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
MDNCYDPGLD
20
GIPEYDDFEF
30
SPSIVEPKDP
40
APETADGPYL
50
VIVEQPKQRG
60
FRFRYGCEGP
70
SHGGLPGASS
80
EKGRKTYPTV
90
KICNYEGPAK
100
IEVDLVTHSD
110
PPRAHAHSLV
120
GKQCSELGVC
130
AVSVGPKDMT
140
AQFNNLGVLH
150
VTKKNMMEIM
160
IQKLQRQRLR
170
SKPQGLTEAE
180
RRELEQEAKE
190
LKKVMDLSIV
200
RLRFSAFLRA
210
SDGSFSLPLK
220
PVISQPIHDS
230
KSPGASNLKI
240
SRMDKTAGSV
250
RGGDEVYLLC
260
DKVQKDDIEV
270
RFYEDDENGW
280
QAFGDFSPTD
290
VHKQYAIVFR
300
TPPYHKMKIE
310
RPVTVFLQLK
320
RKRGGDVSDS
330
KQFTYYPLVE
340
DKEEVQRKRR
350
KALPTFSQPF
360
GGGSHMGGGS
370
GGSAGGYGGA
380
GGGGSLGFFS
390
SSLAYNPYQS
400
GAAPMGCYPG
410
GGGGAQMAGS
420
RRDTDAGEGA
430
EEPRTPPEAP
440
QGEPQALDTL
450
QRAREYNARL
460
FGLAQRSARA
470
LLDYGVTADA
480
RALLAGQRHL
490
LMAQDENGDT
500
PLHLAIIHGQ
510
TGVIEQIAHV
520
IYHAQYLGVI
530
NLTNHLHQTP
540
LHLAVITGQT
550
RVVSFLLQVG
560
ADPTLLDRHG
570
DSALHLALRA
580
GAAAPELLQA
590
LLRSGAHAVP
600
QILHMPDFEG
610
LYPVHLAVHA
620
RSPECLDLLV
630
DCGAEVEAPE
640
RQGGRTALHL
650
ATEMEELGLV
660
THLVTKLHAN
670
VNARTFAGNT
680
PLHLAAGLGS
690
PTLTRLLLKA
700
GADIHAENEE
710
PLCPLPSPST
720
SGSDSDSEGP
730
ERDTQRNFRG
740
HTPLDLTCST
750
KVKTLLLNAA
760
QNTTEPPLAP
770
PSPAGPGLSL
780
GDAALQNLEQ
790
LLDGPEAQGS
800
WAELAERLGL
810
RSLVDTYRKT
820
PSPSGSLLRS
830
YKLAGGDLVG
840
LLEALSDMGL
850
HEGVRLLKGP
860
ETRDKLPSTE
870
VKEDSAYGSQ
880
SVEQEAEKLC
890
PPPEPPGGLC
HGHPQPQVH
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
MESCYNPGLD
20
GIIEYDDFKL
30
NSSIVEPKEP
40
APETADGPYL
50
VIVEQPKQRG
60
FRFRYGCEGP
70
SHGGLPGASS
80
EKGRKTYPTV
90
KICNYEGPAK
100
IEVDLVTHSD
110
PPRAHAHSLV
120
GKQCSELGIC
130
AVSVGPKDMT
140
AQFNNLGVLH
150
VTKKNMMGTM
160
IQKLQRQRLR
170
SRPQGLTEAE
180
QRELEQEAKE
190
LKKVMDLSIV
200
RLRFSAFLRA
210
SDGSFSLPLK
220
PVISQPIHDS
230
KSPGASNLKI
240
SRMDKTAGSV
250
RGGDEVYLLC
260
DKVQKDDIEV
270
RFYEDDENGW
280
QAFGDFSPTD
290
VHKQYAIVFR
300
TPPYHKMKIE
310
RPVTVFLQLK
320
RKRGGDVSDS
330
KQFTYYPLVE
340
DKEEVQRKRR
350
KALPTFSQPF
360
GGGSHMGGGS
370
GGAAGGYGGA
380
GGGGSLGFFP
390
SSLAYSPYQS
400
GAGPMGCYPG
410
GGGGAQMAAT
420
VPSRDSGEEA
430
AEPSAPSRTP
440
QCEPQAPEML
450
QRAREYNARL
460
FGLAQRSARA
470
LLDYGVTADA
480
RALLAGQRHL
490
LTAQDENGDT
500
PLHLAIIHGQ
510
TSVIEQIVYV
520
IHHAQDLGVV
530
NLTNHLHQTP
540
LHLAVITGQT
550
SVVSFLLRVG
560
ADPALLDRHG
570
DSAMHLALRA
580
GAGAPELLRA
590
LLQSGAPAVP
600
QLLHMPDFEG
610
LYPVHLAVRA
620
RSPECLDLLV
630
DSGAEVEATE
640
RQGGRTALHL
650
ATEMEELGLV
660
THLVTKLRAN
670
VNARTFAGNT
680
PLHLAAGLGY
690
PTLTRLLLKA
700
GADIHAENEE
710
PLCPLPSPPT
720
SDSDSDSEGP
730
EKDTRSSFRG
740
HTPLDLTCST
750
KVKTLLLNAA
760
QNTMEPPLTP
770
PSPAGPGLSL
780
GDTALQNLEQ
790
LLDGPEAQGS
800
WAELAERLGL
810
RSLVDTYRQT
820
TSPSGSLLRS
830
YELAGGDLAG
840
LLEALSDMGL
850
EEGVRLLRGP
860
ETRDKLPSTA
870
EVKEDSAYGS
880
QSVEQEAEKL
890
GPPPEPPGGL
900
CHGHPQPQVH
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites