Click to expand (2 results)
10
MEDYLQDCRA
20
ALQDSRPLHV
30
VLGNEACDLD
40
SMVSALALAF
50
YLTKTSEAED
60
IFIPVLNIKR
70
SELPLRGDNV
80
FFLQEVKIPE
90
PALIFRDEID
100
LLALHQAGQL
110
TLILVDHHIL
120
PKSDAALEEA
130
VAEVLDHRPI
140
EQKYCPPCHV
150
SVELVGSCAT
160
LVTERILQGA
170
PETLDRQTAA
180
LLHGTIILDC
190
VNMDTNIGKA
200
TPKDSKYVEE
210
LEALFPDLPK
220
RKDIFDSLQK
230
AKFDVSGLTT
240
EQMLRKDQKT
250
VYRQGTKVAI
260
SAIYMDLKAF
270
LQRTDLFTDL
280
SSFCHDHSYD
290
ALVAMTIFFN
300
TQNEPVRQLA
310
IFCPHEALRM
320
TICGILERST
330
SPPLKLTPIP
340
STSPNLQAYH
350
QGNTQVSRKK
360
LLPVLQEALS
370
AYLDSAKMAS
380
GQSEVAVGMS
390
REQVDKDLDK
400
ASNSLISGLS
410
QDEEDPPLPP
420
TPMNSLVDEC
430
PLDQGLPKFS
440
AEAVFEKCSQ
450
ISLSQSARAC
TSNK
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
MEDYLQGCRA
20
ALQESRPLHV
30
VLGNEACDLD
40
STVSALALAF
50
YLAKTTEAEE
60
VFVPVLNIKR
70
SELPLRGDIV
80
FFLQKVHIPE
90
SILIFRDEID
100
LHALYQAGQL
110
TLILVDHHIL
120
SKSDTALEEA
130
VAEVLDHRPI
140
EPKHCPPCHV
150
SVELVGSCAT
160
LVTERILQGA
170
PEILDRQTAA
180
LLHGTIILDC
190
VNMDLKIGKA
200
TPKDSKYVEK
210
LEALFPDLPK
220
RNDIFDSLQK
230
AKFDVSGLTT
240
EQMLRKDQKT
250
IYRQGVKVAI
260
SAIYMDLEAF
270
LQRSNLLADL
280
HAFCQAHSYD
290
VLVAMTIFFN
300
THNEPVRQLA
310
IFCPHVALQT
320
TICEVLERSH
330
SPPLKLTPAS
340
STHPNLHAYL
350
QGNTQVSRKK
360
LLPLLQEALS
370
AYFDSMKIPS
380
GQPETADVSR
390
EQVDKELDRA
400
SNSLISGLSQ
410
DEEDPPLPPT
420
PMNSLVDECP
430
LDQGLPKLSA
440
EAVFEKCSQI
450
SLSQSTTASL
SKK
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites