Click to expand (2 results)
10
MRRLSSWRKM
20
ATAEKQKHDG
30
RVKIGHYILG
40
DTLGVGTFGK
50
VKVGKHELTG
60
HKVAVKILNR
70
QKIRSLDVVG
80
KIRREIQNLK
90
LFRHPHIIKL
100
YQVISTPSDI
110
FMVMEYVSGG
120
ELFDYICKNG
130
RLDEKESRRL
140
FQQILSGVDY
150
CHRHMVVHRD
160
LKPENVLLDA
170
HMNAKIADFG
180
LSNMMSDGEF
190
LRTSCGSPNY
200
AAPEVISGRL
210
YAGPEVDIWS
220
SGVILYALLC
230
GTLPFDDDHV
240
PTLFKKICDG
250
IFYTPQYLNP
260
SVISLLKHML
270
QVDPMKRAAI
280
KDIREHEWFK
290
QDLPKYLFPE
300
DPSYSSTMID
310
DEALKEVCEK
320
FECSEEEVLS
330
CLYNRNHQDP
340
LAVAYHLIID
350
NRRIMNEAKD
360
FYLATSPPDS
370
FLDDHHLTRP
380
HPERVPFLVA
390
ETPRARHTLD
400
ELNPQKSKHQ
410
GVRKAKWHLG
420
IRSQSRPNDI
430
MAEVCRAIKQ
440
LDYEWKVVNP
450
YYLRVRRKNP
460
VTSTFSKMSL
470
QLYQVDSRTY
480
LLDFRSIDDE
490
ITEAKSGTAT
500
PQRSGSISNY
510
RSCQRSDSDA
520
EAQGKPSDVS
530
LTSSVTSLDS
540
SPVDVAPRPG
550
SHTIEFFEMC
ANLIKILAQ
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
MRRLSSWRKM
20
ATAEKQKHDG
30
RVKIGHYILG
40
DTLGVGTFGK
50
VKVGKHELTG
60
HKVAVKILNR
70
QKIRSLDVVG
80
KIRREIQNLK
90
LFRHPHIIKL
100
YQVISTPSDI
110
FMVMEYVSGG
120
ELFDYICKNG
130
RLDEKESRRL
140
FQQILSGVDY
150
CHRHMVVHRD
160
LKPENVLLDA
170
HMNAKIADFG
180
LSNMMSDGEF
190
LRTSCGSPNY
200
AAPEVISGRL
210
YAGPEVDIWS
220
SGVILYALLC
230
GTLPFDDDHV
240
PTLFKKICDG
250
IFYTPQYLNP
260
SVISLLKHML
270
QVDPMKRATI
280
KDIREHEWFK
290
QDLPKYLFPE
300
DPSYSSTMID
310
DEALKEVCEK
320
FECSEEEVLS
330
CLYNRNHQDP
340
LAVAYHLIID
350
NRRIMNEAKD
360
FYLATSPPDS
370
FLDDHHLTRP
380
HPERVPFLVA
390
ETPRARHTLD
400
ELNPQKSKHQ
410
GVRKAKWHLG
420
IRSQSRPNDI
430
MAEVCRAIKQ
440
LDYEWKVVNP
450
YYLRVRRKNP
460
VTSTYSKMSL
470
QLYQVDSRTY
480
LLDFRSIDDE
490
ITEAKSGTAT
500
PQRSGSVSNY
510
RSCQRSDSDA
520
EAQGKSSEVS
530
LTSSVTSLDS
540
SPVDLTPRPG
550
SHTIEFFEMC
ANLIKILAQ
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites