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
MSSGLWSQEK
20
VTSPYWEERI
30
FYLLLQECSV
40
TDKQTQKLLK
50
VPKGSIGQYI
60
QDRSVGHSRV
70
PSTKGKKNQI
80
GLKILEQPHA
90
VLFVDEKDVV
100
EINEKFTELL
110
LAITNCEERL
120
SLFRNRLRLS
130
KGLQVDVGSP
140
VKVQLRSGEE
150
KFPGVVRFRG
160
PLLAERTVSG
170
IFFGVELLEE
180
GRGQGFTDGV
190
YQGKQLFQCD
200
EDCGVFVALD
210
KLELIEDDDN
220
GLESDFAGPG
230
DTMQVEPPPL
240
EINSRVSLKV
250
GESTESGTVI
260
FCDVLPGKES
270
LGYFVGVDMD
280
NPIGNWDGRF
290
DGVQLCSFAS
300
VESTILLHIN
310
DIIPDSVTQE
320
RRPPKLAFMS
330
RGVGDKGSSS
340
HNKPKVTGST
350
SDPGSRNRSE
360
LFYTLNGSSV
370
DSQQSKSKNP
380
WYIDEVAEDP
390
AKSLTEMSSD
400
FGHSSPPPQP
410
PSMNSLSSEN
420
RFHSLPFSLT
430
KMPNTNGSMA
440
HSPLSLSVQS
450
VMGELNSTPV
460
QESPPLPISS
470
GNAHGLEVGS
480
LAEVKENPPF
490
YGVIRWIGQP
500
PGLSDVLAGL
510
ELEDECAGCT
520
DGTFRGTRYF
530
TCALKKALFV
540
KLKSCRPDSR
550
FASLQPVSNQ
560
IERCNSLAFG
570
GYLSEVVEEN
580
TPPKMEKEGL
590
EIMIGKKKGI
600
QGHYNSCYLD
610
STLFCLFAFS
620
SALDTVLLRP
630
KEKNDIEYYS
640
ETQELLRTEI
650
VNPLRIYGYV
660
CATKIMKLRK
670
ILEKVEAASG
680
FTSEEKDPEE
690
FLNILFHDIL
700
RVEPLLKIRS
710
AGQKVQDCNF
720
YQIFMEKNEK
730
VGVPTIQQLL
740
EWSFINSNLK
750
FAEAPSCLII
760
QMPRFGKDFK
770
LFKKIFPSLE
780
LNITDLLEDT
790
PRQCRICGGL
800
AMYECRECYD
810
DPDISAGKIK
820
QFCKTCSTQV
830
HLHPRRLNHS
840
YHPVSLPKDL
850
PDWDWRHGCI
860
PCQKMELFAV
870
LCIETSHYVA
880
FVKYGKDDSA
890
WLFFDSMADR
900
DGGQNGFNIP
910
QVTPCPEVGE
920
YLKMSLEDLH
930
SLDSRRIQGC
940
ARRLLCDAYM
950
CMYQSPTMSL
YK
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
MSSGLWSQEK
20
VTSPYWEERI
30
FYLLLQECSV
40
TDKQTQKLLK
50
VPKGSIGQYI
60
QDRSVGHSRI
70
PSAKGKKNQI
80
GLKILEQPHA
90
VLFVDEKDVV
100
EINEKFTELL
110
LAITNCEERF
120
SLFKNRNRLS
130
KGLQIDVGCP
140
VKVQLRSGEE
150
KFPGVVRFRG
160
PLLAERTVSG
170
IFFGVELLEE
180
GRGQGFTDGV
190
YQGKQLFQCD
200
EDCGVFVALD
210
KLELIEDDDT
220
ALESDYAGPG
230
DTMQVELPPL
240
EINSRVSLKV
250
GETIESGTVI
260
FCDVLPGKES
270
LGYFVGVDMD
280
NPIGNWDGRF
290
DGVQLCSFAC
300
VESTILLHIN
310
DIIPALSESV
320
TQERRPPKLA
330
FMSRGVGDKG
340
SSSHNKPKAT
350
GSTSDPGNRN
360
RSELFYTLNG
370
SSVDSQPQSK
380
SKNTWYIDEV
390
AEDPAKSLTE
400
ISTDFDRSSP
410
PLQPPPVNSL
420
TTENRFHSLP
430
FSLTKMPNTN
440
GSIGHSPLSL
450
SAQSVMEELN
460
TAPVQESPPL
470
AMPPGNSHGL
480
EVGSLAEVKE
490
NPPFYGVIRW
500
IGQPPGLNEV
510
LAGLELEDEC
520
AGCTDGTFRG
530
TRYFTCALKK
540
ALFVKLKSCR
550
PDSRFASLQP
560
VSNQIERCNS
570
LAFGGYLSEV
580
VEENTPPKME
590
KEGLEIMIGK
600
KKGIQGHYNS
610
CYLDSTLFCL
620
FAFSSVLDTV
630
LLRPKEKNDV
640
EYYSETQELL
650
RTEIVNPLRI
660
YGYVCATKIM
670
KLRKILEKVE
680
AASGFTSEEK
690
DPEEFLNILF
700
HHILRVEPLL
710
KIRSAGQKVQ
720
DCYFYQIFME
730
KNEKVGVPTI
740
QQLLEWSFIN
750
SNLKFAEAPS
760
CLIIQMPRFG
770
KDFKLFKKIF
780
PSLELNITDL
790
LEDTPRQCRI
800
CGGLAMYECR
810
ECYDDPDISA
820
GKIKQFCKTC
830
NTQVHLHPKR
840
LNHKYNPVSL
850
PKDLPDWDWR
860
HGCIPCQNME
870
LFAVLCIETS
880
HYVAFVKYGK
890
DDSAWLFFDS
900
MADRDGGQNG
910
FNIPQVTPCP
920
EVGEYLKMSL
930
EDLHSLDSRR
940
IQGCARRLLC
950
DAYMCMYQSP
TMSLYK
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites