Click to expand (3 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MADAEAAMTF
20
PKKHKKKKER
30
KPLPEADVAE
40
IQHAEDFLIK
50
PESKAAQLDT
60
SQWPLLLKNF
70
DRLNVRTTHY
80
TPIPCGSNPL
90
KREIGEYVRT
100
GFINLDKPSN
110
PSSHEVVAWI
120
RRILRVEKTG
130
HSGTLDPKVT
140
GCLIVCIERA
150
TRLVKSQQSA
160
GKEYVGVVRL
170
HNAIEGTAQL
180
SRALETLTGA
190
LFQRPPLIAA
200
VKRQLRVRTI
210
YESRVVEYDP
220
ERRLGVFWVS
230
CEAGTYIRTL
240
CVHLGLLLGV
250
GGQMQELRRV
260
RSGVVGERDH
270
MVTMHDVLDA
280
QYLYDHHRDE
290
SYLRRVVFPL
300
EKLLTSHKRL
310
VMKDSAVNAI
320
CYGAKIMLPG
330
LLRYEDGIEV
340
NQEVVVITTK
350
GEAVCVAIAL
360
MTTAVISTCD
370
HGVVAKIKRV
380
IMERDTYPRK
390
WGLGPKASQK
400
KQLIKQGLLD
410
KHGRPTDGTP
420
ASWTRDYVDY
430
SDSSKKATAA
440
EATPGPGVTA
450
DAASIVKRKR
460
DSDSDADEAT
470
PTTTPRVKKE
480
KKKKKEKADG
490
GEEAAEDGDG
500
DATRKKKKKK
ARAAEELSG
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
MADAEVITFP
20
KKHKKKKDRK
30
PLQEDDVAEI
40
QHAEEFLIKP
50
ESKVAQLDTS
60
QWPLLLKNFD
70
KLNVRTAHYT
80
PLPCGSNPLK
90
REIGDYIRTG
100
FINLDKPSNP
110
SSHEVVAWIR
120
RILRVEKTGH
130
SGTLDPKVTG
140
CLIVCIERAT
150
RLVKSQQSAG
160
KEYVGIVRLH
170
NAIEGGTQLS
180
RALETLTGAL
190
FQRPPLIAAV
200
KRQLRVRTIY
210
ESKMIEYDPE
220
RRLGIFWVSC
230
EAGTYIRTLC
240
VHLGLLLGVG
250
GQMQELRRVR
260
SGVMSEKDHM
270
VTMHDVLDAQ
280
WLYDNHKDES
290
YLRRVVYPLE
300
KLLTSHKRLV
310
MKDSAVNAIC
320
YGAKIMLPGL
330
LRYEDGIEVN
340
QEIVVITTKG
350
EAICMAIALM
360
TTAVISTCDH
370
GIVAKIKRVI
380
MERDTYPRKW
390
GLGPKASQKK
400
MMIKQGLLDK
410
HGKPTDNTPA
420
TWKQDYIDYS
430
DSGKNTLVTE
440
AVQAPQLAAE
450
AVNVIKRKRD
460
SESESDETPT
470
VPQLKEKKKK
480
KDKKPKTVLE
490
SGGETGDGDN
500
DTTKKKKKKK
VKVVEEMSE
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
MADAEVIILP
20
KKHKKKKERK
30
SLPEEDVAEI
40
QHAEEFLIKP
50
ESKVAKLDTS
60
QWPLLLKNFD
70
KLNVRTTHYT
80
PLACGSNPLK
90
REIGDYIRTG
100
FINLDKPSNP
110
SSHEVVAWIR
120
RILRVEKTGH
130
SGTLDPKVTG
140
CLIVCIERAT
150
RLVKSQQSAG
160
KEYVGIVRLH
170
NAIEGGTQLS
180
RALETLTGAL
190
FQRPPLIAAV
200
KRQLRVRTIY
210
ESKMIEYDPE
220
RRLGIFWVSC
230
EAGTYIRTLC
240
VHLGLLLGVG
250
GQMQELRRVR
260
SGVMSEKDHM
270
VTMHDVLDAQ
280
WLYDNHKDES
290
YLRRVVYPLE
300
KLLTSHKRLV
310
MKDSAVNAIC
320
YGAKIMLPGV
330
LRYEDGIEVN
340
QEIVVITTKG
350
EAICMAIALM
360
TTAVISTCDH
370
GIVAKIKRVI
380
MERDTYPRKW
390
GLGPKASQKK
400
LMIKQGLLDK
410
HGKPTDSTPA
420
TWKQEYVDYS
430
ESAKKEVVAE
440
VVKAPQVVAE
450
AAKTAKRKRE
460
SESESDETPP
470
AAPQLIKKEK
480
KKSKKDKKAK
490
AGLESGAEPG
500
DGDSDTTKKK
510
KKKKKAKEVE
LVSE
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites