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
MDDLFPLIFP
20
SEPAQASGPY
30
VEIIEQPKQR
40
GMRFRYKCEG
50
RSAGSIPGER
60
STDTTKTHPT
70
IKINGYTGPG
80
TVRISLVTKD
90
PPHRPHPHEL
100
VGKDCRDGYY
110
EADLCPDRSI
120
HSFQNLGIQC
130
VKKRDLEQAI
140
SQRIQTNNNP
150
FHVPIEEQRG
160
DYDLNAVRLC
170
FQVTVRDPAG
180
RPLLLTPVLS
190
HPIFDNRAPN
200
TAELKICRVN
210
RNSGSCLGGD
220
EIFLLCDKVQ
230
KEDIEVYFTG
240
PGWEARGSFS
250
QADVHRQVAI
260
VFRTPPYADP
270
SLQAPVRVSM
280
QLRRPSDREL
290
SEPMEFQYLP
300
DTDDRHRIEE
310
KRKRTYETFK
320
SIMKKSPFNG
330
PTEPRPPTRR
340
IAVPTRNSTS
350
VPKPAPQPYT
360
FPASLSTINF
370
DEFSPMLLPS
380
GQISNQALAL
390
APSSAPVLAQ
400
TMVPSSAMVP
410
LAQPPAPAPV
420
LTPGPPQSLS
430
APVPKSTQAG
440
EGTLSEALLH
450
LQFDADEDLG
460
ALLGNSTDPG
470
VFTDLASVDN
480
SEFQQLLNQG
490
VSMSHSTAEP
500
MLMEYPEAIT
510
RLVTGSQRPP
520
DPAPTPLGTS
530
GLPNGLSGDE
540
DFSSIADMDF
SALLSQISS
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
MDELFPLIFP
20
AEPAQASGPY
30
VEIIEQPKQR
40
GMRFRYKCEG
50
RSAGSIPGER
60
STDTTKTHPT
70
IKINGYTGPG
80
TVRISLVTKD
90
PPHRPHPHEL
100
VGKDCRDGFY
110
EAELCPDRCI
120
HSFQNLGIQC
130
VKKRDLEQAI
140
SQRIQTNNNP
150
FQVPIEEQRG
160
DYDLNAVRLC
170
FQVTVRDPSG
180
RPLRLPPVLS
190
HPIFDNRAPN
200
TAELKICRVN
210
RNSGSCLGGD
220
EIFLLCDKVQ
230
KEDIEVYFTG
240
PGWEARGSFS
250
QADVHRQVAI
260
VFRTPPYADP
270
SLQAPVRVSM
280
QLRRPSDREL
290
SEPMEFQYLP
300
DTDDRHRIEE
310
KRKRTYETFK
320
SIMKKSPFSG
330
PTDPRPPPRR
340
IAVPSRSSAS
350
VPKPAPQPYP
360
FTSSLSTINY
370
DEFPTMVFPS
380
GQISQASALA
390
PAPPQVLPQA
400
PAPAPAPAMV
410
SALAQAPAPV
420
PVLAPGPPQA
430
VAPPAPKPTQ
440
AGEGTLSEAL
450
LQLQFDDEDL
460
GALLGNSTDP
470
AVFTDLASVD
480
NSEFQQLLNQ
490
GIPVAPHTTE
500
PMLMEYPEAI
510
TRLVTGAQRP
520
PDPAPAPLGA
530
PGLPNGLLSG
540
DEDFSSIADM
550
DFSALLSQIS
S
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites