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
MEKREAFIQA
20
VSKELVEEFL
30
QFLQLDKDSS
40
NPFSLSELLD
50
ELSRKQKEEL
60
WQRLKDLLTE
70
TLLESPVDRW
80
QTVEVEGADD
90
MESEHSPKMR
100
KSIKIICAIV
110
TVILASVSII
120
NEHENYGALL
130
ECAVILNGIL
140
YALPESEQKL
150
QNSIQDLCVK
160
WWERGLPAKE
170
DMGKTAFIML
180
LRRSLETKSG
190
ADVCRLWRIH
200
QALYCFDYDW
210
EESREIKDML
220
LECFINVNYI
230
KKEEGRRFLS
240
FLFSWNVDFI
250
KMIHETIKNQ
260
LAGLQKSLMV
270
HIAEIYFRAW
280
KKASGKMLET
290
IEYDCIQDFM
300
FHGIHLLRRS
310
PVHSKVREVL
320
SYFHQQKVRQ
330
GVEEMLYRLY
340
KPILWRGLKA
350
RNSEVRSNAA
360
LLFVEAFPIR
370
DPNFTATEMD
380
NEIQKQFEEL
390
YNLIEDPYPR
400
VRSTGILGVC
410
KISSKYWEMM
420
PPNILVDFLK
430
KVTGELAFDI
440
SSADVRCSVF
450
KCLPIILDNK
460
LSHPLLEQLL
470
PTLRYSLHDN
480
SEKVRVAFVD
490
LLLKIKAVRA
500
AKFWKICPME
510
DILVRLEMDS
520
RPVSRRLVSL
530
IFNSFLPVNQ
540
PEEVWCERCV
550
TLIQMNRAAA
560
RRFYQYAHEH
570
TASTNIAKLI
580
HVIRHCLNAC
590
IQRTLREGSE
600
AHKECEKENA
610
SVLDKTLSVN
620
DTASMAGLLE
630
IIVILWKNIH
640
RSLENNKEAK
650
IYTINKFAAV
660
LPEYLKVFKD
670
ERCKIPLFML
680
MSFLPASAVP
690
VFSCGVISVL
700
RNQESVTGRS
710
YCTLLDCLCS
720
WGQVGHVLEL
730
IVDWLPTVPP
740
QAKSNLASKR
750
KVEINDTCSV
760
KPELALLYME
770
YLLTHPKNRE
780
CLLSVPQKKL
790
NQLLKALEGS
800
KAELESFLQS
810
PSGNPLNFNK
820
ATALHAFGLY
830
CRMSVHLQYK
840
FCSEEKIHLS
850
ILDDTGSWLE
860
NKVLPLLEDQ
870
EEEYLKLRKD
880
VYQQIIQTYL
890
AVCKDVVMVG
900
LGDPKFQMQL
910
LQRSFGIMKT
920
VKGFFYVSLL
930
LGILKEIAGN
940
TIIHKTDSDE
950
KVTVLFDLVQ
960
EVFQKMLECI
970
ACIFRKQPEE
980
SLPLFHSVQT
990
PLHEFITTIQ
1000
SWHKDTAVHH
1010
AVLSTLIAAP
1020
VVEISHQLQK
1030
VSDIEELTSP
1040
QCLHDLPPFS
1050
RCLVGVIMKS
1060
SDVVRSFVDE
1070
LKACVTSGDV
1080
EGIVCLTAVL
1090
HIILVINKGK
1100
HISAKVKEVA
1110
TAVYRKLKTF
1120
MEITLEEDSL
1130
ERFLYESSMR
TLGEFLNP
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
MEKRETFVQA
20
VSKELVGEFL
30
QFVQLDKEAS
40
DPFSLNELLD
50
ELSRKQKEEL
60
WQRLKNLLTD
70
VLLESPVDGW
80
QVVEAQGEDN
90
METEHGSKMR
100
KSIEIIYAIT
110
SVILASVSVI
120
NESENYEALL
130
ECVIILNGIL
140
YALPESERKL
150
QSSIQDLCVT
160
WWEKGLPAKE
170
DTGKTAFVML
180
LRRSLETKTG
190
ADVCRLWRIH
200
QALYCFDYDL
210
EESGEIKDML
220
LECFININYI
230
KKEEGRRFLS
240
CLFNWNINFI
250
KMIHGTIKNQ
260
LQGLQKSLMV
270
YIAEIYFRAW
280
KKASGKILEA
290
IENDCIQDFM
300
FHGIHLPRRS
310
PVHSKVREVL
320
SYFHHQKKVR
330
QGVEEMLYRL
340
YKPILWRGLK
350
ARNSEVRSNA
360
ALLFVEAFPI
370
RDPNLHAIEM
380
DSEIQKQFEE
390
LYSLLEDPYP
400
MVRSTGILGV
410
CKITSKYWEM
420
MPPTILIDLL
430
KKVTGELAFD
440
TSSADVRCSV
450
FKCLPMILDN
460
KLSHPLLEQL
470
LPALRYSLHD
480
NSEKVRVAFV
490
DMLLKIKAVR
500
AAKFWKICPM
510
EHILVRLETD
520
SRPVSRRLVS
530
LIFNSFLPVN
540
QPEEVWCERC
550
VTLVQMNHAA
560
ARRFYQYAHE
570
HTACTNIAKL
580
IHVIRHCLNA
590
CIQRAVREPP
600
EDEEEEDGRE
610
KENVTVLDKT
620
LSVNDVACMA
630
GLLEIIVILW
640
KSIDRSMENN
650
KEAKLYTINK
660
FASVLPEYLK
670
VFKDDRCKIP
680
LFMLMSFMPA
690
SAVPPFSCGV
700
ISTLRSREEG
710
AVDKSYCTLL
720
DCLCSWGQVG
730
HILELVDNWL
740
PTEHAQAKSN
750
TASKGRVQIH
760
DTRPVKPELA
770
LVYIEYLLTH
780
PKNRECLLSA
790
PRKKLNHLLK
800
ALETSKADLE
810
SLLQTPGGKP
820
RGFSEAAAPR
830
AFGLHCRLSI
840
HLQHKFCSEG
850
KVYLSMLEDT
860
GFWLESKILS
870
FIQDQEEDYL
880
KLHRVIYQQI
890
IQTYLTVCKD
900
VVMVGLGDHQ
910
FQMQLLQRSL
920
GIMQTVKGFF
930
YVSLLLDILK
940
EITGSSLIQK
950
TDSDEEVAML
960
LDTVQKVFQK
970
MLECIARSFR
980
KQPEEGLRLL
990
YSVQRPLHEF
1000
ITAVQSRHTD
1010
TPVHRGVLST
1020
LIAGPVVEIS
1030
HQLRKVSDVE
1040
ELTPPEHLSD
1050
LPPFSRCLIG
1060
IIIKSSNVVR
1070
SFLDELKACV
1080
ASNDIEGIVC
1090
LTAAVHIILV
1100
INAGKHKSSK
1110
VREVAATVHR
1120
KLKTFMEITL
1130
EEDSIERFLY
1140
ESSSRTLGEL
LNS
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites