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
MAICQFFLQG
20
RCRFGDRCWN
30
EHPGARGAGG
40
GRQQPQQQPS
50
GNNRRGWNTT
60
SQRYSNVIQP
70
SSFSKSTPWG
80
GSRDQEKPYF
90
SSFDSGASTN
100
RKEGFGLSEN
110
PFASLSPDEQ
120
KDEKKLLEGI
130
VKDMEVWESS
140
GQWMFSVYSP
150
VKKKPNISGF
160
TDISPEELRL
170
EYHNFLTSNN
180
LQSYLNSVQR
190
LINQWRNRVN
200
ELKSLNISTK
210
VALLSDVKDG
220
VNQAAPAFGF
230
GSSQAATFMS
240
PGFPVNNSSS
250
DNAQNFSFKT
260
NSGFAAASSG
270
SPAGFGSSPA
280
FGAAASTSSG
290
ISTSAPAFGF
300
GKPEVTSAAS
310
FSFKSPAASS
320
FGSPGFSGLP
330
ASLATGPVRA
340
PVAPAFGGGS
350
SVAGFGSPGS
360
HSHTAFSKPS
370
SDTFGNSSIS
380
TSLSASSSII
390
ATDNVLFTPR
400
DKLTVEELEQ
410
FQSKKFTLGK
420
IPLKPPPLEL
LNV
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
MSAFGNPFTS
20
GAKPNLSNTS
30
GINPFTNNAA
40
STNNMGGSAF
50
GRPSFGTANT
60
MTGGTTTSAF
70
GMPQFGTNTG
80
NTGNTSISAF
90
GNTSNAAKPS
100
AFGAPAFGSS
110
APINVNPPST
120
TSAFGAPSFG
130
STGFGAMAAT
140
SNPFGKSPGS
150
MGSAFGQPAF
160
GANKTAIPSS
170
SVSNSNNSAF
180
GAASNTPLTT
190
TSPFGSLQQN
200
ASQNASSTSS
210
AFGKPTFGAA
220
TNTQSPFGTI
230
QNTSTSSGTG
240
VSPFGTFGTN
250
SNNKSPFSNL
260
QSGAGAGSSP
270
FGTTTSKANN
280
NNNVGSSAFG
290
TTNNQSPFSG
300
GSGGTFGSAS
310
NLNKNTNGNF
320
QSSFGNKGFS
330
FGITPQNDAN
340
KVSQSNPSFG
350
QTMPNTDPNI
360
SLKSNGNATS
370
FGFGQQQMNA
380
TNVNANTATG
390
KIRFVQGLSS
400
EKDGILELAD
410
LAEETLKIFR
420
ANKFELGLVP
430
DIPPPPALVA
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites