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
MDRSGFGGMS
20
SPVIRDAEVT
30
RTARKHSAHK
40
RVLIQANQED
50
NFGTATPRSQ
60
IIPRTPSSFR
70
QPFVTPSSRS
80
LLRHPDISYI
90
LGTEGRSPRH
100
TQSSGYLGNL
110
SMVTNLDDSN
120
WAAAFSSQRL
130
GLYTNTEHHS
140
MTEDVNLSTV
150
MLREDDPGEA
160
ASMSMFSDFL
170
HSFLKHSSTT
180
VFDLVEEYEN
190
ICGSQVNILS
200
KIVSRATPGL
210
QKFSKTASML
220
WLLQQEMVTW
230
RLLASLYRDR
240
IQSSLEEENM
250
FAIAGINASE
260
KMVVETLFQR
270
DSLVRQSQLV
280
VDWLESIAKD
290
EIGEFSDNIE
300
FYAKSVYWEN
310
TLHSLKQRQL
320
LSHMGSTRPL
330
VTELDPDAPI
340
RQKLPLDDLD
350
REDEVRLLKY
360
LFTLIRAGMT
370
EEAQRLCKRC
380
GQAWRAATLE
390
GWKLYHDPNV
400
NGGTELEPVE
410
GNPYRRIWKI
420
SCWRMAEDEL
430
FNKYERAIYA
440
ALSGNLKQLL
450
PVCDTWEDTV
460
WAYFRVMVDS
470
LVEQEIRTSV
480
MTQDDSEELP
490
REYMEANWTL
500
EKVFEELQAT
510
DKKRVLEENQ
520
EHYHIVQKFL
530
ILGDVDGLMD
540
EFSKWLSKSG
550
SSLPGHLLRF
560
MTHLILFLRT
570
LGLQTKEEVS
580
IEVLKTYIQL
590
LISEKHTSLI
600
AFYTCHLPQD
610
LAVAQYALFL
620
EGVTEFEQRH
630
QCLELAKEAD
640
LDVATITKTV
650
VENICKKDNG
660
EFSHHDLAPS
670
LDTGTTEEDR
680
LKIDVIDWLV
690
FDPAQRAEAL
700
RQGNAIMRKF
710
LALKKHEAAK
720
EVFVKIPQDS
730
IAEIYNQWEE
740
QGMESPLPAE
750
DDNAIREHLC
760
IRAYLEAHET
770
FNEWFKHMNS
780
APQKPTLLSQ
790
ATFTEKVAYE
800
HREKKYEMDH
810
NIWKGHLDAL
820
TADVKEKMYN
830
VLLFVDGGWM
840
VDVREDAEDD
850
PERTHQMVLL
860
RKLCLPMLCF
870
LLHTILHSTG
880
QYQECLQLAD
890
MVSSERHKLY
900
LVFSKEELRK
910
LLQKLRESSL
920
MLLDQGLDPL
GYEIQS
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
MDRSGFGEIS
20
SPVIREAEVT
30
RTARKQSAQK
40
RVLLQASQDE
50
NFGNTTPRNQ
60
VIPRTPSSFR
70
QPFTPTSRSL
80
LRQPDISCIL
90
GTGGKSPRLT
100
QSSGFFGNLS
110
MVTNLDDSNW
120
AAAFSSQRSG
130
LFTNTEPHSI
140
TEDVTISAVM
150
LREDDPGEAA
160
SMSMFSDFLQ
170
SFLKHSSSTV
180
FDLVEEYENI
190
CGSQVNILSK
200
IVSRATPGLQ
210
KFSKTASMLW
220
LLQQEMVTWR
230
LLASLYRDRI
240
QSALEEESVF
250
AVTAVNASEK
260
TVVEALFQRD
270
SLVRQSQLVV
280
DWLESIAKDE
290
IGEFSDNIEF
300
YAKSVYWENT
310
LHTLKQRQLT
320
SYVGSVRPLV
330
TELDPDAPIR
340
QKMPLDDLDR
350
EDEVRLLKYL
360
FTLIRAGMTE
370
EAQRLCKRCG
380
QAWRAATLEG
390
WKLYHDPNVN
400
GGTELEPVEG
410
NPYRRIWKIS
420
CWRMAEDELF
430
NRYERAIYAA
440
LSGNLKQLLP
450
VCDTWEDTVW
460
AYFRVMVDSL
470
VEQEIQTSVA
480
TLDETEELPR
490
EYLGANWTLE
500
KVFEELQATD
510
KKRVLEENQE
520
HYHIVQKFLI
530
LGDIDGLMDE
540
FSKWLSKSRN
550
NLPGHLLRFM
560
THLILFFRTL
570
GLQTKEEVSI
580
EVLKTYIQLL
590
IREKHTNLIA
600
FYTCHLPQDL
610
AVAQYALFLE
620
SVTEFEQRHH
630
CLELAKEADL
640
DVATITKTVV
650
ENIRKKDNGE
660
FSHHDLAPAL
670
DTGTTEEDRL
680
KIDVIDWLVF
690
DPAQRAEALK
700
QGNAIMRKFL
710
ASKKHEAAKE
720
VFVKIPQDSI
730
AEIYNQCEEQ
740
GMESPLPAED
750
DNAIREHLCI
760
RAYLEAHETF
770
NEWFKHMNSV
780
PQKPALIPQP
790
TFTEKVAHEH
800
KEKKYEMDFG
810
IWKGHLDALT
820
ADVKEKMYNV
830
LLFVDGGWMV
840
DVREDAKEDH
850
ERTHQMVLLR
860
KLCLPMLCFL
870
LHTILHSTGQ
880
YQECLQLADM
890
VSSERHKLYL
900
VFSKEELRKL
910
LQKLRESSLM
920
LLDQGLDPLG
YEIQL
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites