Click to expand (4 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MAGYLRAVSS
20
LCRASGSTRT
30
WAPAALNVPS
40
WPEQPRRHYA
50
EKRIKVEKPV
60
VEMDGDEMTR
70
IIWQFIKEKL
80
ILPHVDVQLK
90
YFDLGLPNRD
100
QTNDQVTIDS
110
ALATQKYSVA
120
VKCATITPDE
130
ARVEEFKLKK
140
MWKSPNGTIR
150
NILGGTVFRE
160
PIICKNIPRL
170
VPGWTKPITI
180
GRHAHGDQYK
190
ATDFVVDRAG
200
MFKLVFTPKD
210
GSGAKEWEVY
220
NFPAGGVGMG
230
MYNTDESISG
240
FAHSCFQYSI
250
QKKWPLYLST
260
KNTIMKAYDG
270
RFKDIFQEIF
280
DKHYKTDFDK
290
NKIWYEHRLI
300
DDMVAQVLKS
310
SGGFVWACKN
320
YDGDVQSDIL
330
AQGFGSLGLM
340
TSVLVCPDGK
350
TIEAEAAHGT
360
VTRHYREHQK
370
GRPTSTNPIA
380
SIFAWTRGLE
390
HRGKLDGNQD
400
LIRFAQTLEK
410
VCVQTVESGA
420
MTKDLAGCIH
430
GLSNVKLNEH
440
FLNTTDFLDT
450
IKSNLDRALG
KQ
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
No subcellular localization data available from COMPARTMENTS database for this entry
10
MAGYLRVVRS
20
LCRASGSGSA
30
WAPAALTAPN
40
LQEQPRRHYA
50
DKRIKVAKPV
60
VEMDGDEMTR
70
IIWQFIKEKL
80
ILPHVDVQLK
90
YFDLGLPNRD
100
QTNDQVTIDS
110
ALATQKYSVA
120
VKCATITPDE
130
ARVEEFKLKK
140
MWKSPNGTIR
150
NILGGTVFRE
160
PIICKNIPRL
170
VPGWTKPITI
180
GRHAHGDQYK
190
ATDFVVDRAG
200
TFKVVFTPKD
210
GSGPKEWEVY
220
NFPAGGVGMG
230
MYNTDESISG
240
FAHSCFQYAI
250
QKKWPLYMST
260
KNTILKAYDG
270
RFKDIFQAIF
280
EKHYKTEFDK
290
HKIWYEHRLI
300
DDMVAQVLKS
310
SGGFVWACKN
320
YDGDVQSDIL
330
AQGFGSLGLM
340
TSVLVCPDGK
350
TIEAEAAHGT
360
VTRHYREHQK
370
GRPTSTNPIA
380
SIFAWTRGLE
390
HRGKLDGNQD
400
LIRFAQTLEK
410
VCVETVESGA
420
MTKDLAGCIH
430
GLSNVKLNEH
440
FLNTSDFLDT
450
IKSNLDRALG
QQ
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
MAGYLRAVSS
20
LCRASGSART
30
WAPAALTVPS
40
WPEQPRRHYA
50
EKRIKVEKPV
60
VEMDGDEMTR
70
IIWQFIKEKL
80
ILPHVDVQLK
90
YFDLGLPNRD
100
QTNDQVTIDS
110
ALATQKYSVA
120
VKCATITPDE
130
ARVEEFKLKK
140
MWKSPNGTIR
150
NILGGTVFRE
160
PIICKNIPRL
170
VPGWTKPITI
180
GRHAHGDQYK
190
ATDFVVDRAG
200
TFKLVFTPKD
210
GSSAKEWEVY
220
NFPAGGVGMG
230
MYNTDESISG
240
FAHSCFQYSI
250
QKKWPLYLST
260
KNTILKAYDG
270
RFKDIFQEIF
280
DKHYKTDFDK
290
NKIWYEHRLI
300
DDMVAQVLKS
310
SGGFVWACKN
320
YDGDVQSDIL
330
AQGFGSLGLM
340
TSVLVCPDGK
350
TIEAEAAHGT
360
VTRHYREHQK
370
GRPTSTNPIA
380
SIFAWTRGLE
390
HRGKLDGNQD
400
LIRFAQTLEK
410
VCVQTVESGA
420
MTKDLAGCIH
430
GLSNVKLNEH
440
FLNTTDFLDT
450
IKSNLDRALG
KQ
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MAGYLRVVRS
20
LCRASGSRPA
30
WAPAALTAPT
40
SQEQPRRHYA
50
DKRIKVAKPV
60
VEMDGDEMTR
70
IIWQFIKEKL
80
ILPHVDIQLK
90
YFDLGLPNRD
100
QTDDQVTIDS
110
ALATQKYSVA
120
VKCATITPDE
130
ARVEEFKLKK
140
MWKSPNGTIR
150
NILGGTVFRE
160
PIICKNIPRL
170
VPGWTKPITI
180
GRHAHGDQYK
190
ATDFVADRAG
200
TFKMVFTPKD
210
GSGVKEWEVY
220
NFPAGGVGMG
230
MYNTDESISG
240
FAHSCFQYAI
250
QKKWPLYMST
260
KNTILKAYDG
270
RFKDIFQEIF
280
DKHYKTDFDK
290
NKIWYEHRLI
300
DDMVAQVLKS
310
SGGFVWACKN
320
YDGDVQSDIL
330
AQGFGSLGLM
340
TSVLVCPDGK
350
TIEAEAAHGT
360
VTRHYREHQK
370
GRPTSTNPIA
380
SIFAWTRGLE
390
HRGKLDGNQD
400
LIRFAQMLEK
410
VCVETVESGA
420
MTKDLAGCIH
430
GLSNVKLNEH
440
FLNTTDFLDT
450
IKSNLDRALG
RQ
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites