Click to expand (2 results)
10
MASTTTCTRF
20
TDEYQLFEEL
30
GKGAFSVVRR
40
CMKIPTGQEY
50
AAKIINTKKL
60
SARDHQKLER
70
EARICRLLKH
80
PNIVRLHDSI
90
SEEGFHYLVF
100
DLVTGGELFE
110
DIVAREYYSE
120
ADASHCIQQI
130
LESVNHCHLN
140
GIVHRDLKPE
150
NLLLASKSKG
160
AAVKLADFGL
170
AIEVQGDQQA
180
WFGFAGTPGY
190
LSPEVLRKDP
200
YGKPVDMWAC
210
GVILYILLVG
220
YPPFWDEDQH
230
RLYQQIKAGA
240
YDFPSPEWDT
250
VTPEAKDLIN
260
KMLTINPAKR
270
ITASEALKHP
280
WICQRSTVAS
290
MMHRQETVDC
300
LKKFNARRKL
310
KGAILTTMLA
320
TRNFSAAKSL
330
LKKPDGVKES
340
TESSNTTIED
350
EDVKARKQEI
360
IKVTEQLIEA
370
INNGDFEAYT
380
KICDPGLTAF
390
EPEALGNLVE
400
GMDFHRFYFE
410
NALSKSNKPI
420
HTIILNPHVH
430
LVGDDAACIA
440
YIRLTQYMDG
450
SGMPKTMQSE
460
ETRVWHRRDG
470
KWQNVHFHRS
480
GSPTVPIKPP
490
CIPNGKENFS
GGTSLWQNI
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
MASTTTCTRF
20
TDEYQLFEEL
30
GKGAFSVVRR
40
CMKIPTGQEY
50
AAKIINTKKL
60
SARDHQKLER
70
EARICRLLKH
80
PNIVRLHDSI
90
SEEGFHYLVF
100
DLVTGGELFE
110
DIVAREYYSE
120
ADASHCIQQI
130
LESVNHCHLN
140
GIVHRDLKPE
150
NLLLASKSKG
160
AAVKLADFGL
170
AIEVQGDQQA
180
WFGFAGTPGY
190
LSPEVLRKDP
200
YGKPVDMWAC
210
GVILYILLVG
220
YPPFWDEDQH
230
RLYQQIKAGA
240
YDFPSPEWDT
250
VTPEAKDLIN
260
KMLTINPAKR
270
ITASEALKHP
280
WICQRSTVAS
290
MMHRQETVDC
300
LKKFNARRKL
310
KGAILTTMLA
320
TRNFSAAKSL
330
LKKPDGVKES
340
TESSNTTIED
350
EDVKARKQEI
360
IKVTEQLIEA
370
INNGDFEAYT
380
KICDPGLTAF
390
EPEALGNLVE
400
GMDFHRFYFE
410
NALSKSNKPI
420
HTIILNPHVH
430
LVGDDAACIA
440
YIRLTQYMDG
450
SGMPKTMQSE
460
ETRVWHRRDG
470
KWQNVHFHRS
480
GSPTVPIKPP
490
CIPNGKENFS
GGTSLWQNI
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites