Click to expand (2 results)
10
MAGARPGVHA
20
LQLEPPTVVE
30
TLRRGSKFIK
40
WDEEASSRNL
50
VTLRVDPNGF
60
FLYWTGPNME
70
VDTLDISSIR
80
DTRTGRYARL
90
PKDPKIREVL
100
GFGGPDTRLE
110
EKLMTVVAGP
120
DPVNTTFLNF
130
MAVQDDTVKV
140
WSEELFKLAM
150
NILAQNASRN
160
TFLRKAYTKL
170
KLQVNQDGRI
180
PVKNILKMFS
190
ADKKRVETAL
200
ESCGLNFNRS
210
ESIRPDEFPL
220
EIFERFLNKL
230
CLRPDIDKIL
240
LEIGAKGKPY
250
LTLEQLMDFI
260
NQKQRDPRLN
270
EVLYPPLRSS
280
QARLLIEKYE
290
TNKQFLERDQ
300
MSMEGFSRYL
310
GGEENGILPL
320
EALDLSMDMT
330
QPLSAYFINS
340
SHNTYLTAGQ
350
LAGPSSVEMY
360
RQALLWGCRC
370
VELDVWKGRP
380
PEEEPFITHG
390
FTMTTEVPLR
400
DVLEAIAEAA
410
FKTSPYPVIL
420
SFENHVDSAK
430
QQAKMAEYCR
440
SIFGDALLID
450
PLDKYPLSAG
460
IPLPSPQDLM
470
GRILVKNKKR
480
HRPSTGVPDS
490
SVRKRPLEQS
500
NSALSESSAA
510
TEPSSPQLGS
520
PSSDSCPGLS
530
NGEEVGLEKT
540
SLEPQKSLGE
550
ESLSREPNVP
560
MPDRDREDEE
570
EDEEEEETTD
580
PKKPTTDEGT
590
ASSEVNATEE
600
MSTLVNYVEP
610
VKFKSFEAAR
620
KRNKCFEMSS
630
FVETKAMEQL
640
TKSPMEFVEY
650
NKQQLSRIYP
660
KGTRVDSSNY
670
MPQLFWNVGC
680
QLVALNFQTL
690
DLPMQLNAGV
700
FEYNGRSGYL
710
LKPEFMRRPD
720
KSFDPFTEVI
730
VDGIVANALR
740
VKVISGQFLS
750
DKKVGIYVEV
760
DMFGLPVDTR
770
RKYRTRTSQG
780
NSFNPVWDEE
790
PFDFPKVVLP
800
TLASLRIAAF
810
EEGGKFVGHR
820
ILPVSAIRSG
830
YHYVCLRNEA
840
NQPLCLPALL
850
IYTEASDYIP
860
DDHQDYAEAL
870
INPIKHVSLM
880
DQRAKQLAAL
890
IGESEAQAST
900
ETYQETPCQQ
910
PGSQLPSNPT
920
PNPLDASPRW
930
PPGPTTSSTS
940
SSLSSPGQRD
950
DLIASILSEV
960
TPTPLEELRS
970
HKAMVKLRSR
980
QDRDLRELHK
990
KHQRKAVALT
1000
RRLLDGLAQA
1010
RAEGKCRPSP
1020
SALGKATNSE
1030
DVKEEEEAKQ
1040
YREFQNRQVQ
1050
SLLELREAQA
1060
DVETKRKLEH
1070
LRQAHQRLKE
1080
VVLDTHTTQF
1090
KRLKELNERE
1100
KKELQKILDR
1110
KRNNSISEAK
1120
TREKHKKEVE
1130
LTEINRRHIT
1140
ESVNSIRRLE
1150
EAQKQRHERL
1160
VAGQQQVLQQ
1170
LEEEEPKLLA
1180
QLTQECQEQR
1190
ERLPQEIRRC
1200
LLGETAEGLG
1210
DGPLVACASN
1220
GHAPGSGGHL
1230
SSADSESQEE
NTQL
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
MAGAQPGVHA
20
LQLEPPTVVE
30
TLRRGSKFIK
40
WDEETSSRNL
50
VTLRVDPNGF
60
FLYWTGPNME
70
VDTLDISSIR
80
DTRTGRYARL
90
PKDPKIREVL
100
GFGGPDARLE
110
EKLMTVVSGP
120
DPVNTVFLNF
130
MAVQDDTAKV
140
WSEELFKLAM
150
NILAQNASRN
160
TFLRKAYTKL
170
KLQVNQDGRI
180
PVKNILKMFS
190
ADKKRVETAL
200
ESCGLKFNRS
210
ESIRPDEFSL
220
EIFERFLNKL
230
CLRPDIDKIL
240
LEIGAKGKPY
250
LTLEQLMDFI
260
NQKQRDPRLN
270
EVLYPPLRPS
280
QARLLIEKYE
290
PNQQFLERDQ
300
MSMEGFSRYL
310
GGEENGILPL
320
EALDLSTDMT
330
QPLSAYFINS
340
SHNTYLTAGQ
350
LAGTSSVEMY
360
RQALLWGCRC
370
VELDVWKGRP
380
PEEEPFITHG
390
FTMTTEVPLR
400
DVLEAIAETA
410
FKTSPYPVIL
420
SFENHVDSAK
430
QQAKMAEYCR
440
SIFGDALLIE
450
PLDKYPLAPG
460
VPLPSPQDLM
470
GRILVKNKKR
480
HRPSAGGPDS
490
AGRKRPLEQS
500
NSALSESSAA
510
TEPSSPQLGS
520
PSSDSCPGLS
530
NGEEVGLEKP
540
SLEPQKSLGD
550
EGLNRGPYVL
560
GPADREDEEE
570
DEEEEEQTDP
580
KKPTTDEGTA
590
SSEVNATEEM
600
STLVNYIEPV
610
KFKSFEAARK
620
RNKCFEMSSF
630
VETKAMEQLT
640
KSPMEFVEYN
650
KQQLSRIYPK
660
GTRVDSSNYM
670
PQLFWNVGCQ
680
LVALNFQTLD
690
VAMQLNAGVF
700
EYNGRSGYLL
710
KPEFMRRPDK
720
SFDPFTEVIV
730
DGIVANALRV
740
KVISGQFLSD
750
RKVGIYVEVD
760
MFGLPVDTRR
770
KYRTRTSQGN
780
SFNPVWDEEP
790
FDFPKVVLPT
800
LASLRIAAFE
810
EGGKFVGHRI
820
LPVSAIRSGY
830
HYVCLRNEAN
840
QPLCLPALLI
850
YTEASDYIPD
860
DHQDYAEALI
870
NPIKHVSLMD
880
QRARQLAALI
890
GESEAQAGQE
900
TCQDTQSQQL
910
GSQPSSNPTP
920
SPLDASPRRP
930
PGPTTSPAST
940
SLSSPGQRDD
950
LIASILSEVA
960
PTPLDELRGH
970
KALVKLRSRQ
980
ERDLRELRKK
990
HQRKAVTLTR
1000
RLLDGLAQAQ
1010
AEGRCRLRPG
1020
ALGGAADVED
1030
TKEGEDEAKR
1040
YQEFQNRQVQ
1050
SLLELREAQV
1060
DAEAQRRLEH
1070
LRQALQRLRE
1080
VVLDANTTQF
1090
KRLKEMNERE
1100
KKELQKILDR
1110
KRHNSISEAK
1120
MRDKHKKEAE
1130
LTEINRRHIT
1140
ESVNSIRRLE
1150
EAQKQRHDRL
1160
VAGQQQVLQQ
1170
LAEEEPKLLA
1180
QLAQECQEQR
1190
ARLPQEIRRS
1200
LLGEMPEGLG
1210
DGPLVACASN
1220
GHAPGSSGHL
1230
SGADSESQEE
NTQL
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites