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
MDTEGFGELL
20
QQAEQLAAET
30
EGISELPHVE
40
RNLQEIQQAG
50
ERLRSRTLTR
60
TSQETADVKA
70
SVLLGSRGLD
80
ISHISQRLES
90
LSAATTFEPL
100
EPVKDTDIQG
110
FLKNEKDNAL
120
LSAIEESRKR
130
TFGMAEEYHR
140
ESMLVEWEQV
150
KQRILHTLLA
160
SGEDALDFTQ
170
ESEPSYISDV
180
GPPGRSSLDN
190
IEMAYARQIY
200
IYNEKIVNGH
210
LQPNLVDLCA
220
SVAELDDKSI
230
SDMWTMVKQM
240
TDVLLTPATD
250
ALKNRSSVEV
260
RMEFVRQALA
270
YLEQSYKNYT
280
LVTVFGNLHQ
290
AQLGGVPGTY
300
QLVRSFLNIK
310
LPAPLPGLQD
320
GEVEGHPVWA
330
LIYYCMRCGD
340
LLAASQVVNR
350
AQHQLGEFKT
360
WFQEYMNSKD
370
RRLSPATENK
380
LRLHYRRALR
390
NNTDPYKRAV
400
YCIIGRCDVT
410
DNQSEVADKT
420
EDYLWLKLNQ
430
VCFDDDGTSS
440
PQDRLTLSQF
450
QKQLLEDYGE
460
SHFTVNQQPF
470
LYFQVLFLTA
480
QFEAAVAFLF
490
RMERLRCHAV
500
HVALVLFELK
510
LLLKSSGQSA
520
QLLSHEPGDP
530
PCLRRLNFVR
540
LLMLYTRKFE
550
STDPREALQY
560
FYFLRDEKDS
570
QGENMFLRCV
580
SELVIESREF
590
DMILGKLEND
600
GSRKPGVIDK
610
FTSDTKPIIN
620
KVASVAENKG
630
LFEEAAKLYD
640
LAKNADKVLE
650
LMNKLLSPVV
660
PQISAPQSNK
670
ERLKNMALSI
680
AERYRAQGIS
690
ANKFVDSTFY
700
LLLDLITFFD
710
EYHSGHIDRA
720
FDIIERLKLV
730
PLNQESVEER
740
VAAFRNFSDE
750
IRHNLSEVLL
760
ATMNILFTQF
770
KRLKGTSPSS
780
SSRPQRVIED
790
RDSQLRSQAR
800
TLITFAGMIP
810
YRTSGDTNAR
LVQMEVLMN
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
MDTEGFGELL
20
QQAEQLAAET
30
EGISELPHVE
40
RNLQEIQQAG
50
ERLRSRTLTR
60
TSQETADVKA
70
SVLLGSRGLD
80
ISHISQRLES
90
LSAATTFEPL
100
EPVKDTDIQG
110
FLKNEKDNAL
120
LSAIEESRKR
130
TFGMAEEYHR
140
ESMLVEWEQV
150
KQRILHTLLA
160
SGEDALDFTQ
170
ESEPSYIGDV
180
NPPGRSSLDS
190
IEMAYARQIY
200
IYNEKIVSGH
210
LQPNLVDLCA
220
SVAELDDKSI
230
SDMWAMVKQM
240
TDVVLTPATD
250
ALKSRSSVEV
260
RMDFVKQALG
270
YLEQSYKNYT
280
LVTVFGNLHQ
290
AQLGGVPGTY
300
QLVRSFLNIK
310
LPAPSPGLQD
320
GEVEGHPVWA
330
LIYYCMRCGD
340
LLAASQVVSR
350
AQHQLGEFKT
360
WFQEYMNSKD
370
RRLSPATENK
380
LRLHYRRALR
390
NNTDPYKRAV
400
YCIIGRCDIT
410
DNQSEVADKT
420
EDYLWLKLNQ
430
VCFDDDGTSS
440
PQDRLTLSQF
450
QKQLLEDYGE
460
SHFTVNQQPF
470
LYFQVLFLTA
480
QFEAAIAFLF
490
RMERLRCHAV
500
HVALVLFELK
510
LLLKSSGQSA
520
QLLSHEPGDP
530
PCMRRLNFVR
540
LLMLYTRKFE
550
STDPREALQY
560
FYFLRDEKDS
570
QGENMFLRCV
580
SELVIESREF
590
DMILGKLEND
600
GSRKPGVIDK
610
FTSDTKPIIN
620
KVASVAENKG
630
LFEEAAKLYD
640
LAKNADKVLE
650
LMNKLLSPVV
660
PQISAPQSNK
670
ERLKNMALSI
680
AERYRAQGIS
690
ANKFVDSTFY
700
LLLDLITFFD
710
EYHSGHIDRA
720
FDIIDRLKLV
730
PLNQESVEER
740
VAAFRNFSDE
750
IRHNLSEVLL
760
ATMNILFTQF
770
KRLKGTSPSS
780
ATRPQRVIED
790
RDSQLRSQAR
800
ALITFAGMIP
810
YRTSGDTNAR
LVQMEVLMN
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites