Click to expand (4 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MGKEKTHINI
20
VVIGHVDSGK
30
STTTGHLIYK
40
CGGIDKRTIE
50
KFEKEAAEMG
60
KGSFKYAWVL
70
DKLKAERERG
80
ITIDISLWKF
90
ETTKYYITII
100
DAPGHRDFIK
110
NMITGTSQAD
120
CAVLIVAAGV
130
GEFEAGISKN
140
GQTREHALLA
150
YTLGVKQLIV
160
GVNKMDSTEP
170
AYSEKRYDEI
180
VKEVSAYIKK
190
IGYNPATVPF
200
VPISGWHGDN
210
MLEPSPNMPW
220
FKGWKVERKE
230
GNASGVSLLE
240
ALDTILPPTR
250
PTDKPLRLPL
260
QDVYKIGGIG
270
TVPVGRVETG
280
ILRPGMVVTF
290
APVNITTEVK
300
SVEMHHEALS
310
EALPGDNVGF
320
NVKNVSVKDI
330
RRGNVCGDSK
340
ADPPQEAAQF
350
TSQVIILNHP
360
GQISAGYSPV
370
IDCHTAHIAC
380
KFAELKEKID
390
RRSGKKLEDN
400
PKSLKSGDAA
410
IVEMVPGKPM
420
CVESFSQYPP
430
LGRFAVRDMR
440
QTVAVGVIKN
450
VEKKSGGAGK
460
VTKSAQKAQK
AGK
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
No subcellular localization data available from COMPARTMENTS database for this entry
10
MGKEKIHINI
20
VVIGHVDSGK
30
STTTGHLIYK
40
CGGIDKRTIE
50
KFEKEAAEMG
60
KGSFKYAWVL
70
DKLKAERERG
80
ITIDISLWKF
90
ETGKFYITII
100
DAPGHRDFIK
110
NMITGTSQAD
120
CAVLIVAGGV
130
GEFEAGISKN
140
GQTREHALLA
150
FTLGVKQLII
160
GVNKMDSTEP
170
PFSQKRFEEI
180
TKEVSAYIKK
190
IGYNPATVPF
200
VPISGWHGDN
210
MLEASTNMPW
220
FKGWKIERKE
230
GNASGVTLLE
240
ALDCIIPPQR
250
PTAKPLRLPL
260
QDVYKIGGIG
270
TVPVGRVETG
280
VLKPGMIVTF
290
APSNVTTEVK
300
SVEMHHEALQ
310
EALPGDNVGF
320
NVKNISVKDI
330
RRGNVAGDSK
340
NDPPMQAGSF
350
TAQVIILNHP
360
GQISAGYAPV
370
LDCHTAHIAC
380
KFAELKQKID
390
RRSGKKLEDD
400
PKFLKSGDAA
410
IVEMIPGKPM
420
CVESFSDYPP
430
LGRFAVRDMR
440
QTVAVGVIKG
450
VDKKAASSGK
460
VTKSAVKAGK
K
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
MGKEKTHINI
20
VVIGHVDSGK
30
STTTGHLIYK
40
CGGIDKRTIE
50
KFEKEAAEMG
60
KGSFKYAWVL
70
DKLKAERERG
80
ITIDISLWKF
90
ETTKYYITII
100
DAPGHRDFIK
110
NMITGTSQAD
120
CAVLIVAAGV
130
GEFEAGISKN
140
GQTREHALLA
150
YTLGVKQLIV
160
GVNKMDSTEP
170
AYSEKRYDEI
180
VKEVSAYIKK
190
IGYNPATVPF
200
VPISGWHGDN
210
MLEPSPNMPW
220
FKGWKVERKE
230
GNASGVSLLE
240
ALDTILPPTR
250
PTDKPLRLPL
260
QDVYKIGGIG
270
TVPVGRVETG
280
ILRPGMVVTF
290
APVNITTEVK
300
SVEMHHEALS
310
EALPGDNVGF
320
NVKNVSVKDI
330
RRGNVCGDSK
340
ADPPQEAAQF
350
TSQVIILNHP
360
GQISAGYSPV
370
IDCHTAHIAC
380
KFAELKEKID
390
RRSGKKLEDN
400
PKSLKSGDAA
410
IVEMVPGKPM
420
CVESFSQYPP
430
LGRFAVRDMR
440
QTVAVGVIKN
450
VEKKSGGAGK
460
VTKSAQKAQK
AGK
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MGKEKTHINI
20
VVIGHVDSGK
30
STTTGHLIYK
40
CGGIDKRTIE
50
KFEKEAAEMG
60
KGSFKYAWVL
70
DKLKAERERG
80
ITIDISLWKF
90
ETTKYYITII
100
DAPGHRDFIK
110
NMITGTSQAD
120
CAVLIVAAGV
130
GEFEAGISKN
140
GQTREHALLA
150
YTLGVKQLIV
160
GVNKMDSTEP
170
AYSEKRYDEI
180
VKEVSAYIKK
190
IGYNPATVPF
200
VPISGWHGDN
210
MLEPSPNMPW
220
FKGWKVERKE
230
GNASGVSLLE
240
ALDTILPPTR
250
PTDKPLRLPL
260
QDVYKIGGIG
270
TVPVGRVETG
280
ILRPGMVVTF
290
APVNITTEVK
300
SVEMHHEALS
310
EALPGDNVGF
320
NVKNVSVKDI
330
RRGNVCGDSK
340
SDPPQEAAQF
350
TSQVIILNHP
360
GQISAGYSPV
370
IDCHTAHIAC
380
KFAELKEKID
390
RRSGKKLEDN
400
PKSLKSGDAA
410
IVEMVPGKPM
420
CVESFSQYPP
430
LGRFAVRDMR
440
QTVAVGVIKN
450
VEKKSGGAGK
460
VTKSAQKAQK
AGK
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites