Click to expand (2 results)
10
MAKPLTDQEK
20
RRQISIRGIV
30
GVENVAELKK
40
SFNRHLHFTL
50
VKDRNVATTR
60
DYYFALAHTV
70
RDHLVGRWIR
80
TQQHYYDKCP
90
KRVYYLSLEF
100
YMGRTLQNTM
110
INLGLQNACD
120
EAIYQLGLDI
130
EELEEIEEDA
140
GLGNGGLGRL
150
AACFLDSMAT
160
LGLAAYGYGI
170
RYEYGIFNQK
180
IRDGWQVEEA
190
DDWLRYGNPW
200
EKSRPEFMLP
210
VHFYGKVEHT
220
NTGTKWIDTQ
230
VVLALPYDTP
240
VPGYMNNTVN
250
TMRLWSARAP
260
NDFNLRDFNV
270
GDYIQAVLDR
280
NLAENISRVL
290
YPNDNFFEGK
300
ELRLKQEYFV
310
VAATLQDIIR
320
RFKASKFGST
330
RGAGTVFDAF
340
PDQVAIQLND
350
THPALAIPEL
360
MRIFVDIEKL
370
PWSKAWELTQ
380
KTFAYTNHTV
390
LPEALERWPV
400
DLVEKLLPRH
410
LEIIYEINQK
420
HLDRIVALFP
430
KDVDRLRRMS
440
LIEEEGSKRI
450
NMAHLCIVGS
460
HAVNGVAKIH
470
SDIVKTKVFK
480
DFSELEPDKF
490
QNKTNGITPR
500
RWLLLCNPGL
510
AELIAEKIGE
520
DYVKDLSQLT
530
KLHSFLGDDV
540
FLRELAKVKQ
550
ENKLKFSQFL
560
ETEYKVKINP
570
SSMFDVQVKR
580
IHEYKRQLLN
590
CLHVITMYNR
600
IKKDPKKLFV
610
PRTVIIGGKA
620
APGYHMAKMI
630
IKLITSVADV
640
VNNDPMVGSK
650
LKVIFLENYR
660
VSLAEKVIPA
670
TDLSEQISTA
680
GTEASGTGNM
690
KFMLNGALTI
700
GTMDGANVEM
710
AEEAGEENLF
720
IFGMRIDDVA
730
ALDKKGYEAK
740
EYYEALPELK
750
LVIDQIDNGF
760
FSPKQPDLFK
770
DIINMLFYHD
780
RFKVFADYEA
790
YVKCQDKVSQ
800
LYMNPKAWNT
810
MVLKNIAASG
820
KFSSDRTIKE
830
YAQNIWNVEP
840
SDLKISLSNE
SNKVNGN
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
MAKPLTDQEK
20
RRQISIRGIV
30
GVENVAELKK
40
GFNRHLHFTL
50
VKDRNVATPR
60
DYYFALAHTV
70
RDHLVGRWIR
80
TQQHYYDKCP
90
KRVYYLSLEF
100
YMGRTLQNTM
110
INLGLQNACD
120
EAIYQLGLDM
130
EELEEIEEDA
140
GLGNGGLGRL
150
AACFLDSMAT
160
LGLAAYGYGI
170
RYEYGIFNQK
180
IREGWQVEEA
190
DDWLRHGNPW
200
EKARPEFMLP
210
VHFYGRVEHT
220
QTGTKWVDTQ
230
VVLALPYDTP
240
VPGYMNNTVN
250
TMRLWSARAP
260
NDFNLQDFNV
270
GDYIQAVLDR
280
NLAENISRVL
290
YPNDNFFEGK
300
ELRLKQEYFV
310
VAATLQDVIR
320
RFKASKFGSK
330
DGMGTVFDAF
340
PDQVAIQLND
350
THPALAIPEL
360
MRIFVDIEKL
370
PWAKAWEITK
380
KTFAYTNHTV
390
LPEALERWPV
400
ELVEKLLPRH
410
LEIIYEINQK
420
HLDRIVALFP
430
KDISRMRRMS
440
LIEEEGGKRI
450
NMAHLCIVGC
460
HAVNGVAKIH
470
SDIVKTQVFK
480
DFSELEPDKF
490
QNKTNGITPR
500
RWLLLCNPGL
510
ADLIAEKIGE
520
DYVKDLSQLT
530
KLHSFVSDDI
540
FLREIAKVKQ
550
ENKLKFSQFL
560
EKEYKVKINP
570
SSMFDVHVKR
580
IHEYKRQLLN
590
CLHVITMYNR
600
IKKDPKKFFV
610
PRTVIIGGKA
620
APGYHMAKMI
630
IKLITSVAEV
640
VNNDPMVGSK
650
LKVIFLENYR
660
VSLAEKVIPA
670
TDLSEQISTA
680
GTEASGTGNM
690
KFMLNGALTI
700
GTMDGANVEM
710
AEEAGEENLF
720
IFGMRVDDVA
730
ALDKKGYEAK
740
EYYEALPELK
750
LVIDQIDNGF
760
FSPNQPDLFK
770
DIINMLFYHD
780
RFKVFADYEA
790
YVKCQEKVSQ
800
LYMNQKAWNT
810
MVLKNIAASG
820
KFSSDRTIKE
830
YAKDIWNMEP
840
SDLKISLSNE
850
SSNGVSANGK
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites