Click to expand (2 results)
10
MPRKKPFSVK
20
QKKKQLQDKR
30
ERKRGLQDGL
40
RSSSNSRSGS
50
RERREEQTDT
60
SDGESVTHHI
70
RRLNQQPSQG
80
LGPRGYDPNR
90
YRLHFERDSR
100
EEVERRKRAA
110
REQVLQPVSA
120
EVLELDIREV
130
YQPGSVLDFP
140
RRPPWSYEMS
150
KEQLMSQEER
160
SFQEYLGKIH
170
GAYTSEKLSY
180
FEHNLETWRQ
190
LWRVLEMSDI
200
VLLITDIRHP
210
VVNFPPALYE
220
YVTGELGLAL
230
VLVLNKVDLA
240
PPALVVAWKH
250
YFHQCYPQLH
260
IVLFTSFPRD
270
TRTPQEPGGV
280
LKKNRRRGKG
290
WTRALGPEQL
300
LRACEAITVG
310
KVDLSSWREK
320
IARDVAGASW
330
GNVSGEEEEE
340
EDGPAVLVEQ
350
LTDSAMEPTG
360
PSRERYKDGV
370
VTIGCIGFPN
380
VGKSSLINGL
390
VGRKVVSVSR
400
TPGHTRYFQT
410
YFLTPSVKLC
420
DCPGLIFPSL
430
LPRQLQVLAG
440
IYPIAQIQEP
450
YTSVGYLASR
460
IPVQALLHLR
470
HPEAEDPSAE
480
HPWCAWDICE
490
AWAEKRGYKT
500
AKAARNDVYR
510
AANSLLRLAV
520
DGRLSLCFYP
530
PGYSEQRGTW
540
ESHPETAELV
550
LSQGRVGPAG
560
DEEEEEEEEL
570
SSSCEEEGEE
580
DRDADEEGEG
590
DEDTPTSDPG
600
SCLTARNPYA
LLGEDEC
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MPRKKPFSVK
20
QKKKQLQDKR
30
ERKRGLQDGL
40
RSSSNSRSGS
50
RERREEQTDT
60
SDGESVTHHI
70
RRLNQQPSQG
80
LGPRGYDPNR
90
YRLHFERDSR
100
EEVERRKRAA
110
REQVLQPVSA
120
ELLELDIREV
130
YQPGSVLDFP
140
RRPPWSYEMS
150
KEQLMSQEER
160
SFQDYLGKIH
170
GAYSSEKLSY
180
FEHNLETWRQ
190
LWRVLEMSDI
200
VLLITDIRHP
210
VVNFPPALYE
220
YVTGELGLAL
230
VLVLNKVDLA
240
PPALVVAWKH
250
YFHQHYPQLH
260
VVLFTSFPRD
270
PRTPQDPSSV
280
LKKSRRRGRG
290
WTRALGPEQL
300
LRACEAITVG
310
KVDLSSWREK
320
IARDVAGATW
330
GNGSGEEEEE
340
EDGPAVLVEQ
350
QTDSAMEPTG
360
PTQERYKDGV
370
VTIGCVGFPN
380
VGKSSLINGL
390
VGRKVVSVSR
400
TPGHTRYFQT
410
YFLTPSVKLC
420
DCPGLIFPSL
430
LPRQLQVLAG
440
IYPIAQIQEP
450
YTAVGYLASR
460
IPVQALLHLR
470
HPEAEDPSAE
480
HPWCAWDICE
490
AWAEKRGYKT
500
AKAARNDVYR
510
AANSLLRLAV
520
DGRLSLCFHP
530
PGYSEQKGTW
540
ESHPETTELV
550
VLQGRVGPAG
560
DEEEEEEEEL
570
SSSCEEEGEE
580
DRDADEEGEG
590
DEETPTSAPG
600
SSLAGRNPYA
LLGEDEC
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites