Click to expand (2 results)
10
MWRVKTLNLG
20
LSPSPQKGKP
30
AMSTPLRELK
40
LQPEALADSG
50
KGPSMISALT
60
PYLCRLELKE
70
RCNNSSPVDF
80
INTENNFLSE
90
QFSHPSTHIE
100
ACQRESDPTP
110
ESNSLFHTLE
120
EAIETVDDFV
130
VDPRDDSIVE
140
SMVLLPFSLG
150
QQQDLMLQAH
160
LDTTAERTKS
170
SLNESLGLED
180
LVGKEVAPCV
190
EDSLTEIVAI
200
RPEQPTFQDP
210
PLGPSDTEDA
220
PVDLVPSENV
230
LNFSLARLSP
240
SAVLAQDFSV
250
DHVDPGEETV
260
ENRVLQEMET
270
SFPTFPEEAE
280
LGDQAPAANA
290
EAVSPLYLTS
300
SLVEMGPREA
310
PGPTVEDASR
320
IPGLESETWM
330
SPLAWLEKGV
340
NTSVMLQNLR
350
QSLSFSSVLQ
360
DAAVGNTPLA
370
TCSVGTSFTP
380
PAPLEVGTKD
390
STSETERLLL
400
GCRPPDLATL
410
SRHDLEENLL
420
NSLVLLEVLS
430
HQLQAWKSQL
440
TVPHREARDS
450
STQTDSSPCG
460
VTKTPKHLQD
470
SKEIRQALLQ
480
ARNVMQSWGL
490
VSGDLLSLLH
500
LSLTHVQEGR
510
VTVSQESQRS
520
KTLVSSCSRV
530
LKKLKAKLQS
540
LKTECEEARH
550
SKEMALKGKA
560
AAEAVLEAFR
570
AHASQRISQL
580
EQGLTSMQEF
590
RGLLQEAQTQ
600
LIGLHTEQKE
610
LAQQTVSLSS
620
ALQQDWTSVQ
630
LNYGIWAALL
640
SWSRELTKKL
650
TAKSRQALQE
660
RDAAIEEKKQ
670
VVKEVEQVSA
680
HLEDCKGQIE
690
QLKLENSRLT
700
ADLSAQLQIL
710
TSTESQLKEV
720
RSQHSRCVQD
730
LAVKDELLCQ
740
LTQSNKEQAT
750
QWQKEEMELK
760
HIQAELLQQQ
770
AVLAKEVQDL
780
RETVEFIDEE
790
SQVAHRELGQ
800
IESQLKVTLE
810
LLRERSLQCE
820
TLRDTVDSLR
830
AELASTEAKH
840
EKQALEKTHQ
850
HSQELRLLAE
860
QLQSLTLFLQ
870
AKLKENKAES
880
EIILPSTGSA
890
PAQEHPLSND
900
SSISEQTPTA
910
AVDEVPEPAP
920
VPLLGSVKSA
930
FTRVASMASF
940
QPTETPDLEK
950
SLAEMSTVLQ
960
ELKSLCSLLQ
970
ESKEEATGVL
980
QREICELHSR
990
LQAQEEEHQE
1000
ALKAKEADME
1010
KLNQALCLLR
1020
KNEKELLEVI
1030
QKQNEKILGQ
1040
IDKSGQLINL
1050
REEVTQLTQS
1060
LRRAETETKV
1070
LQEALEGQLD
1080
PSCQLMATNW
1090
IQEKVFLSQE
1100
VSKLRVMFLE
1110
MKTEKEQLMD
1120
KYLSHRHILE
1130
ENLRRSDTEL
1140
KKLDDTIQHV
1150
YETLLSIPET
1160
MKSCKELQGL
LEFLS
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
MWRVKKLSLS
20
LSPSPQTGKP
30
SMRTPLRELT
40
LQPGALTNSG
50
KRSPACSSLT
60
PSLCKLGLQE
70
GSNNSSPVDF
80
VNNKRTDLSS
90
EHFSHSSKWL
100
ETCQHESDEQ
110
PLDPIPQISS
120
TPKTSEEAVD
130
PLGNYMVKTI
140
VLVPSPLGQQ
150
QDMIFEARLD
160
TMAETNSISL
170
NGPLRTDDLV
180
REEVAPCMGD
190
RFSEVAAVSE
200
KPIFQESPSH
210
LLEESPPNPC
220
SEQLHCSKES
230
LSSRTEAVRE
240
DLVPSESNAF
250
LPSSVLWLSP
260
STALAADFRV
270
NHVDPEEEIV
280
EHGAMEEREM
290
RFPTHPKESE
300
TEDQALVSSV
310
EDILSTCLTP
320
NLVEMESQEA
330
PGPAVEDVGR
340
ILGSDTESWM
350
SPLAWLEKGV
360
NTSVMLENLR
370
QSLSLPSMLR
380
DAAIGTTPFS
390
TCSVGTWFTP
400
SAPQEKSTNT
410
SQTGLVGTKH
420
STSETEQLLC
430
GRPPDLTALS
440
RHDLEDNLLS
450
SLVILEVLSR
460
QLRDWKSQLA
470
VPHPETQDSS
480
TQTDTSHSGI
490
TNKLQHLKES
500
HEMGQALQQA
510
RNVMQSWVLI
520
SKELISLLHL
530
SLLHLEEDKT
540
TVSQESRRAE
550
TLVCCCFDLL
560
KKLRAKLQSL
570
KAEREEARHR
580
EEMALRGKDA
590
AEIVLEAFCA
600
HASQRISQLE
610
QDLASMREFR
620
GLLKDAQTQL
630
VGLHAKQEEL
640
VQQTVSLTST
650
LQQDWRSMQL
660
DYTTWTALLS
670
RSRQLTEKLT
680
VKSQQALQER
690
DVAIEEKQEV
700
SRVLEQVSAQ
710
LEECKGQTEQ
720
LELENSRLAT
730
DLRAQLQILA
740
NMDSQLKELQ
750
SQHTHCAQDL
760
AMKDELLCQL
770
TQSNEEQAAQ
780
WQKEEMALKH
790
MQAELQQQQA
800
VLAKEVRDLK
810
ETLEFADQEN
820
QVAHLELGQV
830
ECQLKTTLEV
840
LRERSLQCEN
850
LKDTVENLTA
860
KLASTIADNQ
870
EQDLEKTRQY
880
SQKLGLLTEQ
890
LQSLTLFLQT
900
KLKEKTEQET
910
LLLSTACPPT
920
QEHPLPNDRT
930
FLGSILTAVA
940
DEEPESTPVP
950
LLGSDKSAFT
960
RVASMVSLQP
970
AETPGMEESL
980
AEMSIMTTEL
990
QSLCSLLQES
1000
KEEAIRTLQR
1010
KICELQARLQ
1020
AQEEQHQEVQ
1030
KAKEADIEKL
1040
NQALCLRYKN
1050
EKELQEVIQQ
1060
QNEKILEQID
1070
KSGELISLRE
1080
EVTHLTRSLR
1090
RAETETKVLQ
1100
EALAGQLDSN
1110
CQPMATNWIQ
1120
EKVWLSQEVD
1130
KLRVMFLEMK
1140
NEKEKLMIKF
1150
QSHRNILEEN
1160
LRRSDKELEK
1170
LDDIVQHIYK
1180
TLLSIPEVVR
1190
GCKELQGLLE
FLS
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites