Click to expand (2 results)
10
MGKKQKNKSE
20
DSTKDDTDLG
30
ALAAEIEGAG
40
AAKEQEPQKS
50
KGKKKKEKKK
60
QDFDENDILR
70
ELEELSLEAQ
80
GIRADRDAAA
90
VKPTENNEEE
100
SASKQDKKKK
110
GQKGKKTSFD
120
ENDSEELEDK
130
DSKSKKTARP
140
NSEAPLSGSE
150
DADDSNKLSK
160
KGKKAQKSTK
170
KRDGSEEDED
180
NSKRSKERSR
190
VNSSGESGGE
200
SDEFLQSRKG
210
QKKNQKNKSV
220
PTVDSGNEDD
230
DSSFKIKTVA
240
QKKAEKKERE
250
KKKRDEEKAK
260
LRKMKEKEEL
270
EKGKKEQSKQ
280
REPQKRPEEE
290
VLTLRGTPDT
300
GAASEEKGDT
310
AAALEDDNEG
320
DKKKKDKKKK
330
KTEKDEKEKE
340
KKKGPSKSTV
350
KAIQEALAKL
360
KEEEERQKRE
370
EEERIKRLEE
380
LEAKRKEEER
390
LEQEKRERKK
400
QKEKERKERL
410
KKEGKLLTKS
420
QREARARAEV
430
TLRHLQAQGV
440
EVPSKDSLPK
450
KRPVYEDKKK
460
KKTPQQLESK
470
EVSETLEISA
480
PVEAVDQGGP
490
EKEETPPSVE
500
PEEEEDTEDA
510
GLDDWEAMAS
520
DEEREKEGNM
530
IHIEVEENPE
540
EEEEEEEEEE
550
EEESEDEEEE
560
GDSEGSDGDE
570
EDCKLSDEKD
580
SGKAGDTKPS
590
KDASSDSEYD
600
SDDDRTKEER
610
AYDKAKRRIE
620
KRRLEHGKNV
630
NTEKLRAPII
640
CVLGHVDTGK
650
TKILDKLRHT
660
HVQDGEAGGI
670
TQQIGATNVP
680
LEAINEQTKM
690
IKNFDRENVR
700
IPGMLIIDTP
710
GHESFSNLRN
720
RGSSLCDIAI
730
LVVDIMHGLE
740
PQTIESINIL
750
KSKKCPFIVA
760
LNKIDRLYDW
770
KKSPDSDVAV
780
TLKKQKKNTK
790
DEFEERAKAI
800
IVEFAQQGLN
810
AALFYENKDP
820
RTFVSLVPTS
830
AHTGDGMGSL
840
IYLLVELTQT
850
MLSKRLAHCE
860
ELRAQVMEVK
870
ALPGMGTTID
880
VILINGRLKE
890
GDTIIVPGVE
900
GPIVTQIRGL
910
LLPPPMKELR
920
VKNQYEKHKE
930
VEAAQGVKIL
940
GKDLEKTLAG
950
LPLLVAYKDD
960
EIPVLKDELI
970
HELKQTLNAI
980
KLEEKGVYVQ
990
ASTLGSLEAL
1000
LEFLKTSEVP
1010
YAGINIGPVH
1020
KKDVMKASVM
1030
LEHDPQYAVI
1040
LAFDVRIERD
1050
AQEMADSLGV
1060
RIFSAEIIYH
1070
LFDAFTKYRQ
1080
DYKKQKQEEF
1090
KHIAVFPCKM
1100
KILPQYIFNS
1110
RDPIVIGVTV
1120
EAGQVKQGTP
1130
MCVPSKNFVD
1140
IGIVTSIEIN
1150
HKQVDVAKKG
1160
QEVCVKIEPI
1170
PGESPKMFGR
1180
HFEATDILVS
1190
KISRQSIDAL
1200
KDWFRDEMQK
1210
SDWQLIVELK
KVFEII
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
MGKKQKNKSE
20
DSTKDDIDLD
30
ALAAEIEGAG
40
AAKEQEPQKS
50
KGKKKKEKKK
60
QDFDEDDILK
70
ELEELSLEAQ
80
GIKADRETVA
90
VKPTENNEEE
100
FTSKDKKKKG
110
QKGKKQSFDD
120
NDSEELEDKD
130
SKSKKTAKPK
140
VEMYSGSDDD
150
DDFNKLPKKA
160
KGKAQKSNKK
170
WDGSEEDEDN
180
SKKIKERSRI
190
NSSGESGDES
200
DEFLQSRKGQ
210
KKNQKNKPGP
220
NIESGNEDDD
230
ASFKIKTVAQ
240
KKAEKKERER
250
KKRDEEKAKL
260
RKLKEKEELE
270
TGKKDQSKQK
280
ESQRKFEEET
290
VKSKVTVDTG
300
VIPASEEKAE
310
TPTAAEDDNE
320
GDKKKKDKKK
330
KKGEKEEKEK
340
EKKKGPSKAT
350
VKAMQEALAK
360
LKEEEERQKR
370
EEEERIKRLE
380
ELEAKRKEEE
390
RLEQEKRERK
400
KQKEKERKER
410
LKKEGKLLTK
420
SQREARARAE
430
ATLKLLQAQG
440
VEVPSKDSLP
450
KKRPIYEDKK
460
RKKIPQQLES
470
KEVSESMELC
480
AAVEVMEQGV
490
PEKEETPPPV
500
EPEEEEDTED
510
AGLDDWEAMA
520
SDEETEKVEG
530
NKVHIEVKEN
540
PEEEEEEEEE
550
EEEDEESEEE
560
EEEEGESEGS
570
EGDEEDEKVS
580
DEKDSGKTLD
590
KKPSKEMSSD
600
SEYDSDDDRT
610
KEERAYDKAK
620
RRIEKRRLEH
630
SKNVNTEKLR
640
APIICVLGHV
650
DTGKTKILDK
660
LRHTHVQDGE
670
AGGITQQIGA
680
TNVPLEAINE
690
QTKMIKNFDR
700
ENVRIPGMLI
710
IDTPGHESFS
720
NLRNRGSSLC
730
DIAILVVDIM
740
HGLEPQTIES
750
INLLKSKKCP
760
FIVALNKIDR
770
LYDWKKSPDS
780
DVAATLKKQK
790
KNTKDEFEER
800
AKAIIVEFAQ
810
QGLNAALFYE
820
NKDPRTFVSL
830
VPTSAHTGDG
840
MGSLIYLLVE
850
LTQTMLSKRL
860
AHCEELRAQV
870
MEVKALPGMG
880
TTIDVILING
890
RLKEGDTIIV
900
PGVEGPIVTQ
910
IRGLLLPPPM
920
KELRVKNQYE
930
KHKEVEAAQG
940
VKILGKDLEK
950
TLAGLPLLVA
960
YKEDEIPVLK
970
DELIHELKQT
980
LNAIKLEEKG
990
VYVQASTLGS
1000
LEALLEFLKT
1010
SEVPYAGINI
1020
GPVHKKDVMK
1030
ASVMLEHDPQ
1040
YAVILAFDVR
1050
IERDAQEMAD
1060
SLGVRIFSAE
1070
IIYHLFDAFT
1080
KYRQDYKKQK
1090
QEEFKHIAVF
1100
PCKIKILPQY
1110
IFNSRDPIVM
1120
GVTVEAGQVK
1130
QGTPMCVPSK
1140
NFVDIGIVTS
1150
IEINHKQVDV
1160
AKKGQEVCVK
1170
IEPIPGESPK
1180
MFGRHFEATD
1190
ILVSKISRQS
1200
IDALKDWFRD
1210
EMQKSDWQLI
1220
VELKKVFEII
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites