Click to expand (2 results)
10
MGRFAAALVG
20
SLFWLGLLLC
30
GLGSLASAEP
40
RAPPNRIAIV
50
GAGIGGTSSA
60
YYLRKKFGKD
70
VKIDVFEREE
80
VGGRLATLKV
90
QGHDYEAGGS
100
VIHPLNLHMK
110
RFVKELGLSS
120
VPASGGLVGV
130
YNGKSLVFEE
140
SSWFVINVIK
150
LVWRYGFQSL
160
RMHMWVEDLL
170
DKFMRIYRYQ
180
SHDYAFSSVE
190
KLMHAIGGDD
200
YVRLLNQTLR
210
ENLKKAGFSE
220
TFLNEMIAPV
230
MKVNYGQSTD
240
INAFVGAVSL
250
TAADSNLWAV
260
EGGNKIVCSG
270
LLQASSSNLI
280
SGSVMSIEEK
290
TRTKQTGNPT
300
KMYEVVYKTG
310
SETHSDFYDI
320
VLVAAPLNRK
330
MSNITFRNFD
340
PPIEEFNDPY
350
QQLVTTFIKG
360
ELNSTLFSSR
370
PKDQFGLSAI
380
LVTDDSDMFI
390
NSLSIVASVR
400
QKEGPPPAVD
410
GMHVWKTFSR
420
DILTKEQISK
430
LFLSYDYAVR
440
KPWLSYPHYE
450
PPQKCPSIIL
460
HDRLYYLNGI
470
EFAASCMEMS
480
AIAGYNAALL
490
AYHRWNGNED
500
MIDQDDLYER
LKTEL
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
This entry is believed to be secreted and/or enriched in the extracellular space. Please note that O-GlcNAcylation is restricted to intracellular proteins only. Consider this entry carefully.
10
MGRVVAELVS
20
SLLGLWLLLC
30
SCGCPEGAEL
40
RAPPDKIAII
50
GAGIGGTSAA
60
YYLRQKFGKD
70
VKIDLFEREE
80
VGGRLATMMV
90
QGQEYEAGGS
100
VIHPLNLHMK
110
RFVKDLGLSA
120
VQASGGLLGI
130
YNGETLVFEE
140
SNWFIINVIK
150
LVWRYGFQSL
160
RMHMWVEDVL
170
DKFMRIYRYQ
180
SHDYAFSSVE
190
KLLHALGGDD
200
FLGMLNRTLL
210
ETLQKAGFSE
220
KFLNEMIAPV
230
MRVNYGQSTD
240
INAFVGAVSL
250
SCSDSGLWAV
260
EGGNKLVCSG
270
LLQASKSNLI
280
SGSVMYIEEK
290
TKTKYTGNPT
300
KMYEVVYQIG
310
TETRSDFYDI
320
VLVATPLNRK
330
MSNITFLNFD
340
PPIEEFHQYY
350
QHIVTTLVKG
360
ELNTSIFSSR
370
PIDKFGLNTV
380
LTTDNSDLFI
390
NSIGIVPSVR
400
EKEDPEPSTD
410
GTYVWKIFSQ
420
ETLTKAQILK
430
LFLSYDYAVK
440
KPWLAYPHYK
450
PPEKCPSIIL
460
HDRLYYLNGI
470
ECAASAMEMS
480
AIAAHNAALL
490
AYHRWNGHTD
500
MIDQDGLYEK
LKTEL
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites