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
MSSAVEPPPP
20
PPPESAPSKP
30
SAAGAGGSSS
40
GNKGGPEGGA
50
APAAPCAAGS
60
GPADTEMEEV
70
FDHGSPGKQK
80
EIQEPDPTYE
90
EKMQTDRANR
100
FEYLLKQTEL
110
FAHFIQPAAQ
120
KTPTSPLKMK
130
PGRPRVKKDE
140
KQNLLSVGDY
150
RHRRTEQEED
160
EELLTESSKA
170
TNVCTRFEDS
180
PSYVKWGKLR
190
DYQVRGLNWL
200
ISLYENGING
210
ILADEMGLGK
220
TLQTISLLGY
230
MKHYRNIPGP
240
HMVLVPKSTL
250
HNWMSEFKKW
260
VPTLRSVCLI
270
GDKEQRAAFV
280
RDVLLPGEWD
290
VCVTSYEMLI
300
KEKSVFKKFN
310
WRYLVIDEAH
320
RIKNEKSKLS
330
EIVREFKTTN
340
RLLLTGTPLQ
350
NNLHELWSLL
360
NFLLPDVFNS
370
ADDFDSWFDT
380
NNCLGDQKLV
390
ERLHMVLRPF
400
LLRRIKADVE
410
KSLPPKKEVK
420
IYVGLSKMQR
430
EWYTRILMKD
440
IDILNSAGKM
450
DKMRLLNILM
460
QLRKCCNHPY
470
LFDGAEPGPP
480
YTTDMHLVTN
490
SGKMVVLDKL
500
LPKLKEQGSR
510
VLIFSQMTRV
520
LDILEDYCMW
530
RNYEYCRLDG
540
QTPHDERQDS
550
INAYNEPNST
560
KFVFMLSTRA
570
GGLGINLATA
580
DVVILYDSDW
590
NPQVDLQAMD
600
RAHRIGQTKT
610
VRVFRFITDN
620
TVEERIVERA
630
EMKLRLDSIV
640
IQQGRLVDQN
650
LNKIGKDEML
660
QMIRHGATHV
670
FASKESEITD
680
EDIDGILERG
690
AKKTAEMNEK
700
LSKMGESSLR
710
NFTMDTESSV
720
YNFEGEDYRE
730
KQKIAFTEWI
740
EPPKRERKAN
750
YAVDAYFREA
760
LRVSEPKAPK
770
APRPPKQPNV
780
QDFQFFPPRL
790
FELLEKEILY
800
YRKTIGYKVP
810
RSPDLPNAAQ
820
AQKEEQLKID
830
EAEPLNDEEL
840
EEKEKLLTQG
850
FTNWNKRDFN
860
QFIKANEKWG
870
RDDIENIARE
880
VEGKTPEEVI
890
EYSAVFWERC
900
NELQDIEKIM
910
AQIERGEARI
920
QRRISIKKAL
930
DTKIGRYKAP
940
FHQLRISYGT
950
NKGKNYTEEE
960
DRFLICMLHK
970
LGFDKENVYD
980
ELRQCIRNSP
990
QFRFDWFLKS
1000
RTAMELQRRC
1010
NTLITLIERE
1020
NMELEEKEKA
1030
EKKKRGPKPS
1040
TQKRKMDGAP
1050
DGRGRKKKLK
L
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
MSSAAEPPPP
20
PPPESAPSKP
30
AASIASGGSN
40
SSNKGGPEGV
50
AAQAVASAAS
60
AGPADAEMEE
70
IFDDASPGKQ
80
KEIQEPDPTY
90
EEKMQTDRAN
100
RFEYLLKQTE
110
LFAHFIQPAA
120
QKTPTSPLKM
130
KPGRPRIKKD
140
EKQNLLSVGD
150
YRHRRTEQEE
160
DEELLTESSK
170
ATNVCTRFED
180
SPSYVKWGKL
190
RDYQVRGLNW
200
LISLYENGIN
210
GILADEMGLG
220
KTLQTISLLG
230
YMKHYRNIPG
240
PHMVLVPKST
250
LHNWMSEFKR
260
WVPTLRSVCL
270
IGDKEQRAAF
280
VRDVLLPGEW
290
DVCVTSYEML
300
IKEKSVFKKF
310
NWRYLVIDEA
320
HRIKNEKSKL
330
SEIVREFKTT
340
NRLLLTGTPL
350
QNNLHELWSL
360
LNFLLPDVFN
370
SADDFDSWFD
380
TNNCLGDQKL
390
VERLHMVLRP
400
FLLRRIKADV
410
EKSLPPKKEV
420
KIYVGLSKMQ
430
REWYTRILMK
440
DIDILNSAGK
450
MDKMRLLNIL
460
MQLRKCCNHP
470
YLFDGAEPGP
480
PYTTDMHLVT
490
NSGKMVVLDK
500
LLPKLKEQGS
510
RVLIFSQMTR
520
VLDILEDYCM
530
WRNYEYCRLD
540
GQTPHDERQD
550
SINAYNEPNS
560
TKFVFMLSTR
570
AGGLGINLAT
580
ADVVILYDSD
590
WNPQVDLQAM
600
DRAHRIGQTK
610
TVRVFRFITD
620
NTVEERIVER
630
AEMKLRLDSI
640
VIQQGRLVDQ
650
NLNKIGKDEM
660
LQMIRHGATH
670
VFASKESEIT
680
DEDIDGILER
690
GAKKTAEMNE
700
KLSKMGESSL
710
RNFTMDTESS
720
VYNFEGEDYR
730
EKQKIAFTEW
740
IEPPKRERKA
750
NYAVDAYFRE
760
ALRVSEPKAP
770
KAPRPPKQPN
780
VQDFQFFPPR
790
LFELLEKEIL
800
FYRKTIGYKV
810
PRNPELPNAA
820
QAQKEEQLKI
830
DEAESLNDEE
840
LEEKEKLLTQ
850
GFTNWNKRDF
860
NQFIKANEKW
870
GRDDIENIAR
880
EVEGKTPEEV
890
IEYSAVFWER
900
CNELQDIEKI
910
MAQIERGEAR
920
IQRRISIKKA
930
LDTKIGRYKA
940
PFHQLRISYG
950
TNKGKNYTEE
960
EDRFLICMLH
970
KLGFDKENVY
980
DELRQCIRNS
990
PQFRFDWFLK
1000
SRTAMELQRR
1010
CNTLITLIER
1020
ENMELEEKEK
1030
AEKKKRGPKP
1040
STQKRKMDGA
1050
PDGRGRKKKL
KL
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites