Click to expand (3 results)
10
MKPPAACAGD
20
VVDAASPAST
30
VNHLRWDLSA
40
QQIRALTTQL
50
IEQTKCVYDR
60
VGAQNFEDVS
70
YESTLKALAD
80
VEVTYTVQRN
90
ILDFPQHVSP
100
CKDIRAASTE
110
ADKKLSEFDV
120
EMSMRQDVYQ
130
RVVWLQEKTP
140
KNSLKPEAAR
150
YLERLIKLGR
160
RNGLHLPQDT
170
QEKIKNIKKR
180
LSLLCIDFNK
190
NLNEDTTFLP
200
FTREELGGLP
210
EDFLSSLEKA
220
EDGKLKVTLK
230
YPHYFPLLKK
240
CHVPETRRLL
250
EEAFNCRCKE
260
ENCAILKELV
270
SLRAQKSSLL
280
GFHTHADYVL
290
EMNMAKTSQT
300
VATFLDELAQ
310
KLKPLGEQER
320
AVILELKEAE
330
CAKRGLPFDG
340
RIHAWDMRYY
350
MNQVEETRYR
360
VDQNLLKEYF
370
PMQVVTRGLL
380
AIYQELLGLT
390
FTLEEGAAAW
400
HEDVRLYSVR
410
DAASGEEIGK
420
FYLDLYPREG
430
KYGHAACFGL
440
QPGCLRQDGS
450
RQLAVAAMVA
460
NFTKPTPDAP
470
SLLQHDEVET
480
YFHEFGHVMH
490
QLCSQAEFAM
500
FSGTHVERDF
510
VEAPSQMLEN
520
WVWEKEPLMR
530
MSQHYRTGSE
540
APQDLLEKLI
550
KSRQANAGLF
560
NLRQIVLAKV
570
DQVLHTQTDA
580
DPAEEYARLC
590
QEILGVPATP
600
GTNMPATFGH
610
LAGGYDAQYY
620
GYLWSEVYSM
630
DMFHTRFKQE
640
GVLSPKVGMD
650
YRTSILRPGG
660
SEDASAMLKQ
670
FLGRDPKQDA
680
FLLSKGLQVE
GSEAPAC
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MKPPAACAGD
20
VVDTVSPCST
30
VNHLRWDLSA
40
QQIRALTTQL
50
IEQTKCVYDR
60
VGAQDFEDVS
70
YESTLKALAD
80
VEVTYTVQRN
90
ILDFPQHVSP
100
NKDIRAASTE
110
ADKKLSEFDV
120
EMSMRQDVYQ
130
RVVWLQEKIP
140
KDSLKPEAAR
150
YLERLIKLGR
160
RNGLHLPQDT
170
QEKIKNIKKR
180
LSLLCIDFNK
190
NLNEDTTFLP
200
FTREELGGLP
210
EDFLNSLEKT
220
EDGKLKVTLK
230
YPHYFPLLKK
240
CHVPETRRLL
250
EEAFNCRCKE
260
ENCAILKELV
270
SLRAQKSNLL
280
GFRTHADYVL
290
EMNMAKTSQT
300
VATFLDELAR
310
KLKPLGEQER
320
AVILELKEAE
330
CAKRGLPFDG
340
RIHAWDMRYY
350
MNQVEETRYR
360
VDQNLLKEYF
370
PMQVVTRGLL
380
AIYQELLGLT
390
FTLEEGAAAW
400
HEDVRLYSVR
410
DAASGEEIGK
420
FYLDLYPREG
430
KYGHAACFGL
440
QPGCLRQDGS
450
RQLAIAAMVA
460
NFTKPTPDVP
470
SLLQHDEVET
480
YFHEFGHVMH
490
QLCSQAEFAM
500
FSGTHVERDF
510
VEAPSQMLEN
520
WVWEKEPLMR
530
MSQHYRTGGE
540
APEDLLEKLI
550
KSRQANAGLF
560
NLRQIVLAKV
570
DQVLHTQTDV
580
DPAEEYARLC
590
QEILGVPATP
600
GTNMPATFGH
610
LAGGYDAQYY
620
GYLWSEVYSM
630
DMFHTRFKQE
640
GVLSPKVGMD
650
YRTSILRPGG
660
SEDASTMLKQ
670
FLGRDPKQDA
680
FLLSKGLQVE
GCEPPAC
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
MKPPAACAGD
20
MADAASPCSV
30
VNDLRWDLSA
40
QQIEERTREL
50
IEQTKRVYDQ
60
VGTQEFEDVS
70
YESTLKALAD
80
VEVTYTVQRN
90
ILDFPQHVSP
100
SKDIRTASTE
110
ADKKLSEFDV
120
EMSMREDVYQ
130
RIVWLQEKVQ
140
KDSLRPEAAR
150
YLERLIKLGR
160
RNGLHLPRET
170
QENIKRIKKK
180
LSLLCIDFNK
190
NLNEDTTFLP
200
FTLQELGGLP
210
EDFLNSLEKM
220
EDGKLKVTLK
230
YPHYFPLLKK
240
CHVPETRRKV
250
EEAFNCRCKE
260
ENCAILKELV
270
TLRAQKSRLL
280
GFHTHADYVL
290
EMNMAKTSQT
300
VATFLDELAQ
310
KLKPLGEQER
320
AVILELKRAE
330
CERRGLPFDG
340
RIRAWDMRYY
350
MNQVEETRYC
360
VDQNLLKEYF
370
PVQVVTHGLL
380
GIYQELLGLA
390
FHHEEGASAW
400
HEDVRLYTAR
410
DAASGEVVGK
420
FYLDLYPREG
430
KYGHAACFGL
440
QPGCLRQDGS
450
RQIAIAAMVA
460
NFTKPTADAP
470
SLLQHDEVET
480
YFHEFGHVMH
490
QLCSQAEFAM
500
FSGTHVERDF
510
VEAPSQMLEN
520
WVWEQEPLLR
530
MSRHYRTGSA
540
VPRELLEKLI
550
ESRQANTGLF
560
NLRQIVLAKV
570
DQALHTQTDA
580
DPAEEYARLC
590
QEILGVPATP
600
GTNMPATFGH
610
LAGGYDAQYY
620
GYLWSEVYSM
630
DMFHTRFKQE
640
GVLNSKVGMD
650
YRSCILRPGG
660
SEDASAMLRR
670
FLGRDPKQDA
680
FLLSKGLQVG
GCEPEPQVC
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites