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
MAHLGPTPPP
20
HSLNYKSEDR
30
LSEQDWPAYF
40
KVPCCGVDTS
50
QIESEEAEVD
60
VRERETQRDR
70
EPKRARDLTL
80
RDSCTDNSMQ
90
FGTRTTTAEP
100
GFMGTWQNAD
110
TNLLFRMSQQ
120
AIRCTLVNCT
130
CECFQPGKIN
140
LRTCDQCKHG
150
WVAHALDKLS
160
TQHLYHPTQV
170
EIVQSNVVFD
180
ISSLMLYGTQ
190
AVPVRLKILL
200
DRLFSVLKQE
210
EVLHILHGLG
220
WTLRDYVRGY
230
ILQDAAGKVL
240
DRWAIMSREE
250
EIITLQQFLR
260
FGETKSIVEL
270
MAIQEKEGQA
280
VAVPSSKTDS
290
DIRTFIESNN
300
RTRSPSLLAH
310
LENSNPSSIH
320
HFENIPNSLA
330
FLLPFQYINP
340
VSAPLLGLPP
350
NGLLLEQPGL
360
RLREPSLSTQ
370
NEYNESSESE
380
VSPTPYKNDQ
390
TPNRNALTSI
400
TNVEPKTEPA
410
CVSPIQNSAP
420
VSDLTKTEHP
430
KSSFRIHRMR
440
RMGSASRKGR
450
VFCNACGKTF
460
YDKGTLKIHY
470
NAVHLKIKHR
480
CTIEGCNMVF
490
SSLRSRNRHS
500
ANPNPRLHMP
510
MLRNNRDKDL
520
IRATSGAATP
530
VIASTKSNLA
540
LTSPGRPPMG
550
FTTPPLDPVL
560
QNPLPSQLVF
570
SGLKTVQPVP
580
PFYRSLLTPG
590
EMVSPPTSLP
600
TSPIIPTSGT
610
IEQHPPPPSE
620
PVVPAVMMAT
630
HEPSADLAPK
640
KKPRKSSMPV
650
KIEKEIIDTA
660
DEFDDEDDDP
670
NDGGAVVNDM
680
SHDNHCHSQE
690
EMSPGMSVKD
700
FSKHNRTRCI
710
SRTEIRRADS
720
MTSEDQEPER
730
DYENESESSE
740
PKLGEESMEG
750
DEHIHSEVSE
760
KVLMNSERPD
770
ENHSEPSHQD
780
VIKVKEEFTD
790
PTYDMFYMSQ
800
YGLYNGGGAS
810
MAALHESFTS
820
SLNYGSPQKF
830
SPEGDLCSSP
840
DPKICYVCKK
850
SFKSSYSVKL
860
HYRNVHLKEM
870
HVCTVAGCNA
880
AFPSRRSRDR
890
HSANINLHRK
900
LLTKELDDMG
910
LDSSQPSLSK
920
DLRDEFLVKI
930
YGAQHPMGLD
940
VREDASSPAG
950
TEDSHLNGYG
960
RGMAEDYMVL
970
DLSTTSSLQS
980
SSSIHSSRES
990
DAGSDEGILL
1000
DDIDGASDSG
1010
ESAHKAEAPA
1020
LPGSLGAEVS
1030
GSLMFSSLSG
1040
SNGGIMCNIC
1050
HKMYSNKGTL
1060
RVHYKTVHLR
1070
EMHKCKVPGC
1080
NMMFSSVRSR
1090
NRHSQNPNLH
KNIPFTSVD
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
MARFVPSPPP
20
NCLSYKSEGR
30
LGEQDWQAHF
40
KVPCCGVDPS
50
QLESEEAEVD
60
VRERDTQRDR
70
EPKRARDLTL
80
RDSCTDNSMQ
90
FGTRTTAAEP
100
GFMGTWQNAD
110
TNLLFRMSQQ
120
VPLACAGRVL
130
GADFCPNLEE
140
PDQRLEVQAI
150
RCTLVNCTCE
160
CFQPGKINLR
170
TCDQCKHGWV
180
AHALDKLSTQ
190
HLYHPTQVEI
200
VQSNVVFDIS
210
SLMLYGTQAV
220
PVRLKILLDR
230
LFSVLKQEEV
240
LHILHGLGWT
250
LRDYVRGYIL
260
QDAAGKVLDR
270
WAIMSREEEI
280
ITLQQFLRFG
290
ETKSIVELMA
300
IQEKEGQAVA
310
VPSSKTDSDI
320
RTFIESNNRT
330
RSPSLLAHLE
340
NSNPSSIHHF
350
ENIPNSLAFL
360
LPFQYINPVS
370
APLLGLPPNG
380
LLLEQPGLRL
390
REPSISTQNE
400
YNESSESEVS
410
PTPYKSDQTP
420
NRNALTSITN
430
VEPKTEPACV
440
SPIQNSAPVS
450
DLSKTEHPKS
460
SFRIHRMRRM
470
GSASRKGRVF
480
CNACGKTFYD
490
KGTLKIHYNA
500
VHLKIKHRCT
510
IEGCNMVFSS
520
LRSRNRHSAN
530
PNPRLHMPML
540
RNNRDKDLIR
550
ATSGAATPVI
560
ASTKSNLTLT
570
SPGRPPMGFT
580
TPPLDPVLQN
590
PLPSQLVFSG
600
LKTVQPVPPF
610
YRSLLTPGEM
620
VSPPTSLPTS
630
PIIPTSGTIE
640
QHPPPPSEPI
650
VPAVMMGTHE
660
PSADLAPKKK
670
PRKSSMPVKI
680
EKEIIDTADE
690
FDDEDDDPND
700
GGTVVNDMSH
710
DNHCHSQDEM
720
SPGMSVKDFS
730
KHNRTRCISR
740
TEIRRADSMT
750
SEDQEPERDY
760
ENESESSEPK
770
LGEESMEGDE
780
HLHSEVSEKV
790
LMNSERPDEN
800
HSEPSHQDVI
810
KVKEEFTDPT
820
YDMFYMSQYG
830
LYNGGGASMA
840
ALHESFTSSL
850
NYGSPQKFSP
860
EGDLCSSPDP
870
KICYVCKKSF
880
KSSYSVKLHY
890
RNVHLKEMHV
900
CTVAGCNAAF
910
PSRRSRDRHS
920
ANINLHRKLL
930
TKELDDMSLD
940
SSQPSLSKDL
950
RDEFLMKIYG
960
AQHPLGLDGR
970
EDASSPAGTE
980
DSHLNGYGRG
990
MAEDYMVLDL
1000
STTSSLQSSS
1010
SVHSSRESDA
1020
GSDEGILLDD
1030
IDGASDSGES
1040
THKAEAPTLP
1050
GSLGAEVSGS
1060
LMFSSLSGSN
1070
GGIMCNICHK
1080
MYSNKGTLRV
1090
HYKTVHLREM
1100
HKCKVPGCNM
1110
MFSSVRSRNR
1120
HSQNPNLHKN
IPFTSID
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites