Click to expand (2 results)
10
MAEDSHMQKQ
20
LEFQNGSLEE
30
GFVVRSLENE
40
PQNMMESLSP
50
RKYSSSLKFK
60
ANGDYSGSYL
70
TLSQPVSAKR
80
SPSPMGTSVR
90
SSPSLAKIQG
100
SKQFCDGIDK
110
NISMKPPISF
120
LSSAASLGGY
130
PLGKADLDHY
140
TGRDSERSTR
150
LSEKPPYSRY
160
SSRNKSHDSV
170
YFLGGLEGRK
180
TSGSLLTMWN
190
GNSLSCTGSS
200
PISRSGAASM
210
PSSPKQVRKM
220
NLQDHSTLQP
230
RLSRHKEPAS
240
ENVSVRTRKY
250
SGSSLSNMGA
260
YSRSLPRLYK
270
ATDNQMSPLS
280
LPPRSSLGNS
290
RRGQLGEKDL
300
PHSLVDSDNY
310
LNFSSLSSGA
320
SPYKTCLSEG
330
NPYVSSALSV
340
PASPRVARKM
350
LLASTSSDDF
360
DRASYSGTSP
370
SHSFISGEPD
380
RVLVARRNFS
390
CGSMELDDSD
400
LESLRQSSET
410
PQPVLRERKS
420
SISSISGRDD
430
LMDYHRRQRE
440
ERLREQEMER
450
LERQRLETIL
460
SLCAEYTKPE
470
GRRLSAGTTV
480
ADVQKINKEL
490
EKLQLSDEES
500
VFEDALVCPD
510
ARYRCHRKGS
520
LQDVDVAGFG
530
NLGHSASFLA
540
PRGSRSDELL
550
GDLTRTPPSS
560
SAAFLKATNE
570
SSYLSILPKT
580
PEDIGEEQRT
590
QELAAMEDAR
600
MVILNNLEEL
610
EQKIKDINDQ
620
MDESSRELDM
630
ECALLDGEQK
640
SETAELMKEK
650
EILDHLNRKI
660
TELEKNIVGE
670
KTKEKVKLDA
680
EREKLERLQE
690
LYSEQKTQLD
700
NCPESMREQL
710
QQQLKRDADL
720
LDVESKHFED
730
LEFQQLEHES
740
RLDEEKENLT
750
QQLLREVAEY
760
QRNIVARKEK
770
ISALKKQASH
780
IVQQAQREQD
790
HFVKEKNNLI
800
MMLQREKENL
810
CNLEKKYSSL
820
TGGKGFPINP
830
NTLKEGYISV
840
NEINESCGNS
850
TNLSPSTQFP
860
ADADAAVTEP
870
ALAVPVSQPQ
880
SSEHFRSLEE
890
RKKQHKEGLY
900
LSDTLPRKKT
910
TPSLSPHFSS
920
ATMGRSTTPK
930
AHLPLGQSNS
940
CGSVLPHSLA
950
TMTKDSESRR
960
MLRGYNHQQM
970
SEGQRQKPEF
980
YSRTASESNV
990
YLNSFHYPDR
1000
SYKDQAYDTL
1010
SLDSSDSMET
1020
SISACSPDNI
1030
SSASTSNIAR
1040
IEEMERLLKQ
1050
AHAEKTRLLE
1060
SREREMEAKK
1070
RALEEEKRRR
1080
EILEKRLQEE
1090
TSQRQKLIEK
1100
EVKIREKQRA
1110
QARPLTRYLP
1120
VRKEDFDLRS
1130
HVETAGHNID
1140
TCFHVSITEK
1150
TCRGYLIKMG
1160
GKIKTWKKRW
1170
FVFDRNKRTF
1180
SYYADKHEAK
1190
LKGVIYFQAI
1200
EEVYYDHLKN
1210
ANKSPNPLLT
1220
FSVKTHDRIY
1230
YMVAPSPEAM
1240
RIWMDVIVTG
AEGYTHFLL
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
MEEHSYIQKE
20
LDLQNGSLEE
30
DSVVHSVEND
40
SQNMMESLSP
50
KKYSSSLRFK
60
ANGDYSGSYL
70
TLSQPVPAKR
80
SPSPLGTSVR
90
SSPSLAKIQG
100
SKQFSYDGTD
110
KNIPMKPPTP
120
LLNTTSSLSG
130
YPLGRADFDH
140
YTGRDSERAL
150
RLSEKPPYSK
160
YSSRHKSHDN
170
VYSLGGLEGR
180
KASGSLLAMW
190
NGSSLSDAGP
200
PPISRSGAAS
210
MPSSPKQARK
220
MSIQDSLALQ
230
PKLTRHKELA
240
SENINLRTRK
250
YSSSSLSHMG
260
AYSRSLPRLY
270
RATENQLTPL
280
SLPPRNSLGN
290
SKRTKLGEKD
300
LPHSVIDNDN
310
YLNFSSLSSG
320
ALPYKTSASE
330
GNPYVSSTLS
340
VPASPRVARK
350
MLLASTSSCA
360
SDDFDQASYV
370
GTNPSHSLLA
380
GESDRVFATR
390
RNFSCGSVEF
400
DEADLESLRQ
410
ASGTPQPALR
420
ERKSSISSIS
430
GRDDLMDYHR
440
RQREERLREQ
450
EMERLERQRL
460
ETILSLCAEY
470
TKPDSRLSTG
480
TTVEDVQKIN
490
KELEKLQLSD
500
EESVFEEALM
510
SPDTRYRCHR
520
KDSLPDADLA
530
SCGSLSQSSA
540
SFFTPRSTRN
550
DELLSDLTRT
560
PPPPSSTFPK
570
ASSESSYLSI
580
LPKTPEGISE
590
EQRSQELAAM
600
EETRIVILNN
610
LEELKQKIKD
620
INDQMDESFR
630
ELDMECALLD
640
GEQKSETTEL
650
MKEKEILDHL
660
NRKIAELEKN
670
IVGEKTKEKV
680
KLDAEREKLE
690
RLQELYSEQK
700
TQLDNCPESM
710
REQLQQQLKR
720
DADLLDVESK
730
HFEDLEFQQL
740
EHESRLDEEK
750
ENLTQQLLRE
760
VAEYQRNIVS
770
RKEKISALKK
780
QANHIVQQAQ
790
REQDHFVKEK
800
NNLIMMLQRE
810
KENLCNLEKK
820
YSSLSGGKGF
830
PVNPNTLKEG
840
YISVNEINEP
850
CGNSTNLSPS
860
TQFPADADAV
870
ATEPATAVLA
880
SQPQSKEHFR
890
SLEERKKQHK
900
EGLYLSDTLP
910
RKKTTSSISP
920
HFSSATMGRS
930
ITPKAHLPLG
940
QSNSCGSVLP
950
PSLAAMAKDS
960
ESRRMLRGYN
970
HQQMSEGHRQ
980
KSEFYNRTAS
990
ESNVYLNSFH
1000
YPDHSYKDQA
1010
FDTLSLDSSD
1020
SMETSISACS
1030
PDNISSASTS
1040
NIARIEEMER
1050
LLKQAHAEKT
1060
RLLESREREM
1070
EAKKRALEEE
1080
KRRREILEKR
1090
LQEETSQRQK
1100
LIEKEVKIRE
1110
RQRAQARPLT
1120
RYLPVRKEDF
1130
DLRSHVETAG
1140
HNIDTCYHVS
1150
ITEKTCRGFL
1160
IKMGGKIKTW
1170
KKRWFVFDRN
1180
KRTFSYYADK
1190
HETKLKGVIY
1200
FQAIEEVYYD
1210
HLKNANKSPN
1220
PLLTFSVKTH
1230
DRIYYMVAPS
1240
PEAMRIWMDV
1250
IVTGAEGYTH
FLL
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites