Click to expand (3 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MSLQSAQYLR
20
QAEVLKAEMT
30
DSKLGPAEVW
40
TSRQALQDLY
50
QKMLVTDLEY
60
ALDKKVEQDL
70
WNHAFKNQIT
80
TLQGQAKNRA
90
NPNRSEVQAN
100
LSLFLEAASG
110
FYTQLLQELC
120
TVFNVDLPCR
130
VKSSQLGIIS
140
NKQTHSSTIV
150
KPQSSSCSYI
160
CQHCLVHLGD
170
IARYRNQTSQ
180
AESYYRHAAQ
190
LVPSNGQPYN
200
QLAILASSKG
210
DHLTTIFYYC
220
RSIAVKFPFP
230
AASTNLQKAL
240
SKALESRDEL
250
KTKWGVSDFI
260
KAFIKFHGHV
270
YLSKSLEKLS
280
PLREKLEEQF
290
KRLLFQKAFN
300
SQQLVHVTVI
310
NLFQLHHLRD
320
FSNETEQHSY
330
SQDEQLCWTQ
340
LLALFMSFLG
350
ILCKCPLQND
360
SQESNNAYPL
370
PAVKVSMDWL
380
RLRPRVFQEA
390
VVDERQYIWP
400
WLISLLNSFH
410
PREDDLSNTN
420
ATPLPEEFEL
430
QGFLALRPSF
440
RNLDFSKGHQ
450
GITGDKEGQQ
460
RRIRQQRLIS
470
IGKWIADNQP
480
RLIQCENEVG
490
KLLFITEIPE
500
LILEDPSEAK
510
ENLILQETSV
520
VESLATDGSP
530
GLKSVLSTGR
540
NPSNSCDSGE
550
KPVVTFKENI
560
KPREVNQGRS
570
FPPKEVKSQT
580
ELRKTPVSEA
590
RKTPVTQTPS
600
QTSNSQFIPI
610
HHPGAFPPLP
620
SRPGFPPPTY
630
VIPPPVAFSM
640
GSGYTFPAGV
650
SVPGTFLQST
660
AHSPAGNQVQ
670
AGKQSHIPYS
680
QQRPSGPGPM
690
NQGPQQSQPP
700
SQPPLTSLPA
710
QPTAQSTSQL
720
QVQALAQQQQ
730
SPTKVIPALG
740
KSPPHHSGFQ
750
QYQQADASKQ
760
LWNPPQVQSP
770
LGKIMPVKQS
780
YYLQTQDPIK
790
LFEPSLQPPV
800
IQQQPLEKKM
810
KPFPMEPYNH
820
NPSEVKVPEF
830
YWDSSYSMAD
840
NRAVMAQQPN
850
MDRRSKRSPG
860
VFRPEQDPVP
870
RMPFEDPKSS
880
PLLPPDLLKS
890
LAALEEEEEL
900
IFSNPPDLYP
910
ALLGPLASLP
920
GRSLFKSLLE
930
KPSELMSHSS
940
SFLSLTGFSV
950
NQERYPNSSM
960
FNEVYGKNLT
970
TSSKAELNPS
980
VASQETSLYS
990
LFEGTPWSPS
1000
LPASSDHSTP
1010
ASQSPHSSNP
1020
SSLPSSPPTH
1030
NHNSAPFSNF
1040
GPIGTPDNRD
1050
RRPADRWKTD
1060
KPAMGGFGVD
1070
YLSATSSSES
1080
SWHQASTPSG
1090
TWTGHGPSME
1100
DSSAVLMESL
1110
KSIWSSSMMH
1120
PGPSALEQLL
1130
MQQKQKQQRG
QGAMNPPH
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
MMTLQMDKTT
20
ASSSWERAKS
30
IYDEIAELAN
40
KRQKAGNPPD
50
PNLLQLLREK
60
YEAIILESHT
70
FSEQHNIEIP
80
LWQLHYKRIE
90
YFRLHINRVL
100
ASSTSTAAQN
110
VKGPSKAEQI
120
AQLKLQFRTF
130
LSEATGFYHD
140
MILKIRSKYG
150
LPLGSFSEDQ
160
QSQNLSDKDG
170
KELAEVQKAL
180
KSCHRCLIYL
190
GDLARYKGMY
200
AEGDSRSRQY
210
ASASSYYLQA
220
ASLWPASGNP
230
HHQLAIVASY
240
SRDEFVTTYR
250
YFRSLAVEYP
260
FPTARDNLIV
270
AFDKNRQSYE
280
KLFVPSKDSS
290
KRLTGKGRGK
300
GADISLKDAT
310
LVAGPEKDKV
320
TIANEMLKAF
330
SIRFVHLNGI
340
LFTRTSLETF
350
FDVLASTSSS
360
LREVISLGSA
370
KELTLGIDTS
380
DSALFIVRVV
390
TMLIFSVHNS
400
KKETEGQSYA
410
EIVQRVEPAR
420
NSLTASFELL
430
GLVIEKCVQL
440
GDPSSSYFLP
450
GVLVFVEWLA
460
CCPDIALGSD
470
PDDRQTAVRN
480
SFWNQFVVFF
490
NQVLSLGPTF
500
IDDVEDETCF
510
SNMSLYDERE
520
TENRLALWED
530
YELRGFLPLL
540
PAQTILNFSR
550
KHSFGTEGPK
560
EKKARIKRIF
570
AAGKALTSVI
580
KVDQNHVYFD
590
SKKKKFLVGV
600
KPADDFLDSH
610
SSPPKACNAL
620
QDNQVMIDHN
630
SPIMQLDQQI
640
YMGEEDDDDE
650
VIVFKPLVTE
660
KRKEASDQIY
670
VPSGGFRKSD
680
QVTTMGDFKA
690
LSGSDVAFHE
700
NQILQARGNA
710
SIQVPASVGA
720
NLLGPLQPST
730
QSQAMHMQQV
740
QTQVQVPASV
750
GANLLGLLLT
760
STQSQAMHMQ
770
QVQTQAVNPQ
780
PAQSLAASRL
790
QPIQSQVAQP
800
LPSRVVHFQQ
810
TQAQVSHVSP
820
AHSQSTSFGG
830
GSKWSPEEAA
840
SLASSLSGFA
850
QLGNGHVMRN
860
EMQGNHGVSY
870
YPAHSLPVHQ
880
SYNGNGMGGM
890
PYSQSRTPEA
900
VFPPKIDPVL
910
SSGVVADGLG
920
VQSSLAKKNP
930
ISRAFRHLGP
940
PPGFNSVPAK
950
LQKEPAPGSE
960
LSGNNHLPVD
970
DYSWLDGYQA
980
QSSRGVGLNS
990
SLNYATSGKP
1000
EHLGSTGNGL
1010
NGPANFPFPG
1020
KQVPTSQVQA
1030
DFPYFQNPQK
1040
DNFVDKNHQS
1050
TQLPEQYQGQ
STWSSRHFV
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
MSLQSAQYLR
20
QAEVLKADMT
30
DSKLGPAEVW
40
TSRQALQDLY
50
QKMLVTDLEY
60
ALDKKVEQDL
70
WNHAFKNQIT
80
TLQGQAKNRA
90
NPNRSEVQAN
100
LSLFLEAASG
110
FYTQLLQELC
120
TVFNVDLPCR
130
VKSSQLGIIS
140
NKQTHTSAIV
150
KPQSSSCSYI
160
CQHCLVHLGD
170
IARYRNQTSQ
180
AESYYRHAAQ
190
LVPSNGQPYN
200
QLAILASSKG
210
DHLTTIFYYC
220
RSIAVKFPFP
230
AASTNLQKAL
240
SKALESRDEV
250
KTKWGVSDFI
260
KAFIKFHGHV
270
YLSKSLEKLS
280
PLREKLEEQF
290
KRLLFQKAFN
300
SQQLVHVTVI
310
NLFQLHHLRD
320
FSNETEQHTY
330
SQDEQLCWTQ
340
LLALFMSFLG
350
ILCKCPLQNE
360
SQEESYNAYP
370
LPAVKVSMDW
380
LRLRPRVFQE
390
AVVDERQYIW
400
PWLISLLNSF
410
HPHEEDLSSI
420
SATPLPEEFE
430
LQGFLALRPS
440
FRNLDFSKGH
450
QGITGDKEGQ
460
QRRIRQQRLI
470
SIGKWIADNQ
480
PRLIQCENEV
490
GKLLFITEIP
500
ELILEDPSEA
510
KENLILQETS
520
VIESLAADGS
530
PGLKSVLSTS
540
RNLSNNCDTG
550
EKPVVTFKEN
560
IKTREVNRDQ
570
GRSFPPKEVR
580
RDYSKGITVT
590
KNDGKKDNNK
600
RKTETKKCTL
610
EKLQETGKQN
620
VAVQVKSQTE
630
LRKTPVSEAR
640
KTPVTQTPTQ
650
ASNSQFIPIH
660
HPGAFPPLPS
670
RPGFPPPTYV
680
IPPPVAFSMG
690
SGYTFPAGVS
700
VPGTFLQPTA
710
HSPAGNQVQA
720
GKQSHIPYSQ
730
QRPSGPGPMN
740
QGPQQSQPPS
750
QQPLTSLPAQ
760
PTAQSTSQLQ
770
VQALTQQQQS
780
PTKAVPALGK
790
SPPHHSGFQQ
800
YQQADASKQL
810
WNPPQVQGPL
820
GKIMPVKQPY
830
YLQTQDPIKL
840
FEPSLQPPVM
850
QQQPLEKKMK
860
PFPMEPYNHN
870
PSEVKVPEFY
880
WDSSYSMADN
890
RSVMAQQANI
900
DRRGKRSPGV
910
FRPEQDPVPR
920
MPFEKSLLEK
930
PSELMSHSSS
940
FLSLTGFSLN
950
QERYPNNSMF
960
NEVYGKNLTS
970
SSKAELSPSM
980
APQETSLYSL
990
FEGTPWSPSL
1000
PASSDHSTPA
1010
SQSPHSSNPS
1020
SLPSSPPTHN
1030
HNSVPFSNFG
1040
PIGTPDNRDR
1050
RTADRWKTDK
1060
PAMGGFGIDY
1070
LSATSSSESS
1080
WHQASTPSGT
1090
WTGHGPSMED
1100
SSAVLMESLK
1110
SIWSSSMMHP
1120
GPSALEQLLM
1130
QQKQKQQRGQ
GTMNPPH
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites