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
MKKFSRMPKS
20
EGSGGGAAAG
30
GAAGGGLGGG
40
FASSSMGVRV
50
FAVGRYQVTL
60
EESLAEGGFS
70
TVFLVRTHSG
80
IRCALKRMYV
90
NNTPDLNICK
100
REITIMKELS
110
GHKNIVGYLD
120
CAVNSISDNV
130
WEVLILMEYC
140
RAGQVVNQMN
150
KKLQTGFTES
160
EVLQIFCDTC
170
EAVARLHQCK
180
TPIIHRDLKV
190
ENILLNDAGN
200
YVLCDFGSAT
210
NKFLNPQKDG
220
VNVVEEEIKK
230
YTTLSYRAPE
240
MINLYGGKPI
250
TTKADIWALG
260
CLLYKLCFFT
270
LPFGESQVAI
280
CDGSFTIPDN
290
SRYSHNVHCL
300
IRFMLEPDPE
310
CRPDIFQVSY
320
FAFKFAKKDC
330
PVSNINNSFL
340
PSTLPEPMTA
350
TEAAARKSQM
360
KARITDTIGP
370
TETSIAPRQR
380
PKANSTAATS
390
SVLTIQSSAT
400
PVKVPAPGEF
410
SNHKPKGALR
420
PGNGSEVLMV
430
QGPPQQPPQQ
440
HRVLQQLQQG
450
DWRLQQLHLH
460
RHPHHHHQQQ
470
QQQQQQQQQQ
480
QLQQQQQQQQ
490
QLLQNAYLQQ
500
YQHAMHQQHI
510
LQQQFLMHSV
520
YQPQPPASQY
530
PAMMQQYQQA
540
FLQQQMLARH
550
QQPAQQVSPE
560
YLTSPQEFSP
570
ALVSYASSLP
580
AQVGTIVDSS
590
YGANRSVAEK
600
EAVANFTNQK
610
TISHPPDMSG
620
WNPFGEDNFS
630
KLTEEELLDR
640
EFDLLRSNRL
650
GASTPSDKTV
660
DLPPAPHSRP
670
PEEPFASVPF
680
ISHSGSPEKK
690
TTEHSPNQKS
700
ITANLTKNGG
710
SSPLCKDQRA
720
GKKTSENPVI
730
RGQVQKGHDD
740
SESDFESDPP
750
SPKSSEEEQE
760
DEDAQGEHGD
770
FNDDDTEPEN
780
LGHRPLLMDS
790
EDEEEDDKHS
800
SDSECEQAKT
810
KRGDTSSLRR
820
DKPGVAPDTA
830
LLTPARSPAD
840
ALTPSQEFDV
850
FGAVPFFAAP
860
APQSLQHRGD
870
GKNLSQHAFP
880
EQEDFDVFTK
890
APFNKKVSVQ
900
DWPAVGPDAR
910
PLPARPRSVD
920
IFGSTPFQPF
930
SVSASKSESK
940
EDVFGLVPFE
950
EITGSQQQQK
960
VKQRSLQKLS
970
SRQRRTKQDV
980
SKSNGKRHHG
990
TPTSAKKTLK
1000
PPYRTPERAR
1010
RHKKVGRRDS
1020
QSSNEFLTIS
1030
DSKENISVAL
1040
TDGKDRASVL
1050
PSDESLLDPF
1060
GAKPFHPPDL
1070
WHQPHQGLSD
1080
ICVDHTTILP
1090
GRPRQNSVHG
1100
SFHSAETLRM
1110
DDFGAVPFTE
1120
LVVQSVTPQQ
1130
SQPVELDPFG
AAPFPSKQ
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
MKKFSRMPKS
20
EGGSGGGAAG
30
GGAGGAGAGA
40
GCGSGGSSVG
50
VRVFAVGRHQ
60
VTLEESLAEG
70
GFSTVFLVRT
80
HGGIRCALKR
90
MYVNNMPDLN
100
VCKREITIMK
110
ELSGHKNIVG
120
YLDCAVNSIS
130
DNVWEVLILM
140
EYCRAGQVVN
150
QMNKKLQTGF
160
TEPEVLQIFC
170
DTCEAVARLH
180
QCKTPIIHRD
190
LKVENILLND
200
GGNYVLCDFG
210
SATNKFLNPQ
220
KDGVNVVEEE
230
IKKYTTLSYR
240
APEMINLYGG
250
KPITTKADIW
260
ALGCLLYKLC
270
FFTLPFGESQ
280
VAICDGNFTI
290
PDNSRYSRNI
300
HCLIRFMLEP
310
DPEHRPDIFQ
320
VSYFAFKFAK
330
KDCPVSNINN
340
SSIPSALPEP
350
MTASEAAARK
360
SQIKARITDT
370
IGPTETSIAP
380
RQRPKANSAT
390
TATPSVLTIQ
400
SSATPVKVLA
410
PGEFGNHRPK
420
GALRPGNGPE
430
ILLGQGPPQQ
440
PPQQHRVLQQ
450
LQQGDWRLQQ
460
LHLQHRHPHQ
470
QQQQQQQQQQ
480
QQQQQQQQQQ
490
QQQQQQHHHH
500
HHHHLLQDAY
510
MQQYQHATQQ
520
QQMLQQQFLM
530
HSVYQPQPSA
540
SQYPTMMPQY
550
QQAFFQQQML
560
AQHQPSQQQA
570
SPEYLTSPQE
580
FSPALVSYTS
590
SLPAQVGTIM
600
DSSYSANRSV
610
ADKEAIANFT
620
NQKNISNPPD
630
MSGWNPFGED
640
NFSKLTEEEL
650
LDREFDLLRS
660
NRLEERASSD
670
KNVDSLSAPH
680
NHPPEDPFGS
690
VPFISHSGSP
700
EKKAEHSSIN
710
QENGTANPIK
720
NGKTSPASKD
730
QRTGKKTSVQ
740
GQVQKGNDES
750
ESDFESDPPS
760
PKSSEEEEQD
770
DEEVLQGEQG
780
DFNDDDTEPE
790
NLGHRPLLMD
800
SEDEEEEEKH
810
SSDSDYEQAK
820
AKYSDMSSVY
830
RDRSGSGPTQ
840
DLNTILLTSA
850
QLSSDVAVET
860
PKQEFDVFGA
870
VPFFAVRAQQ
880
PQQEKNEKNL
890
PQHRFPAAGL
900
EQEEFDVFTK
910
APFSKKVNVQ
920
ECHAVGPEAH
930
TIPGYPKSVD
940
VFGSTPFQPF
950
LTSTSKSESN
960
EDLFGLVPFD
970
EITGSQQQKV
980
KQRSLQKLSS
990
RQRRTKQDMS
1000
KSNGKRHHGT
1010
PTSTKKTLKP
1020
TYRTPERARR
1030
HKKVGRRDSQ
1040
SSNEFLTISD
1050
SKENISVALT
1060
DGKDRGNVLQ
1070
PEESLLDPFG
1080
AKPFHSPDLS
1090
WHPPHQGLSD
1100
IRADHNTVLP
1110
GRPRQNSLHG
1120
SFHSADVLKM
1130
DDFGAVPFTE
1140
LVVQSITPHQ
1150
SQQSQPVELD
1160
PFGAAPFPSK
Q
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites