Click to expand (3 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MGPGWAGLLQ
20
DKGGGSPSVV
30
MSDTDSDEES
40
AGGGPFSLTG
50
FLFGNINGAG
60
QLEGESVLDD
70
ECKKHLAGLG
80
ALGLGSLITE
90
LTANEELSGS
100
DGALVNDEGW
110
IRSREDAVDY
120
SDINEVAEDE
130
SRRYQQTMGS
140
LQPLCHTDYD
150
EDDYDADCED
160
IDCKLMPPPP
170
PPPGPLKKEK
180
DQDDITGVSE
190
DGEGIILPSI
200
IAPSSLASEK
210
VDFSSSSDSE
220
SEMGPQDAAQ
230
SESKDGQLTL
240
PLAGIMQHDA
250
TKLLPSVTEL
260
FPEFRPGKVL
270
RFLRLFGPGK
280
NVPSVWRSAR
290
RKRKKKHREL
300
IQEGQVQEEE
310
CSVELEVNQK
320
SLWNYDYAPP
330
PLPDQCLSDD
340
EITMMAPVES
350
KFSQSTGDTD
360
KVMDTKPRVA
370
EWRYGPARLW
380
YDMLGVPEDG
390
SGFDYGFKMK
400
KTEHESTIKC
410
NIMKKLRKLE
420
ENSGVDLLAD
430
ENFLMVTQLH
440
WEDDIIWDGE
450
DVKHKGTKPQ
460
RASLAGWLPS
470
SMTRNAMAYN
480
VQQGFTATLD
490
DDKPWYSIFP
500
IDNEDLVYGR
510
WEDNIIWDAQ
520
NMPRILEPPV
530
LTLDPNDENL
540
ILEIPDEKEE
550
ATSNSPSKEN
560
KKESSLKKSR
570
ILLGKTGVIK
580
EEPQQNMSQP
590
EVKDPWNLSN
600
DEYYYPKQQG
610
LRGTFGGNII
620
QHSIPAVELR
630
QPFFPTHMGP
640
IKLRQFHRPP
650
LKKYSFGALS
660
QPGPHSVQPL
670
LKHIKKKAKM
680
REQERQASGG
690
GEMFFMRTPQ
700
DLTGKDGDLI
710
LAEYSEENGP
720
LMMQVGMATK
730
IKNYYKRKPG
740
KDPGAPDCKY
750
GETVYCHTSP
760
FLGSLHPGQL
770
LQAFENNLFR
780
APIYLHKMPE
790
SDFLIIRTRQ
800
GYFIRELVDI
810
FVVGQQCPLF
820
EVPGPNSKRA
830
NTHIRDFLQV
840
FIYRLFWKSK
850
DRPRRIRMED
860
IKKAFPSHSE
870
SSIRKRLKLC
880
ADFKRTGMDS
890
NWWVLKSDFR
900
LPTEEEIRAM
910
VSPEQCCAYY
920
SMIAAEQRLK
930
DAGYGEKSFF
940
APEEENEEDF
950
QMKIDDEVRT
960
APWNTTRAFI
970
AAMKGKCLLE
980
VTGVADPTGC
990
GEGFSYVKIP
1000
NKPTQQKDDK
1010
EPQPVKKTVT
1020
GTDADLRRLS
1030
LKNAKQLLRK
1040
FGVPEEEIKK
1050
LSRWEVIDVV
1060
RTMSTEQARS
1070
GEGPMSKFAR
1080
GSRFSVAEHQ
1090
ERYKEECQRI
1100
FDLQNKVLSS
1110
TEVLSTDTDS
1120
SSAEDSDFEE
1130
MGKNIENMLQ
1140
NKKTSSQLSR
1150
EREEQERKEL
1160
QRMLLAAGSA
1170
AAGNNHRDDD
1180
TASVTSLNSS
1190
ATGRCLKIYR
1200
TFRDEEGKEY
1210
VRCETVRKAT
1220
VIDAYVRIRT
1230
TKDEEFIRKF
1240
ALFDEQHREE
1250
MRKERRRIQE
1260
QLRRLKRNQE
1270
KEKLKGPPEK
1280
KPKKMKERPD
1290
LKLKCGACGA
1300
IGHMRTNKFC
1310
PLYYQTNAPP
1320
SNPVAMTEEQ
1330
EEELEKTVIH
1340
NDNEELIKVE
1350
GTKIVLGKQL
1360
IESADEVRRK
1370
SLVLKFPKQQ
1380
LPPKKKRRVG
1390
TTVHCDYLNR
1400
PHKSIHRRRT
1410
DPMVTLSSIL
1420
ESIINDMRDL
1430
PNTYPFHTPV
1440
NAKVVKDYYK
1450
IITRPMDLQT
1460
LRENVRKRLY
1470
PSREEFREHL
1480
ELIVKNSATY
1490
NGPKHSLTQI
1500
SQSMLDLCDE
1510
KLKEKEDKLA
1520
RLEKAINPLL
1530
DDDDQVAFSF
1540
ILDNIVTQKM
1550
MAVPDSWPFH
1560
HPVNKKFVPD
1570
YYKVIVSPMD
1580
LETIRKNISK
1590
HKYQSRESFL
1600
DDVNLILANS
1610
VKYNGPESQY
1620
TKTAQEIVNV
1630
CHQTLTEYDE
1640
HLTQLEKDIC
1650
TAKEAALEEA
1660
ELESLDPMTP
1670
GPYTPQPPDL
1680
YDNNTSLSVS
1690
RDASVYQDES
1700
NLSVLDIPSA
1710
TSEKQLTQEG
1720
GDGDGDLADE
1730
EEGTVQQPQA
1740
SVLYEDLLMS
1750
EGEDDEEDAG
1760
SDEEGDNPFF
1770
AIQLSESGSD
1780
SDVESGSLRP
1790
KQPRVLQENT
1800
RMGMENEESM
1810
MSYEGDGGDA
1820
SRGLEDSNIS
1830
YGSYEEPDPK
1840
SNTQDTSFSS
1850
IGGYEVSEEE
1860
EDEEEQRSGP
1870
SVLSQVHLSE
1880
DEEDSEDFHS
1890
IAGDTDLDSD
E
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
MVKQQGSGKT
20
NLANEDEAYE
30
AIFGGEFGSL
40
EIGSYIGGDE
50
GANSKDYTEH
60
LPDAVDFEDE
70
DELADDDDDL
80
PEESDANLHP
90
AMMTMGAYDD
100
VNENGAVLGI
110
DSNSLNMQLP
120
EINGDLSQQF
130
ILEDDGGTPA
140
TSNALFMGMD
150
ANEIHLATET
160
GVLDGSGANE
170
IGHSQLSIGG
180
VNGNDMSING
190
GFIMEPDMSD
200
GKHKKATKLD
210
LINHEKYLLK
220
KYFPDFEKGK
230
ILKWNKLIYR
240
RSVPYHWHSE
250
ISRVKKPFMP
260
LNLKFKVQQD
270
DKRLFNSRTI
280
SYVAPIYQGK
290
NNLLQSNSSA
300
SRRGLIHVSI
310
DELFPIKEQQ
320
KKRKIIHDEK
330
TISEDLLIAT
340
DDWDQEKIIN
350
QGTSSTATLA
360
DSSMTPNLKF
370
SGGYKLKSLI
380
EDVAEDWQWD
390
EDMIIDAKLK
400
ESKHAELNMN
410
DEKLLLMIEK
420
TNNLAQQKQQ
430
LDSSNLILPL
440
NETILQQKFN
450
LSNDDKYQIL
460
KKTHQTKVRS
470
TISNLNIQHS
480
QPAINLQSPF
490
YKVAVPRYQL
500
RHFHRENFGS
510
HIRPGTKIVF
520
SKLKARKRKR
530
DKGKDVKESF
540
STSQDLTIGD
550
TAPVYLMEYS
560
EQTPVALSKF
570
GMANKLINYY
580
RKANEQDTLR
590
PKLPVGETHV
600
LGVQDKSPFW
610
NFGFVEPGHI
620
VPTLYNNMIR
630
APVFKHDISG
640
TDFLLTKSSG
650
FGISNRFYLR
660
NINHLFTVGQ
670
TFPVEEIPGP
680
NSRKVTSMKA
690
TRLKMIIYRI
700
LNHNHSKAIS
710
IDPIAKHFPD
720
QDYGQNRQKV
730
KEFMKYQRDG
740
PEKGLWRLKD
750
DEKLLDNEAV
760
KSLITPEQIS
770
QVESMSQGLQ
780
FQEDNEAYNF
790
DSKLKSLEEN
800
LLPWNITKNF
810
INSTQMRAMI
820
QIHGVGDPTG
830
CGEGFSFLKT
840
SMKGGFVKSG
850
SPSSNNNSSN
860
KKGTNTHSYN
870
VAQQQKAYDE
880
EIAKTWYTHT
890
KSLSISNPFE
900
EMTNPDEINQ
910
TNKHVKTDRD
920
DKKILKIVRK
930
KRDENGIIQR
940
QTIFIRDPRV
950
IQGYIKIKEQ
960
DKEDVNKLLE
970
EDTSKINNLE
980
ELEKQKKLLQ
990
LELANLEKSQ
1000
QRRAARQNSK
1010
RNGGATRTEN
1020
SVDNGSDLAG
1030
VTDGKAARNK
1040
GKNTTRRCAT
1050
CGQIGHIRTN
1060
KSCPMYSSKD
NPASPK
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
MGPGCDLLLR
20
TAATITAAAI
30
MSDTDSDEDS
40
AGGGPFSLAG
50
FLFGNINGAG
60
QLEGESVLDD
70
ECKKHLAGLG
80
ALGLGSLITE
90
LTANEELTGT
100
DGALVNDEGW
110
VRSTEDAVDY
120
SDINEVAEDE
130
SRRYQQTMGS
140
LQPLCHSDYD
150
EDDYDADCED
160
IDCKLMPPPP
170
PPPGPMKKDK
180
DQDSITGEKV
190
DFSSSSDSES
200
EMGPQEATQA
210
ESEDGKLTLP
220
LAGIMQHDAT
230
KLLPSVTELF
240
PEFRPGKVLR
250
FLRLFGPGKN
260
VPSVWRSARR
270
KRKKKHRELI
280
QEEQIQEVEC
290
SVESEVSQKS
300
LWNYDYAPPP
310
PPEQCLSDDE
320
ITMMAPVESK
330
FSQSTGDIDK
340
VTDTKPRVAE
350
WRYGPARLWY
360
DMLGVPEDGS
370
GFDYGFKLRK
380
TEHEPVIKSR
390
MIEEFRKLEE
400
NNGTDLLADE
410
NFLMVTQLHW
420
EDDIIWDGED
430
VKHKGTKPQR
440
ASLAGWLPSS
450
MTRNAMAYNV
460
QQGFAATLDD
470
DKPWYSIFPI
480
DNEDLVYGRW
490
EDNIIWDAQA
500
MPRLLEPPVL
510
TLDPNDENLI
520
LEIPDEKEEA
530
TSNSPSKESK
540
KESSLKKSRI
550
LLGKTGVIKE
560
EPQQNMSQPE
570
VKDPWNLSND
580
EYYYPKQQGL
590
RGTFGGNIIQ
600
HSIPAVELRQ
610
PFFPTHMGPI
620
KLRQFHRPPL
630
KKYSFGALSQ
640
PGPHSVQPLL
650
KHIKKKAKMR
660
EQERQASGGG
670
EMFFMRTPQD
680
LTGKDGDLIL
690
AEYSEENGPL
700
MMQVGMATKI
710
KNYYKRKPGK
720
DPGAPDCKYG
730
ETVYCHTSPF
740
LGSLHPGQLL
750
QAFENNLFRA
760
PIYLHKMPET
770
DFLIIRTRQG
780
YYIRELVDIF
790
VVGQQCPLFE
800
VPGPNSKRAN
810
THIRDFLQVF
820
IYRLFWKSKD
830
RPRRIRMEDI
840
KKAFPSHSES
850
SIRKRLKLCA
860
DFKRTGMDSN
870
WWVLKSDFRL
880
PTEEEIRAMV
890
SPEQCCAYYS
900
MIAAEQRLKD
910
AGYGEKSFFA
920
PEEENEEDFQ
930
MKIDDEVRTA
940
PWNTTRAFIA
950
AMKGKCLLEV
960
TGVADPTGCG
970
EGFSYVKIPN
980
KPTQQKDDKE
990
PQPVKKTVTG
1000
TDADLRRLSL
1010
KNAKQLLRKF
1020
GVPEEEIKKL
1030
SRWEVIDVVR
1040
TMSTEQARSG
1050
EGPMSKFARG
1060
SRFSVAEHQE
1070
RYKEECQRIF
1080
DLQNKVLSST
1090
EVLSTDTDSS
1100
SAEDSDFEEM
1110
GKNIENMLQN
1120
KKTSSQLSRE
1130
REEQERKELQ
1140
RMLLAAGSAA
1150
SGNNHRDDDT
1160
ASVTSLNSSA
1170
TGRCLKIYRT
1180
FRDEEGKEYV
1190
RCETVRKPAV
1200
IDAYVRIRTT
1210
KDEEFIRKFA
1220
LFDEQHREEM
1230
RKERRRIQEQ
1240
LRRLKRNQEK
1250
EKLKGPPEKK
1260
PKKMKERPDL
1270
KLKCGACGAI
1280
GHMRTNKFCP
1290
LYYQTNAPPS
1300
NPVAMTEEQE
1310
EELEKTVIHN
1320
DNEELIKVEG
1330
TKIVLGKQLI
1340
ESADEVRRKS
1350
LVLKFPKQQL
1360
PPKKKRRVGT
1370
TVHCDYLNRP
1380
HKSIHRRRTD
1390
PMVTLSSILE
1400
SIINDMRDLP
1410
NTYPFHTPVN
1420
AKVVKDYYKI
1430
ITRPMDLQTL
1440
RENVRKRLYP
1450
SREEFREHLE
1460
LIVKNSATYN
1470
GPKHSLTQIS
1480
QSMLDLCDEK
1490
LKEKEDKLAR
1500
LEKAINPLLD
1510
DDDQVAFSFI
1520
LDNIVTQKMM
1530
AVPDSWPFHH
1540
PVNKKFVPDY
1550
YKVIVNPMDL
1560
ETIRKNISKH
1570
KYQSRESFLD
1580
DVNLILANSV
1590
KYNGPESQYT
1600
KTAQEIVNVC
1610
YQTLTEYDEH
1620
LTQLEKDICT
1630
AKEAALEEAE
1640
LESLDPMTPG
1650
PYTPQPPDLY
1660
DTNTSLSMSR
1670
DASVFQDESN
1680
MSVLDIPSAT
1690
PEKQVTQEGE
1700
DGDGDLADEE
1710
EGTVQQPQAS
1720
VLYEDLLMSE
1730
GEDDEEDAGS
1740
DEEGDNPFSA
1750
IQLSESGSDS
1760
DVGSGGIRPK
1770
QPRMLQENTR
1780
MDMENEESMM
1790
SYEGDGGEAS
1800
HGLEDSNISY
1810
GSYEEPDPKS
1820
NTQDTSFSSI
1830
GGYEVSEEEE
1840
DEEEEEQRSG
1850
PSVLSQVHLS
1860
EDEEDSEDFH
1870
SIAGDSDLDS
DE
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites