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
MAVQPKETLQ
20
LEGAAEAGFV
30
RFFEGMPEKP
40
STTVRLFDRG
50
DFYTAHGEDA
60
LLAAREVFKT
70
QGVIKYMGPA
80
GSKTLQSVVL
90
SKMNFESFVK
100
DLLLVRQYRV
110
EVYKNKAGNK
120
ASKENEWYLA
130
FKASPGNLSQ
140
FEDILFGNND
150
MSASVGVMGI
160
KMAVVDGQRH
170
VGVGYVDSTQ
180
RKLGLCEFPE
190
NDQFSNLEAL
200
LIQIGPKECV
210
LPGGETTGDM
220
GKLRQVIQRG
230
GILITERKRA
240
DFSTKDIYQD
250
LNRLLKGKKG
260
EQINSAALPE
270
MENQVAVSSL
280
SAVIKFLELL
290
SDDSNFGQFE
300
LATFDFSQYM
310
KLDMAAVRAL
320
NLFQGSVEDT
330
TGSQSLAALL
340
NKCKTAQGQR
350
LVNQWIKQPL
360
MDRNRIEERL
370
NLVEAFVEDS
380
ELRQSLQEDL
390
LRRFPDLNRL
400
AKKFQRQAAN
410
LQDCYRLYQG
420
INQLPSVIQA
430
LEKYEGRHQA
440
LLLAVFVTPL
450
IDLRSDFSKF
460
QEMIETTLDM
470
DQVENHEFLV
480
KPSFDPNLSE
490
LREVMDGLEK
500
KMQSTLINAA
510
RGLGLDPGKQ
520
IKLDSSAQFG
530
YYFRVTCKEE
540
KVLRNNKNFS
550
TVDIQKNGVK
560
FTNSELSSLN
570
EEYTKNKGEY
580
EEAQDAIVKE
590
IVNISSGYVE
600
PMQTLNDVLA
610
HLDAIVSFAH
620
VSNAAPVPYV
630
RPVILEKGKG
640
RIILKASRHA
650
CVEVQDEVAF
660
IPNDVHFEKD
670
KQMFHIITGP
680
NMGGKSTYIR
690
QTGVIVLMAQ
700
IGCFVPCESA
710
EVSIVDCILA
720
RVGAGDSQLK
730
GVSTFMAEML
740
ETASILRSAT
750
KDSLIIIDEL
760
GRGTSTYDGF
770
GLAWAISDYI
780
ATKIGAFCMF
790
ATHFHELTAL
800
ANQIPTVNNL
810
HVTALTTEET
820
LTMLYQVKKG
830
VCDQSFGIHV
840
AELANFPRHV
850
IACAKQKALE
860
LEEFQNIGTS
870
LGCDEAEPAA
880
KRRCLEREQG
890
EKIILEFLSK
900
VKQVPFTAMS
910
EESISAKLKQ
920
LKAEVVAKNN
930
SFVNEIISRI
KAPAP
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
MAVQPKETLQ
20
LESAAEVGFV
30
RFFQGMPEKP
40
TTTVRLFDRG
50
DFYTAHGEDA
60
LLAAREVFKT
70
QGVIKYMGPA
80
GAKNLQSVVL
90
SKMNFESFVK
100
DLLLVRQYRV
110
EVYKNRAGNK
120
ASKENDWYLA
130
YKASPGNLSQ
140
FEDILFGNND
150
MSASIGVVGV
160
KMSAVDGQRQ
170
VGVGYVDSIQ
180
RKLGLCEFPD
190
NDQFSNLEAL
200
LIQIGPKECV
210
LPGGETAGDM
220
GKLRQIIQRG
230
GILITERKKA
240
DFSTKDIYQD
250
LNRLLKGKKG
260
EQMNSAVLPE
270
MENQVAVSSL
280
SAVIKFLELL
290
SDDSNFGQFE
300
LTTFDFSQYM
310
KLDIAAVRAL
320
NLFQGSVEDT
330
TGSQSLAALL
340
NKCKTPQGQR
350
LVNQWIKQPL
360
MDKNRIEERL
370
NLVEAFVEDA
380
ELRQTLQEDL
390
LRRFPDLNRL
400
AKKFQRQAAN
410
LQDCYRLYQG
420
INQLPNVIQA
430
LEKHEGKHQK
440
LLLAVFVTPL
450
TDLRSDFSKF
460
QEMIETTLDM
470
DQVENHEFLV
480
KPSFDPNLSE
490
LREIMNDLEK
500
KMQSTLISAA
510
RDLGLDPGKQ
520
IKLDSSAQFG
530
YYFRVTCKEE
540
KVLRNNKNFS
550
TVDIQKNGVK
560
FTNSKLTSLN
570
EEYTKNKTEY
580
EEAQDAIVKE
590
IVNISSGYVE
600
PMQTLNDVLA
610
QLDAVVSFAH
620
VSNGAPVPYV
630
RPAILEKGQG
640
RIILKASRHA
650
CVEVQDEIAF
660
IPNDVYFEKD
670
KQMFHIITGP
680
NMGGKSTYIR
690
QTGVIVLMAQ
700
IGCFVPCESA
710
EVSIVDCILA
720
RVGAGDSQLK
730
GVSTFMAEML
740
ETASILRSAT
750
KDSLIIIDEL
760
GRGTSTYDGF
770
GLAWAISEYI
780
ATKIGAFCMF
790
ATHFHELTAL
800
ANQIPTVNNL
810
HVTALTTEET
820
LTMLYQVKKG
830
VCDQSFGIHV
840
AELANFPKHV
850
IECAKQKALE
860
LEEFQYIGES
870
QGYDIMEPAA
880
KKCYLEREQG
890
EKIIQEFLSK
900
VKQMPFTEMS
910
EENITIKLKQ
920
LKAEVIAKNN
930
SFVNEIISRI
KVTT
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites