Click to expand (2 results)
10
MPTQRDSSTM
20
SHTVACGGGG
30
DHSHQVRVKA
40
YYRGDIMITH
50
FEPSISFEGL
60
CSEVRDMCSF
70
DNEQPFTMKW
80
IDEEGDPCTV
90
SSQLELEEAF
100
RLYELNKDSE
110
LLIHVFPCVP
120
ERPGMPCPGE
130
DKSIYRRGAR
140
RWRKLYCANG
150
HTFQAKRFNR
160
RAHCAICTDR
170
IWGLGRQGYK
180
CINCKLLVHK
190
KCHKLVTIEC
200
GRHSLPPEPM
210
MPMDQTMHPD
220
HTQTVIPYNP
230
SSHESLDQVG
240
EEKEAMNTRE
250
SGKASSSLGL
260
QDFDLLRVIG
270
RGSYAKVLLV
280
RLKKTDRIYA
290
MKVVKKELVN
300
DDEDIDWVQT
310
EKHVFEQASN
320
HPFLVGLHSC
330
FQTESRLFFV
340
IEYVNGGDLM
350
FHMQRQRKLP
360
EEHARFYSAE
370
ISLALNYLHE
380
RGIIYRDLKL
390
DNVLLDSEGH
400
IKLTDYGMCK
410
EGLRPGDTTS
420
TFCGTPNYIA
430
PEILRGEDYG
440
FSVDWWALGV
450
LMFEMMAGRS
460
PFDIVGSSDN
470
PDQNTEDYLF
480
QVILEKQIRI
490
PRSLSVKAAS
500
VLKSFLNKDP
510
KERLGCHPQT
520
GFADIQGHPF
530
FRNVDWDMME
540
QKQVVPPFKP
550
NISGEFGLDN
560
FDSQFTNEPV
570
QLTPDDDDIV
580
RKIDQSEFEG
590
FEYINPLLMS
AEECV
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
MPTQRDSSTM
20
SHTVAGGGSG
30
DHSHQVRVKA
40
YYRGDIMITH
50
FEPSISFEGL
60
CNEVRDMCSF
70
DNEQLFTMKW
80
IDEEGDPCTV
90
SSQLELEEAF
100
RLYELNKDSE
110
LLIHVFPCVP
120
ERPGMPCPGE
130
DKSIYRRGAR
140
RWRKLYCANG
150
HTFQAKRFNR
160
RAHCAICTDR
170
IWGLGRQGYK
180
CINCKLLVHK
190
KCHKLVTIEC
200
GRHSLPQEPV
210
MPMDQSSMHS
220
DHAQTVIPYN
230
PSSHESLDQV
240
GEEKEAMNTR
250
ESGKASSSLG
260
LQDFDLLRVI
270
GRGSYAKVLL
280
VRLKKTDRIY
290
AMKVVKKELV
300
NDDEDIDWVQ
310
TEKHVFEQAS
320
NHPFLVGLHS
330
CFQTESRLFF
340
VIEYVNGGDL
350
MFHMQRQRKL
360
PEEHARFYSA
370
EISLALNYLH
380
ERGIIYRDLK
390
LDNVLLDSEG
400
HIKLTDYGMC
410
KEGLRPGDTT
420
STFCGTPNYI
430
APEILRGEDY
440
GFSVDWWALG
450
VLMFEMMAGR
460
SPFDIVGSSD
470
NPDQNTEDYL
480
FQVILEKQIR
490
IPRSLSVKAA
500
SVLKSFLNKD
510
PKERLGCHPQ
520
TGFADIQGHP
530
FFRNVDWDMM
540
EQKQVVPPFK
550
PNISGEFGLD
560
NFDSQFTNEP
570
VQLTPDDDDI
580
VRKIDQSEFE
590
GFEYINPLLM
SAEECV
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites