Click to expand (4 results)
10
MLSVRVAAAV
20
VRALPRRAGL
30
VSRNALGSSF
40
IAARNFHASN
50
THLQKTGTAE
60
MSSILEERIL
70
GADTSVDLEE
80
TGRVLSIGDG
90
IARVHGLRNV
100
QAEEMVEFSS
110
GLKGMSLNLE
120
PDNVGVVVFG
130
NDKLIKEGDI
140
VKRTGAIVDV
150
PVGEELLGRV
160
VDALGNAIDG
170
KGPIGSKTRR
180
RVGLKAPGII
190
PRISVREPMQ
200
TGIKAVDSLV
210
PIGRGQRELI
220
IGDRQTGKTS
230
IAIDTIINQK
240
RFNDGSDEKK
250
KLYCIYVAIG
260
QKRSTVAQLV
270
KRLTDADAMK
280
YTIVVSATAS
290
DAAPLQYLAP
300
YSGCSMGEYF
310
RDNGKHALII
320
YDDLSKQAVA
330
YRQMSLLLRR
340
PPGREAYPGD
350
VFYLHSRLLE
360
RAAKMNDAFG
370
GGSLTALPVI
380
ETQAGDVSAY
390
IPTNVISITD
400
GQIFLETELF
410
YKGIRPAINV
420
GLSVSRVGSA
430
AQTRAMKQVA
440
GTMKLELAQY
450
REVAAFAQFG
460
SDLDAATQQL
470
LSRGVRLTEL
480
LKQGQYSPMA
490
IEEQVAVIYA
500
GVRGYLDKLE
510
PSKITKFENA
520
FLSHVVSQHQ
530
ALLGTIRADG
540
KISEQSDAKL
550
KEIVTNFLAG
FEA
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MLSVRVAAAV
20
ARALPRRAGL
30
VSKNALGSSF
40
VGARNLHASN
50
TRLQKTGTAE
60
MSSILEERIL
70
GADTSVDLEE
80
TGRVLSIGDG
90
IARVHGLRNV
100
QAEEMVEFSS
110
GLKGMSLNLE
120
PDNVGVVVFG
130
NDKLIKEGDV
140
VKRTGAIVDV
150
PVGEELLGRV
160
VDALGNAIDG
170
KGPIGSKTRR
180
RVGLKAPGII
190
PRISVREPMQ
200
TGIKAVDSLV
210
PIGRGQRELI
220
IGDRQTGKTS
230
IAIDTIINQK
240
RFNDGTDEKK
250
KLYCIYVAIG
260
QKRSTVAQLV
270
KRLTDADAMK
280
YTIVVSATAS
290
DAAPLQYLAP
300
YSGCSMGEYF
310
RDNGKHALII
320
YDDLSKQAVA
330
YRQMSLLLRR
340
PPGREAYPGD
350
VFYLHSRLLE
360
RAAKMNDSFG
370
GGSLTALPVI
380
ETQAGDVSAY
390
IPTNVISITD
400
GQIFLETELF
410
YKGIRPAINV
420
GLSVSRVGSA
430
AQTRAMKQVA
440
GTMKLELAQY
450
REVAAFAQFG
460
SDLDAATQQL
470
LSRGVRLTEL
480
LKQGQYSPMA
490
IEEQVAVIYA
500
GVRGYLDKLE
510
PSKITKFENA
520
FLSHVISQHQ
530
SLLGNIRSDG
540
KISEQSDAKL
550
KEIVTNFLAG
FEP
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MLSVRIAAAV
20
ARALPRRAGL
30
VSKNALGSSF
40
VGTRNLHASN
50
TRLQKTGTAE
60
MSSILEERIL
70
GADTSVDLEE
80
TGRVLSIGDG
90
IARVHGLRNV
100
QAEEMVEFSS
110
GLKGMSLNLE
120
PDNVGVVVFG
130
NDKLIKEGDI
140
VKRTGAIVDV
150
PVGDELLGRV
160
VDALGNAIDG
170
KGPVGSKIRR
180
RVGLKAPGII
190
PRISVREPMQ
200
TGIKAVDSLV
210
PIGRGQRELI
220
IGDRQTGKTS
230
IAIDTIINQK
240
RFNDGTDEKK
250
KLYCIYVAIG
260
QKRSTVAQLV
270
KRLTDADAMK
280
YTIVVSATAS
290
DAAPLQYLAP
300
YSGCSMGEYF
310
RDNGKHALII
320
YDDLSKQAVA
330
YRQMSLLLRR
340
PPGREAYPGD
350
VFYLHSRLLE
360
RAAKMNDSFG
370
GGSLTALPVI
380
ETQAGDVSAY
390
IPTNVISITD
400
GQIFLETELF
410
YKGIRPAINV
420
GLSVSRVGSA
430
AQTRAMKQVA
440
GTMKLELAQY
450
REVAAFAQFG
460
SDLDAATQQL
470
LSRGVRLTEL
480
LKQGQYSPMA
490
IEEQVAVIYA
500
GVRGYLDKLE
510
PSKITKFESA
520
FLSHVVSQHQ
530
SLLGNIRSDG
540
KISEQSDAKL
550
KEIVTNFLAG
FEP
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
No subcellular localization data available from COMPARTMENTS database for this entry
10
MLSVRVAAAV
20
ARALPRRAGL
30
VSKNALGSSF
40
IAARNLHASN
50
SRLQKTGTAE
60
VSSILEERIL
70
GADTSVDLEE
80
TGRVLSIGDG
90
IARVHGLRNV
100
QAEEMVEFSS
110
GLKGMSLNLE
120
PDNVGVVVFG
130
NDKLIKEGDI
140
VKRTGAIVDV
150
PVGEELLGRV
160
VDALGNAIDG
170
KGPIGSKARR
180
RVGLKAPGII
190
PRISVREPMQ
200
TGIKAVDSLV
210
PIGRGQRELI
220
IGDRQTGKTS
230
IAIDTIINQK
240
RFNDGTDEKK
250
KLYCIYVAIG
260
QKRSTVAQLV
270
KRLTDADAMK
280
YTIVVSATAS
290
DAAPLQYLAP
300
YSGCSMGEYF
310
RDNGKHALII
320
YDDLSKQAVA
330
YRQMSLLLRR
340
PPGREAYPGD
350
VFYLHSRLLE
360
RAAKMNDAFG
370
GGSLTALPVI
380
ETQAGDVSAY
390
IPTNVISITD
400
GQIFLETELF
410
YKGIRPAINV
420
GLSVSRVGSA
430
AQTRAMKQVA
440
GTMKLELAQY
450
REVAAFAQFG
460
SDLDAATQQL
470
LSRGVRLTEL
480
LKQGQYSPMA
490
IEEQVAVIYA
500
GVRGYLDKLE
510
PSKITKFENA
520
FLSHVISQHQ
530
ALLSKIRTDG
540
KISEESDAKL
550
KEIVTNFLAG
FEA
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites