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
MDEQSVESIA
20
EVFRCFICME
30
KLRDARLCPH
40
CSKLCCFSCI
50
RRWLTEQRAQ
60
CPHCRAPLQL
70
RELVNCRWAE
80
EVTQQLDTLQ
90
LCSLTKHEEN
100
EKDKCENHHE
110
KLSVFCWTCK
120
KCICHQCALW
130
GGMHGGHTFK
140
PLAEIYEQHV
150
TKVNEEVAKL
160
RRRLMELISL
170
VQEVERNVEA
180
VRNAKDERVR
190
EIRNAVEMMI
200
ARLDTQLKNK
210
LITLMGQKTS
220
LTQETELLES
230
LLQEVEHQLR
240
SCSKSELISK
250
SSEILMMFQQ
260
VHRKPMASFV
270
TTPVPPDFTS
280
ELVPSYDSAT
290
FVLENFSTLR
300
QRADPVYSPP
310
LQVSGLCWRL
320
KVYPDGNGVV
330
RGYYLSVFLE
340
LSAGLPETSK
350
YEYRVEMVHQ
360
SCNDPTKNII
370
REFASDFEVG
380
ECWGYNRFFR
390
LDLLANEGYL
400
NPQNDTVILR
410
FQVRSPTFFQ
420
KSRDQHWYIT
430
QLEAAQTSYI
440
QQINNLKERL
450
TIELSRTQKS
460
RDLSPPDNHL
470
SPQNDDALET
480
RAKKSACSDM
490
LLEGGPTTAS
500
VREAKEDEED
510
EEKIQNEDYH
520
HELSDGDLDL
530
DLVYEDEVNQ
540
LDGSSSSASS
550
TATSNTEEND
560
IDEETMSGEN
570
DVEYNNMELE
580
EGELMEDAAA
590
AGPAGSSHGY
600
VGSSSRISRR
610
THLCSAATSS
620
LLDIDPLILI
630
HLLDLKDRSS
640
IENLWGLQPR
650
PPASLLQPTA
660
SYSRKDKDQR
670
KQQAMWRVPS
680
DLKMLKRLKT
690
QMAEVRCMKT
700
DVKNTLSEIK
710
SSSAASGDMQ
720
TSLFSADQAA
730
LAACGTENSG
740
RLQDLGMELL
750
AKSSVANCYI
760
RNSTNKKSNS
770
PKPARSSVAG
780
SLSLRRAVDP
790
GENSRSKGDC
800
QTLSEGSPGS
810
SQSGSRHSSP
820
RALIHGSIGD
830
ILPKTEDRQC
840
KALDSDAVVV
850
AVFSGLPAVE
860
KRRKMVTLGA
870
NAKGGHLEGL
880
QMTDLENNSE
890
TGELQPVLPE
900
GASAAPEEGM
910
SSDSDIECDT
920
ENEEQEEHTS
930
VGGFHDSFMV
940
MTQPPDEDTH
950
SSFPDGEQIG
960
PEDLSFNTDE
NSGR
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
MDEQSVESIA
20
EVFRCFICME
30
KLRDARLCPH
40
CSKLCCFSCI
50
RRWLTEQRAQ
60
CPHCRAPLQL
70
RELVNCRWAE
80
EVTQQLDTLQ
90
LCSLTKHEEN
100
EKDKCENHHE
110
KLSVFCWTCK
120
KCICHQCALW
130
GGMHGGHTFK
140
PLAEIYEQHV
150
TKVNEEVAKL
160
RRRLMELISL
170
VQEVERNVEA
180
VRNAKDERVR
190
EIRNAVEMMI
200
ARLDTQLKNK
210
LITLMGQKTS
220
LTQETELLES
230
LLQEVEHQLR
240
SCSKSELISK
250
SSEILMMFQQ
260
VHRKPMASFV
270
TTPVPPDFTS
280
ELVPSYDSAT
290
FVLENFSTLR
300
QRADPVYSPP
310
LQVSGLCWRL
320
KVYPDGNGVV
330
RGYYLSVFLE
340
LSAGLPETSK
350
YEYRVEMVHQ
360
SCNDPTKNII
370
REFASDFEVG
380
ECWGYNRFFR
390
LDLLANEGYL
400
NRQNDTVILR
410
FQVRSPTFFQ
420
KCRDQHWYIT
430
QLEAAQTGYI
440
QQINNLKERL
450
TIELSRTQKS
460
RDLSPPDNHL
470
SPQNDDSPET
480
RTKKAGSCSD
490
MLLEGGPTCA
500
SVRETKEDED
510
EEEKIQNEDY
520
HHELSDGDLD
530
LDLVGEDEVN
540
HLDGSSSSAS
550
STATSNTEEN
560
DIDEETMSGE
570
NDVEYNSMEL
580
EEGELMEDAA
590
AAGPPGSSHS
600
YVGASSRMSR
610
RTHLCSAATS
620
SLLDIDPLIL
630
IHLLDLKDRS
640
SMENLWGLQP
650
RPSASLLQPT
660
ASYSRKDKDQ
670
RKQQAMWRVP
680
SDLKMLKRLK
690
TQMAEVRCMK
700
TDVKTTLSDI
710
KGSSVASTDM
720
QTNLFCADQA
730
ALTTCGPENS
740
GRLQDLGMEL
750
LAKSSVAGCY
760
IRNPTNKKNS
770
PKSARAIAGS
780
LSLRRAVDSG
790
ENSRSKGDCQ
800
VLAEGSSGSS
810
QSGSRHSSPR
820
ALTHGIIGDL
830
LPKSEDRQCK
840
ALDSDAVVVA
850
VFNGLPTVEK
860
RRKMVTLGTN
870
AKGGRLEGMQ
880
MADLESHSEA
890
GEVQPTLPEG
900
ASAAPEEGMS
910
SDSDIECDTE
920
NEEQEEHTSM
930
GAFNDPFLAQ
940
PPDEDSHSSF
950
PDGEQIDPEN
960
LHFNPDEGGG
R
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites