Click to expand (2 results)
10
MESAIAEGGA
20
SRFSASSGGG
30
GSRGAPQHYP
40
KTAGNSEFLG
50
KTPGQNAQKW
60
IPARSTRRDD
70
NSAANNSANE
80
KERHDAIFRK
90
VRGILNKLTP
100
EKFDKLCLEL
110
LNVGVESKLI
120
LKGVILLIVD
130
KALEEPKYSS
140
LYAQLCLRLA
150
EDAPNFDGPA
160
AEGQPGQKQS
170
TTFRRLLISK
180
LQDEFENRTR
190
NVDVYDKREN
200
PLLPEEEEQR
210
AIAKIKMLGN
220
IKFIGELGKL
230
DLIHESILHK
240
CIKTLLEKKK
250
RVQLKDMGED
260
LECLCQIMRT
270
VGPRLDHERA
280
KSLMDQYFAR
290
MCSLMLSKEL
300
PARIRFLLQD
310
TVELREHHWV
320
PRKAFLDNGP
330
KTINQIRQDA
340
VKDLGVFIPA
350
PMAQGRSDFF
360
LEGPFMPPRM
370
KMDRDPLGGL
380
ADMFGQMPGS
390
GIGTGPGVIQ
400
DRFSPTMGRH
410
RSNQLFNGHG
420
GHIMPPTQSQ
430
FGEMGGKFMK
440
SQGLSQLYHN
450
QSQGLLSQLQ
460
GQSKDMPPRF
470
SKKGQLNADE
480
ISLRPAQSFL
490
MNKNQVPKLQ
500
PQITMIPPSA
510
QPPRTQTPPL
520
GQTPQLGLKT
530
NPPLIQEKPA
540
KTSKKPPPSK
550
EELLKLTEAV
560
VTDYLNSGNA
570
NDAVSGVREM
580
RAPKHFLPEM
590
LSKVIILSLD
600
RSDEDKEKAS
610
SLISLLKQEG
620
IATSDNFMQA
630
FLNVLEQCPK
640
LEVDIPLVKS
650
YLAQFAARAI
660
ISELVSISEL
670
AQPLESGTHF
680
PLFLLCLQQL
690
AKLQDREWLT
700
ELFQQSKVNM
710
QKMLPEIDQN
720
KDRMLEILEG
730
KGLSFLFPLL
740
KLEKELLKQI
750
KLDPSPQTIY
760
KWIKDNISPK
770
LHVDKGFVNI
780
LMTSFLQYIS
790
SEVSPPSDET
800
DSSSAPSKEQ
810
LEQEKQLLLS
820
FKPVMQKFLH
830
DHVDLQVSAL
840
YALQVHCYNS
850
SFPKGMLLRF
860
FVHFYDMEII
870
EEEAFLAWKE
880
DITQEFPGKG
890
KALFQVNQWL
900
TWLETAEEEE
SEEEAD
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
MESAIAEGGA
20
SRFSASSGGG
30
GSRGAPQHYP
40
KTAGNSEFLG
50
KTPGQNAQKW
60
IPARSTRRDD
70
NSAANNSANE
80
KERHDAIFRK
90
VRGILNKLTP
100
EKFDKLCLEL
110
LNVGVESKLI
120
LKGVILLIVD
130
KALEEPKYSS
140
LYAQLCLRLA
150
EDAPNFDGPA
160
AEGQPGQKQS
170
TTFRRLLISK
180
LQDEFENRTR
190
NVDVYDKREN
200
PLLPEEEEQR
210
AIAKIKMLGN
220
IKFIGELGKL
230
DLIHESILHK
240
CIKTLLEKKK
250
RVQLKDMGED
260
LECLCQIMRT
270
VGPRLDHERA
280
KSLMDQYFAR
290
MCSLMLSKEL
300
PARIRFLLQD
310
TVELREHHWV
320
PRKAFLDNGP
330
KTINQIRQDA
340
VKDLGVFIPA
350
PMAQGMRSDF
360
FLEGPFMPPR
370
MKMDRDPLGG
380
LADMFGQMPG
390
SGIGTGPGVI
400
QDRFSPTMGR
410
HRSNQLFNGH
420
GGHIMPPTQS
430
QFGEMGGKFM
440
KSQGLSQLYH
450
NQSQGLLSQL
460
QGQSKDMPPR
470
FSKKGQLNAD
480
EISLRPAQSF
490
LMNKNQVPKL
500
QPQITMIPPS
510
AQPPRTQTPP
520
LGQTPQLGLK
530
TNPPLIQEKP
540
AKTSKKPPPS
550
KEELLKLTET
560
VVTEYLNSGN
570
ANEAVNGVRE
580
MRAPKHFLPE
590
MLSKVIILSL
600
DRSDEDKEKA
610
SSLISLLKQE
620
GIATSDNFMQ
630
AFLNVLDQCP
640
KLEVDIPLVK
650
SYLAQFAARA
660
IISELVSISE
670
LAQPLESGTH
680
FPLFLLCLQQ
690
LAKLQDREWL
700
TELFQQSKVN
710
MQKMLPEIDQ
720
NKDRMLEILE
730
GKGLSFLFPL
740
LKLEKELLKQ
750
IKLDPSPQTI
760
YKWIKDNISP
770
KLHVDKGFVN
780
ILMTSFLQYI
790
SSEVNPPSDE
800
TDSSSAPSKE
810
QLEQEKQLLL
820
SFKPVMQKFL
830
HDHVDLQVSA
840
LYALQVHCYN
850
SNFPKGMLLR
860
FFVHFYDMEI
870
IEEEAFLAWK
880
EDITQEFPGK
890
GKALFQVNQW
900
LTWLETAEEE
ESEEEAD
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites