTLP
Y433 IMEMPSFYSPTLPRC
S434 MEMPSFYSPTLPRCS
S441 SPTLPRCSPYKKLTE
K445 PRCSPYKKLTECQLK
S503 FPPAEAGSKKVAKQD
K508 AGSKKVAKQDAAVKA
K508 AGSKKVAKQDAAVKA
A517 DAAVKAMAILLREAK
K524 AILLREAKAKDSGQP
K524 AILLREAKAKDSGQP
S528 REAKAKDSGQPEELS
Q530 AKAKDSGQPEELSNC
C537 QPEELSNCPMEEDPE
E541 LSNCPMEEDPEKPAE
K545 PMEEDPEKPAESQPP
P546 MEEDPEKPAESQPPS
S549 DPEKPAESQPPSSSA
P551 EKPAESQPPSSSATS
S553 PAESQPPSSSATSLF
S555 ESQPPSSSATSLFSG
T557 QPPSSSATSLFSGKS
S558 PPSSSATSLFSGKSP
S561 SSATSLFSGKSPVTT
S564 TSLFSGKSPVTTLLE
T567 FSGKSPVTTLLECMH
T568 SGKSPVTTLLECMHK
S579 CMHKLGNSCEFRLLS
S586 SCEFRLLSKEGPAHD
K587 CEFRLLSKEGPAHDP
Y598 AHDPKFQYCVAVGAQ
K615 PSVSAPSKKVAKQMA
K615 PSVSAPSKKVAKQMA
K616 SVSAPSKKVAKQMAA
K616 SVSAPSKKVAKQMAA
K619 APSKKVAKQMAAEEA
S649 SGGANTDSLDESVAP
Y668 RIGELVRYLNTNPVG
Y680 PVGGLLEYARSHGFA
K703 SGPPHEPKFVYQAKV
K703 SGPPHEPKFVYQAKV
K709 PKFVYQAKVGGRWFP
K744 VLIGESEKAEQLGFA
K744 VLIGESEKAEQLGFA
T754 QLGFAEVTPVTGASL
T757 FAEVTPVTGASLRRT
S760 VTPVTGASLRRTMLL
T764 TGASLRRTMLLLSRS
S769 RRTMLLLSRSPDAHP
S771 TMLLLSRSPDAHPKT
K848 KGDSLSLKGETVNDC
K882 KYNHHTAKNSIFELA
S921 DGAHFDKSCSDRAVE
S932 RAVESTESRHYPVFE
K949 KQGKLRTKVENGEGT
N1035 CRVTRDGNAFEDGLR
Y1043 AFEDGLRYPFIVNHP
K1051 PFIVNHPKVGRVSVY
S1056 HPKVGRVSVYDSKRQ
K1061 RVSVYDSKRQSGKTK
K1105 ELSRVSKKNIFLQFK
K1112 KNIFLQFKKLCSFRA
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