Click to expand (2 results)
10
MLKVTVPSCS
20
ASSCSSVTAS
30
AAPGTASLVP
40
DYWIDGSNRD
50
ALSDFFEVES
60
ELGRGATSIV
70
YRCKQKGTQK
80
PYALKVLKKT
90
VDKKIVRTEI
100
GVLLRLSHPN
110
IIKLKEIFET
120
PTEISLVLEL
130
VTGGELFDRI
140
VEKGYYSERD
150
AADAVKQILE
160
AVAYLHENGI
170
VHRDLKPENL
180
LYATPAPDAP
190
LKIADFGLSK
200
IVEHQVLMKT
210
VCGTPGYCAP
220
EILRGCAYGP
230
EVDMWSVGII
240
TYILLCGFEP
250
FYDERGDQFM
260
FRRILNCEYY
270
FISPWWDEVS
280
LNAKDLVRKL
290
IVLDPKKRLT
300
TFQALQHPWV
310
TGKAANFVHM
320
DTAQKKLQEF
330
NARRKLKAAV
340
KAVVASSRLG
350
SASSSHGSIQ
360
ESHKASRDPS
370
PIQDGNEDMK
380
AIPEGEKIQG
390
DGAQAAVKGA
400
QAELMKVQAL
410
EKVKGADINA
420
EEAPKMVPKA
430
VEDGIKVADL
440
ELEEGLAEEK
450
LKTVEEAAAP
460
REGQGSSAVG
470
FEVPQQDVIL
PEY
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
MLKVTVPSCP
20
SSPCSSVTAS
30
TENLVPDYWI
40
DGSNRDPLGD
50
FFEVESELGR
60
GATSIVYRCK
70
QKGTQKPYAL
80
KVLKKTVDKK
90
IVRTEIGVLL
100
RLSHPNIIKL
110
KEIFETPTEI
120
SLVLELVTGG
130
ELFDRIVEKG
140
YYSERDARDA
150
VKQILEAVAY
160
LHENGIVHRD
170
LKPENLLYAT
180
PAPDAPLKIA
190
DFGLSKIVEH
200
QVLMKTVCGT
210
PGYCAPEILR
220
GCAYGPEVDM
230
WSVGIITYIL
240
LCGFEPFYDE
250
RGDQFMFRRI
260
LNCEYYFISP
270
WWDEVSLNAK
280
DLVKKLIVLD
290
PKKRLTTFQA
300
LQHPWVTGKA
310
ANFVHMDTAQ
320
KKLQEFNARR
330
KLKAAVKAVV
340
ASSRLGSASS
350
SHTSIQENHK
360
ASSDPPSTQD
370
AKDSTDLLGK
380
KMQEEDQEED
390
QVEAEASADE
400
MRKLQSEEVE
410
KDAGVKEEET
420
SSMVPQDPED
430
ELETDDPEMK
440
RDSEEKLKSV
450
EEEMDPMTEE
460
EAPDAGLGVP
QQDAIQPEY
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites