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
MDDKASVGKI
20
SVSSDSVSTL
30
NSEDFVLVSR
40
QGDETPSTNN
50
GSDDEKTGLK
60
IVGNGSEQQL
70
QKELADVLMD
80
PPMDDQPGEK
90
ELVKRSQLDG
100
EGDGPLSNQL
110
SASSTINPVP
120
LVGLQKPEMS
130
LPVKPGQGDS
140
EASSPFTPVA
150
DEDSVVFSKL
160
TYLGCASVNA
170
PRSEVEALRM
180
MSILRSQCQI
190
SLDVTLSVPN
200
VSEGIVRLLD
210
PQTNTEIANY
220
PIYKILFCVR
230
GHDGTPESDC
240
FAFTESHYNA
250
ELFRIHVFRC
260
EIQEAVSRIL
270
YSFATAFRRS
280
AKQTPLSATA
290
APQTPDSDIF
300
TFSVSLEIKE
310
DDGKGYFSAV
320
PKDKDRQCFK
330
LRQGIDKKIV
340
IYVQQTTNKE
350
LAIERCFGLL
360
LSPGKDVRNS
370
DMHLLDLESM
380
GKSSDGKSYV
390
ITGSWNPKSP
400
HFQVVNEETP
410
KDKVLFMTTA
420
VDLVITEVQE
430
PVRFLLETKV
440
RVCSPNERLF
450
WPFSKRSTTE
460
NFFLKLKQIK
470
QRERKNNTDT
480
LYEVVCLESE
490
SERERRKTTA
500
SPSVRLPQSG
510
SQSSVIPSPP
520
EDDEEEDNDE
530
PLLSGSGDVS
540
KECAEKILET
550
WGELLSKWHL
560
NLNVRPKQLS
570
SLVRNGVPEA
580
LRGEVWQLLA
590
GCHNNDHLVE
600
KYRILITKES
610
PQDSAITRDI
620
NRTFPAHDYF
630
KDTGGDGQDS
640
LYKICKAYSV
650
YDEEIGYCQG
660
QSFLAAVLLL
670
HMPEEQAFSV
680
LVKIMFDYGL
690
RELFKQNFED
700
LHCKFYQLER
710
LMQEYIPDLY
720
NHFLDISLEA
730
HMYASQWFLT
740
LFTAKFPLYM
750
VFHIIDLLLC
760
EGISVIFNVA
770
LGLLKTSKDD
780
LLLTDFEGAL
790
KFFRVQLPKR
800
YRSEENAKKL
810
MELACNMKIS
820
QKKLKKYEKE
830
YHTMREQQAQ
840
QEDPIERFER
850
ENRRLQEANM
860
RLEQENDDLA
870
HELVTSKIAL
880
RKDLDNAEEK
890
ADALNKELLM
900
TKQKLIDAEE
910
EKRRLEEESA
920
QLKEMCRREL
930
DKAESEIKKN
940
SSIIGDYKQI
950
CSQLSERLEK
960
QQTANKVEIE
970
KIRQKVDDCE
980
RCREFFNKEG
990
RVKGISSTKE
1000
VLDEDTDEEK
1010
ETLKNQLREM
1020
ELELAQTKLQ
1030
LVEAECKIQD
1040
LEHHLGLALN
1050
EVQAAKKTWF
1060
NRTLSSIKTA
TGVQGKETC
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
MDDKASVGKI
20
SVSSDSVSTL
30
NSEDFVLVSR
40
QGDETPSTNN
50
GSDDEKTGLK
60
IVGNGSEQQL
70
QKELADVLMD
80
PPMDDQPGER
90
SQLDGEGDGP
100
LSNQLSASST
110
INPVPLVGLP
120
KPEMSLPVKP
130
GQGDSEVSSP
140
FTPVADEDSV
150
VFNKLTYLGC
160
ASVNAPRSEV
170
EALRMMSILR
180
SQCQISLDVT
190
LSVPNVSEGT
200
VRLLDPQTNT
210
EIANYPIYKI
220
LFCVRGHDGT
230
PESDCFAFTE
240
SHYNAELFRI
250
HVFRCEIQEA
260
VSRILYSFAT
270
AFRRSAKQTP
280
LSATAAPQTP
290
DSDIFTFSVS
300
LEIKEDDGKG
310
YFSAVPKDKD
320
RQCFKLRQGI
330
DKKIVICVQQ
340
TANKELAIER
350
CFGLLLSPGK
360
DVRNSDMHLL
370
DLESMGKSSD
380
GKSYVITGSW
390
NPKSPHFQVV
400
NEETPKDKVL
410
FMTTAVDLVI
420
TEVQEPVRFL
430
LETKVRVCSP
440
NERLFWPFSK
450
RSTTENFFLK
460
LKQIKQKEKK
470
NNADTLYEVV
480
CLESESERER
490
RKTTASPSVR
500
LPQSGSQSSM
510
IPSPPEDDEE
520
EDNDEPLLSG
530
FGDVSKECAE
540
KILETWGELL
550
SKWHLNLSVR
560
PKQLSSLVRS
570
GVPEALRGEV
580
WQLLAGCHNN
590
DHLVEKYRIL
600
ITKESPQDSA
610
ITRDINRTFP
620
AHDYFKDTGG
630
DGQDSLYKIC
640
KAYSVYDEEI
650
GYCQGQSFLA
660
AVLLLHMPEE
670
QAFSVLVKIM
680
FDYGLRELFK
690
QNFEDLHCKF
700
YQLERLMQEY
710
IPDLYNHFLD
720
ISLEAHMYAS
730
QWFLTLFTAK
740
FPLYMVFHII
750
DLLLCEGISV
760
IFNVALGLLK
770
TSKDDLLLTD
780
FEGALKFFRV
790
QLPKRYRSEE
800
NAKRLMELAC
810
NTKISQKKLK
820
KFEKEYHTMR
830
EQQAQQEDPI
840
ERFERENRRL
850
QEANMRLEQE
860
NDDLAHELVT
870
SKIALRKDLD
880
NAEEKADALN
890
KELLMTKQKL
900
IDAEDEKRRL
910
EEESAQLKEM
920
CRRELDKAES
930
EIKKNSSIIG
940
DYKQICSQLS
950
ERLEKQQTAN
960
KVEIEKIRQK
970
VDDCDRCRDF
980
FNKEGRVKGI
990
SSAKGVSDED
1000
TDEEKETLKN
1010
QLREMELELA
1020
QTKLQLVEAE
1030
CKIQDLEHHL
1040
GLALSEVQAA
1050
KKTWFNRTLS
1060
SIKTATGVQG
KETC
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites