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vimentin (human)

Overview vimentin an intermediate filament protein. Intermediate filament proteins are expressed in a tissue-specific manner. Desmin is the subunit specific for muscle and vimentin the subunit specific for mesenchymal tissue. Note: This description may include information from UniProtKB. Protein type: Motility/polarity/chemotaxis; Cytoskeletal protein Cellular Component: intermediate filament cytoskeleton; cytoskeleton; axon; cytoplasm; leading edge; plasma membrane; intermediate filament; peroxisome; cytosol Molecular Function: protein C-terminus binding; identical protein binding; protein binding; structural constituent of cytoskeleton; structural constituent of eye lens; protein kinase binding Biological Process: Bergmann glial cell differentiation; apoptosis; virus-host interaction; intermediate filament organization; cell motility; astrocyte development; cell structure disassembly during apoptosis; muscle filament sliding Reference #:  P08670 (UniProtKB) Alt. Names/Synonyms: FLJ36605; VIM; VIME; Vimentin Gene Symbols: VIM Molecular weight: 53,652 Da Basal Isoelectric point: 5.06  Predict pI for various phosphorylation states Protein-Specific Antibodies or siRNAs from Cell Signaling Technology®

Select Structure to View Below vimentin 1GK4 - A/B/C/D/E/F=328-411 (human) 1GK6 - A/B=385-412 (human) 1GK7 - A=102-138 (human) 3G1E - A/B=102-138 (human) 3KLT - A/D/C/B=263-334 (human) 3OL1 - A/D/C/B=144-251 (human) 3S4R - A/B=99-189 (human) 3SSU - A/B=99-189 (human) 3SWK - A/B=153-238 (human) 3TRT - A/B=261-335 (human) 3UF1 - A/D/C/B=144-251 (human)

STRING  |  Scansite  |  Phospho.ELM  |  NetworKIN  |  Pfam  |  RCSB PDB 1GK4 1GK6 1GK7 3G1E 3KLT 3OL1 3S4R 3SSU 3SWK 3TRT 3UF1  |  Phospho3D  |  DISEASE  |  Source  |  UCSD-Nature  |  GeneCards  |  UniProtKB  |  Entrez-Gene  |  GenPept  |  Ensembl Gene

	Sites Implicated In
carcinogenesis, altered: S39‑p cell motility, altered: S5‑p, S7‑p, S8‑p, S9‑p, S10‑p, S39‑p, S83‑p cytoskeletal reorganization: S26‑p, S39‑p, S51‑p, S55‑p, S56‑p, S66‑p, S73‑p intracellular localization: S56‑p molecular association, regulation: S26‑p, S39‑p, S51‑p, S55‑p, S56‑p, S66‑p, S73‑p phosphorylation: S39‑p, S56‑p, S73‑p protein stabilization: S39‑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

SS  SS: 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.	MS  MS: The number of records in which this modification site was assigned using ONLY proteomic discovery-mode mass spectrometry.			human
0	1		T3-p	_____MStRsVssss
2	7		S5-p	___MStRsVssssyR
5	10		S7-p	_MStRsVssssyRRM
0	1		S7-g	_MStRsVssssyRRM
2	2		S8-p	MStRsVssssyRRMF
3	5		S9-p	StRsVssssyRRMFG
3	3		S10-p	tRsVssssyRRMFGG
0	5		Y11-p	RsVssssyRRMFGGP
0	1		P18	yRRMFGGPGtAsRPs
1	4		T20-p	RMFGGPGtAsRPsss
1	0		A21	MFGGPGtAsRPsssR
0	2		S22-p	FGGPGtAsRPsssRs
2	4		S25-p	PGtAsRPsssRsyVt
3	2		S26-p	GtAsRPsssRsyVtt
0	1		S27-p	tAsRPsssRsyVtts
0	6		S29-p	sRPsssRsyVttstr
0	28		Y30-p	RPsssRsyVttstrt
0	2		T32-p	sssRsyVttstrtys
0	1		T33-g	ssRsyVttstrtysL
1	1		S34-p	sRsyVttstrtysLG
0	1		S34-g	sRsyVttstrtysLG
0	1		T35-p	RsyVttstrtysLGs
0	1		R36-m1	syVttstrtysLGsA
0	8		T37-p	yVttstrtysLGsAL
0	299		Y38-p	VttstrtysLGsALR
15	45		S39-p	ttstrtysLGsALRP
2	13		S42-p	trtysLGsALRPstS
2	15		S47-p	LGsALRPstSRsLyA
0	21		T48-p	GsALRPstSRsLyAs
0	3		S49	sALRPstSRsLyAss
0	2		S49	sALRPstSRsLyAss
4	60		S51-p	LRPstSRsLyAssPG
0	1599		Y53-p	PstSRsLyAssPGGV
0	2		A54	stSRsLyAssPGGVy
4	34		S55-p	tSRsLyAssPGGVyA
1	0		S55-g	tSRsLyAssPGGVyA
16	257		S56-p	SRsLyAssPGGVyAt
0	2233		Y61-p	AssPGGVyAtrssAV
0	14		T63-p	sPGGVyAtrssAVRL
0	6		R64-m1	PGGVyAtrssAVRLR
1	4		S65-p	GGVyAtrssAVRLRs
4	19		S66-p	GVyAtrssAVRLRss
10	49		S72-p	ssAVRLRssVPGVRL
9	50		S73-p	sAVRLRssVPGVRLL
10	11		S83-p	GVRLLQDsVdFSLAd
0	3		D85-ca	RLLQDsVdFSLAdAI
1	1		S87	LQDsVdFSLAdAINT
0	1		D90-ca	sVdFSLAdAINTEFk
0	27		K97-u	dAINTEFkNtRTNEk
0	1		T99-p	INTEFkNtRTNEkVE
0	3		K104-a	kNtRTNEkVELQELN
0	61		K104-u	kNtRTNEkVELQELN
0	668		Y117-p	LNDRFANyIDkVRFL
0	1		K120-a	RFANyIDkVRFLEQQ
0	3		K120-m1	RFANyIDkVRFLEQQ
0	68		K120-u	RFANyIDkVRFLEQQ
0	17		K129-u	RFLEQQNkILLAELE
0	1		K139-a	LAELEQLkGQGksRL
0	58		K139-u	LAELEQLkGQGksRL
1	1		K143	EQLkGQGKsRLGDLy
0	14		K143-u	EQLkGQGksRLGDLy
0	5		S144-p	QLkGQGksRLGDLyE
1	1		R145	LkGQGksRLGDLyEE
0	24		Y150-p	ksRLGDLyEEEMREL
0	1		K168-a	VDQLTNDkARVEVER
0	39		K168-u	VDQLTNDkARVEVER
0	57		K188-u	DIMRLREkLQEEMLQ
0	2		N201	LQREEAENTLQsFRQ
0	1		T202	QREEAENTLQsFRQD
0	3		S205-p	EAENTLQsFRQDVDN
0	12		S214-p	RQDVDNAsLARLDLE
0	2		K223-u	ARLDLERkVEsLQEE
0	3		S226-p	DLERkVEsLQEEIAF
0	12		K235-a	QEEIAFLkkLHEEEI
0	8		K235-u	QEEIAFLkkLHEEEI
0	1		K236-a	EEIAFLkkLHEEEIQ
0	14		K236-u	EEIAFLkkLHEEEIQ
0	1		D257-ca	QEQHVQIdVdVskPD
0	1		D259-ca	QHVQIdVdVskPDLT
0	1		S261-p	VQIdVdVskPDLTAA
0	9		K262-u	QIdVdVskPDLTAAL
0	96		Y276-p	LRDVRQQyESVAAkN
0	48		K282-u	QyESVAAkNLQEAEE
0	15		Y291-p	LQEAEEWykSkFADL
0	2		K292-a	QEAEEWykSkFADLs
0	26		K292-u	QEAEEWykSkFADLs
0	1		K294-a	AEEWykSkFADLsEA
0	36		K294-u	AEEWykSkFADLsEA
0	4		S299-p	kSkFADLsEAANRNN
0	9		K313-u	NDALRQAkQEstEYR
0	1		S316-p	LRQAkQEstEYRRQV
0	1		T317-p	RQAkQEstEYRRQVQ
0	11		S325-p	EYRRQVQsLtCEVdA
0	1		T327-p	RRQVQsLtCEVdALk
0	1		D331-ca	QsLtCEVdALkGTNE
0	81		K334-u	tCEVdALkGTNEsLE
0	5		S339-p	ALkGTNEsLERQMRE
0	8		Y358-p	FAVEAANyQDTIGRL
0	1		K373-a	QDEIQNMkEEMARHL
0	18		K373-u	QDEIQNMkEEMARHL
0	1		Y400-p	LDIEIATyRkLLEGE
0	59		K402-u	IEIATyRkLLEGEEs
0	3		S409-p	kLLEGEEsRIsLPLP
2	21		S412-p	EGEEsRIsLPLPNFs
0	2		N417	RIsLPLPNFssLNLR
1	27		S419-p	sLPLPNFssLNLREt
0	98		S420-p	LPLPNFssLNLREtN
0	9		T426-p	ssLNLREtNLDsLPL
2	20		S430-p	LREtNLDsLPLVDtH
0	2		T436-p	DsLPLVDtHskRtLL
0	5		S438-p	LPLVDtHskRtLLIk
0	7		K439-a	PLVDtHskRtLLIkt
0	12		K439-u	PLVDtHskRtLLIkt
0	1		T441-p	VDtHskRtLLIktVE
0	1		K445-a	skRtLLIktVETRDG
0	81		K445-u	skRtLLIktVETRDG
0	4		T446-p	kRtLLIktVETRDGQ
1	8		T458-p	DGQVINEtsQHHDDL
2	52		S459-p	GQVINEtsQHHDDLE

	mouse
T3	_____MSTRsVsSss
S5-p	___MSTRsVsSssYR
S7-p	_MSTRsVsSssYRRM
S7	_MSTRsVSSssYRRM
S8	MSTRsVsSssYRRMF
S9-p	STRsVsSssYRRMFG
S10-p	TRsVsSssYRRMFGG
Y11	RsVsSssYRRMFGGs
S18-p	YRRMFGGsGTsSRPs
T20	RMFGGsGTsSRPssN
S21-p	MFGGsGTsSRPssNR
S22	FGGsGTsSRPssNRS
S25-p	sGTsSRPssNRSYVT
S26-p	GTsSRPssNRSYVTT
N27	TsSRPssNRSYVTTs
S29	SRPssNRSYVTTsTR
Y30	RPssNRSYVTTsTRT
T32	ssNRSYVTTsTRTys
T33	sNRSYVTTsTRTysL
S34-p	NRSYVTTsTRTysLG
S34	NRSYVTTSTRTysLG
T35	RSYVTTsTRTysLGs
R36	SYVTTsTRTysLGsA
T37	YVTTsTRTysLGsAL
Y38-p	VTTsTRTysLGsALR
S39-p	TTsTRTysLGsALRP
S42-p	TRTysLGsALRPsTs
S47-p	LGsALRPsTsRsLys
T48	GsALRPsTsRsLyss
S49-p	sALRPsTsRsLysss
S49-g	sALRPsTsRsLysss
S51-p	LRPsTsRsLysssPG
Y53-p	PsTsRsLysssPGGA
S54-p	sTsRsLysssPGGAy
S55-p	TsRsLysssPGGAyV
S55	TsRsLysSsPGGAyV
S56-p	sRsLysssPGGAyVT
Y61-p	sssPGGAyVTRssAV
T63	sPGGAyVTRssAVRL
R64	PGGAyVTRssAVRLR
S65-p	GGAyVTRssAVRLRs
S66-p	GAyVTRssAVRLRss
S72-p	ssAVRLRssVPGVRL
S73-p	sAVRLRssVPGVRLL
S83-p	GVRLLQDsVdFsLAD
D85-ca	RLLQDsVdFsLADAI
S87-p	LQDsVdFsLADAINT
D90	sVdFsLADAINTEFk
K97-u	DAINTEFkNTRTNEk
T99	INTEFkNTRTNEkVE
K104	kNTRTNEKVELQELN
K104-u	kNTRTNEkVELQELN
Y117-p	LNDRFANyIDkVRFL
K120	RFANyIDKVRFLEQQ
K120-m1	RFANyIDkVRFLEQQ
K120-u	RFANyIDkVRFLEQQ
K129	RFLEQQNKILLAELE
K139	LAELEQLKGQGksRL
K139-u	LAELEQLkGQGksRL
K143	EQLkGQGKsRLGDLY
K143-u	EQLkGQGksRLGDLY
S144-p	QLkGQGksRLGDLYE
R145	LkGQGksRLGDLYEE
Y150	ksRLGDLYEEEMREL
K168-a	VDQLTNDkARVEVER
K168-u	VDQLTNDkARVEVER
K188-u	DIMRLREkLQEEMLQ
S201-p	LQREEAEstLQsFRQ
T202-p	QREEAEstLQsFRQD
S205-p	EAEstLQsFRQDVDN
S214-p	RQDVDNAsLARLDLE
K223-u	ARLDLERkVEsLQEE
S226-p	DLERkVEsLQEEIAF
K235	QEEIAFLKkLHDEEI
K235-u	QEEIAFLkkLHDEEI
K236	EEIAFLkKLHDEEIQ
K236-u	EEIAFLkkLHDEEIQ
D257	QEQHVQIDVDVSKPD
D259	QHVQIDVDVSKPDLT
S261	VQIDVDVSKPDLTAA
K262	QIDVDVSKPDLTAAL
Y276-p	LRDVRQQyESVAAkN
K282-u	QyESVAAkNLQEAEE
Y291	LQEAEEWYkSkFADL
K292-a	QEAEEWYkSkFADLs
K292-u	QEAEEWYkSkFADLs
K294	AEEWYkSKFADLsEA
K294-u	AEEWYkSkFADLsEA
S299-p	kSkFADLsEAANRNN
K313	NDALRQAKQESNEYR
S316	LRQAKQESNEYRRQV
N317	RQAKQESNEYRRQVQ
S325-p	EYRRQVQsLTCEVDA
T327	RRQVQsLTCEVDALk
D331	QsLTCEVDALkGTNE
K334-u	TCEVDALkGTNEsLE
S339-p	ALkGTNEsLERQMRE
Y358-p	FALEAANyQDTIGRL
K373	QDEIQNMKEEMARHL
K373-u	QDEIQNMkEEMARHL
Y400	LDIEIATYRkLLEGE
K402-u	IEIATYRkLLEGEES
S409	kLLEGEESRIsLPLP
S412-p	EGEESRIsLPLPtFs
T417-p	RIsLPLPtFssLNLR
S419-p	sLPLPtFssLNLREt
S420-p	LPLPtFssLNLREtN
T426-p	ssLNLREtNLEsLPL
S430-p	LREtNLEsLPLVDTH
T436	EsLPLVDTHskRTLL
S438-p	LPLVDTHskRTLLIk
K439-a	PLVDTHskRTLLIkT
K439-u	PLVDTHskRTLLIkT
T441	VDTHskRTLLIkTVE
K445	skRTLLIKTVETRDG
K445-u	skRTLLIkTVETRDG
T446	kRTLLIkTVETRDGQ
T458-p	DGQVINEtsQHHDDL
S459-p	GQVINEtsQHHDDLE

	rat
T3	_____MSTRSVSSSS
S5	___MSTRSVSSSSYR
S7	_MSTRSVSSSSYRRM
S7	_MSTRSVSSSSYRRM
S8	MSTRSVSSSSYRRMF
S9	STRSVSSSSYRRMFG
S10	TRSVSSSSYRRMFGG
Y11	RSVSSSSYRRMFGGS
S18	YRRMFGGSGTSSRPS
T20	RMFGGSGTSSRPSSN
S21	MFGGSGTSSRPSSNR
S22	FGGSGTSSRPSSNRS
S25	SGTSSRPSSNRSYVT
S26	GTSSRPSSNRSYVTT
N27	TSSRPSSNRSYVTTS
S29	SRPSSNRSYVTTSTR
Y30	RPSSNRSYVTTSTRT
T32	SSNRSYVTTSTRTYs
T33	SNRSYVTTSTRTYsL
S34	NRSYVTTSTRTYsLG
S34	NRSYVTTSTRTYsLG
T35	RSYVTTSTRTYsLGS
R36	SYVTTSTRTYsLGSA
T37	YVTTSTRTYsLGSAL
Y38	VTTSTRTYsLGSALR
S39-p	TTSTRTYsLGSALRP
S42	TRTYsLGSALRPSTS
S47	LGSALRPSTSRSLyS
T48	GSALRPSTSRSLySs
S49	SALRPSTSRSLySsS
S49	SALRPSTSRSLySsS
S51	LRPSTSRSLySsSPG
Y53-p	PSTSRSLySsSPGGA
S54	STSRSLySsSPGGAY
S55-p	TSRSLySsSPGGAYV
S55	TSRSLySSSPGGAYV
S56	SRSLySsSPGGAYVT
Y61	SsSPGGAYVTrSSAV
T63	SPGGAYVTrSSAVRL
R64-m1	PGGAYVTrSSAVRLR
S65	GGAYVTrSSAVRLRS
S66	GAYVTrSSAVRLRSS
S72	SSAVRLRSSMPGVRL
S73	SAVRLRSSMPGVRLL
S83-p	GVRLLQDsVDFSLAD
D85	RLLQDsVDFSLADAI
S87	LQDsVDFSLADAINT
D90	sVDFSLADAINTEFK
K97	DAINTEFKNTRTNEK
T99	INTEFKNTRTNEKVE
K104	KNTRTNEKVELQELN
K104	KNTRTNEKVELQELN
Y117	LNDRFANYIDKVRFL
K120	RFANYIDKVRFLEQQ
K120	RFANYIDKVRFLEQQ
K120	RFANYIDKVRFLEQQ
K129	RFLEQQNKILLAELE
K139	LAELEQLKGQGkSrL
K139	LAELEQLKGQGkSrL
K143-m2	EQLKGQGkSrLGDLY
K143	EQLKGQGKSrLGDLY
S144	QLKGQGkSrLGDLYE
R145-m2	LKGQGkSrLGDLYEE
Y150	kSrLGDLYEEEMREL
K168	VDQLTNDKARVEVER
K168-u	VDQLTNDkARVEVER
K188-u	DIMRLREkLQEEMLQ
S201	LQREEAESTLQSFRQ
T202	QREEAESTLQSFRQD
S205	EAESTLQSFRQDVDN
S214	RQDVDNASLARLDLE
K223	ARLDLERKVESLQEE
S226	DLERKVESLQEEIAF
K235	QEEIAFLKKLHDEEI
K235	QEEIAFLKKLHDEEI
K236	EEIAFLKKLHDEEIQ
K236	EEIAFLKKLHDEEIQ
D257	QEQHVQIDVDVSKPD
D259	QHVQIDVDVSKPDLT
S261	VQIDVDVSKPDLTAA
K262	QIDVDVSKPDLTAAL
Y276	LRDVRQQYESVAAKN
K282	QYESVAAKNLQEAEE
Y291	LQEAEEWYKSKFADL
K292	QEAEEWYKSKFADLS
K292	QEAEEWYKSKFADLS
K294	AEEWYKSKFADLSEA
K294	AEEWYKSKFADLSEA
S299	KSKFADLSEAANRNN
K313	NDALRQAKQESNEYR
S316	LRQAKQESNEYRRQV
N317	RQAKQESNEYRRQVQ
S325	EYRRQVQSLTCEVDA
T327	RRQVQSLTCEVDALK
D331	QSLTCEVDALKGTNE
K334	TCEVDALKGTNESLE
S339	ALKGTNESLERQMRE
Y358	FALEAANYQDTIGRL
K373	QDEIQNMKEEMARHL
K373	QDEIQNMKEEMARHL
Y400	LDIEIATYRKLLEGE
K402	IEIATYRKLLEGEES
S409	KLLEGEESRIsLPLP
S412-p	EGEESRIsLPLPNFS
N417	RIsLPLPNFSSLNLR
S419	sLPLPNFSSLNLRET
S420	LPLPNFSSLNLRETN
T426	SSLNLRETNLESLPL
S430	LRETNLESLPLVDTH
T436	ESLPLVDTHSKRTLL
S438	LPLVDTHSKRTLLIk
K439	PLVDTHSKRTLLIkT
K439	PLVDTHSKRTLLIkT
T441	VDTHSKRTLLIkTVE
K445	SKRTLLIKTVETRDG
K445-u	SKRTLLIkTVETRDG
T446	KRTLLIkTVETRDGQ
T458	DGQVINETSQHHDDL
S459	GQVINETSQHHDDLE

	hamster
T3	_____MSTRSVSSSS
S5	___MSTRSVSSSSYR
S7	_MSTRSVSSSSYRRM
S7	_MSTRSVSSSSYRRM
S8	MSTRSVSSSSYRRMF
S9	STRSVSSSSYRRMFG
S10	TRSVSSSSYRRMFGG
Y11	RSVSSSSYRRMFGGP
P18	YRRMFGGPGTSNRQS
T20	RMFGGPGTSNRQSSN
S21	MFGGPGTSNRQSSNR
N22	FGGPGTSNRQSSNRS
S25	PGTSNRQSSNRSYVT
S26	GTSNRQSSNRSYVTT
N27	TSNRQSSNRSYVTTS
S29	NRQSSNRSYVTTSTR
Y30	RQSSNRSYVTTSTRT
T32	SSNRSYVTTSTRTYS
T33	SNRSYVTTSTRTYSL
S34	NRSYVTTSTRTYSLG
S34	NRSYVTTSTRTYSLG
T35	RSYVTTSTRTYSLGS
R36	SYVTTSTRTYSLGSL
T37	YVTTSTRTYSLGSLR
Y38	VTTSTRTYSLGSLRP
S39	TTSTRTYSLGSLRPS
S42	TRTYSLGSLRPSTSR
S46	SLGSLRPSTSRSLYS
T47	LGSLRPSTSRSLYSS
S48	GSLRPSTSRSLYSSs
S48	GSLRPSTSRSLYSSs
S50	LRPSTSRSLYSSsPG
Y52	PSTSRSLYSSsPGGA
S53	STSRSLYSSsPGGAY
S54	TSRSLYSSsPGGAYV
S54	TSRSLYSSsPGGAYV
S55-p	SRSLYSSsPGGAYVT
Y60	SSsPGGAYVTRSSAV
T62	sPGGAYVTRSSAVRL
R63	PGGAYVTRSSAVRLR
S64	GGAYVTRSSAVRLRS
S65	GAYVTRSSAVRLRSS
S71	SSAVRLRSSMPGVRL
S72	SAVRLRSSMPGVRLL
S82	GVRLLQDSVDFSLAD
D84	RLLQDSVDFSLADAI
S86	LQDSVDFSLADAINT
D89	SVDFSLADAINTEFK
K96	DAINTEFKNTRTNEK
T98	INTEFKNTRTNEKVE
K103	KNTRTNEKVELQELN
K103	KNTRTNEKVELQELN
Y116	LNDRFANYIDKVRFL
K119	RFANYIDKVRFLEQQ
K119	RFANYIDKVRFLEQQ
K119	RFANYIDKVRFLEQQ
K128	RFLEQQNKILLAELE
K138	LAELEQLKGQGKSRL
K138	LAELEQLKGQGKSRL
K142	EQLKGQGKSRLGDLY
K142	EQLKGQGKSRLGDLY
S143	QLKGQGKSRLGDLYE
R144	LKGQGKSRLGDLYEE
Y149	KSRLGDLYEEEMREL
K167	VDQLTNDKARVEVER
K167	VDQLTNDKARVEVER
K187	DIMRLREKLQEEMLQ
S200	LQREEAESTLQSFRQ
T201	QREEAESTLQSFRQD
S204	EAESTLQSFRQDVDN
S213	RQDVDNASLARLDLE
K222	ARLDLERKVESLQEE
S225	DLERKVESLQEEIAF
K234	QEEIAFLKKLHDEEI
K234	QEEIAFLKKLHDEEI
K235	EEIAFLKKLHDEEIQ
K235	EEIAFLKKLHDEEIQ
D256	QEQHVQIDVDVSKPD
D258	QHVQIDVDVSKPDLT
S260	VQIDVDVSKPDLTAA
K261	QIDVDVSKPDLTAAL
Y275	LRDVRQQYESVAAKN
K281	QYESVAAKNLQEAEE
Y290	LQEAEEWYKSKFADL
K291	QEAEEWYKSKFADLS
K291	QEAEEWYKSKFADLS
K293	AEEWYKSKFADLSEA
K293	AEEWYKSKFADLSEA
S298	KSKFADLSEAANRNN
K312	NDALRQAKQESNEYR
S315	LRQAKQESNEYRRQV
N316	RQAKQESNEYRRQVQ
S324	EYRRQVQSLTCEVDA
T326	RRQVQSLTCEVDALK
D330	QSLTCEVDALKGTNE
K333	TCEVDALKGTNESLE
S338	ALKGTNESLERQMRE
Y357	FALEAANYQDTIGRL
K372	QDEIQNMKEEMARHL
K372	QDEIQNMKEEMARHL
Y399	LDIEIATYRKLLEGE
K401	IEIATYRKLLEGEES
S408	KLLEGEESRISLPLP
S411	EGEESRISLPLPNFS
N416	RISLPLPNFSSLNLR
S418	SLPLPNFSSLNLRET
S419	LPLPNFSSLNLRETN
T425	SSLNLRETNLESLPL
S429	LRETNLESLPLVDTH
T435	ESLPLVDTHSKRTLL
S437	LPLVDTHSKRTLLIK
K438	PLVDTHSKRTLLIKT
K438	PLVDTHSKRTLLIKT
T440	VDTHSKRTLLIKTVE
K444	SKRTLLIKTVETRDG
K444	SKRTLLIKTVETRDG
T445	KRTLLIKTVETRDGQ
T457	DGQVINETSQHHDDL
S458	GQVINETSQHHDDLE

	cow
T3	_____MSTRSVsSSS
S5	___MSTRSVsSSSYR
S7-p	_MSTRSVsSSSYRRM
S7	_MSTRSVSSSSYRRM
S8	MSTRSVsSSSYRRMF
S9	STRSVsSSSYRRMFG
S10	TRSVsSSSYRRMFGG
Y11	RSVsSSSYRRMFGGP
P18	YRRMFGGPGTASRPS
T20	RMFGGPGTASRPSsT
A21	MFGGPGTASRPSsTR
S22	FGGPGTASRPSsTRS
S25	PGTASRPSsTRSYVT
S26-p	GTASRPSsTRSYVTT
T27	TASRPSsTRSYVTTS
S29	SRPSsTRSYVTTSTR
Y30	RPSsTRSYVTTSTRT
T32	SsTRSYVTTSTRTYs
T33	sTRSYVTTSTRTYsL
S34	TRSYVTTSTRTYsLG
S34	TRSYVTTSTRTYsLG
T35	RSYVTTSTRTYsLGS
R36	SYVTTSTRTYsLGSA
T37	YVTTSTRTYsLGSAL
Y38	VTTSTRTYsLGSALR
S39-p	TTSTRTYsLGSALRP
S42	TRTYsLGSALRPTTS
T47	LGSALRPTTSRtLYT
T48	GSALRPTTSRtLYTS
S49	SALRPTTSRtLYTSs
S49	SALRPTTSRtLYTSs
T51-p	LRPTTSRtLYTSsPG
Y53	PTTSRtLYTSsPGGV
T54	TTSRtLYTSsPGGVY
S55	TSRtLYTSsPGGVYA
S55	TSRtLYTSsPGGVYA
S56-p	SRtLYTSsPGGVYAT
Y61	TSsPGGVYATRSsAV
T63	sPGGVYATRSsAVRL
R64	PGGVYATRSsAVRLR
S65	GGVYATRSsAVRLRs
S66-p	GVYATRSsAVRLRsG
S72-p	SsAVRLRsGVPGVRL
G73	sAVRLRsGVPGVRLL
S83-p	GVRLLQDsVDFSLAD
D85	RLLQDsVDFSLADAI
S87	LQDsVDFSLADAINT
D90	sVDFSLADAINTEFK
K97	DAINTEFKNTRTNEK
T99	INTEFKNTRTNEKVE
K104	KNTRTNEKVELQELN
K104	KNTRTNEKVELQELN
Y117	LNDRFANYIDKVRFL
K120	RFANYIDKVRFLEQQ
K120	RFANYIDKVRFLEQQ
K120	RFANYIDKVRFLEQQ
K129	RFLEQQNKILLAELE
K139	LAELEQLKGQGKSRL
K139	LAELEQLKGQGKSRL
K143	EQLKGQGKSRLGDLY
K143	EQLKGQGKSRLGDLY
S144	QLKGQGKSRLGDLYE
R145	LKGQGKSRLGDLYEE
Y150	KSRLGDLYEEEMREL
K168	VDQLTNDKARVEVER
K168	VDQLTNDKARVEVER
K188	DIMRLREKLQEEMLQ
S201	LQREEAESTLQSFRQ
T202	QREEAESTLQSFRQD
S205	EAESTLQSFRQDVDN
S214	RQDVDNASLARLDLE
K223	ARLDLERKVESLQEE
S226	DLERKVESLQEEIAF
K235	QEEIAFLKKLHDEEI
K235	QEEIAFLKKLHDEEI
K236	EEIAFLKKLHDEEIQ
K236	EEIAFLKKLHDEEIQ
D257	QEQHVQIDMDVSKPD
D259	QHVQIDMDVSKPDLT
S261	VQIDMDVSKPDLTAA
K262	QIDMDVSKPDLTAAL
Y276	LRDVRQQYESVAAKN
K282	QYESVAAKNLQEAEE
Y291	LQEAEEWYKSKFADL
K292	QEAEEWYKSKFADLS
K292	QEAEEWYKSKFADLS
K294	AEEWYKSKFADLSEA
K294	AEEWYKSKFADLSEA
S299	KSKFADLSEAANRNN
K313	NDALRQAKQESNEYR
S316	LRQAKQESNEYRRQV
N317	RQAKQESNEYRRQVQ
T325	EYRRQVQTLTCEVDA
T327	RRQVQTLTCEVDALK
D331	QTLTCEVDALKGTNE
K334	TCEVDALKGTNESLE
S339	ALKGTNESLERQMRE
Y358	FSVEAANYQDTIGRL
K373	QDEIQNMKEEMARHL
K373	QDEIQNMKEEMARHL
Y400	LDIEIATYRKLLEGE
K402	IEIATYRKLLEGEES
S409	KLLEGEESRIsLPLP
S412-p	EGEESRIsLPLPNFS
N417	RIsLPLPNFSSLNLR
S419	sLPLPNFSSLNLRET
S420	LPLPNFSSLNLRETN
T426	SSLNLRETNLDSLPL
S430	LRETNLDSLPLVDTH
T436	DSLPLVDTHSKRTLL
S438	LPLVDTHSKRTLLIK
K439	PLVDTHSKRTLLIKT
K439	PLVDTHSKRTLLIKT
T441	VDTHSKRTLLIKTVE
K445	SKRTLLIKTVETRDG
K445	SKRTLLIKTVETRDG
T446	KRTLLIKTVETRDGQ
T458	DGQVINETSQHHDDL
S459	GQVINETSQHHDDLE

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