Click to expand (2 results)
10
MWKASAGHAV
20
SITQDDGGAD
30
DWETDPDFVN
40
DVSEKEQRWG
50
AKTVQGSGHQ
60
EHINIHKLRE
70
NVFQEHQTLK
80
EKELETGPKA
90
SHGYGGKFGV
100
EQDRMDRSAV
110
GHEYQSKLSK
120
HCSQVDSVRG
130
FGGKFGVQMD
140
RVDQSAVGFE
150
YQGKTEKHAS
160
QKDYSSGFGG
170
KYGVQADRVD
180
KSAVGFDYQG
190
KTEKHESQKD
200
YSKGFGGKYG
210
IDKDKVDKSA
220
VGFEYQGKTE
230
KHESQKDYVK
240
GFGGKFGVQT
250
DRQDKCALGW
260
DHQEKLQLHE
270
SQKDYKTGFG
280
GKFGVQSERQ
290
DSSAVGFDYK
300
ERLAKHESQQ
310
DYAKGFGGKY
320
GVQKDRMDKN
330
ASTFEEVVQV
340
PSAYQKTVPI
350
EAVTSKTSNI
360
RANFENLAKE
370
REQEDRRKAE
380
AERAQRMAKE
390
RQEQEEARRK
400
LEEQARAKKQ
410
TPPASPSPQP
420
IEDRPPSSPI
430
YEDAAPFKAE
440
PSYRGSEPEP
450
EYSIEAAGIP
460
EAGSQQGLTY
470
TSEPVYETTE
480
APGHYQAEDD
490
TYDGYESDLG
500
ITAIALYDYQ
510
AAGDDEISFD
520
PDDIITNIEM
530
IDDGWWRGVC
540
KGRYGLFPAN
YVELRQ
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MWKASAGHAV
20
SIAQDDAGAD
30
DWETDPDFVN
40
DVSEKEQRWG
50
AKTVQGSGHQ
60
EHINIHKLRE
70
NVFQEHQTLK
80
EKELETGPKA
90
SHGYGGKFGV
100
EQDRMDKSAV
110
GHEYQSKLSK
120
HCSQVDSVRG
130
FGGKFGVQMD
140
RVDQSAVGFE
150
YQGKTEKHAS
160
QKDYSSGFGG
170
KYGVQADRVD
180
KSAVGFDYQG
190
KTEKHESQRD
200
YSKGFGGKYG
210
IDKDKVDKSA
220
VGFEYQGKTE
230
KHESQKDYVK
240
GFGGKFGVQT
250
DRQDKCALGW
260
DHQEKLQLHE
270
SQKDYKTGFG
280
GKFGVQSERQ
290
DSAAVGFDYK
300
EKLAKHESQQ
310
DYSKGFGGKY
320
GVQKDRMDKN
330
ASTFEDVTQV
340
SSAYQKTVPV
350
EAVTSKTSNI
360
RANFENLAKE
370
KEQEDRRKAE
380
AERAQRMAKE
390
RQEQEEARRK
400
LEEQARAKTQ
410
TPPVSPAPQP
420
TEERLPSSPV
430
YEDAASFKAE
440
LSYRGPVSGT
450
EPEPVYSMEA
460
ADYREASSQQ
470
GLAYATEAVY
480
ESAEAPGHYP
490
AEDSTYDEYE
500
NDLGITAVAL
510
YDYQAAGDDE
520
ISFDPDDIIT
530
NIEMIDDGWW
540
RGVCKGRYGL
550
FPANYVELRQ
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites