Click to expand (2 results)
10
MNLGDGLKLE
20
TELLDGKTKL
30
ILSPYEHKSK
40
VSVKMGNKFK
50
IAKCPLRTKQ
60
TGHTLKSTQN
70
TYIGNENLSQ
80
KKISTLDTSQ
90
AKPENSRLTF
100
SPSTDKQYSE
110
KDSVRVQKEI
120
SPTTSNIRKI
130
INTTGTCPVA
140
KQKPCKKNPT
150
AETMNSGLVC
160
LTQDQLRQIL
170
MLSVNQGNGS
180
VCLTETGEEE
190
ASQDSLHLIN
200
IPSQPKDVND
210
TGFLQNTEAA
220
SPVTSEHEHV
230
HRRAQEAFQQ
240
CEQKAATENE
250
WKPADIFSTL
260
GERERDKSLL
270
EARRAQWKKE
280
LDEQVALKKK
290
EKEASQKWHN
300
PWKPSDIECE
310
KSQVHDQSKE
320
ARLLESPCSA
330
IKQEQQRKWI
340
EELNKQVEDD
350
QQRKAEERMI
360
YSKGEEHDRW
370
AVHFDSLKSH
380
PGSQSRLSSQ
390
LTHQHLESLC
400
VSPDTQELAD
410
VNGVFTPPPG
420
VQAEPSEKEQ
430
RARPVLEMAV
440
SHGPKTNFLR
450
SMTALLDPAQ
460
IEERERRRQK
470
QLEHQKAIMA
480
QVEENRRKKR
490
LEEEQRKKEE
500
QELELRLARE
510
REEMQRQYEE
520
DILKQRQREE
530
IMTLKTNELF
540
HTMQRAQELA
550
QRLKQEQRIR
560
ELAQKGHDTS
570
RLIQNLGAQV
580
DYKAFTTISS
590
SHSDPEETAD
600
TSTASPKKDT
610
GVQTDDVNLG
620
IFNDALPPCG
630
SVTEKGIRNI
640
SSPEISAEFS
650
GQTDIRKENQ
660
ELSMNKGTNL
670
DKENSWHNGQ
680
CNQYRRTEKQ
690
TKLMKKCPKK
700
PAWNINKPLK
710
KYVPASAKYP
720
AHLQKEKEEK
730
KVQRQMELLH
740
LVERNNPENL
750
SQNRGISPLA
760
TSHRETESES
770
RLHLIKKVEE
780
PLKTPSVSKE
790
RFQTSPAVKN
800
RTQQTQSNVL
810
HLPLKNNDYE
820
KETLTLGDGH
830
TKLSDEMSEP
840
SHFIPYVRTN
850
EIYYLDPDAP
860
LSRPSTQDNQ
870
YQKSHDCARE
880
QELFDSDHIR
890
DPLLNPKLVK
900
NRDRQQAILK
910
GLSELRQGLL
920
QKQKELETNL
930
IPLTANQEDN
FSSSF
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
MNLGDGLKLE
20
TELLDGKTKL
30
ILSPYEHKSK
40
ISVKMGNKAK
50
IAKCPLRTKT
60
GHILKSTQDT
70
CIGSEKLLQK
80
KPVGSETSQA
90
KGEKNGMTFS
100
STKDLCKQCI
110
DKDCLHIQKE
120
ISPATPNMQK
130
TRNTVNTSLV
140
GKQKPHKKHI
150
TAENMKSSLV
160
CLTQDQLQQI
170
LMTVNQGNRS
180
LSLTENGKEA
190
KSQYSLYLNS
200
ISNQPKDENI
210
MGLFKKTEMV
220
SSVPAENKSV
230
LNEHQETSKQ
240
CEQKIAIENE
250
WKPADIFSTL
260
GERECDRSSL
270
EAKKAQWRKE
280
LDEQVALKKK
290
EKEVSEKWND
300
PWKKSESDKI
310
IWEKHQILDQ
320
SRETVLLEHP
330
FSAVKQELQR
340
KWIEELNKQI
350
EDDRQRKIEE
360
KIIYSKGEEH
370
DRWAMHFDSL
380
KSYPGSQSQL
390
FSQSTHKQPE
400
YFCVSPDTQE
410
LADVSSVCTP
420
TTGSQVEPSE
430
EEHIAKPIKD
440
VVMANSKKTN
450
FLRSMTALLD
460
PAQIEERDRR
470
RQKQLEHQKA
480
ITAQVEEKRR
490
KKQLEEEQRK
500
KEEQEEELRL
510
AQEREEMQKQ
520
YEEDILKQKQ
530
KEEIMTLKTN
540
ELFQTMQRAQ
550
ELAQRLKQEQ
560
RIRELAQKGH
570
DTSRLIKNLG
580
VDTIQMEYNA
590
SNISNSRHDS
600
DEISGKMNTY
610
MNSTTSKKDT
620
GVQTDDLNIG
630
IFTNAESHCG
640
SLMERDITNC
650
SSPEISAELI
660
GQFSTKKNKQ
670
ELTQDKGASL
680
EKENNRCNDQ
690
CNQFTRIEKQ
700
TKHMKKYPKR
710
PDWNINKPPK
720
RYIPASEKYP
730
KQLQKQREEK
740
KVRRQMELLH
750
LVEKNNPGHL
760
SQNRGISPEI
770
FHSSHQETES
780
KLRWHLVKKE
790
EEPLNIHSFS
800
KERSPSSPVP
810
VVKNRTQQTQ
820
NTLHLPLKNS
830
SYERENLISG
840
SNQTELSSGI
850
SESSHFIPYV
860
RTNEIYYLDP
870
DAPLSGPSTQ
880
DPQYQNSQDC
890
GQKRQLFDSD
900
CVRDPLLNPN
910
MVKNRDRQQA
920
ILKGLSELRQ
930
GLLQKQKELE
940
SSLLPLAENQ
EESFGSSF
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites