Click to expand (2 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MEAAVGAPDG
20
VDQGGVGPLE
30
DETPMDAYLR
40
KLGLYRKLVA
50
KDGSCLFRAV
60
AEQVLHSQSR
70
HVEVRMACIR
80
YLRENREKFE
90
AFIEGSFEEY
100
LKRLENPQEW
110
VGQVEISALS
120
LMYRKDFVIY
130
QEPNVSPSHV
140
TENNFPEKVL
150
LCFSNGNHYD
160
IVYPITYKDS
170
SAMCQSLLYE
180
LLYEKVFKTD
190
VSKIMMGLEA
200
SEVAEESNSE
210
ISDSEDDSCK
220
SKSTAATDVN
230
GFKPSGSENP
240
KNNGNSADLP
250
LSRKVLKSLN
260
PAVYRNVEYE
270
IWLKSKQAQQ
280
KRDYSIAAGL
290
QYEVGDKCHQ
300
VRLDHNGKLS
310
NADIHGVHSE
320
NGLVLSEELG
330
KKHTPKNLKP
340
PPPESWNTVS
350
GKKMKKPNSG
360
QNFHSDTDYR
370
GPKNLNKPIK
380
APSALPPRLQ
390
HPSSGVRQHA
400
FSSHSTGSQS
410
QKSSSEHKNL
420
SRMPSQITRK
430
PDRERAEDFD
440
HVSRESYYFG
450
LSPEERREKQ
460
AIEESRLLYE
470
IQNRDEQAFP
480
ALSSSSVSQS
490
PSQNSNACVP
500
RKSSHARDRK
510
GSMRRADAEE
520
RKDKDSLRGH
530
THVDKKPEPS
540
TLEISDDKCT
550
RVSSPSKSKK
560
ECPSPVEQKP
570
AEHIPLSNPA
580
PLLVSPEVHL
590
TPAVPSLPAT
600
VPAWPSEPTT
610
FGPTGVPAQI
620
PILSVTQTTG
630
PDAAVSQAHL
640
TPSPVPVSIQ
650
AVNQPLMPLP
660
QTMSLYQDPL
670
YPGFPCSEKG
680
DRAIAPPYSL
690
CQTGEDLPKD
700
KNILRFFFNL
710
GVKAYSCPMW
720
APHSYLYPLH
730
QAYMAACRMY
740
PKVPVPVYPQ
750
NTWFQEAPPA
760
QSESDCPCTD
770
AHYSLHPEAS
780
VNGQMPQAEM
790
GPPAFASPLV
800
IPPSQVSEGH
810
GQLSYQPELE
820
SENPGQLLHA
830
EYEESLSGKN
840
MYPQQSFGPN
850
PFLGPVPIAP
860
PFFPHVWYGY
870
PFQGFVENPV
880
MRQNIVLPPD
890
DKGELDLPLE
900
NLDLSKECDS
910
VSAVDEFPDA
920
RVEGAHSLSA
930
ASVSSKHEGR
940
VEQSSQTRKA
950
DIDLASGSSA
960
VEGKGHPPTQ
970
ILNREREPGS
980
AEPEPKRTIQ
990
SLKEKPEKVK
1000
DPKTAADVVS
1010
PGANSVDRLQ
1020
RPKEESSEDE
1030
NEVSNILRSG
1040
RSKQFYNQTY
1050
GSRKYKSDWG
1060
SSGRGGYQHV
1070
RGEESWKGQP
1080
NRSRDEGYQY
1090
HRHVRGRPYR
1100
GDRRRSGMGD
GHRGQHT
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
MEAAVGVPDG
20
GDQGGAGPRE
30
DATPMDAYLR
40
KLGLYRKLVA
50
KDGSCLFRAV
60
AEQVLHSQSR
70
HVEVRMACIH
80
YLRENREKFE
90
AFIEGSFEEY
100
LKRLENPQEW
110
VGQVEISALS
120
LMYRKDFIIY
130
REPNVSPSQV
140
TENNFPEKVL
150
LCFSNGNHYD
160
IVYPIKYKES
170
SAMCQSLLYE
180
LLYEKVFKTD
190
VSKIVMELDT
200
LEVADEDNSE
210
ISDSEDDSCK
220
SKTAAAAADV
230
NGFKPLSGNE
240
QLKNNGNSTS
250
LPLSRKVLKS
260
LNPAVYRNVE
270
YEIWLKSKQA
280
QQKRDYSIAA
290
GLQYEVGDKC
300
QVRLDHNGKF
310
LNADVQGIHS
320
ENGPVLVEEL
330
GKKHTSKNLK
340
APPPESWNTV
350
SGKKMKKPST
360
SGQNFHSDVD
370
YRGPKNPSKP
380
IKAPSALPPR
390
LQHPSGVRQH
400
AFSSHSSGSQ
410
SQKFSSEHKN
420
LSRTPSQIIR
430
KPDRERVEDF
440
DHTSRESNYF
450
GLSPEERREK
460
QAIEESRLLY
470
EIQNRDEQAF
480
PALSSSSVNQ
490
SASQSSNPCV
500
QRKSSHVGDR
510
KGSRRRMDTE
520
ERKDKDSIHG
530
HSQLDKRPEP
540
STLENITDDK
550
YATVSSPSKS
560
KKLECPSPAE
570
QKPAEHVSLS
580
NPAPLLVSPE
590
VHLTPAVPSL
600
PATVPAWPSE
610
PTTFGPTGVP
620
APIPVLSVTQ
630
TLTTGPDSAV
640
SQAHLTPSPV
650
PVSIQAVNQP
660
LMPLPQTLSL
670
YQDPLYPGFP
680
CNEKGDRAIV
690
PPYSLCQTGE
700
DLPKDKNILR
710
FFFNLGVKAY
720
SCPMWAPHSY
730
LYPLHQAYLA
740
ACRMYPKVPV
750
PVYPHNPWFQ
760
EAPAAQNESD
770
CTCTDAHFPM
780
QTEASVNGQM
790
PQPEIGPPTF
800
SSPLVIPPSQ
810
VSESHGQLSY
820
QADLESETPG
830
QLLHADYEES
840
LSGKNMFPQP
850
SFGPNPFLGP
860
VPIAPPFFPH
870
VWYGYPFQGF
880
IENPVMRQNI
890
VLPSDEKGEL
900
DLSLENLDLS
910
KDCGSVSTVD
920
EFPEARGEHV
930
HSLPEASVSS
940
KPDEGRTEQS
950
SQTRKADTAL
960
ASIPPVAEGK
970
AHPPTQILNR
980
ERETVPVELE
990
PKRTIQSLKE
1000
KTEKVKDPKT
1010
AADVVSPGAN
1020
SVDSRVQRPK
1030
EESSEDENEV
1040
SNILRSGRSK
1050
QFYNQTYGSR
1060
KYKSDWGYSG
1070
RGGYQHVRSE
1080
ESWKGQPSRS
1090
RDEGYQYHRN
1100
VRGRPFRGDR
1110
RRSGMGDGHR
GQHT
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites