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
MRIEERKSQH
20
LTGLTDEKVK
30
AYLSLHPQVL
40
DEFVSESVSA
50
ETVEKWLKRK
60
NNKSEDESAP
70
KEVSRYQDTN
80
MQGVVYELNS
90
YIEQRLDTGG
100
DNQLLLYELS
110
SIIKIATKAD
120
GFALYFLGEC
130
NNSLCIFTPP
140
GIKEGKPRLI
150
PAGPITQGTT
160
VSAYVAKSRK
170
TLLVEDILGD
180
ERFPRGTGLE
190
SGTRIQSVLC
200
LPIVTAIGDL
210
IGILELYRHW
220
GKEAFCLSHQ
230
EVATANLAWA
240
SVAIHQVQVC
250
RGLAKQTELN
260
DFLLDVSKTY
270
FDNIVAIDSL
280
LEHIMIYAKN
290
LVNADRCALF
300
QVDHKNKELY
310
SDLFDIGEEK
320
EGKPVFKKTK
330
EIRFSIEKGI
340
AGQVARTGEV
350
LNIPDAYADP
360
RFNREVDLYT
370
GYTTRNILCM
380
PIVSRGSVIG
390
VVQMVNKISG
400
SAFSKTDENN
410
FKMFAVFCAL
420
ALHCANMYHR
430
IRHSECIYRV
440
TMEKLSYHSI
450
CTSEEWQGLM
460
QFTLPVRLCK
470
EIELFHFDIG
480
PFENMWPGIF
490
VYMVHRSCGT
500
SCFELEKLCR
510
FIMSVKKNYR
520
RVPYHNWKHA
530
VTVAHCMYAI
540
LQNNHTLFTD
550
LERKGLLIAC
560
LCHDLDHRGF
570
SNSYLQKFDH
580
PLAALYSTST
590
MEQHHFSQTV
600
SILQLEGHNI
610
FSTLSSSEYE
620
QVLEIIRKAI
630
IATDLALYFG
640
NRKQLEEMYQ
650
TGSLNLNNQS
660
HRDRVIGLMM
670
TACDLCSVTK
680
LWPVTKLTAN
690
DIYAEFWAEG
700
DEMKKLGIQP
710
IPMMDRDKKD
720
EVPQGQLGFY
730
NAVAIPCYTT
740
LTQILPPTEP
750
LLKACRDNLS
760
QWEKVIRGEE
770
TATWISSPSV
AQKAAASED
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
MSNDSTEGTV
20
GSCNATGLTD
30
EKVKAYLSLH
40
PQVLDEFVSE
50
SVSAETVEKW
60
LKRKTNKAKD
70
EPSPKEVSRY
80
QDTNMQGVVY
90
ELNSYIEQRL
100
DTGGDNHLLL
110
YELSSIIRIA
120
TKADGFALYF
130
LGECNNSLCV
140
FIPPGMKEGQ
150
PRLIPAGPIT
160
QGTTISAYVA
170
KSRKTLLVED
180
ILGDERFPRG
190
TGLESGTRIQ
200
SVLCLPIVTA
210
IGDLIGILEL
220
YRHWGKEAFC
230
LSHQEVATAN
240
LAWASVAIHQ
250
VQVCRGLAKQ
260
TELNDFLLDV
270
SKTYFDNIVA
280
IDSLLEHIMI
290
YAKNLVNADR
300
CALFQVDHKN
310
KELYSDLFDI
320
GEEKEGKPIF
330
KKTKEIRFSI
340
EKGIAGQVAR
350
TGEVLNIPDA
360
YADPRFNREV
370
DLYTGYTTRN
380
ILCMPIVSRG
390
SVIGVVQMVN
400
KISGSAFSKT
410
DENNFKMFAV
420
FCALALHCAN
430
MYHRIRHSEC
440
IYRVTMEKLS
450
YHSICTSEEW
460
QGLMRFNLPA
470
RICRDIELFH
480
FDIGPFENMW
490
PGIFVYMIHR
500
SCGTSCFELE
510
KLCRFIMSVK
520
KNYRRVPYHN
530
WKHAVTVAHC
540
MYAILQNNNG
550
LFTDLERKGL
560
LIACLCHDLD
570
HRGFSNSYLQ
580
KFDHPLAALY
590
STSTMEQHHF
600
SQTVSILQLE
610
GHNIFSTLSS
620
SEYEQVLEII
630
RKAIIATDLA
640
LYFGNRKQLE
650
EMYQTGSLNL
660
HNQSHRDRVI
670
GLMMTACDLC
680
SVTKLWPVTK
690
LTANDIYAEF
700
WAEGDEMKKL
710
GIQPIPMMDR
720
DKRDEVPQGQ
730
LGFYNAVAIP
740
CYTTLTQILP
750
PTEPLLKACR
760
DNLNQWEKVI
770
RGEETAMWIS
780
GPGPAPSKST
790
PEKLNVKVED
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites