Click to expand (3 results)
No subcellular localization data available from COMPARTMENTS database for this entry
10
MSNYSVSLVG
20
PAPWGFRLQG
30
GKDFNMPLTI
40
SSLKDGGKAS
50
QAHVRIGDVV
60
LSIDGISAQG
70
MTHLEAQNKI
80
KACTGSLNMT
90
LQRASAAAKS
100
EPVSVQKGEP
110
KEVVKPVPIT
120
SPAVSKVTST
130
TNMAYNKAPR
140
PFGSVSSPKV
150
TSIPSPSSAF
160
TPAHAATSSH
170
ASPTPVAAAT
180
PLHLSASGLH
190
VSANLSADQC
200
SSPPNTGKPA
210
VNVPRQPTVT
220
SVCSESAQEL
230
AEGQRRGSQG
240
DIKQQNGPPR
250
KHIVERNTEF
260
YHIPTHSDAS
270
KKRLIEDTED
280
WRPRTGTTQS
290
RSFRILAQIT
300
GTEHLTESEN
310
DNTKKANSTQ
320
EPSQQPASSG
330
ASPLSASEGP
340
ESPGSSRPSV
350
AGLRSAAAFK
360
PVGSTSVKSP
370
SWQRPNQAAP
380
STGRISNNAR
390
SSGTGASVGP
400
PQPSDQDTLV
410
QRAEHIPAGK
420
RTPMCAHCNQ
430
VIRGPFLVAL
440
GKSWHPEEFN
450
CAHCKNTMAY
460
IGFVEEKGAL
470
YCELCYEKFF
480
APECGRCQRK
490
ILGEVINALK
500
QTWHVSCFVC
510
VACGKPIRNN
520
VFHLEDGEPY
530
CETDYYALFG
540
TICRGCEFPI
550
EAGDMFLEAL
560
GYTWHDTCFV
570
CSVCCESLEG
580
QTFFSKKDKP
590
LCKKHAHSVN
F
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
No subcellular localization data available from COMPARTMENTS database for this entry
10
MSNYSVSLVG
20
PAPWGFRLQG
30
GKDFNMPLTI
40
SSLKDGGKAA
50
QANVRIGDVV
60
LSIDGINAQG
70
MTHLEAQNKI
80
KGCTGSLNMT
90
LQRASAAPKP
100
EPVPVQKGEP
110
KEVVKPVPIT
120
SPAVSKVTST
130
NNMAYNKAPR
140
PFGSVSSPKV
150
TSIPSPSSAF
160
TPAHATTSSH
170
ASPSPVAAVT
180
PPLFAASGLH
190
ANANLSADQS
200
PSALSAGKTA
210
VNVPRQPTVT
220
SVCSETSQEL
230
AEGQRRGSQG
240
DSKQQNGPPR
250
KHIVERYTEF
260
YHVPTHSDAS
270
KKRLIEDTED
280
WRPRTGTTQS
290
RSFRILAQIT
300
GTEHLKESEA
310
DNTKKANNSQ
320
EPSPQLASSV
330
ASTRSMPESL
340
DSPTSGRPGV
350
TSLTAAAAFK
360
PVGSTGVIKS
370
PSWQRPNQGV
380
PSTGRISNSA
390
TYSGSVAPAN
400
SALGQTQPSD
410
QDTLVQRAEH
420
IPAGKRTPMC
430
AHCNQVIRGP
440
FLVALGKSWH
450
PEEFNCAHCK
460
NTMAYIGFVE
470
EKGALYCELC
480
YEKFFAPECG
490
RCQRKILGEV
500
ISALKQTWHV
510
SCFVCVACGK
520
PIRNNVFHLE
530
DGEPYCETDY
540
YALFGTICHG
550
CEFPIEAGDM
560
FLEALGYTWH
570
DTCFVCSVCC
580
ESLEGQTFFS
590
KKDKPLCKKH
AHSVNF
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
MSNYNVSLVG
20
PAPWGFRLQG
30
GKDFNMPLTI
40
SSLKDGGKAS
50
QAHVRIGDVV
60
LSIDGISAQG
70
MTHLEAQNKI
80
KACTGSLNMT
90
LQRASAAAKS
100
EPVAVQKGEP
110
KEVVKPVPIT
120
SPAVSKVTST
130
TNMAYNKVPR
140
PFGSVSSPKV
150
TSIPSPSSAF
160
TPAHAATSSH
170
ASPPPVAAVT
180
PPPLSASGLH
190
ASANPSAAQC
200
SSPPNTGKPA
210
VHVPRQPTVT
220
SVCSESAQEL
230
AEGQRRGSQG
240
DIKQQNGPPR
250
KHIVERNTEF
260
YHIPTHSDAS
270
KKRLIEDTED
280
WRPRTGTTQS
290
RSFRILAQIT
300
GTEHLKESEN
310
DNAKKANSTP
320
EPSQQSASPL
330
SAAESLESPG
340
SNRPVVAGLR
350
SAAAFKPVGS
360
TSVKSPSWQR
370
PNQAAPSTGR
380
ISNSASSSGT
390
GAPMKPAVGP
400
PQPSDQDTLV
410
QRAEHIPAGK
420
RTPMCAHCNQ
430
AIRGPFLVAL
440
GKSWHPEEFN
450
CAHCKNTMAY
460
IGFVEEKGAL
470
YCELCYEKFF
480
APECGRCQRK
490
ILGEVINALK
500
QTWHVSCFVC
510
VACGKPIRNN
520
VFHLEDGEPY
530
CETDYYALFG
540
TICRGCEFPI
550
EAGDMFLEAL
560
GSTWHDTCFV
570
CSVCCESLEG
580
QTFFSKKDKP
590
LCKKHAHSVN
F
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites