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
MASSAQSSGS
20
SGGPAVPTVQ
30
RGIVKMVLSG
40
CAIIVRGQPR
50
GGPPPERQIN
60
LSNIRAGNLA
70
RRAAATQPDG
80
KDTPDEPWAF
90
PAREFLRKKL
100
IGKEVCFTIE
110
NKTPQGREYG
120
MIYLGKDTNG
130
ENIAESLVAE
140
GLATRREGMR
150
ANNPEQNRLS
160
ECEEQAKASK
170
KGMWSEGNGS
180
HTIRDLKYTI
190
ENPRHFVDSH
200
HQKPVNAIIE
210
HVRDGSVVRA
220
LLLPGHHLVT
230
VMLSGIKCPT
240
FRRETDGSET
250
PEPFAAEAKF
260
FTESRLLQRD
270
VQIILESCHN
280
QNLLGTILHP
290
NGNITELLLK
300
EGFARCVDWS
310
IAVYTRGAEK
320
LRAAERFAKE
330
RRLRIWRDYV
340
PPTANLDQKD
350
KQFVAKVMQV
360
LNADAIVVKL
370
NSGDYKTIHL
380
SSIRPPRLEG
390
DNIQDKNKKL
400
RPLYDIPYMF
410
EAREFLRKKL
420
IGKKVNVTVD
430
YIRPASPATE
440
TVPAFSERTC
450
ATVTIGGINI
460
AEALVSKGLA
470
TVIRYRQDDD
480
QRSSHYDELL
490
AAEARAIKNG
500
KGLHSKKEVP
510
IHRVADISGD
520
TQKAKQFLPF
530
LQRAGRSEAV
540
VEYVFSGSRL
550
KLYLPKETCL
560
ITFLLAGIEC
570
PRGARNLPGL
580
VQEGEPFSEE
590
ATLFTKELVL
600
QREVEVEVES
610
MDKAGNFIGW
620
LHMDGANLSV
630
LLVEQALSKV
640
HFTAERSAYY
650
KPLLSAEEAA
660
KQRKEKVWAH
670
YEERPVEEVM
680
PVLEEKERSA
690
SYKPVFVTEI
700
TDDLHFYVQD
710
VETGTQLEKL
720
MENMRNDISS
730
HPPVEGSYAP
740
RRGEFCIAKF
750
VDGEWYRARV
760
EKVESPAKVH
770
VFYIDYGNRE
780
ILPSTRLGTL
790
PPAFSTRVLP
800
AQATEYAFAF
810
IQVPQDEDAR
820
TDAVDSVVRD
830
IQNTQCLLNV
840
EHLSASCPHV
850
TLQFADSKGD
860
VGLGLVKEGL
870
VMVEVRKEKQ
880
FQKVITEYLN
890
AQESAKSARL
900
NLWRYGDFRA
910
DDADEFGYSR
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
MASSAQSGGS
20
SGGPAVPTVQ
30
RGIIKMVLSG
40
CAIIVRGQPR
50
GGPPPERQIN
60
LSNIRAGNLA
70
RRAAATQPDA
80
KDTPDEPWAF
90
PAREFLRKKL
100
IGKEVCFTIE
110
NKTPQGREYG
120
MIYLGKDTNG
130
ENIAESLVAE
140
GLATRREGMR
150
ANNPEQNRLS
160
ECEEQAKAAK
170
KGMWSEGNGS
180
HTIRDLKYTI
190
ENPRHFVDSH
200
HQKPVNAIIE
210
HVRDGSVVRA
220
LLLPDYYLVT
230
VMLSGIKCPT
240
FRREADGSET
250
PEPFAAEAKF
260
FTESRLLQRD
270
VQIILESCHN
280
QNILGTILHP
290
NGNITELLLK
300
EGFARCVDWS
310
IAVYTRGAEK
320
LRAAERFAKE
330
RRLRIWRDYV
340
APTANLDQKD
350
KQFVAKVMQV
360
LNADAIVVKL
370
NSGDYKTIHL
380
SSIRPPRLEG
390
ENTQDKNKKL
400
RPLYDIPYMF
410
EAREFLRKKL
420
IGKKVNVTVD
430
YIRPASPATE
440
TVPAFSERTC
450
ATVTIGGINI
460
AEALVSKGLA
470
TVIRYRQDDD
480
QRSSHYDELL
490
AAEARAIKNG
500
KGLHSKKEVP
510
IHRVADISGD
520
TQKAKQFLPF
530
LQRAGRSEAV
540
VEYVFSGSRL
550
KLYLPKETCL
560
ITFLLAGIEC
570
PRGARNLPGL
580
VQEGEPFSEE
590
ATLFTKELVL
600
QREVEVEVES
610
MDKAGNFIGW
620
LHIDGANLSV
630
LLVEHALSKV
640
HFTAERSSYY
650
KSLLSAEEAA
660
KQKKEKVWAH
670
YEEQPVEEVM
680
PVLEEKERSA
690
SYKPVFVTEI
700
TDDLHFYVQD
710
VETGTQLEKL
720
MENMRNDIAS
730
HPPVEGSYAP
740
RRGEFCIAKF
750
VDGEWYRARV
760
EKVESPAKIH
770
VFYIDYGNRE
780
VLPSTRLGTL
790
SPAFSTRVLP
800
AQATEYAFAF
810
IQVPQDDDAR
820
TDAVDSVVRD
830
IQNTQCLLNV
840
EHLSAGCPHV
850
TLQFADSKGD
860
VGLGLVKEGL
870
VMVEVRKEKQ
880
FQKVITEYLN
890
AQESAKSARL
900
NLWRYGDFRA
910
DDADEFGYSR
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites