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
MGKKGKVGKS
20
RRDKFYHLAK
30
ETGYRSRSAF
40
KLIQLNRRFQ
50
FLQKARALLD
60
LCAAPGGWLQ
70
VAAKFMPVSS
80
LIVGVDLVPI
90
KPLPNVVTLQ
100
EDITTERCRQ
110
ALRKELKTWK
120
VDVVLNDGAP
130
NVGASWVHDA
140
YSQAHLTLMA
150
LRLACDFLAR
160
GGCFITKVFR
170
SRDYQPLLWI
180
FQQLFHRVQA
190
TKPQASRHES
200
AEIFVVCQGF
210
LAPDKVDAKF
220
FDPKFAFKEV
230
EVQAKTVTEL
240
VTKKKPKAEG
250
YAEGDLTLYH
260
RTSVTDFLRA
270
ANPVDFLSKA
280
SEISIDDEEL
290
AQHPATTEDI
300
RVCCQDIKVL
310
GRKELRSLLN
320
WRTKLRRYVA
330
KKLKEQAKAL
340
DISLSSEEEE
350
EGDEEEAVAE
360
TKQAPEEEEE
370
REEEQLNRTL
380
AEMKAQEVAE
390
LKRKKKKLLR
400
EQRKQRERVE
410
LKMDLPGVSI
420
ADEGETGMFS
430
LRTIRGQQLL
440
EEVTQGDMNA
450
ADTFLSDLPR
460
DDIYVSDAED
470
DDDTSLESDL
480
DPEELAGVRT
490
HSDLKEQKYL
500
RFTQVDDNKE
510
EEGENPLLVP
520
LEEKAVLQEE
530
QASLWFSKDG
540
FSGIEDDADE
550
ALEISQAQLL
560
YKSRQKEQQP
570
TDPPPPPTNL
580
KTEKKSPQGQ
590
NEVPKETEAI
600
LGTEAVTDPG
610
GEERGNSSDS
620
DSSSSEDEDS
630
WKVSRGVKRG
640
RGSKADEDGF
650
EVVPIQDPVK
660
YRILDPEGLA
670
LGAVIASSKK
680
AKRDLIDNSF
690
NRYAFNEEEG
700
ELPEWFAQEE
710
KQHRIRQLPV
720
DKKEVEHYRK
730
RWREINARPI
740
KKVAEAKARK
750
KRRVLKKLEQ
760
TKKKAEAVVN
770
TVDISEREKV
780
AQLRSLYKKA
790
GLGKEKRQVT
800
YVVAKKGVGR
810
KVRRPAGVKG
820
HFKVVDSRMK
830
KDQRAQQRKE
QKKKHKRK
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
MGKKGKVGKS
20
RRDKFYHLAK
30
ETGYRSRSAF
40
KLIQLNRRFQ
50
FLQKARALLD
60
LCAAPGGWLQ
70
VAAKFMPVSS
80
LIVGVDLVPI
90
KPLPNVVTLQ
100
QDITTERCRQ
110
ALRKELKTWK
120
VDVVLNDGAP
130
NVGASWVHDA
140
YSQAHLTLMA
150
LRLACDFLAR
160
GGSFITKVFR
170
SRDYQPLLWI
180
FQQLFRRVQA
190
TKPQASRHES
200
AEIFVVCQGF
210
LAPDKVDSKF
220
FDPKFAFKEV
230
EVQAKTVTEL
240
VTKKKPKAEG
250
YAEGDLTLYH
260
RTSVTDFLRA
270
ANPVDFLSKA
280
SEIMVDDEEL
290
AQHPATTEDI
300
RVCCQDIRVL
310
GRKELRSLLN
320
WRTKLRRYVA
330
KKLKEQAKAL
340
DISLSSGEED
350
EGDEEDSTAG
360
TTKQPSKEEE
370
EEEEEEQLNQ
380
TLAEMKAQEV
390
AELKRKKKKL
400
LREQRKQRER
410
VELKMDLPGV
420
SIADEGETGM
430
FSLSTIRGHQ
440
LLEEVTQGDM
450
SAADTFLSDL
460
PRDDIYVSDV
470
EDDGDDTSLD
480
SDLDPEELAG
490
VRGHQGLRDQ
500
KRMRLTEVQD
510
DKEEEEEENP
520
LLVPLEEKAV
530
LQEEQANLWF
540
SKGSFAGIED
550
DADEALEISQ
560
AQLLFENRRK
570
GRQQQQKQQL
580
PQTPPSCLKT
590
EIMSPLYQDE
600
APKGTEASSG
610
TEAATGLEGE
620
EKDGISDSDS
630
STSSEEEESW
640
EPLRGKKRSR
650
GPKSDDDGFE
660
IVPIEDPAKH
670
RILDPEGLAL
680
GAVIASSKKA
690
KRDLIDNSFN
700
RYTFNEDEGE
710
LPEWFVQEEK
720
QHRIRQLPVG
730
KKEVEHYRKR
740
WREINARPIK
750
KVAEAKARKK
760
RRMLKRLEQT
770
RKKAEAVVNT
780
VDISEREKVA
790
QLRSLYKKAG
800
LGKEKRHVTY
810
VVAKKGVGRK
820
VRRPAGVRGH
830
FKVVDSRMKK
840
DQRAQQRKEQ
KKKHKRK
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites