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
MSDLDSSSSS
20
AYPKYLEHLS
30
GDGKAIGVLT
40
SGGDAQGMNA
50
AVRAVVRMGI
60
YTGAKVYFIY
70
EGYQGLVDGG
80
SNIVEAKWDC
90
VSSILQVGGT
100
IIGSARCKAF
110
RSREGRLKAA
120
CNLARLGITN
130
LCVIGGDGSL
140
TGANLFRKEW
150
SGLLEELARN
160
GDIDNDTVQK
170
YSYLNVVGMV
180
GSIDNDFCGT
190
DMTIGTDSAL
200
HRIIEVVDAI
210
MTTAQSHQRT
220
FVLEVMGRHC
230
GYLALVSALT
240
CGADWVFLPE
250
SPPEEDWEEN
260
MCLKLSENRA
270
RKKRLNIIIV
280
SEGAIDMQNK
290
PITSEKIKEL
300
VVKNLGFDTR
310
VTILGHVQRG
320
GTPSAFDRIL
330
ASRMGVEAVI
340
ALLEATPETP
350
ACVVSLRGNQ
360
AVRLPLMECV
370
QMTQDVQKAM
380
DERRFKEAVK
390
LRGRRFEGNL
400
NTYKRLAIKL
410
PDEKIVKSNC
420
NVAVINVGAP
430
AAGMNAAVRS
440
AVRVGIADGH
450
KMFAIYDGFE
460
GFANGQIKEI
470
GWADVGGWTG
480
QGGSILGTKR
490
TLPGKYLEKI
500
AEQMHSHSIN
510
ALLIIGGFEA
520
YLGLLELAAA
530
REKHEAFCVP
540
MVMVPATVSN
550
NVPGSDFSIG
560
ADTALNTITD
570
TCDRIKQSAS
580
GTKRRVFIIE
590
TMGGYCGYLA
600
NMGALAAGAD
610
AAYIFEEPFD
620
IGDLQSNVVH
630
LTEKMKTSIQ
640
RGLVLRNESC
650
SVNYTTDFIY
660
QLYSEEGKGV
670
FDCRKNVLGH
680
MQQGGAPSPF
690
DRNFGTKISA
700
KAMEWISAKL
710
KGSQGTGKKF
720
VSDDSICVLG
730
ICKRDLLFQP
740
VAELKKVTDF
750
EHRIPKEQWW
760
LKLRPIMKIL
770
AKYEASYDMS
780
DSGKLESLQH
HEEL
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
MSDQDSSTSS
20
TSFPKYLEHL
30
SGDGKAIGVL
40
TSGGDAQGMN
50
AAVRAVVRMG
60
IYTGAKVYFI
70
YEGYQGMVDG
80
GSNIVEAKWE
90
CVSSILQVGG
100
TIIGSARCQA
110
FRSREGRLKA
120
ACNLVRLGIT
130
NLCVIGGDGS
140
LTGANLFRKE
150
WSGLLEELAK
160
NGEIDSDTVK
170
KHAYLNVVGM
180
VGSIDNDFCG
190
TDMTIGTDSA
200
LHRIIEVVDA
210
IMTTAQSHQR
220
TFVLEVMGRH
230
CGYLALVSAL
240
ACGADWVFLP
250
ESPPEEGWEE
260
EMCLKLSENR
270
ARKKRLNIII
280
VSEGAIDTQN
290
KPITSEKIKE
300
LVVTNLGFDT
310
RVTILGHVQR
320
GGTPSAFDRI
330
LASRMGVEAV
340
LALLEATPET
350
PACVVSLRGN
360
QAVRLPLMEC
370
VQMTQDVQKA
380
MDERRFDEAV
390
KLRGRSFEGN
400
LNTYKRLAIK
410
EPDDKIPKSN
420
CNVAIINVGA
430
PAAGMNAAVR
440
SAVRVGIAEG
450
HKMFAIYDGF
460
DGLANGQIKE
470
IGWGDVGGWT
480
GQGGSILGTK
490
RTLPGKYLEK
500
IAEQMHSKNI
510
NALLIIGGFE
520
AYLGLLELAA
530
ARNKHEAFCV
540
PMVMVPATVS
550
NNVPGSDFSI
560
GADTALNTIT
570
DTCDRIKQSA
580
SGTKRRVFII
590
ETMGGYCGYL
600
ANMGGLAAGA
610
DAAYIFEEQF
620
DIRDLQSNVM
630
HLTEKMKTSI
640
QRGLVLRNEN
650
CSVNYTTDFI
660
YQLYSEEGKG
670
VFDCRKNVLG
680
HMQQGGAPSP
690
FDRNFGTKIS
700
AKAMEWISAK
710
LKGSHGTGKK
720
FVSDDSICVL
730
GIQKRDLLFK
740
PVAELRKATD
750
FEHRIPKQQW
760
WLKLRPIMKI
770
LAKYEASYDM
780
SDVGKLEPVH
NHGELSAI
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MDADDSRAPK
20
GSLRKFLEHL
30
SGAGKAIGVL
40
TSGGDAQGMN
50
AAVRAVVRMG
60
IYVGAKVYFI
70
YEGYQGMVDG
80
GSNIAEADWE
90
SVSSILQVGG
100
TIIGSARCQA
110
FRTREGRLKA
120
ACNLLQRGIT
130
NLCVIGGDGS
140
LTGANLFRKE
150
WSGLLEELAR
160
NGQIDKEAVQ
170
KYAYLNVVGM
180
VGSIDNDFCG
190
TDMTIGTDSA
200
LHRIIEVVDA
210
IMTTAQSHQR
220
TFVLEVMGRH
230
CGYLALVSAL
240
ACGADWVFLP
250
ESPPEEGWEE
260
QMCVKLSENR
270
ARKKRLNIII
280
VAEGAIDTQN
290
KPITSEKIKE
300
LVVTQLGYDT
310
RVTILGHVQR
320
GGTPSAFDRI
330
LASRMGVEAV
340
IALLEATPDT
350
PACVVSLNGN
360
HAVRLPLMEC
370
VQMTQDVQKA
380
MDERRFQDAV
390
RLRGRSFAGN
400
LNTYKRLAIK
410
LPDDQIPKTN
420
CNVAVINVGA
430
PAAGMNAAVR
440
SAVRVGIADG
450
HRMLAIYDGF
460
DGFAKGQIKE
470
IGWTDVGGWT
480
GQGGSILGTK
490
RVLPGKYLEE
500
IATQMRTHSI
510
NALLIIGGFE
520
AYLGLLELSA
530
AREKHEEFCV
540
PMVMVPATVS
550
NNVPGSDFSI
560
GADTALNTIT
570
DTCDRIKQSA
580
SGTKRRVFII
590
ETMGGYCGYL
600
ANMGGLAAGA
610
DAAYIFEEPF
620
DIRDLQSNVE
630
HLTEKMKTTI
640
QRGLVLRNES
650
CSENYTTDFI
660
YQLYSEEGKG
670
VFDCRKNVLG
680
HMQQGGAPSP
690
FDRNFGTKIS
700
ARAMEWITAK
710
LKEARGRGKK
720
FTTDDSICVL
730
GISKRNVIFQ
740
PVAELKKQTD
750
FEHRIPKEQW
760
WLKLRPLMKI
770
LAKYKASYDV
780
SDSGQLEHVQ
PWSV
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites