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
MASQLQVFSP
20
PSVSSSAFCS
30
AKKLKIEPSG
40
WDVSGQSSND
50
KYYTHSKTLP
60
ATQGQASSSH
70
QVANFNLPAY
80
DQGLLLPAPA
90
VEHIVVTAAD
100
SSGSAATATF
110
QSSQTLTHRS
120
NVSLLEPYQK
130
CGLKRKSEEV
140
ESNGSVQIIE
150
EHPPLMLQNR
160
TVVGAAATTT
170
TVTTKSSSSS
180
GEGDYQLVQH
190
EILCSMTNSY
200
EVLEFLGRGT
210
FGQVAKCWKR
220
STKEIVAIKI
230
LKNHPSYARQ
240
GQIEVSILSR
250
LSSENADEYN
260
FVRSYECFQH
270
KNHTCLVFEM
280
LEQNLYDFLK
290
QNKFSPLPLK
300
YIRPILQQVA
310
TALMKLKSLG
320
LIHADLKPEN
330
IMLVDPVRQP
340
YRVKVIDFGS
350
ASHVSKAVCS
360
TYLQSRYYRA
370
PEIILGLPFC
380
EAIDMWSLGC
390
VIAELFLGWP
400
LYPGASEYDQ
410
IRYISQTQGL
420
PAEYLLSAGT
430
KTTRFFNRDP
440
NLGYPLWRLK
450
TPEEHELETG
460
IKSKEARKYI
470
FNCLDDMAQV
480
NMSTDLEGTD
490
MLAEKADRRE
500
YIDLLKKMLT
510
IDADKRITPL
520
KTLNHQFVTM
530
SHLLDFPHSS
540
HVKSCFQNME
550
ICKRRVHMYD
560
TVSQIKSPFT
570
THVAPNTSTN
580
LTMSFSNQLN
590
TVHNQASVLA
600
SSSTAAAATL
610
SLANSDVSLL
620
NYQSALYPSS
630
AAPVPGVAQQ
640
GVSLQPGTTQ
650
ICTQTDPFQQ
660
TFIVCPPAFQ
670
TGLQATTKHS
680
GFPVRMDNAV
690
PIVPQAPAAQ
700
PLQIQSGVLT
710
QGSCTPLMVA
720
TLHPQVATIT
730
PQYAVPFTLS
740
CAAGRPALVE
750
QTAAVLQAWP
760
GGTQQILLPS
770
AWQQLPGVAL
780
HNSVQPAAVI
790
PEAMGSSQQL
800
ADWRNAHSHG
810
NQYSTIMQQP
820
SLLTNHVTLA
830
TAQPLNVGVA
840
HVVRQQQSSS
850
LPSKKNKQSA
860
PVSSKSSLEV
870
LPSQVYSLVG
880
SSPLRTTSSY
890
NSLVPVQDQH
900
QPIIIPDTPS
910
PPVSVITIRS
920
DTDEEEDNKY
930
KPNSSSLKAR
940
SNVISYVTVN
950
DSPDSDSSLS
960
SPHPTDTLSA
970
LRGNSGTLLE
980
GPGRPAADGI
990
GTRTIIVPPL
1000
KTQLGDCTVA
1010
TQASGLLSSK
1020
TKPVASVSGQ
1030
SSGCCITPTG
1040
YRAQRGGASA
1050
VQPLNLSQNQ
1060
QSSSASTSQE
1070
RSSNPAPRRQ
1080
QAFVAPLSQA
1090
PYAFQHGSPL
1100
HSTGHPHLAP
1110
APAHLPSQPH
1120
LYTYAAPTSA
1130
AALGSTSSIA
1140
HLFSPQGSSR
1150
HAAAYTTHPS
1160
TLVHQVPVSV
1170
GPSLLTSASV
1180
APAQYQHQFA
1190
TQSYIGSSRG
1200
STIYTGYPLS
1210
PTKISQYSYL
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
MASQLQVFSP
20
PSVSSSAFCS
30
AKKLKIEPSG
40
WDVSGQSSND
50
KYYTHSKTLP
60
ATQGQANSSH
70
QVANFNIPAY
80
DQGLLLPAPA
90
VEHIVVTAAD
100
SSGSAATSTF
110
QSSQTLTHRS
120
NVSLLEPYQK
130
CGLKRKSEEV
140
DSNGSVQIIE
150
EHPPLMLQNR
160
TVVGAAATTT
170
TVTTKSSSSS
180
GEGDYQLVQH
190
EILCSMTNSY
200
EVLEFLGRGT
210
FGQVAKCWKR
220
STKEIVAIKI
230
LKNHPSYARQ
240
GQIEVSILSR
250
LSSENADEYN
260
FVRSYECFQH
270
KNHTCLVFEM
280
LEQNLYDFLK
290
QNKFSPLPLK
300
YIRPILQQVA
310
TALMKLKSLG
320
LIHADLKPEN
330
IMLVDPVRQP
340
YRVKVIDFGS
350
ASHVSKAVCS
360
TYLQSRYYRA
370
PEIILGLPFC
380
EAIDMWSLGC
390
VIAELFLGWP
400
LYPGASEYDQ
410
IRYISQTQGL
420
PAEYLLSAGT
430
KTTRFFNRDP
440
NLGYPLWRLK
450
TPEEHELETG
460
IKSKEARKYI
470
FNCLDDMAQV
480
NMSTDLEGTD
490
MLAEKADRRE
500
YIDLLKKMLT
510
IDADKRITPL
520
KTLNHQFVTM
530
THLLDFPHSN
540
HVKSCFQNME
550
ICKRRVHMYD
560
TVSQIKSPFT
570
THVAPNTSTN
580
LTMSFSNQLN
590
TVHNQASVLA
600
SSSTAAAATL
610
SLANSDVSLL
620
NYQSALYPSS
630
AAPVPGVAQQ
640
GVSLQPGTTQ
650
ICTQTDPFQQ
660
TFIVCPPAFQ
670
TGLQATTKHS
680
GFPVRMDNAV
690
PIVPQAPAAQ
700
PLQIQSGVLT
710
QGSCTPLMVA
720
TLHPQVATIT
730
PQYAVPFTLS
740
CAAGRPALVE
750
QTAAVLQAWP
760
GGTQQILLPS
770
TWQQLPGVAL
780
HNSVQPTAMI
790
PEAMGSGQQL
800
ADWRNAHSHG
810
NQYSTIMQQP
820
SLLTNHVTLA
830
TAQPLNVGVA
840
HVVRQQQSSS
850
LPSKKNKQSA
860
PVSSKSSLDV
870
LPSQVYSLVG
880
SSPLRTTSSY
890
NSLVPVQDQH
900
QPIIIPDTPS
910
PPVSVITIRS
920
DTDEEEDNKY
930
KPSSSGLKPR
940
SNVISYVTVN
950
DSPDSDSSLS
960
SPYSTDTLSA
970
LRGNSGSVLE
980
GPGRVVADGT
990
GTRTIIVPPL
1000
KTQLGDCTVA
1010
TQASGLLSNK
1020
TKPVASVSGQ
1030
SSGCCITPTG
1040
YRAQRGGTSA
1050
AQPLNLSQNQ
1060
QSSAAPTSQE
1070
RSSNPAPRRQ
1080
QAFVAPLSQA
1090
PYTFQHGSPL
1100
HSTGHPHLAP
1110
APAHLPSQAH
1120
LYTYAAPTSA
1130
AALGSTSSIA
1140
HLFSPQGSSR
1150
HAAAYTTHPS
1160
TLVHQVPVSV
1170
GPSLLTSASV
1180
APAQYQHQFA
1190
TQSYIGSSRG
1200
STIYTGYPLS
1210
PTKISQYSYL
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites