Click to expand (2 results)
10
MMMVMQPEGL
20
GAGEGPFSGG
30
GGGEYMEQEE
40
DWDRDLLLDP
50
AWEKQQRKTF
60
TAWCNSHLRK
70
AGTQIENIEE
80
DFRNGLKLML
90
LLEVISGERL
100
PRPDKGKMRF
110
HKIANVNKAL
120
DFIASKGVKL
130
VSIGAEEIVD
140
GNLKMTLGMI
150
WTIILRFAIQ
160
DISVEETSAK
170
EGLLLWCQRK
180
TAPYRNVNVQ
190
NFHTSWKDGL
200
ALCALIHRHR
210
PDLIDYAKLR
220
KDDPIGNLNT
230
AFEVAEKYLD
240
IPKMLDAEDI
250
VNTPKPDEKA
260
IMTYVSCFYH
270
AFAGAEQAET
280
AANRICKVLA
290
VNQENEKLME
300
EYEKLASELL
310
EWIRRTVPWL
320
ENRVGEPSMS
330
AMQRKLEDFR
340
DYRRLHKPPR
350
VQEKCQLEIN
360
FNTLQTKLRL
370
SHRPAFMPSE
380
GKLVSDIANA
390
WRGLEQVEKG
400
YEDWLLSEIR
410
RLQRLQHLAE
420
KFQQKASLHE
430
AWTRGKEEML
440
NQHDYESASL
450
QEVRALLRRH
460
EAFESDLAAH
470
QDRVEHIAAL
480
AQELNELDYH
490
EAASVNSRCQ
500
AICDQWDNLG
510
TLTQKRRDAL
520
ERMEKLLETI
530
DQLQLEFARR
540
AAPFNNWLDG
550
AIEDLQDVWL
560
VHSVEETQSL
570
LTAHEQFKAT
580
LPEADRERGA
590
ILGIQGEIQK
600
ICQTYGLRPK
610
SGNPYITLSS
620
QDINNKWDTV
630
RKLVPSRDQT
640
LQEELARQQV
650
NERLRRQFAA
660
QANAIGPWIQ
670
GKVEEVGRLA
680
AGLAGSLEEQ
690
MAGLRQQEQN
700
IINYKSNIDR
710
LEGDHQLLQE
720
SLVFDNKHTV
730
YSMEHIRVGW
740
EQLLTSIART
750
INEVENQVLT
760
RDAKGLSQEQ
770
LNEFRASFNH
780
FDRKRNGMME
790
PDDFRACLIS
800
MGYDLGEVEF
810
ARIMTMVDPN
820
AAGVVTFQAF
830
IDFMTRETAE
840
TDTAEQVVAS
850
FKILAGDKNY
860
ITPEELRREL
870
PAEQAEYCIR
880
RMAPYKGSGA
890
PSGALDYVAF
900
SSALYGESDL
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
MMMVMQPEGL
20
GAGEGRFAGG
30
GGGGEYMEQE
40
EDWDRDLLLD
50
PAWEKQQRKT
60
FTAWCNSHLR
70
KAGTQIENIE
80
EDFRNGLKLM
90
LLLEVISGER
100
LPRPDKGKMR
110
FHKIANVNKA
120
LDFIASKGVK
130
LVSIGAEEIV
140
DGNLKMTLGM
150
IWTIILRFAI
160
QDISVEETSA
170
KEGLLLWCQR
180
KTAPYRNVNV
190
QNFHTSWKDG
200
LALCALIHRH
210
RPDLIDYAKL
220
RKDDPIGNLN
230
TAFEVAEKYL
240
DIPKMLDAED
250
IVNTPKPDEK
260
AIMTYVSCFY
270
HAFAGAEQAE
280
TAANRICKVL
290
AVNQENEKLM
300
EEYEKLASEL
310
LEWIRRTVPW
320
LENRVGEPSM
330
SAMQRKLEDF
340
RDYRRLHKPP
350
RIQEKCQLEI
360
NFNTLQTKLR
370
LSHRPAFMPS
380
EGKLVSDIAN
390
AWRGLEQVEK
400
GYEDWLLSEI
410
RRLQRLQHLA
420
EKFRQKASLH
430
EAWTRGKEEM
440
LSQRDYDSAL
450
LQEVRALLRR
460
HEAFESDLAA
470
HQDRVEHIAA
480
LAQELNELDY
490
HEAASVNSRC
500
QAICDQWDNL
510
GTLTQKRRDA
520
LERMEKLLET
530
IDRLQLEFAR
540
RAAPFNNWLD
550
GAVEDLQDVW
560
LVHSVEETQS
570
LLTAHDQFKA
580
TLPEADRERG
590
AIMGIQGEIQ
600
KICQTYGLRP
610
CSTNPYITLS
620
PQDINTKWDM
630
VRKLVPSCDQ
640
TLQEELARQQ
650
VNERLRRQFA
660
AQANAIGPWI
670
QAKVEEVGRL
680
AAGLAGSLEE
690
QMAGLRQQEQ
700
NIINYKTNID
710
RLEGDHQLLQ
720
ESLVFDNKHT
730
VYSMEHIRVG
740
WEQLLTSIAR
750
TINEVENQVL
760
TRDAKGLSQE
770
QLNEFRASFN
780
HFDRKQNGMM
790
EPDDFRACLI
800
SMGYDLGEVE
810
FARIMTMVDP
820
NAAGVVTFQA
830
FIDFMTRETA
840
ETDTTEQVVA
850
SFKILAGDKN
860
YITPEELRRE
870
LPAKQAEYCI
880
RRMVPYKGSG
890
APAGALDYVA
900
FSSALYGESD
L
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites