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
MLSLVGRVAS
20
ASASGALRGL
30
NPLAALPQAH
40
LLLRTAPAGV
50
HPARDYAAQS
60
SAAPKAGTAT
70
GQIVAVIGAV
80
VDVQFDEGLP
90
PILNALEVQG
100
RESRLVLEVA
110
QHLGESTVRT
120
IAMDGTEGLV
130
RGQKVLDSGA
140
PIKIPVGPET
150
LGRIMNVIGE
160
PIDERGPIKT
170
KQFAPIHAEA
180
PEFIEMSVEQ
190
EILVTGIKVV
200
DLLAPYAKGG
210
KIGLFGGAGV
220
GKTVLIMELI
230
NNVAKAHGGY
240
SVFAGVGERT
250
REGNDLYHEM
260
IESGVINLKD
270
ATSKVALVYG
280
QMNEPPGARA
290
RVALTGLTVA
300
EYFRDQEGQD
310
VLLFIDNIFR
320
FTQAGSEVSA
330
LLGRIPSAVG
340
YQPTLATDMG
350
TMQERITTTK
360
KGSITSVQAI
370
YVPADDLTDP
380
APATTFAHLD
390
ATTVLSRAIA
400
ELGIYPAVDP
410
LDSTSRIMDP
420
NIVGSEHYDV
430
ARGVQKILQD
440
YKSLQDIIAI
450
LGMDELSEED
460
KLTVSRARKI
470
QRFLSQPFQV
480
AEVFTGHMGK
490
LVPLKETIKG
500
FQQILAGDYD
510
HLPEQAFYMV
520
GPIEEAVAKA
DKLAEEHGS
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
MLSLVGRVAS
20
ASASGALRGL
30
SPSAALPQAQ
40
LLLRAAPAGV
50
HPARDYAAQA
60
SAAPKAGTAT
70
GRIVAVIGAV
80
VDVQFDEGLP
90
PILNALEVQG
100
RDSRLVLEVA
110
QHLGESTVRT
120
IAMDGTEGLV
130
RGQKVLDSGA
140
PIKIPVGPET
150
LGRIMNVIGE
160
PIDERGPIKT
170
KQFAPIHAEA
180
PEFIEMSVEQ
190
EILVTGIKVV
200
DLLAPYAKGG
210
KIGLFGGAGV
220
GKTVLIMELI
230
NNVAKAHGGY
240
SVFAGVGERT
250
REGNDLYHEM
260
IESGVINLKD
270
ATSKVALVYG
280
QMNEPPGARA
290
RVALTGLTVA
300
EYFRDQEGQD
310
VLLFIDNIFR
320
FTQAGSEVSA
330
LLGRIPSAVG
340
YQPTLATDMG
350
TMQERITTTK
360
KGSITSVQAI
370
YVPADDLTDP
380
APATTFAHLD
390
ATTVLSRAIA
400
ELGIYPAVDP
410
LDSTSRIMDP
420
NIVGNEHYDV
430
ARGVQKILQD
440
YKSLQDIIAI
450
LGMDELSEED
460
KLTVSRARKI
470
QRFLSQPFQV
480
AEVFTGHMGK
490
LVPLKETIKG
500
FQQILAGEYD
510
HLPEQAFYMV
520
GPIEEAVAKA
DKLAEEHGS
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
No subcellular localization data available from COMPARTMENTS database for this entry
10
MLGLVGRVVA
20
ASASGALRGL
30
SPSAPLPQAQ
40
LLLRAAPAAL
50
QPARDYAAQA
60
SPSPKAGATT
70
GRIVAVIGAV
80
VDVQFDEGLP
90
PILNALEVQG
100
RETRLVLEVA
110
QHLGESTVRT
120
IAMDGTEGLV
130
RGQKVLDSGA
140
PIRIPVGPET
150
LGRIMNVIGE
160
PIDERGPIKT
170
KQFAAIHAEA
180
PEFVEMSVEQ
190
EILVTGIKVV
200
DLLAPYAKGG
210
KIGLFGGAGV
220
GKTVLIMELI
230
NNVAKAHGGY
240
SVFAGVGERT
250
REGNDLYHEM
260
IESGVINLKD
270
ATSKVALVYG
280
QMNEPPGARA
290
RVALTGLTVA
300
EYFRDQEGQD
310
VLLFIDNIFR
320
FTQAGSEVSA
330
LLGRIPSAVG
340
YQPTLATDMG
350
TMQERITTTK
360
KGSITSVQAI
370
YVPADDLTDP
380
APATTFAHLD
390
ATTVLSRAIA
400
ELGIYPAVDP
410
LDSTSRIMDP
420
NIVGSEHYDV
430
ARGVQKILQD
440
YKSLQDIIAI
450
LGMDELSEED
460
KLTVSRARKI
470
QRFLSQPFQV
480
AEVFTGHLGK
490
LVPLKETIKG
500
FQQILAGEYD
510
HLPEQAFYMV
520
GPIEEAVAKA
DKLAEEHS
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MLGFVGRVAA
20
APASGALRRL
30
TPSASLPPAQ
40
LLLRAAPTAV
50
HPVRDYAAQT
60
SPSPKAGAAT
70
GRIVAVIGAV
80
VDVQFDEGLP
90
PILNALEVQG
100
RETRLVLEVA
110
QHLGESTVRT
120
IAMDGTEGLV
130
RGQKVLDSGA
140
PIKIPVGPET
150
LGRIMNVIGE
160
PIDERGPIKT
170
KQFAPIHAEA
180
PEFMEMSVEQ
190
EILVTGIKVV
200
DLLAPYAKGG
210
KIGLFGGAGV
220
GKTVLIMELI
230
NNVAKAHGGY
240
SVFAGVGERT
250
REGNDLYHEM
260
IESGVINLKD
270
ATSKVALVYG
280
QMNEPPGARA
290
RVALTGLTVA
300
EYFRDQEGQD
310
VLLFIDNIFR
320
FTQAGSEVSA
330
LLGRIPSAVG
340
YQPTLATDMG
350
TMQERITTTK
360
KGSITSVQAI
370
YVPADDLTDP
380
APATTFAHLD
390
ATTVLSRAIA
400
ELGIYPAVDP
410
LDSTSRIMDP
420
NIVGSEHYDV
430
ARGVQKILQD
440
YKSLQDIIAI
450
LGMDELSEED
460
KLTVSRARKI
470
QRFLSQPFQV
480
AEVFTGHMGK
490
LVPLKETIKG
500
FQQILAGEYD
510
HLPEQAFYMV
520
GPIEEAVAKA
DKLAEEHSS
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites