Click to expand (2 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MATEEAIIRI
20
PPYHYIHVLD
30
QNSNVSRVEV
40
GPKTYIRQDN
50
ERVLFAPVRM
60
VTVPPRHYCI
70
VANPVSRDAQ
80
SSVLFDVTGQ
90
VRLRHADQEI
100
RLAQDPFPLY
110
PGELLEKDIT
120
PLQVVLPNTA
130
LHLKALLDFE
140
DKNGDKVMAG
150
DEWLFEGPGT
160
YIPQKEVEVV
170
EIIQATVIKQ
180
NQALRLRARK
190
ECFDRDGKER
200
VTGEEWLVRS
210
VGAYLPAVFE
220
EVLDLVDAVI
230
LTEKTALHLR
240
ARQNFKDLRG
250
VAHRTGEEWL
260
VTVQDTEAHV
270
PDVYEEVLGV
280
VPITTLGPRH
290
YCVILDPMGP
300
DGKNQLGQKR
310
VVKGEKSFFL
320
QPGERLERGI
330
QDVYVLSEQQ
340
GLLLKALQPL
350
EEGEGEEKVA
360
HQAGDRWLIR
370
GPLEYVPSAK
380
VEVVEERQAI
390
PLDQNEGIYV
400
QDVKTGKVRA
410
VIGSTYMLTQ
420
DEVLWEKELP
430
SGVEELLNLG
440
HDPLADRGQK
450
GTAKVLQPSA
460
ARNKTRVVSY
470
RVPHNAAVQV
480
YDYRAKRARV
490
VFGPELVSLD
500
PEEQFTVLSL
510
SAGRPKRPHA
520
RRALCLLLGP
530
DFFTDVITIE
540
TADHARLQLQ
550
LAYNWHFELK
560
NRNDPEETAK
570
LFSVPDFVGD
580
ACKAIASRVR
590
GAVASVTFDD
600
FHKNSARIIR
610
MAVFGFEMSE
620
DAGPDGALLP
630
RARDRAVFPQ
640
NGLVVSSVDV
650
QSVEPVDQRT
660
RDALQRSVQL
670
AIEITTNSQE
680
AAAKHEAQRL
690
EQEARGRLER
700
QKILDQSEAE
710
KARKELLELE
720
AMSMAVESTG
730
NAKAEAESRA
740
EAARIEGEGS
750
VLQAKLKAQA
760
LAIETEAELE
770
RVKKVREMEL
780
IYSRAQLELE
790
VSKAQQLADV
800
EAKKFKEMTE
810
ALGPGTIRDL
820
AVAGPEMQVK
830
LLQSLGLKST
840
LITDGSSPIN
850
LFNTAFGLLG
860
LGSDGQPPVQ
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
MATEEFIIRI
20
PPYHYIHVLD
30
QNSNVSRVEV
40
GPKTYIRQDN
50
ERVLFAPMRM
60
VTVPPRHYCT
70
VANPVSRDAQ
80
GLVLFDVTGQ
90
VRLRHADLEI
100
RLAQDPFPLY
110
PGEVLEKDIT
120
PLQVVLPNTA
130
LHLKALLDFE
140
DKDGDKVVAG
150
DEWLFEGPGT
160
YIPRKEVEVV
170
EIIQATIIRQ
180
NQALRLRARK
190
ECWDRDGKER
200
VTGEEWLVTT
210
VGAYLPAVFE
220
EVLDLVDAVI
230
LTEKTALHLR
240
ARRNFRDFRG
250
VSRRTGEEWL
260
VTVQDTEAHV
270
PDVHEEVLGV
280
VPITTLGPHN
290
YCVILDPVGP
300
DGKNQLGQKR
310
VVKGEKSFFL
320
QPGEQLEQGI
330
QDVYVLSEQQ
340
GLLLRALQPL
350
EEGEDEEKVS
360
HQAGDHWLIR
370
GPLEYVPSAK
380
VEVVEERQAI
390
PLDENEGIYV
400
QDVKTGKVRA
410
VIGSTYMLTQ
420
DEVLWEKELP
430
PGVEELLNKG
440
QDPLADRGEK
450
DTAKSLQPLA
460
PRNKTRVVSY
470
RVPHNAAVQV
480
YDYREKRARV
490
VFGPELVSLG
500
PEEQFTVLSL
510
SAGRPKRPHA
520
RRALCLLLGP
530
DFFTDVITIE
540
TADHARLQLQ
550
LAYNWHFEVN
560
DRKDPQETAK
570
LFSVPDFVGD
580
ACKAIASRVR
590
GAVASVTFDD
600
FHKNSARIIR
610
TAVFGFETSE
620
AKGPDGMALP
630
RPRDQAVFPQ
640
NGLVVSSVDV
650
QSVEPVDQRT
660
RDALQRSVQL
670
AIEITTNSQE
680
AAAKHEAQRL
690
EQEARGRLER
700
QKILDQSEAE
710
KARKELLELE
720
ALSMAVESTG
730
TAKAEAESRA
740
EAARIEGEGS
750
VLQAKLKAQA
760
LAIETEAELQ
770
RVQKVRELEL
780
VYARAQLELE
790
VSKAQQLAEV
800
EVKKFKQMTE
810
AIGPSTIRDL
820
AVAGPEMQVK
830
LLQSLGLKST
840
LITDGSTPIN
850
LFNTAFGLLG
860
MGPEGQPLGR
870
RVASGPSPGE
880
GISPQSAQAP
890
QAPGDNHVVP
VLR
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites