Click to expand (2 results)
10
MAGKRELLML
20
ENFIGGKFLP
30
CNSYIDSYDP
40
STGEVYCKVP
50
NSGKEEIEAA
60
VEAAREAFPA
70
WSSRSPQERS
80
LVLNRLADVL
90
EQSLEELAQA
100
ESKDQGKTLT
110
LARTMDIPRS
120
VLNFRFFASS
130
NLHHVSECTQ
140
MSHLGCMHYT
150
VRTPVGIAGL
160
ISPWNLPLYL
170
LTWKIAPAIA
180
AGNTVIAKPS
190
EMTSVTAWMF
200
CKLLDKAGVP
210
PGVINIVFGT
220
GPRVGEALVS
230
HPEVPLISFT
240
GSQPTAERIT
250
QLSAPHCKKL
260
SLELGGKNPA
270
IIFEDANLEE
280
CIPATVRSSF
290
ANQGEICLCT
300
SRIFVQRSIY
310
SEFLKRFVEA
320
TRKWKVGVPS
330
DPSANMGALI
340
SKAHLEKVRS
350
YVLKAQTEGA
360
RILCGEGVDQ
370
LSLPLRNQAG
380
YFMLPTVITD
390
IKDESRCMTE
400
EIFGPVTCVV
410
PFDSEEEVIT
420
RANSVRYGLA
430
ATVWSKDVGR
440
IHRVAKKLQS
450
GLVWTNCWLI
460
RELNLPFGGM
470
KSSGIGREGA
480
KDSYDFFTEI
KTITIKY
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
MAGTNALLML
20
ENFIDGKFLP
30
CSSYIDSYDP
40
STGEVYCRVP
50
NSGKDEIEAA
60
VKAAREAFPS
70
WSSRSPQERS
80
RVLNQVADLL
90
EQSLEEFAQA
100
ESKDQGKTLA
110
LARTMDIPRS
120
VQNFRFFASS
130
SLHHTSECTQ
140
MDHLGCMHYT
150
VRAPVGVAGL
160
ISPWNLPLYL
170
LTWKIAPAMA
180
AGNTVIAKPS
190
ELTSVTAWML
200
CKLLDKAGVP
210
PGVVNIVFGT
220
GPRVGEALVS
230
HPEVPLISFT
240
GSQPTAERIT
250
QLSAPHCKKL
260
SLELGGKNPA
270
IIFEDANLDE
280
CIPATVRSSF
290
ANQGEICLCT
300
SRIFVQKSIY
310
SEFLKRFVEA
320
TRKWKVGIPS
330
DPLVSIGALI
340
SKAHLEKVRS
350
YVKRALAEGA
360
QIWCGEGVDK
370
LSLPARNQAG
380
YFMLPTVITD
390
IKDESCCMTE
400
EIFGPVTCVV
410
PFDSEEEVIE
420
RANNVKYGLA
430
ATVWSSNVGR
440
VHRVAKKLQS
450
GLVWTNCWLI
460
RELNLPFGGM
470
KSSGIGREGA
480
KDSYDFFTEI
KTITVKH
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites