Click to expand (3 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MQSWSRVYCS
20
LAKKGHFNRL
30
SHGLQGASSV
40
PLRTYSDQPI
50
DADVTVIGSG
60
PGGYVAAIKA
70
AQLGFKTVCI
80
EKNETLGGTC
90
LNVGCIPSKA
100
LLNNSHYYHL
110
AHGKDFASRG
120
IEIPEVRLNL
130
EKMMEQKRSA
140
VKALTGGIAH
150
LFKQNKVVHV
160
NGFGKITGKN
170
QVTATTADGS
180
TQVIGTKNIL
190
IATGSEVTPF
200
PGITIDEDTI
210
VSSTGALSLK
220
KVPEKLVVIG
230
AGVIGVELGS
240
VWQRLGADVT
250
AVEFLGHVGG
260
IGIDMEISKN
270
FQRILQKQGF
280
KFKLNTKVTG
290
ATKKSDGKID
300
VSVEAASGGK
310
AEVITCDVLL
320
VCIGRRPFTQ
330
NLGLEELGIE
340
LDPKGRIPVN
350
TRFQTKIPNI
360
FAIGDVVAGP
370
MLAHKAEDEG
380
IICVEGMAGG
390
AVHIDYNCVP
400
SVIYTHPEVA
410
WVGKSEEQLK
420
EEGVEFKVGK
430
FPFAANSRAK
440
TNADTDGMVK
450
ILGHKSTDRI
460
LGAHILGPGA
470
GEMVNEAALA
480
LEYGASCEDV
490
ARVCHAHPTL
500
SEAFREANLA
ASFGKPINF
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
MQSWSRVYRS
20
LAKKGHFNRI
30
SHGLQGVSSV
40
PLRTYADQPI
50
EADVTVIGSG
60
PGGYVAAIKS
70
AQLGFKTVCI
80
EKNETLGGTC
90
LNVGCIPSKA
100
LLNNSHYYHM
110
AHGKDFASRG
120
IEIPEVRLNL
130
EKMMEQKHSA
140
VKALTGGIAH
150
LFKQNKVVHV
160
NGFGKITGKN
170
QVTATKADGS
180
TQVIDTKNIL
190
VATGSEVTPF
200
PGITIDEDTI
210
VSSTGALSLK
220
KVPEKLVVIG
230
AGVIGVELGS
240
VWQRLGADVT
250
AVEFLGHVGG
260
IGIDMEISKN
270
FQRILQRQGF
280
KFKLNTKVTG
290
ATKKSDGKID
300
VSVEAASGGK
310
AEVITCDVLL
320
VCIGRRPFTQ
330
NLGLEELGIE
340
LDPKGRIPVN
350
NRFQTKIPNI
360
YAIGDVVAGP
370
MLAHKAEDEG
380
IICVEGMAGG
390
AVHIDYNCVP
400
SVIYTHPEVA
410
WVGKSEEQLK
420
EEGIEFKIGK
430
FPFAANSRAK
440
TNADTDGMVK
450
ILGHKSTDRV
460
LGAHILGPGA
470
GEMVNEAALA
480
LEYGASCEDI
490
ARVCHAHPTL
500
SEAFREANLA
AAFGKPINF
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
MQSWSRVYCS
20
LAKRGHFNRI
30
SHGLQGLSAV
40
PLRTYADQPI
50
DADVTVIGSG
60
PGGYVAAIKA
70
AQLGFKTVCI
80
EKNETLGGTC
90
LNVGCIPSKA
100
LLNNSHYYHM
110
AHGKDFASRG
120
IEMSEVRLNL
130
DKMMEQKSTA
140
VKALTGGIAH
150
LFKQNKVVHV
160
NGYGKITGKN
170
QVTATKADGG
180
TQVIDTKNIL
190
IATGSEVTPF
200
PGITIDEDTI
210
VSSTGALSLK
220
KVPEKMVVIG
230
AGVIGVELGS
240
VWQRLGADVT
250
AVEFLGHVGG
260
VGIDMEISKN
270
FQRILQKQGF
280
KFKLNTKVTG
290
ATKKSDGKID
300
VSIEAASGGK
310
AEVITCDVLL
320
VCIGRRPFTK
330
NLGLEELGIE
340
LDPRGRIPVN
350
TRFQTKIPNI
360
YAIGDVVAGP
370
MLAHKAEDEG
380
IICVEGMAGG
390
AVHIDYNCVP
400
SVIYTHPEVA
410
WVGKSEEQLK
420
EEGIEYKVGK
430
FPFAANSRAK
440
TNADTDGMVK
450
ILGQKSTDRV
460
LGAHILGPGA
470
GEMVNEAALA
480
LEYGASCEDI
490
ARVCHAHPTL
500
SEAFREANLA
ASFGKSINF
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites