Click to expand (3 results)
10
MDDLDALLAD
20
LESTTSHISK
30
RPVFLSEETP
40
YSYPTGNHTY
50
QEIAVPPPVP
60
PPPSSEALNG
70
TILDPLDQWQ
80
PSSSRFIHQQ
90
PQSSSPVYGS
100
SAKTSSVSNP
110
QDSVGSPCSR
120
VGEEEHVYSF
130
PNKQKSAEPS
140
PTVMSTSLGS
150
NLSELDRLLL
160
ELNAVQHNPP
170
GFPADEANSS
180
PPLPGALSPL
190
YGVPETNSPL
200
GGKAGPLTKE
210
KPKRNGGRGL
220
EDVRPSVESL
230
LDELESSVPS
240
PVPAITVNQG
250
EMSSPQRVTS
260
TQQQTRISAS
270
SATRELDELM
280
ASLSDFKIQG
290
LEQRADGERC
300
WAAGWPRDGG
310
RSSPGGQDEG
320
GFMAQGKTGS
330
SSPPGGPPKP
340
GSQLDSMLGS
350
LQSDLNKLGV
360
ATVAKGVCGA
370
CKKPIAGQVV
380
TAMGKTWHPE
390
HFVCTHCQEE
400
IGSRNFFERD
410
GQPYCEKDYH
420
NLFSPRCYYC
430
NGPILDKVVT
440
ALDRTWHPEH
450
FFCAQCGAFF
460
GPEGFHEKDG
470
KAYCRKDYFD
480
MFAPKCGGCA
490
RAILENYISA
500
LNTLWHPECF
510
VCRECFTPFV
520
NGSFFEHDGQ
530
PYCEVHYHER
540
RGSLCSGCQK
550
PITGRCITAM
560
AKKFHPEHFV
570
CAFCLKQLNK
580
GTFKEQNDKP
590
YCQNCFLKLF
C
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MDDLDALLAD
20
LESTTSHISK
30
RPVFLSEEPP
40
YSYPTGNHTY
50
QEIAVPPPVP
60
PPPSSEALNG
70
TVLDPLDQWQ
80
PSGSRYAHQQ
90
PPSPSPIYSS
100
STKNSSASNP
110
QDSVGSLCSR
120
AGEEEHVYSF
130
PNKQKSAEPS
140
PTVMSSSLGS
150
NLSELDRLLL
160
ELNAVQRSPS
170
GFSAGMVSVQ
180
ASREPLGSWG
190
TEGRAIILSP
200
FFQDEAESSP
210
PLPGALSPLY
220
GVPESNNLLG
230
GKAGPLMKEK
240
PKRNGGRGLE
250
DVRPSVESLL
260
DELENSVPSP
270
VPAITVNQGE
280
MSSPQRVTSS
290
QQQTRISASS
300
ATRELDELMA
310
SLSDFKFMAQ
320
GKTGSSSPPG
330
GLSKPGSQLD
340
SMLGSLQSDL
350
NKLGVATVAK
360
GVCGACKKPI
370
AGQVVTAMGK
380
TWHPEHFVCT
390
HCQEEIGSRN
400
FFERDGQPYC
410
EKDYHSLFSP
420
RCYYCNGPIL
430
DKVVTALDRT
440
WHPEHFFCAQ
450
CGAFFGPEGF
460
HEKDGKAYCR
470
KDYFDMFAPK
480
CGGCARAILE
490
NYISALNTLW
500
HPECFVCREC
510
FTPFVNGSFF
520
EHDGQPYCEV
530
HYHERRGSLC
540
SGCQKPITGR
550
CITAMAKKFH
560
PEHFVCAFCL
570
KQLNKGTFKE
580
QNDKPYCQSC
FLKLFC
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
MDDLDALLAD
20
LESTTSHISK
30
RPVFLSEEPP
40
YSYPTGNHTY
50
QEIAVPPPVP
60
PPPSSEALNG
70
TVLDPLDQWQ
80
PSGSRYAHQQ
90
PPSPLPVYSS
100
SAKNSSASNT
110
QDGVGSLCSR
120
AGEEEHVYSF
130
PNKQKSAEPS
140
PTVMSSSLGS
150
NLSELDRLLL
160
ELNAVQHSPP
170
GFPADEAESS
180
PPLPGALSPL
190
YGIPENNTPL
200
GGKAGPLVKE
210
KPKRNGGRGL
220
EDVRPSVESL
230
LDELESSVPS
240
PVPAITVNQG
250
EMSSPQRVTS
260
SQQQTRISAS
270
SATRELDELM
280
ASLSDFKMQG
290
LEQRVDGERP
300
WAAGWPPSSR
310
QSSPEGQDEG
320
GFMAQGKTGS
330
SSPPGGLSKP
340
GSQLDSMLGS
350
LQSDLNKLGV
360
ATVAKGVCGA
370
CKKPIAGQVV
380
TAMGKTWHPE
390
HFVCTHCQEE
400
IGSRNFFERD
410
GQPYCEKDYH
420
SLFSPRCYYC
430
NGPILDKVVT
440
ALDRTWHPEH
450
FFCAQCGAFF
460
GPEGFHEKDG
470
KAYCRKDYFD
480
MFAPKCGGCA
490
RAILENYISA
500
LNTLWHPECF
510
VCRECFTPFV
520
NGSFFEHDGQ
530
PYCEVHYHER
540
RGSLCSGCQK
550
PITGRCITAM
560
AKKFHPEHFV
570
CAFCLKQLNK
580
GTFKEQNDKP
590
YCQSCFVKLF
C
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites