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
MSSEVIRGTA
20
EMVLAELYVS
30
DREGNDATGD
40
GTKEKPFKTG
50
LKALMTVGKE
60
PFPTIYVDSQ
70
KENERWDVIS
80
KSQMKNIKKM
90
WHREQMKNDS
100
REKKEAEDNL
110
RREKNLEEAK
120
KIIIKNDPSL
130
PEPACVKISA
140
LEGYRGQRVK
150
VFGWVHRLRR
160
QGKNLMFLVL
170
RDGTGYLQCV
180
LSDDLCQCYN
190
GVVLSTESSV
200
AVYGTLNLTP
210
KGKQAPGGHE
220
LSCDFWELVG
230
LAPAGGADNL
240
INEESDVDVQ
250
LNNRHMMIRG
260
ENMSKILKAR
270
SMITRCFRDH
280
FFDRGYCEVT
290
TPTLVQTQVE
300
GGATLFKLDY
310
FGEEAFLTQS
320
SQLYLETCLP
330
ALGDVFCIAQ
340
SYRAEQSRTR
350
RHLAEFTHVE
360
AECPFLTFED
370
LLNRLEDLVC
380
DVVDRVLKSP
390
VASIVYELNP
400
NFKPPKRPFR
410
RMNYSDAIEW
420
LKEHDVKKED
430
GTFYEFGDDI
440
PEAPERLMTD
450
TINEPILLCR
460
FPVEIKSFYM
470
QRCPEDPRLT
480
ESVDVLMPNV
490
GEIVGGSMRS
500
WDSEEILEGY
510
KREGIDPAPY
520
YWYTDQRKYG
530
TCPHGGYGLG
540
LERFLSWILN
550
RYHIRDVCLY
PRFLQRCRP
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
MVLAELYVSD
20
REGSDATGDG
30
TKEKPFKTGL
40
KALMTVGKEP
50
FPTIYVDSQK
60
ENERWNVISK
70
SQLKNIKKMW
80
HREQMKSESR
90
EKKEAEDSLR
100
REKNLEEAKK
110
ITIKNDPSLP
120
EPKCVKIGAL
130
EGYRGQRVKV
140
FGWVHRLRRQ
150
GKNLMFLVLR
160
DGTGYLQCVL
170
ADELCQCYNG
180
VLLSTESSVA
190
VYGMLNLTPK
200
GKQAPGGHEL
210
SCDFWELIGL
220
APAGGADNLI
230
NEESDVDVQL
240
NNRHMMIRGE
250
NMSKILKARS
260
MVTRCFRDHF
270
FDRGYYEVTP
280
PTLVQTQVEG
290
GATLFKLDYF
300
GEEAFLTQSS
310
QLYLETCLPA
320
LGDVFCIAQS
330
YRAEQSRTRR
340
HLAEYTHVEA
350
ECPFLTFDDL
360
LNRLEDLVCD
370
VVDRILKSPA
380
GSIVHELNPN
390
FQPPKRPFKR
400
MNYSDAIVWL
410
KEHDVKKEDG
420
TFYEFGEDIP
430
EAPERLMTDT
440
INEPILLCRF
450
PVEIKSFYMQ
460
RCPEDSRLTE
470
SVDVLMPNVG
480
EIVGGSMRIF
490
DSEEILAGYK
500
REGIDPTPYY
510
WYTDQRKYGT
520
CPHGGYGLGL
530
ERFLTWILNR
540
YHIRDVCLYP
RFVQRCTP
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites