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Protein Page:
hnRNP I (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
hnRNP I a ubiquitously expressed heterogeneous nuclear ribonucleoprotein (hnRNP). hnRNPs are associated with pre-mRNAs in the nucleus and appear to influence pre-mRNA processing and other aspects of mRNA metabolism and transport. Binds to the polypyrimidine tract of introns. May promote the binding of U2 snRNP to pre-mRNA. Two alternatively spliced isoforms have been described. Note: This description may include information from UniProtKB.
Protein type: RNA splicing; RNA-binding
Chromosomal Location of Human Ortholog: 19p13.3
Cellular Component: membrane; nucleolus; nucleoplasm
Molecular Function: poly-pyrimidine tract binding; protein binding; RNA binding
Biological Process: fibroblast growth factor receptor signaling pathway; gene expression; mRNA processing; negative regulation of muscle cell differentiation; negative regulation of nuclear mRNA splicing, via spliceosome; negative regulation of RNA splicing; nuclear mRNA splicing, via spliceosome; regulation of alternative nuclear mRNA splicing, via spliceosome; RNA splicing
Reference #:  P26599 (UniProtKB)
Alt. Names/Synonyms: 57 kDa RNA-binding protein PPTB-1; Heterogeneous nuclear ribonucleoprotein I; heterogeneous nuclear ribonucleoprotein polypeptide I; hnRNP I; HNRNP-I; HNRNPI; HNRPI; MGC10830; MGC8461; polypyrimidine tract binding protein (heterogeneous nuclear ribonucleoprotein I); polypyrimidine tract binding protein 1; Polypyrimidine tract-binding protein 1; pPTB; PTB; PTB-1; PTB-T; PTB2; PTB3; PTB4; PTBP1
Gene Symbols: PTBP1
Molecular weight: 57,221 Da
Basal Isoelectric point: 9.22  Predict pI for various phosphorylation states
Protein-Specific Antibodies or siRNAs from Cell Signaling Technology® Total Proteins
Select Structure to View Below

hnRNP I

Protein Structure Not Found.
Download PyMol Script
Download ChimeraX Script


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Sites Implicated In
intracellular localization: S16‑p

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 D2 ______MDGIVPDIA
0 1 T12‑p VPDIAVGtkRGsDEL
0 1 K13 PDIAVGtKRGsDELF
0 2 K13‑ub PDIAVGtkRGsDELF
0 1 K13‑sm PDIAVGtkRGsDELF
0 1 K13‑sc PDIAVGtkRGsDELF
1 9 S16‑p AVGtkRGsDELFstC
0 1 S21‑p RGsDELFstCVtNGP
0 1 T22‑p GsDELFstCVtNGPF
0 1 T25‑gl ELFstCVtNGPFIMs
0 1 S32‑p tNGPFIMsSNsAsAA
0 1 S35‑p PFIMsSNsAsAANGN
0 1 S37‑p IMsSNsAsAANGNDS
0 14 K45‑ac AANGNDSkkFKGDsR
0 4 K46‑ac ANGNDSkkFKGDsRs
0 1 S51‑p SkkFKGDsRsAGVPS
0 1 S53‑p kFKGDsRsAGVPSRV
0 1 K65 SRVIHIRKLPIDVTE
0 14 K65‑ub SRVIHIRkLPIDVTE
0 1 K65‑sm SRVIHIRkLPIDVTE
0 2 K84‑ub SLGLPFGkVTNLLML
0 1 K84‑sm SLGLPFGkVTNLLML
0 2 K92‑ub VTNLLMLkGkNQAFI
0 1 K94‑ub NLLMLkGkNQAFIEM
0 576 Y127‑p VLRGQPIyIQFsNHk
0 5 S131‑p QPIyIQFsNHkELkt
0 2 K134‑ac yIQFsNHkELktDss
0 2 K137‑ub FsNHkELktDssPNQ
0 1 K137‑sm FsNHkELktDssPNQ
0 3 T138‑p sNHkELktDssPNQA
0 4 S140‑p HkELktDssPNQARA
0 24 S141‑p kELktDssPNQARAQ
0 1 D172 AASAAAVDAGMAMAG
0 1 S181‑p GMAMAGQsPVLRIIV
0 3 Y193‑p IIVENLFyPVTLDVL
0 9 K212‑ub SKFGTVLkIITFTkN
0 20 K218‑ub LkIITFTkNNQFQAL
0 1 K218‑sm LkIITFTkNNQFQAL
0 1 Y228‑p QFQALLQyADPVsAQ
0 1 S233‑p LQyADPVsAQHAKLS
0 26 K259‑ub TLRIDFSkLTSLNVk
0 8 K266‑ac kLTSLNVkyNNDkSR
0 10 K266‑ub kLTSLNVkyNNDkSR
0 1 Y267‑p LTSLNVkyNNDkSRD
0 2 K271‑ub NVkyNNDkSRDYTRP
0 2 S337‑p GLAGAGNsVLLVsNL
0 1 S342‑p GNsVLLVsNLNPERV
0 1 K368‑ac YGDVQRVkILFNKKE
0 1 K368‑ub YGDVQRVkILFNKKE
0 1 K368‑sc YGDVQRVkILFNKKE
0 1 K374 VkILFNKKENALVQM
0 2 N385 LVQMADGNQAQLAMS
0 1 K398 MSHLNGHKLHGkPIR
0 1 K402‑ub NGHKLHGkPIRITLS
0 1 S409 kPIRITLSkHQNVQL
0 3 K410‑ac PIRITLSkHQNVQLP
0 6 K410‑ub PIRITLSkHQNVQLP
0 6 N413 ITLSkHQNVQLPREG
0 2 T427‑p GQEDQGLtkDyGNsP
0 9 K428‑ub QEDQGLtkDyGNsPL
0 1 K428‑sc QEDQGLtkDyGNsPL
0 20 Y430‑p DQGLtkDyGNsPLHR
0 2 N432 GLtkDyGNsPLHRFK
0 22 S433‑p LtkDyGNsPLHRFKK
0 1 S466 SNIPPSVSEEDLKVL
0 2 V472 VSEEDLKVLFSsNGG
0 2 S475 EDLKVLFSsNGGVVk
0 3 S476‑p DLKVLFSsNGGVVkG
0 16 K482‑ub SsNGGVVkGFkFFQk
0 1 K482‑sc SsNGGVVkGFkFFQk
0 3 K485‑ac GGVVkGFkFFQkDRK
0 5 K485‑ub GGVVkGFkFFQkDRK
0 1 K485‑sm GGVVkGFkFFQkDRK
0 1 K485‑sc GGVVkGFkFFQkDRK
0 2 K489‑ac kGFkFFQkDRKMALI
0 1 K489‑ub kGFkFFQkDRKMALI
0 21 K528‑ub HLRVSFSkStI____
0 1 S529 LRVSFSkStI_____
0 2 T530‑p RVSFSkStI______
  hnRNP I iso2  
D2 ______MDGIVPDIA
T12 VPDIAVGTKRGSDEL
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
S16 AVGTKRGSDELFSTC
S21 RGSDELFSTCVTNGP
T22 GSDELFSTCVTNGPF
T25 ELFSTCVTNGPFIMS
S32 TNGPFIMSSNSASAA
S35 PFIMSSNSASAANGN
S37 IMSSNSASAANGNDS
K45 AANGNDSKKFKGDSR
K46 ANGNDSKKFKGDSRS
S51 SKKFKGDSRSAGVPS
S53 KFKGDSRSAGVPSRV
K65 SRVIHIRKLPIDVTE
K65 SRVIHIRKLPIDVTE
K65 SRVIHIRKLPIDVTE
K84 SLGLPFGKVTNLLML
K84 SLGLPFGKVTNLLML
K92 VTNLLMLKGKNQAFI
K94 NLLMLKGKNQAFIEM
Y127 VLRGQPIYIQFSNHK
S131 QPIYIQFSNHKELKT
K134 YIQFSNHKELKTDSS
K137 FSNHKELKTDSSPNQ
K137 FSNHKELKTDSSPNQ
T138 SNHKELKTDSSPNQA
S140 HKELKTDSSPNQARA
S141 KELKTDSSPNQARAQ
D172 AASAAAVDAGMAMAG
S181 GMAMAGQSPVLRIIV
Y193 IIVENLFYPVTLDVL
K212 SKFGTVLKIITFTKN
K218 LKIITFTKNNQFQAL
K218 LKIITFTKNNQFQAL
Y228 QFQALLQYADPVSAQ
S233 LQYADPVSAQHAKLS
K259 TLRIDFSKLTSLNVK
K266 KLTSLNVKYNNDKSR
K266 KLTSLNVKYNNDKSR
Y267 LTSLNVKYNNDKSRD
K271 NVKYNNDKSRDYTRP
S356 GLAGAGNSVLLVSNL
S361 GNSVLLVSNLNPERV
K387 YGDVQRVKILFNKKE
K387 YGDVQRVKILFNKKE
K387 YGDVQRVKILFNKKE
K393 VKILFNKKENALVQM
N404 LVQMADGNQAQLAMS
K417 MSHLNGHKLHGKPIR
K421 NGHKLHGKPIRITLS
S428 KPIRITLSKHQNVQL
K429 PIRITLSKHQNVQLP
K429 PIRITLSKHQNVQLP
N432 ITLSKHQNVQLPREG
T446 GQEDQGLTKDYGNSP
K447 QEDQGLTKDYGNSPL
K447 QEDQGLTKDYGNSPL
Y449 DQGLTKDYGNSPLHR
N451 GLTKDYGNSPLHRFK
S452 LTKDYGNSPLHRFKK
S485 SNIPPSVSEEDLKVL
V491 VSEEDLKVLFSSNGG
S494 EDLKVLFSSNGGVVK
S495 DLKVLFSSNGGVVKG
K501 SSNGGVVKGFKFFQK
K501 SSNGGVVKGFKFFQK
K504 GGVVKGFKFFQKDRK
K504 GGVVKGFKFFQKDRK
K504 GGVVKGFKFFQKDRK
K504 GGVVKGFKFFQKDRK
K508 KGFKFFQKDRKMALI
K508 KGFKFFQKDRKMALI
K547 HLRVSFSKSTI____
S548 LRVSFSKSTI_____
T549 RVSFSKSTI______
  hnRNP I iso3  
D2 ______MDGIVPDIA
T12 VPDIAVGTKRGSDEL
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
S16 AVGTKRGSDELFSTC
S21 RGSDELFSTCVTNGP
T22 GSDELFSTCVTNGPF
T25 ELFSTCVTNGPFIMS
S32 TNGPFIMSSNSASAA
S35 PFIMSSNSASAANGN
S37 IMSSNSASAANGNDS
K45 AANGNDSKKFKGDSR
K46 ANGNDSKKFKGDSRS
S51 SKKFKGDSRSAGVPS
S53 KFKGDSRSAGVPSRV
K65 SRVIHIRKLPIDVTE
K65 SRVIHIRKLPIDVTE
K65 SRVIHIRKLPIDVTE
K84 SLGLPFGKVTNLLML
K84 SLGLPFGKVTNLLML
K92 VTNLLMLKGKNQAFI
K94 NLLMLKGKNQAFIEM
Y127 VLRGQPIYIQFSNHK
S131 QPIYIQFSNHKELKT
K134 YIQFSNHKELKTDSS
K137 FSNHKELKTDSSPNQ
K137 FSNHKELKTDSSPNQ
T138 SNHKELKTDSSPNQA
S140 HKELKTDSSPNQARA
S141 KELKTDSSPNQARAQ
D172 AASAAAVDAGMAMAG
S181 GMAMAGQSPVLRIIV
Y193 IIVENLFYPVTLDVL
K212 SKFGTVLKIITFTKN
K218 LKIITFTKNNQFQAL
K218 LKIITFTKNNQFQAL
Y228 QFQALLQYADPVSAQ
S233 LQYADPVSAQHAKLS
K259 TLRIDFSKLTSLNVK
K266 KLTSLNVKYNNDKSR
K266 KLTSLNVKYNNDKSR
Y267 LTSLNVKYNNDKSRD
K271 NVKYNNDKSRDYTRP
S363 GLAGAGNSVLLVSNL
S368 GNSVLLVSNLNPERV
K394 YGDVQRVKILFNKKE
K394 YGDVQRVKILFNKKE
K394 YGDVQRVKILFNKKE
K400 VKILFNKKENALVQM
N411 LVQMADGNQAQLAMS
K424 MSHLNGHKLHGKPIR
K428 NGHKLHGKPIRITLS
S435 KPIRITLSKHQNVQL
K436 PIRITLSKHQNVQLP
K436 PIRITLSKHQNVQLP
N439 ITLSKHQNVQLPREG
T453 GQEDQGLTKDYGNSP
K454 QEDQGLTKDYGNSPL
K454 QEDQGLTKDYGNSPL
Y456 DQGLTKDYGNSPLHR
N458 GLTKDYGNSPLHRFK
S459 LTKDYGNSPLHRFKK
S492 SNIPPSVSEEDLKVL
V498 VSEEDLKVLFSSNGG
S501 EDLKVLFSSNGGVVK
S502 DLKVLFSSNGGVVKG
K508 SSNGGVVKGFKFFQK
K508 SSNGGVVKGFKFFQK
K511 GGVVKGFKFFQKDRK
K511 GGVVKGFKFFQKDRK
K511 GGVVKGFKFFQKDRK
K511 GGVVKGFKFFQKDRK
K515 KGFKFFQKDRKMALI
K515 KGFKFFQKDRKMALI
K554 HLRVSFSKSTI____
S555 LRVSFSKSTI_____
T556 RVSFSKSTI______
  mouse

► Hide Isoforms
 
D2‑ca ______MdGIVPDIA
T12 VPDIAVGTKRGsDEL
K13 PDIAVGTKRGsDELF
K13 PDIAVGTKRGsDELF
K13 PDIAVGTKRGsDELF
K13 PDIAVGTKRGsDELF
S16‑p AVGTKRGsDELFSTC
S21 RGsDELFSTCVSNGP
T22 GsDELFSTCVSNGPF
S25 ELFSTCVSNGPFIMS
S32 SNGPFIMSSSASAAN
S34 GPFIMSSSASAANGN
S36 FIMSSSASAANGNDS
K44‑ac AANGNDSkkFKGDNR
K45‑ac ANGNDSkkFKGDNRS
N50 SkkFKGDNRSAGVPS
S52 kFKGDNRSAGVPSRV
K64 SRVIHVRKLPSDVTE
K64‑ub SRVIHVRkLPSDVTE
K64 SRVIHVRKLPSDVTE
K83‑ub SLGLPFGkVTNLLML
K83 SLGLPFGKVTNLLML
K91‑ub VTNLLMLkGKNQAFI
K93 NLLMLkGKNQAFIEM
Y126‑p VLRGQPIyIQFSNHK
S130 QPIyIQFSNHKELKT
K133 yIQFSNHKELKTDSS
K136 FSNHKELKTDSSPNQ
K136 FSNHKELKTDSSPNQ
T137 SNHKELKTDSSPNQV
S139 HKELKTDSSPNQVRA
S140 KELKTDSSPNQVRAQ
D171‑ca AASAAAVdAGMAMAG
S180 GMAMAGQSPVLRIIV
Y192 IIVENLFYPVTLDVL
K211‑ub SKFGTVLkIITFTkN
K217‑ub LkIITFTkNNQFQAL
K217 LkIITFTKNNQFQAL
Y227 QFQALLQYADPVSAQ
S232 LQYADPVSAQHAKLS
K258‑ub TLRIDFSkLTSLNVk
K265‑ac kLTSLNVkYNNDKSR
K265‑ub kLTSLNVkYNNDKSR
Y266 LTSLNVkYNNDKSRD
K270 NVkYNNDKSRDYTRP
S335‑p GLAGAGNsVLLVSNL
S340 GNsVLLVSNLNPERV
K366 YGDVQRVKILFNKKE
K366 YGDVQRVKILFNKKE
K366 YGDVQRVKILFNKKE
K372 VKILFNKKENALVQM
S383 LVQMADGSQAQLGEP
- gap
- gap
- gap
- gap
- gap
- gap
T424 GQEDQGLTKDYGSSP
K425 QEDQGLTKDYGSSPL
K425 QEDQGLTKDYGSSPL
Y427 DQGLTKDYGSSPLRF
S429 GLTKDYGSSPLRFKK
S430 LTKDYGSSPLRFKKP
S462‑p SNIPPSVsEDDLKsL
S468‑p VsEDDLKsLFssNGG
S471‑p DDLKsLFssNGGVVk
S472‑p DLKsLFssNGGVVkG
K478‑ub ssNGGVVkGFkFFQK
K478 ssNGGVVKGFkFFQK
K481 GGVVkGFKFFQKDRK
K481‑ub GGVVkGFkFFQKDRK
K481 GGVVkGFKFFQKDRK
K481 GGVVkGFKFFQKDRK
K485 kGFkFFQKDRKMALI
K485 kGFkFFQKDRKMALI
K524 HLRVSFSKstI____
S525‑p LRVSFSKstI_____
T526‑p RVSFSKstI______
  hnRNP I iso2  
D2 ______MDGIVPDIA
T12 VPDIAVGTKRGSDEL
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
S16 AVGTKRGSDELFSTC
S21 RGSDELFSTCVSNGP
T22 GSDELFSTCVSNGPF
S25 ELFSTCVSNGPFIMS
S32 SNGPFIMSSSASAAN
S34 GPFIMSSSASAANGN
S36 FIMSSSASAANGNDS
K44 AANGNDSKKFKGDNR
K45 ANGNDSKKFKGDNRS
N50 SKKFKGDNRSAGVPS
S52 KFKGDNRSAGVPSRV
K64 SRVIHVRKLPSDVTE
K64 SRVIHVRKLPSDVTE
K64 SRVIHVRKLPSDVTE
K83 SLGLPFGKVTNLLML
K83 SLGLPFGKVTNLLML
K91 VTNLLMLKGKNQAFI
K93 NLLMLKGKNQAFIEM
Y126 VLRGQPIYIQFSNHK
S130 QPIYIQFSNHKELkt
K133 YIQFSNHKELktDss
K136‑ub FSNHKELktDssPNQ
K136 FSNHKELKtDssPNQ
T137‑p SNHKELktDssPNQA
S139‑p HKELktDssPNQARA
S140‑p KELktDssPNQARAQ
D171 AASAAAVDAGMAMAG
S180 GMAMAGQSPVLRIIV
Y192 IIVENLFYPVTLDVL
K211 SKFGTVLKIITFTKN
K217 LKIITFTKNNQFQAL
K217 LKIITFTKNNQFQAL
Y227 QFQALLQYADPVSAQ
S232 LQYADPVSAQHAKLS
K258 TLRIDFSKLTSLNVK
K265 KLTSLNVKYNNDKSR
K265 KLTSLNVKYNNDKSR
Y266 LTSLNVKYNNDKSRD
K270 NVKYNNDKSRDYTRP
S336 GLAGAGNSVLLVSNL
S341 GNSVLLVSNLNPERV
K367 YGDVQRVKILFNKkE
K367 YGDVQRVKILFNKkE
K367 YGDVQRVKILFNKkE
K373‑ub VKILFNKkENALVQM
S384‑p LVQMADGsQAQLAMS
K397‑ub MSHLNGHkLHGKSVR
K401 NGHkLHGKSVRITLs
S408‑p KSVRITLskHQsVQL
K409 SVRITLsKHQsVQLP
K409‑ub SVRITLskHQsVQLP
S412‑p ITLskHQsVQLPREG
T426 GQEDQGLTkDyGssP
K427‑ub QEDQGLTkDyGssPL
K427 QEDQGLTKDyGssPL
Y429‑p DQGLTkDyGssPLHR
S431‑p GLTkDyGssPLHRFK
S432‑p LTkDyGssPLHRFKK
S465 SNIPPSVSEDDLKSL
S471 VSEDDLKSLFSSNGG
S474 DDLKSLFSSNGGVVK
S475 DLKSLFSSNGGVVKG
K481 SSNGGVVKGFKFFQK
K481 SSNGGVVKGFKFFQK
K484 GGVVKGFKFFQKDRK
K484 GGVVKGFKFFQKDRK
K484 GGVVKGFKFFQKDRK
K484 GGVVKGFKFFQKDRK
K488 KGFKFFQKDRKMALI
K488 KGFKFFQKDRKMALI
K527 HLRVSFSKSTI____
S528 LRVSFSKSTI_____
T529 RVSFSKSTI______
  rat

 
D2 ______MDGIVPDIA
T12 VPDIAVGTkRGSDEL
K13‑ac PDIAVGTkRGSDELF
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
K13 PDIAVGTKRGSDELF
S16 AVGTkRGSDELFSTC
S21 RGSDELFSTCVSNGP
T22 GSDELFSTCVSNGPF
S25 ELFSTCVSNGPFIMS
S32 SNGPFIMSSSASAAN
S34 GPFIMSSSASAANGN
S36 FIMSSSASAANGNDS
K44 AANGNDSKKFKGDNR
K45 ANGNDSKKFKGDNRS
N50 SKKFKGDNRSTGVPS
S52 KFKGDNRSTGVPSRV
K64‑ac SRVIHVRkLPSDVTE
K64 SRVIHVRKLPSDVTE
K64 SRVIHVRKLPSDVTE
K83 SLGLPFGKVTNLLML
K83 SLGLPFGKVTNLLML
K91 VTNLLMLKGKNQAFI
K93 NLLMLKGKNQAFIEM
Y126‑p VLRGQPIyIQFSNHK
S130 QPIyIQFSNHKELKT
K133 yIQFSNHKELKTDSS
K136 FSNHKELKTDSSPNQ
K136 FSNHKELKTDSSPNQ
T137 SNHKELKTDSSPNQA
S139 HKELKTDSSPNQARA
S140 KELKTDSSPNQARAQ
D171 AASAAAVDAGMAMAG
S180 GMAMAGQSPVLRIIV
Y192 IIVENLFYPVTLDVL
K211 SKFGTVLKIITFTKN
K217 LKIITFTKNNQFQAL
K217 LKIITFTKNNQFQAL
Y227 QFQALLQYADPVSAQ
S232 LQYADPVSAQHAKLS
K258 TLRIDFSKLTSLNVK
K265 KLTSLNVKYNNDKSR
K265 KLTSLNVKYNNDKSR
Y266 LTSLNVKYNNDKSRD
K270 NVKYNNDKSRDYTRP
S361 GLAGAGNSVLLVSNL
S366 GNSVLLVSNLNPERV
K392 YGDVQRVKILFNKKE
K392 YGDVQRVKILFNKKE
K392 YGDVQRVKILFNKKE
K398 VKILFNKKENALVEM
S409 LVEMADGSQAQLAMS
K422 MSHLNGHKLHGKSVR
K426 NGHKLHGKSVRITLS
S433 KSVRITLSKHQsVQL
K434 SVRITLSKHQsVQLP
K434 SVRITLSKHQsVQLP
S437‑p ITLSKHQsVQLPREG
T451 GQEDQGLTKDYGSSP
K452 QEDQGLTKDYGSSPL
K452 QEDQGLTKDYGSSPL
Y454 DQGLTKDYGSSPLHR
S456 GLTKDYGSSPLHRFK
S457 LTKDYGSSPLHRFKK
S490 SNIPPSVSEDDLKSL
S496 VSEDDLKSLFSSNGG
S499 DDLKSLFSSNGGVVK
S500 DLKSLFSSNGGVVKG
K506 SSNGGVVKGFkFFQk
K506 SSNGGVVKGFkFFQk
K509‑ac GGVVKGFkFFQkDRK
K509 GGVVKGFKFFQkDRK
K509 GGVVKGFKFFQkDRK
K509 GGVVKGFKFFQkDRK
K513‑ac KGFkFFQkDRKMALI
K513 KGFkFFQKDRKMALI
K552 HLRVSFSKSTI____
S553 LRVSFSKSTI_____
T554 RVSFSKSTI______
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