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
MALLTAAARL
20
LGAKNSSCLV
30
LAARHASASS
40
TNLKDILSNL
50
IPKEQARVKT
60
FRQQHGKTVV
70
GQITVDMMYG
80
GMRGMKGLVY
90
ETSVLDPDEG
100
IRFRGYSIPE
110
CQKLLPKAKG
120
GEEPLPEGLF
130
WLLVTGQMPT
140
EEQVSWLSQE
150
WAKRAALPSH
160
VVTMLDNFPT
170
NLHPMSQLSA
180
AITALNSESN
190
FARAYAEGIN
200
RTKYWELIYE
210
DCMDLIAKLP
220
CVAAKIYRNL
230
YREGSSIGAI
240
DSKLDWSHNF
250
TNMLCYTEPQ
260
FTELMRLYLT
270
IHSDHDGGNV
280
SAHTSHLVGS
290
ALSDTYLSFA
300
AAMNGLAGPL
310
HGLANQEVLV
320
WLTQLQKEVG
330
KDVSDEKLRD
340
YIWNTLNSGR
350
VVPGYGHAVL
360
RKTDPRYSCQ
370
REFALKHLPK
380
DPMFKLVAQL
390
YKIVPNILLE
400
QGKAKNPWPN
410
VDAHSGVLLQ
420
YYGMTEMNYY
430
TVLFGVSRAL
440
GVLAQLIWSR
450
ALGFPLERPK
460
SMSTDGLMKF
VDSKSG
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
No subcellular localization data available from COMPARTMENTS database for this entry
10
MALLTAAARL
20
FGAKNASCLV
30
LAARHASASS
40
TNLKDILADL
50
IPKEQTRVKA
60
FRQQHGKTVV
70
GQITVDMMYG
80
GMRGMKGLVY
90
ETSVLDPDEG
100
IRFRGYSIPE
110
CQKLLPKAKG
120
GEEPLPEGLF
130
WLLVTGQIPT
140
EEQVSWLSQE
150
WAKRAALPSH
160
VVTMLDNFPT
170
NLHPMSQLSA
180
AVTALNSEST
190
FARAYSEGIN
200
RTKYWELIYE
210
DSMDLIAKLP
220
CVAAKIYRNL
230
YREGSSIGAI
240
DPKLDWSHNF
250
TNMLGYTDAQ
260
FTELMRLYLT
270
IHSDHEGGNV
280
SAHTSHLVGS
290
ALSDPYLSFA
300
AAMNGLAGPL
310
HGLANQEVLV
320
WLTQLQKEVG
330
KDVSDEKLRD
340
YIWNTLNSGR
350
VVPGYGHAVL
360
RKTDPRYTCQ
370
REFALKHLPQ
380
DPMFKLVAQL
390
YKIVPNILLE
400
QGKAKNPWPN
410
VDAHSGVLLQ
420
YYGMTEMNYY
430
TVLFGVSRAL
440
GVLAQLIWSR
450
ALGFPLERPK
460
SMSTDGLMKF
VDSKSG
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
MALLTAATRL
20
LGAKNSSCLV
30
LAARHASASS
40
TNLKDVLSNL
50
IPKEQARIKT
60
FKQQHGKTVV
70
GQITVDMMYG
80
GMRGMKGLVY
90
ETSVLDPDEG
100
IRFRGYSIPE
110
CQKMLPKAKG
120
GEEPLPEGLF
130
WLLVTGQMPT
140
EEQVSWLSRE
150
WAKRAALPSH
160
VVTMLDNFPT
170
NLHPMSQLSA
180
AITALNSESN
190
FARAYAEGMN
200
RAKYWELIYE
210
DCMDLIAKLP
220
CVAAKIYRNL
230
YREGSSIGAI
240
DSRLDWSHNF
250
TNMLGYTDPQ
260
FTELMRLYLT
270
IHSDHEGGNV
280
SAHTSHLVGS
290
ALSDPYLSFA
300
AAMNGLAGPL
310
HGLANQEVLV
320
WLTQLQKEVG
330
KDVSDEKLRD
340
YIWNTLNSGR
350
VVPGYGHAVL
360
RKTDPRYSCQ
370
REFALKHLPK
380
DPMFKLVAQL
390
YKIVPNILLE
400
QGKAKNPWPN
410
VDAHSGVLLQ
420
YYGMTEMNYY
430
TVLFGVSRAL
440
GVLAQLIWSR
450
ALGFPLERPK
460
SMSTDGLMKF
VDSK
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MALLTAAARL
20
LGTKNASCLV
30
LAARHASASS
40
TNLKDILADL
50
IPKEQARIKT
60
FRQQHGKTVV
70
GQITVDMMYG
80
GMRGMKGLVY
90
ETSVLDPDEG
100
IRFRGFSIPE
110
CQKLLPKAKG
120
GEEPLPEGLF
130
WLLVTGHIPT
140
EEQVSWLSKE
150
WAKRAALPSH
160
VVTMLDNFPT
170
NLHPMSQLSA
180
AVTALNSESN
190
FARAYAQGIS
200
RTKYWELIYE
210
DSMDLIAKLP
220
CVAAKIYRNL
230
YREGSGIGAI
240
DSNLDWSHNF
250
TNMLGYTDHQ
260
FTELTRLYLT
270
IHSDHEGGNV
280
SAHTSHLVGS
290
ALSDPYLSFA
300
AAMNGLAGPL
310
HGLANQEVLV
320
WLTQLQKEVG
330
KDVSDEKLRD
340
YIWNTLNSGR
350
VVPGYGHAVL
360
RKTDPRYTCQ
370
REFALKHLPN
380
DPMFKLVAQL
390
YKIVPNVLLE
400
QGKAKNPWPN
410
VDAHSGVLLQ
420
YYGMTEMNYY
430
TVLFGVSRAL
440
GVLAQLIWSR
450
ALGFPLERPK
460
SMSTEGLMKF
VDSKSG
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites