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
MNFLRGVMGG
20
QSAGPQHTEA
30
ETIQKLCDRV
40
ASSTLLDDRR
50
NAVRALKSLS
60
KKYRLEVGIQ
70
AMEHLIHVLQ
80
TDRSDSEIIA
90
YALDTLYNII
100
SNDEEEELEE
110
NSTRQSEDLG
120
SQFTEIFIKQ
130
PENVTLLLSL
140
LEEFDFHVRW
150
PGVRLLTSLL
160
KQLGPPVQQI
170
ILVSPMGVSR
180
LMDLLADSRE
190
IIRNDGVLLL
200
QALTRSNGAI
210
QKIVAFENAF
220
ERLLDIITEE
230
GNSDGGIVVE
240
DCLILLQNLL
250
KTNNSNQNFF
260
KEGSYIQRMK
270
PWFEVGEENS
280
GWSAQKVTNL
290
HLMLQLVRVL
300
VSPTNPPGAT
310
SSCQKAMFQC
320
GLLQQLCTIL
330
MATGIPADIL
340
TETINTVSEV
350
IRGCQVNQDY
360
FASVNAPSNP
370
PRPAIVVLLM
380
SMVNERQPFV
390
LRCAVLYCFQ
400
CFLYKNEKGQ
410
GEIVATLLPS
420
TIDATGNSVS
430
AGQLLCGGLF
440
STDSLSNWCA
450
AVALAHALQG
460
NATQKEQLLR
470
VQLATSIGNP
480
PVSLLQQCTN
490
ILSQGSKIQT
500
RVGLLMLLCT
510
WLSNCPIAVT
520
HFLHNSANVP
530
FLTGQIAENL
540
GEEEQLVQGL
550
CALLLGISIY
560
FNDNSLENYT
570
KEKLKQLIEK
580
RIGKENFIEK
590
LGFISKHELY
600
SRASQKPQPN
610
FPSPEYMIFD
620
HEFTKLVKEL
630
EGVITKAIYK
640
SSEEDKKEEE
650
VKKTLEQHDN
660
IVTHYKNMIR
670
EQDLQLEELK
680
QQVSTLKCQN
690
EQLQTAVTQQ
700
ASQIQQHKDQ
710
YNLLKVQLGK
720
DNHHQGSHGD
730
GAQVNGIQPE
740
EISRLREEIE
750
ELKSQQALLQ
760
GQLAEKDSLI
770
ENLKSSQASG
780
MSEQASATCP
790
PRDPEQVAEL
800
KQELTALKSQ
810
LCSQSLEITR
820
LQTENCELLQ
830
RAETLAKSVP
840
VEGESEHVSA
850
AKTTDVEGRL
860
SALLQETKEL
870
KNEIKALSEE
880
RTAIQKQLDS
890
SNSTIAILQT
900
EKDKLDLEVT
910
DSKKEQDDLL
920
VLLADQDQKI
930
LSLKSKLKDL
940
GHPVEEEDES
950
GDQEDDDDEI
DDGDKDQDI
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MNFLRGVMGG
20
QSAGPQHTEA
30
ETIQKLCDRV
40
ASSTLLDDRR
50
NAVRALKSLS
60
KKYRLEVGIQ
70
AMEHLIHVLQ
80
TDRSDSEIIG
90
YALDTLYNII
100
SNEEEEEVEE
110
NSTRQSEDLG
120
SQFTEIFIKQ
130
QENVTLLLSL
140
LEEFDFHVRW
150
PGVKLLTSLL
160
KQLGPQVQQI
170
ILVSPMGVSR
180
LMDLLADSRE
190
VIRNDGVLLL
200
QALTRSNGAI
210
QKIVAFENAF
220
ERLLDIISEE
230
GNSDGGIVVE
240
DCLILLQNLL
250
KNNNSNQNFF
260
KEGSYIQRMK
270
PWFEVGDENS
280
GWSAQKVTNL
290
HLMLQLVRVL
300
VSPTNPPGAT
310
SSCQKAMFQC
320
GLLQQLCTIL
330
MATGVPADIL
340
TETINTVSEV
350
IRGCQVNQDY
360
FASVNAPSNP
370
PRPAIVVLLM
380
SMVNERQPFV
390
LRCAVLYCFQ
400
CFLYKNQKGQ
410
GEIVSTLLPS
420
TIDATGNSVS
430
AGQLLCGGLF
440
STDSLSNWCA
450
AVALAHALQE
460
NATQKEQLLR
470
VQLATSIGNP
480
PVSLLQQCTN
490
ILSQGSKIQT
500
RVGLLMLLCT
510
WLSNCPIAVT
520
HFLHNSANVP
530
FLTGQIAENL
540
GEEEQLVQGL
550
CALLLGISIY
560
FNDNSLESYM
570
KEKLKQLIEK
580
RIGKENFIEK
590
LGFISKHELY
600
SRASQKPQPN
610
FPSPEYMIFD
620
HEFTKLVKEL
630
EGVITKAIYK
640
SSEEDKKEEE
650
VKKTLEQHDN
660
IVTHYKNMIR
670
EQDLQLEELR
680
QQVSTLKCQN
690
EQLQTAVTQQ
700
VSQIQQHKDQ
710
YNLLKIQLGK
720
DNQHQGSYSE
730
GAQMNGIQPE
740
EIGRLREEIE
750
ELKRNQELLQ
760
SQLTEKDSMI
770
ENMKSSQTSG
780
TNEQSSAIVS
790
ARDSEQVAEL
800
KQELATLKSQ
810
LNSQSVEITK
820
LQTEKQELLQ
830
KTEAFAKSVE
840
VQGETETIIA
850
TKTTDVEGRL
860
SALLQETKEL
870
KNEIKALSEE
880
RTAIKEQLDS
890
SNSTIAILQT
900
EKDKLELEIT
910
DSKKEQDDLL
920
VLLADQDQKI
930
LSLKNKLKDL
940
GHPVEEEDEL
950
ESGDQEDEDD
960
ESEDPGKDLD
HI
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites