Click to expand (2 results)
10
MSFFNFRKIF
20
KLGSEKKKKQ
30
YEHVKRDLNP
40
EEFWEIIGEL
50
GDGAFGKVYK
60
AQNKETNVLA
70
AAKVIDTKSE
80
EELEDYMVEI
90
DILASCDHPN
100
IVKLLDAFYY
110
ENNLWILIEF
120
CAGGAVDAVM
130
LELERPLTES
140
QIQVVCKQTL
150
EALNYLHDNK
160
IIHRDLKAGN
170
ILFTLDGDIK
180
LADFGVSAKN
190
TRTIQRRDSF
200
IGTPYWMAPE
210
VVMCETSKDR
220
PYDYKADVWS
230
LGITLIEMAE
240
IEPPHHELNP
250
MRVLLKIAKS
260
EPPTLAQPSK
270
WSSNFKDFLR
280
KCLEKNVDAR
290
WTTSQLLQHP
300
FVTVDSNKPV
310
RELIAEAKAE
320
VTEEVEDGKE
330
EDEEEEAENA
340
LPIPANKRAS
350
SDLSIASSEE
360
DKLSQNACIL
370
ESVSERTEQS
380
TSEDKFSNKI
390
LNEKPTTDGP
400
EKAVDEHASD
410
VNLETGAELN
420
DQTVGIHENG
430
REKKRPKLEN
440
LPDTQDQQTV
450
DVNSVSEENE
460
NNRVTLETNT
470
DCLKPEEDRN
480
KENQETLESK
490
LIQSEEINDT
500
HIQTMDLVSQ
510
ETGEKEADFQ
520
AVDNEVGLTK
530
EETQEKLGKD
540
GTAQKVITSD
550
RSSEVGTDEA
560
LDDTQKAAEL
570
SKAAQSGEGD
580
EALAPTQTLA
590
EKPTEGPEAG
600
GAEEEPPGGE
610
RVEDKQPEQQ
620
PAVCEAEGQL
630
TSTSETTRAT
640
LEQPETDEVE
650
QVSESNSIEE
660
LERLVVTGAE
670
ARALGSEGEA
680
AATEVDLERK
690
ENAQKVPVKA
700
ESQAPAASQP
710
SEPHPVLIPS
720
ININSETTEN
730
KEEMGALPKP
740
ETILPPEPEH
750
EKGNDTDSGT
760
GSTVENSSGD
770
LNLSISSFLS
780
KAKDSGSVSL
790
QETRRQKKTL
800
KKTRKFIVDG
810
VEVSVTTSKI
820
VTDSDSKTEE
830
LRFLRRQELR
840
ELRLLQKEEQ
850
RAQQQLNGKL
860
QQQREQIFRR
870
FEQEMLSKKR
880
QYDQEIENLE
890
KQQKQTIERL
900
EQEHTNRLRD
910
EAKRIKGEQE
920
KELSKFQNVL
930
KNRKKEVMNE
940
VEKAPRELRR
950
ELTKRRKEEL
960
AQSQHAQEQE
970
FVQKQQQELD
980
GSLKKIIQQQ
990
KAELANIERE
1000
CLNNKQQLMR
1010
AREAAIWELE
1020
ERHLQEKHQL
1030
LKQQLKDQYF
1040
MQRHQLLKRH
1050
EKETEQMQRY
1060
NQRLIEELKN
1070
RQTQERARLP
1080
KIQRSEAKTR
1090
MAMFKKSLRI
1100
NSTATPDQDR
1110
EKIKQFAAQE
1120
EKRQKNERMA
1130
QHQKHESQMR
1140
DLQLQCEANV
1150
RELHQLQNEK
1160
CHLLVEHETQ
1170
KLKELDEEHS
1180
QELKEWREKL
1190
RPRKKTLEEE
1200
FARKLQEQEV
1210
FFKMTGESEC
1220
LNPSAQSRIS
1230
KFYPIPTLHS
TGS
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
MSFFNFRKIF
20
KLGSEKKKKQ
30
YEHVKRDLNP
40
EDFWEIIGEL
50
GDGAFGKVYK
60
AQNKETSVLA
70
AAKVIDTKSE
80
EELEDYMVEI
90
DILASCDHPN
100
IVKLLDAFYY
110
ENNLWILIEF
120
CAGGAVDAVM
130
LELERPLTES
140
QIQVVCKQTL
150
DALNYLHDNK
160
IIHRDLKAGN
170
ILFTLDGDIK
180
LADFGVSAKN
190
TRTIQRRDSF
200
IGTPYWMAPE
210
VVMCETSKDR
220
PYDYKADVWS
230
LGITLIEMAE
240
IEPPHHELNP
250
MRVLLKIAKS
260
EPPTLAQPSR
270
WSSNFKDFLK
280
KCLEKNVDAR
290
WTTSQLLQHP
300
FVTVDSNKPI
310
RELIAEAKAE
320
VTEEVEDGKE
330
EDEEEETENS
340
LPIPASKRAS
350
SDLSIASSEE
360
DKLSQNACIL
370
ESVSEKTERS
380
NSEDKLNSKI
390
LNEKPTTDEP
400
EKAVEDINEH
410
ITDAQLEAMT
420
ELHDRTAVIK
430
ENEREKRPKL
440
ENLPDTEDQE
450
TVDINSVSEG
460
KENNIMITLE
470
TNIEHNLKSE
480
EEKDQEKQQM
490
FENKLIKSEE
500
IKDTILQTVD
510
LVSQETGEKE
520
ANIQAVDSEV
530
GLTKEDTQEK
540
LGEDDKTQKD
550
VISNTSDVIG
560
TCEAADVAQK
570
VDEDSAEDTQ
580
SNDGKEVVEV
590
GQKLINKPMV
600
GPEAGGTKEV
610
PIKEIVEMNE
620
IEEGKNKEQA
630
INSSENIMDI
640
NEEPGTTEGE
650
EITESSSTEE
660
MEVRSVVADT
670
DQKALGSEVQ
680
DASKVTTQID
690
KEKKEIPVSI
700
KKEPEVTVVS
710
QPTEPQPVLI
720
PSININSDSG
730
ENKEEIGSLS
740
KTETILPPES
750
ENPKENDNDS
760
GTGSTADTSS
770
IDLNLSISSF
780
LSKTKDSGSI
790
SLQETRRQKK
800
TLKKTRKFIV
810
DGVEVSVTTS
820
KIVTDSDSKT
830
EELRFLRRQE
840
LRELRFLQKE
850
EQRAQQQLNS
860
KLQQQREQIF
870
RRFEQEMMSK
880
KRQYDQEIEN
890
LEKQQKQTIE
900
RLEQEHTNRL
910
RDEAKRIKGE
920
QEKELSKFQN
930
MLKNRKKEVI
940
NEVEKAPKEL
950
RKELMKRRKE
960
ELAQSQHAQE
970
QEFVQKQQQE
980
LDGSLKKIIQ
990
QQKAELANIE
1000
RECLNNKQQL
1010
MRAREAAIWE
1020
LEERHLQEKH
1030
QLLKQQLKDQ
1040
YFMQRHQLLK
1050
RHEKETEQMQ
1060
RYNQRLIEEL
1070
KNRQTQERAR
1080
LPKIQRSEAK
1090
TRMAMFKKSL
1100
RINSTATPDQ
1110
DRDKIKQFAA
1120
QEEKRQKNER
1130
MAQHQKHENQ
1140
MRDLQLQCEA
1150
NVRELHQLQN
1160
EKCHLLVEHE
1170
TQKLKELDEE
1180
HSQELKEWRE
1190
KLRPRKKTLE
1200
EEFARKLQEQ
1210
EVFFKMTGES
1220
ECLNPSTQSR
1230
ISKFYPIPSL
HSTGS
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites