Click to expand (2 results)
10
MAAVLESLLR
20
EEVSVAAVVR
30
WIARSTQGSE
40
DNAGEAAALS
50
SLRALRKEFV
60
PFLLNFLREQ
70
SSRVLPQGPP
80
TPAKTPGASA
90
ALPGRPGGPP
100
RGSRGARSQL
110
FPPTEAQSTA
120
AEAPLARRGG
130
RRRGPGPARE
140
RGGRGLEEGV
150
SGESLPGAGG
160
RRLRGSGSPS
170
RPSLTLSDPP
180
NLSNLEEFPP
190
VGSVPPGPTG
200
TKPSRRINPT
210
PVSEERSLSK
220
PKTCFTSPPI
230
SCVPSSQPSA
240
LDTSPWGLGL
250
PPGCRSLQEE
260
REMLRKERSK
270
QLQQSPTPTC
280
PTPELGSPLP
290
SRTGSLTDEP
300
ADPARVSSRQ
310
RLELVALVYS
320
SCIAENLVPN
330
LFLELFFVFQ
340
LLTARRMVTA
350
KDSDPELSPA
360
VLDSLESPLF
370
QSIHDCVFFA
380
VQVLECHFQV
390
LSNLDKGTLK
400
LLAENERLLC
410
FSPALQGRLR
420
AAYEGSVAKV
430
SLVMPPSTQA
440
VSFQPETDNR
450
ANFSSDRAFH
460
TFKKQRDVFY
470
EVLREWEDHH
480
EEPGWDFEKG
490
LGSRIRAMMG
500
QLSAACSHSH
510
FVRLFQKQLL
520
QMCQSPGGAG
530
GTVLGEAPDV
540
LSMLGADKLG
550
RLWRLQERLM
560
APQSSGGPCP
570
PPTFPGCQGF
580
FRDFILSASS
590
FQFNQHLMDS
600
LSLKIQELNG
610
LALPQHEPND
620
EDGESDVDWQ
630
GERKQFAVVL
640
LSLRLLAKFL
650
GFVAFLPYRG
660
PEPPPTGELQ
670
DSILALRSQV
680
PPVLDVRTLL
690
QRGLQARRAV
700
LTVPWLVEFL
710
SFADHVVPLL
720
EYYRDIFTLL
730
LRLHRSLVLS
740
QESEGKMCFL
750
NKLLLLAVLG
760
WLFQIPTVPE
770
DLFFLEEGPS
780
YAFEVDTVAP
790
EHGLDNAPVV
800
DQQLLYTCCP
810
YIGELRKLLA
820
SWVSGSSGRS
830
GGFMRKITPT
840
TTTSLGAQPS
850
QTSQGLQAQL
860
AQAFFHNQPP
870
SLRRTVEFVA
880
ERIGSNCVKH
890
IKATLVADLV
900
RQAESLLQEQ
910
LVTQGEEGGD
920
PAQLLEILCS
930
QLCPHGAQAL
940
ALGREFCQRK
950
SPGAVRALLP
960
EETPAAVLSS
970
AENIAVGLAT
980
EKACAWLSAN
990
ITALIRREVK
1000
AAVSRTLRAQ
1010
GPEPAARGER
1020
RGCSRACEHH
1030
APLPSHLISE
1040
IKDVLSLAVG
1050
PRDPDEGVSP
1060
EHLEQLLGQL
1070
GQTLRCRQFL
1080
CPPAEQHLAK
1090
CSVELASLLV
1100
ADQIPILGPP
1110
AQYRLERGQA
1120
RRLLHMLLSL
1130
WKEDFQGPVP
1140
LQLLLSPRNV
1150
GLLADTRPRE
1160
WDLLLFLLRE
1170
LVEKGLMGRM
1180
EIEACLGSLH
1190
QAQWPGDFAE
1200
ELATLSNLFL
1210
AEPHLPEPQL
1220
RACELVQPNR
GTVLAQS
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
MAAVLESLLR
20
EEVPVAAAVR
30
WIARSTPSSE
40
DSSEVAALSA
50
LRPLRKEFVP
60
FLLNFLREQS
70
SRVLPQGPST
80
PAKTPVASAA
90
LPARQGAPAR
100
GGRGARSQLF
110
PAAEPLSAAA
120
EAPLARRAGR
130
RRGPGPGPSR
140
ERGGRGSGAA
150
EEGASGESPP
160
WAGGRKPKGS
170
GSPGSPRLSL
180
SDPPNLSNLE
190
EFPPVGTVPP
200
GSAGRTKPSR
210
RINPTPVSEE
220
RSLSKPKTCF
230
TSPPISCVPS
240
SQPSTLDTSP
250
WGLGLPPGCR
260
SLQEEREMLR
270
KARTKQLQQS
280
PTPASPIPES
290
GSPVPSRTGN
300
LTAEPADPAR
310
VSSRQRLELV
320
ALIYSSCIAE
330
NLVPNLFLEL
340
FFVLQLLTAR
350
RMVATKDSDL
360
ESSQGALDSL
370
DTPLFRSIHD
380
CVFFAVQVLE
390
HQFQVLSYLD
400
KGTLKLLAEN
410
ERLLCFSPAL
420
QGRLRAAYEG
430
SVAKVSLVIP
440
PSAQAVSFQP
450
ETDNRANFSS
460
DRAFHTFKKQ
470
RDVFYEVLRE
480
WEDHHEEPSW
490
DFEKGLGSRI
500
RAMMGQLSAA
510
CSHSHFVRLF
520
QKQLLQMCQS
530
PGGAGGSVLG
540
EAPDVLNMLG
550
ADKLGRLRQL
560
QERLIAPQSS
570
GGPCPPPTFP
580
GCQGFFRDFI
590
MSASSFHFNQ
600
HLMDSLSLKI
610
RELNGLRLPQ
620
HEPGDEDGES
630
DMDWQGERRQ
640
FAVVLLSLRL
650
LAKFLGFVAF
660
LPYRGHEPPP
670
TRELQDSILA
680
LRSQVPPVLD
690
IRALLQQGLW
700
ARRAVLTVPW
710
LVEFLSFADH
720
IVPLLDYYRS
730
VFTLLLRLHR
740
SLVLSKENEG
750
EMCFLNKLLL
760
LAVLGWLFQI
770
PTVPEDLFFL
780
EDGQVDAFEV
790
TTTASEHGLD
800
SVPVVDQQLL
810
YTCCPYIGEL
820
RKLLASWVSG
830
SSGRSGGFVR
840
KITPTTTSSL
850
GALPLQTSQG
860
LQAQLAEAFF
870
HNQPPSLRRT
880
VEFVAERIGS
890
NCVKHIKATL
900
VADLVHQAES
910
LLQEQLVARG
920
QEGGDPAQLL
930
ESLCSQLCPH
940
GAQALTQGRE
950
FCQRKSPTAV
960
RALLPEETPA
970
AVLSSAENIA
980
VGLATEKACS
990
WLSANITALI
1000
RREVKAAVSR
1010
MLRAQGPEPT
1020
ARVERRGCSR
1030
ACEHHAPLPS
1040
HLISEIKFHH
1050
CSLQDVLSLA
1060
AGPRDPEEGV
1070
SPEHLEQLLN
1080
QMGQSLRCRQ
1090
FLCPTAEQHL
1100
AKCSVELASL
1110
LVADQIPILG
1120
PPTQHRLERG
1130
HARRLLHMLL
1140
SLWKDDFQGP
1150
VPLQLLLSPR
1160
NVGLLADTRP
1170
REWDLLLFLL
1180
RELVEKDLMG
1190
HLEIEACLGR
1200
LNEAQWPGDF
1210
SEELSTLFRL
1220
FLAEPHLLEP
1230
QLRACELMQP
NRGTVLAQS
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites