Click to expand (4 results)
10
MPYEIKKVFA
20
SLPQVERGVS
30
KILGGDPKGD
40
NFLYTNGKCV
50
ILRNIDNPAV
60
ADIYTEHAHQ
70
VVVAKYAPSG
80
FYIASGDISG
90
KLRIWDTTQK
100
EHILKYEYQP
110
FAGKIKDIAW
120
TEDSKRIAVV
130
GEGREKFGAV
140
FLWDTGSSVG
150
EITGHNKVIN
160
SVDIKQNRPY
170
RLATGSDDNC
180
AAFFEGPPFK
190
FKFTIGDHSR
200
FVNCVRFSPD
210
GNRFATASAD
220
GQIFIYDGKT
230
GEKVCALGGS
240
KAHDGGIYAI
250
SWSPDSTHLL
260
SASGDKTSKI
270
WDVNVNSVVS
280
TFPMGSNVLD
290
QQLGCLWQKD
300
HLLSISLSGY
310
INYLDKNNPS
320
KPLRVIKGHS
330
KSIQCLTVHK
340
NGGKSYIYSG
350
SHDGHINYWD
360
SETGENDSFS
370
GKGHTNQVSR
380
MTVDESGQLV
390
SCSMDDTVRY
400
TNLTLRDYSG
410
QGVVKLDVQP
420
KCVAVGPGGY
430
TVVVCIGQIV
440
LLKDQKKCFS
450
IDNPGYEPEV
460
VAVHPGGDTV
470
AVGGSDGNVR
480
VYSILGATLK
490
DEGKLLEAKG
500
PVTDLAYSHD
510
GAFLAVCDAS
520
KVVTVFSVAD
530
GYSENNVFYG
540
HHAKIVCLAW
550
SPDNEHFASG
560
GMDMMVYVWT
570
LSDPETKVKI
580
QDAHRLHHVS
590
SLAWLDEHTL
600
VTTSHDASVK
EWTITY
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MAQPQPPAYE
20
NKNIYATLPR
30
TQRGQPIVLG
40
ADPKGKNFLY
50
TNGNSVIIRN
60
IENPAIADVY
70
TEHSCAVNVA
80
KYSPSGFYIA
90
SGDASGKIRI
100
WDTVNKEHLL
110
KNEFQPIAGP
120
IKDISWSPDN
130
QRIVAVGEGR
140
ERFGHVFMSE
150
TGTSVGEISG
160
QSKSINSADF
170
RPARPFRIVT
180
GSEDNTIAVF
190
EGPPFKFKMT
200
KQDHSRFVQA
210
VRYSPDGKFF
220
ASAGFDGKVF
230
LYDGTSSELV
240
GEFGSPAHKG
250
GVYALAWKPD
260
STQLLTCSGD
270
KTCRLWTVES
280
RELVSEFVMG
290
TTVDDQQVSC
300
LWQGDNLITV
310
SLSGVITYLN
320
VADPSKPLRV
330
VKGHNKPITV
340
LGLSDDRSTI
350
YTGSHDGVVT
360
NWNSGSGTND
370
RITGTGHGNQ
380
INGIAAWGDF
390
VYTCGIDDSL
400
RQFSVEGNSY
410
TDYVVKLNCQ
420
PRGLAILRNE
430
NIIALACIKE
440
LTLVQDQKKI
450
FSLPIKYEAS
460
SIAVNADTSD
470
VAVGGDDQKL
480
HIYTLKGGVL
490
EPKVELDHLG
500
AVTDVSYSPD
510
LKYLVACDAH
520
RKVVLYSVEE
530
YKPAHNKEWG
540
FHSARVNTVA
550
WSPNSLLVAS
560
GSLDTTIIIW
570
SVANPAKHTI
580
IKNAHPQSQI
590
TRLVWLDNNT
600
VISTGQDCNT
KVWHVENI
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MPYEIKKVFA
20
SLPQVERGVS
30
KILGGDPKGD
40
HFLYTNGKCV
50
ILRNIDNPAI
60
ADIYTEHAHQ
70
VVVAKYAPSG
80
FYIASGDISG
90
KLRIWDTTQK
100
EHLLKYEYQP
110
FAGKIKDIAW
120
TEDSKRIAVV
130
GEGREKFGAV
140
FLWDTGSSVG
150
EITGHNKVIN
160
SVDIKQTRPY
170
RLATGSDDNC
180
AAFFEGPPFK
190
FKFTIGDHSR
200
FVNCVRFSPD
210
GNRFATASAD
220
GQIFIYDGKT
230
GEKVCALGES
240
KAHDGGIYAI
250
SWSPDSTHLL
260
SASGDKTSKI
270
WDVNVNSVVS
280
TFPMGSNVLD
290
QQLGCLWQKD
300
HLLSISLSGY
310
INYLDKNNPS
320
KPLRVIKGHS
330
KSIQCLTVHR
340
NGGKSYIYSG
350
SHDGHINYWD
360
SETGENDSFS
370
GKGHTNQVSR
380
MTVNESEQLV
390
SCSMDDTVRY
400
TNLTLRDYSG
410
QGVVKLDVQP
420
KCVAVGPGGY
430
TVVVCIGQIV
440
LLKDQKKCFS
450
IDNPGYEPEV
460
VAVHPGGDTV
470
AVGGTDGNVR
480
VYSILASTLK
490
DEGKLLEAKG
500
PVTDVAYSHD
510
GAFLAVCDAS
520
KVVTVFSVAD
530
GYSENNVFYG
540
HHAKIVCLAW
550
SPDNEHFASG
560
GMDMMVYVWT
570
LSDPETKVKI
580
QDAHRLHHVS
590
SLAWLDEHTL
600
VTTSHDASVK
EWTITY
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
MPYEIKKVFA
20
SLPQVERGVS
30
KIIGGDPKGN
40
NFLYTNGKCV
50
ILRNIDNPAL
60
ADIYTEHAHQ
70
VVVAKYAPSG
80
FYIASGDVSG
90
KLRIWDTTQK
100
EHLLKYEYQP
110
FAGKIKDIAW
120
TEDSKRIAVV
130
GEGREKFGAV
140
FLWDSGSSVG
150
EITGHNKVIN
160
SVDIKQSRPY
170
RLATGSDDNC
180
AAFFEGPPFK
190
FKFTIGDHSR
200
FVNCVRFSPD
210
GNRFATASAD
220
GQIYIYDGKT
230
GEKVCALGGS
240
KAHDGGIYAI
250
SWSPDSTHLL
260
SASGDKTSKI
270
WDVSVNSVVS
280
TFPMGSTVLD
290
QQLGCLWQKD
300
HLLSVSLSGY
310
INYLDRNNPS
320
KPLHVIKGHS
330
KSIQCLTVHK
340
NGGKSYIYSG
350
SHDGHINYWD
360
SETGENDSFA
370
GKGHTNQVSR
380
MTVDESGQLI
390
SCSMDDTVRY
400
TSLMLRDYSG
410
QGVVKLDVQP
420
KCVAVGPGGY
430
AVVVCIGQIV
440
LLKDQRKCFS
450
IDNPGYEPEV
460
VAVHPGGDTV
470
AIGGVDGNVR
480
LYSILGTTLK
490
DEGKLLEAKG
500
PVTDVAYSHD
510
GAFLAVCDAS
520
KVVTVFSVAD
530
GYSENNVFYG
540
HHAKIVCLAW
550
SPDNEHFASG
560
GMDMMVYVWT
570
LSDPETRVKI
580
QDAHRLHHVS
590
SLAWLDEHTL
600
VTTSHDASVK
EWTITY
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites