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
MSAEREAAEA
20
ATVAAATEAG
30
AETGTGAGEG
40
APSQPPTVEV
50
ASDPQPPPAP
60
EASASASAPP
70
LRCLVLTGFG
80
GYDKVKLQSR
90
PAVPPAPGPG
100
QLTLRVRACG
110
LNFADLMGRQ
120
GLYDRLPPLP
130
VTPGMEGAGV
140
VVAVGEGVGD
150
RKAGDRVMVL
160
NRSGMWQEEV
170
TVPSAQTFLM
180
PEAMTFEEAA
190
ALLVNYITAY
200
MVLFDFGNLR
210
PGHSVLVHMA
220
AGGVGMAALQ
230
LCRTVENVTV
240
FGTASASKHE
250
VLKENGVTHP
260
IDYHTTDYVD
270
EIKKISPKGV
280
DIVMDPLGGS
290
DTAKGYHLLK
300
PMGKVVTYGM
310
ANLLTGPKRN
320
LMAMARTWWN
330
QFSVTALQLL
340
QANRAVCGFH
350
LGYLDGEVEL
360
VNSVVTRLVA
370
LYNQGHIKPR
380
IDSVWPFEKV
390
ADAMKQMQEK
400
KNIGKVLLVP
GPEKET
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
MSDEREVAEA
20
ATGEDASSPP
30
PKTEAASDPQ
40
HPAASEGAAA
50
AAASPPLLRC
60
LVLTGFGGYD
70
KVKLQSRPAA
80
PPAPGPGQLT
90
LRLRACGLNF
100
ADLMARQGLY
110
DRLPPLPVTP
120
GMEGAGVVIA
130
VGEGVSDRKA
140
GDRVMVLNRS
150
GMWQEEVTVP
160
SVQTFLIPEA
170
MTFEEAAALL
180
VNYITAYMVL
190
FDFGNLQPGH
200
SVLVHMAAGG
210
VGMAAVQLCR
220
TVENVTVFGT
230
ASASKHEALK
240
ENGVTHPIDY
250
HTTDYVDEIK
260
KISPKGVDIV
270
MDPLGGSDTA
280
KGYNLLKPMG
290
KVVTYGMANL
300
LTGPKRNLMA
310
LARTWWNQFS
320
VTALQLLQAN
330
RAVCGFHLGY
340
LDGEVELVSG
350
VVARLLALYN
360
QGHIKPHIDS
370
VWPFEKVADA
380
MKQMQEKKNV
390
GKVLLVPGPE
KEN
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites