Click to expand (1 result)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MFLYNLTLQR
20
ATGISFAIHG
30
NFSGTKQQEI
40
VVSRGKILEL
50
LRPDPNTGKV
60
HTLLTVEVFG
70
VIRSLMAFRL
80
TGGTKDYIVV
90
GSDSGRIVIL
100
EYQPSKNMFE
110
KIHQETFGKS
120
GCRRIVPGQF
130
LAVDPKGRAV
140
MISAIEKQKL
150
VYILNRDAAA
160
RLTISSPLEA
170
HKANTLVYHV
180
VGVDVGFENP
190
MFACLEMDYE
200
EADNDPTGEA
210
AANTQQTLTF
220
YELDLGLNHV
230
VRKYSEPLEE
240
HGNFLITVPG
250
GSDGPSGVLI
260
CSENYITYKN
270
FGDQPDIRCP
280
IPRRRNDLDD
290
PERGMIFVCS
300
ATHKTKSMFF
310
FLAQTEQGDI
320
FKITLETDED
330
MVTEIRLKYF
340
DTVPVAAAMC
350
VLKTGFLFVA
360
SEFGNHYLYQ
370
IAHLGDDDEE
380
PEFSSAMPLE
390
EGDTFFFQPR
400
PLKNLVLVDE
410
LDSLSPILFC
420
QIADLANEDT
430
PQLYVACGRG
440
PRSSLRVLRH
450
GLEVSEMAVS
460
ELPGNPNAVW
470
TVRRHIEDEF
480
DAYIIVSFVN
490
ATLVLSIGET
500
VEEVTDSGFL
510
GTTPTLSCSL
520
LGDDALVQVY
530
PDGIRHIRAD
540
KRVNEWKTPG
550
KKTIVKCAVN
560
QRQVVIALTG
570
GELVYFEMDP
580
SGQLNEYTER
590
KEMSADVVCM
600
SLANVPPGEQ
610
RSRFLAVGLV
620
DNTVRIISLD
630
PSDCLQPLSM
640
QALPAQPESL
650
CIVEMGGTEK
660
QDELGERGSI
670
GFLYLNIGLQ
680
NGVLLRTVLD
690
PVTGDLSDTR
700
TRYLGSRPVK
710
LFRVRMQGQE
720
AVLAMSSRSW
730
LSYSYQSRFH
740
LTPLSYETLE
750
FASGFASEQC
760
PEGIVAISTN
770
TLRILALEKL
780
GAVFNQVAFP
790
LQYTPRKFVI
800
HPESNNLIII
810
ETDHNAYTEA
820
TKAQRKQQMA
830
EEMVEAAGED
840
ERELAAEMAA
850
AFLNENLPES
860
IFGAPKAGNG
870
QWASVIRVMN
880
PIQGNTLDLV
890
QLEQNEAAFS
900
VAVCRFSNTG
910
EDWYVLVGVA
920
KDLILNPRSV
930
AGGFVYTYKL
940
VNNGEKLEFL
950
HKTPVEEVPA
960
AIAPFQGRVL
970
IGVGKLLRVY
980
DLGKKKLLRK
990
CENKHIANYI
1000
SGIQTIGHRV
1010
IVSDVQESFI
1020
WVRYKRNENQ
1030
LIIFADDTYP
1040
RWVTTASLLD
1050
YDTVAGADKF
1060
GNICVVRLPP
1070
NTNDEVDEDP
1080
TGNKALWDRG
1090
LLNGASQKAE
1100
VIMNYHVGET
1110
VLSLQKTTLI
1120
PGGSESLVYT
1130
TLSGGIGILV
1140
PFTSHEDHDF
1150
FQHVEMHLRS
1160
EHPPLCGRDH
1170
LSFRSYYFPV
1180
KNVIDGDLCE
1190
QFNSMEPNKQ
1200
KNVSEELDRT
1210
PPEVSKKLED
IRTRYAF
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites