Click to expand (3 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MAAAKVALTK
20
RADPAELKAI
30
FLKYASIEKN
40
GEFFMSPHDF
50
VTRYLNIFGE
60
SQPNPKTVEL
70
LSGVVDQTKD
80
GLISFQEFVA
90
FESVLCAPDA
100
LFMVAFQLFD
110
KAGKGEVTFE
120
DVRQVFGQTT
130
IHQHIPFNWD
140
SEFVQLHFGK
150
ERKRHLTYAE
160
FTQFLLEIQL
170
EHAKQAFVQR
180
DNAKTGKVTA
190
IDFRDIMVTI
200
RPHVLTPFVE
210
ECLVAAAGGT
220
RSHQVSFSYF
230
NGFNSLLNNM
240
ELIRKIYSTL
250
AGSRKDVEVT
260
KEEFALAAQK
270
FGQVTPMEVD
280
ILFQLADLYE
290
PRGRMTLADI
300
ERIAPLEEGM
310
LPFNLAEAQR
320
QQKASGDAAR
330
PFLLQLAESA
340
YRFGLGSIAG
350
AVGATAVYPI
360
DLVKTRMQNQ
370
RSTGSFVGEL
380
MYKNSFDCFK
390
KVLRYEGFFG
400
LYRGLLPQLL
410
GVAPEKAIKL
420
TVNDFVRDKF
430
MHKDGSVPLL
440
AEIFAGGCAG
450
GSQVIFTNPL
460
EIVKIRLQVA
470
GEITTGPRVS
480
ALSVVRDLGF
490
FGIYKGAKAC
500
FLRDIPFSAI
510
YFPCYAHVKA
520
SFANEDGQVS
530
PGSLLLAGAI
540
AGMPAASLVT
550
PADVIKTRLQ
560
VAARAGQTTY
570
SGVTDCFRKI
580
LREEGPKALW
590
KGAGARVFRS
600
SPQFGVTLLT
610
YELLQRWFYV
620
DFGGVKPVGS
630
ELVPKSRITL
640
PAPNPDHVGG
650
YKLAVATFAG
660
IENKFGLYLP
670
LFKPSASTSK
VTAVGS
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
MAAAKVALTK
20
RADPAELKAI
30
FLKYASIEKN
40
GEFFMSPHDF
50
VTRYLNIFGE
60
SQPNPKTVEL
70
LSGVVDQTKD
80
GLISFQEFVA
90
FESVLCAPDA
100
LFMVAFQLFD
110
KAGKGEVTFE
120
DVKQIFGQTT
130
IHQHIPFNWD
140
SEFVQLHFGK
150
ERKRHLTYAE
160
FTQFLLEIQL
170
EHAKQAFVQR
180
DNAKTGKVSA
190
IDFRDIMVTI
200
RPHVLTPFVE
210
ECLVAAAGGT
220
RSHQVSFSYF
230
NGFNSLLNNM
240
ELIRKIYSTL
250
AGNRKDVEVT
260
KEEFALAAQK
270
FGQVTPMEVD
280
ILFQLADLYE
290
PRGRMTLADI
300
ERIAPLEEGM
310
LPFNLAEAQR
320
QQKASGDAAR
330
PFLLQLAESA
340
YRFGLGSIAG
350
AVGATAVYPI
360
DLVKTRMQNQ
370
RSTGSFVGEL
380
MYKNSFDCFK
390
KVLRYEGFFG
400
LYRGLLPQLL
410
GVAPEKAIKL
420
TVNDFVRDKF
430
MHKDGSVPLL
440
AEIFAGGCAG
450
GSQVIFTNPL
460
EIVKIRLQVA
470
GEITTGPRVS
480
ALSVVRDLGF
490
FGIYKGAKAC
500
FLRDIPFSAI
510
YFPCYAHVKA
520
SFANEDGQVS
530
PGSLLLAGAI
540
AGMPAASLVT
550
PADVIKTRLQ
560
VAARAGQTTY
570
NGVTDCFRKI
580
LREEGPKALW
590
KGVAARVFRS
600
SPQFGVTLLT
610
YELLQRWFYV
620
DFGGVKPVGS
630
EPVPKSRITL
640
PAPNPDHVGG
650
YKLAVATFAG
660
IENKFGLYLP
670
LFKPSASTSK
VTAGDS
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MAAAKVALTK
20
RADPAELRTI
30
FLKYASIEKN
40
GEFFMSPNDF
50
VTRYLNIFGE
60
SQPNPKTVEL
70
LSGVVDQTKD
80
GLISFQEFVA
90
FESVLCAPDA
100
LFMVAFQLFD
110
KAGKGEVTFE
120
DVKQVFGQTT
130
IHQHIPFNWD
140
SEFVQLHFGK
150
ERKRHLTYAE
160
FTQFLLEIQL
170
EHAKQAFVQR
180
DNARTGRVTA
190
IDFRDIMVTI
200
RPHVLTPFVE
210
ECLVAAAGGT
220
TSHQVSFSYF
230
NGFNSLLNNM
240
ELIRKIYSTL
250
AGTRKDVEVT
260
KEEFVLAAQK
270
FGQVTPMEVD
280
ILFQLADLYE
290
PRGRMTLADI
300
ERIAPLEEGT
310
LPFNLAEAQR
320
QKASGDSARP
330
VLLQVAESAY
340
RFGLGSVAGA
350
VGATAVYPID
360
LVKTRMQNQR
370
STGSFVGELM
380
YKNSFDCFKK
390
VLRYEGFFGL
400
YRGLLPQLLG
410
VAPEKAIKLT
420
VNDFVRDKFM
430
HKDGSVPLAA
440
EILAGGCAGG
450
SQVIFTNPLE
460
IVKIRLQVAG
470
EITTGPRVSA
480
LSVVRDLGFF
490
GIYKGAKACF
500
LRDIPFSAIY
510
FPCYAHVKAS
520
FANEDGQVSP
530
GSLLLAGAIA
540
GMPAASLVTP
550
ADVIKTRLQV
560
AARAGQTTYS
570
GVIDCFRKIL
580
REEGPKALWK
590
GAGARVFRSS
600
PQFGVTLLTY
610
ELLQRWFYID
620
FGGVKPMGSE
630
PVPKSRINLP
640
APNPDHVGGY
650
KLAVATFAGI
660
ENKFGLYLPL
670
FKPSVSTSKA
IGGGP
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites