Click to expand (3 results)
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
MPAVSKGDGM
20
RGLAVFISDI
30
RNCKSKEAEI
40
KRINKELANI
50
RSKFKGDKAL
60
DGYSKKKYVC
70
KLLFIFLLGH
80
DIDFGHMEAV
90
NLLSSNRYTE
100
KQIGYLFISV
110
LVNSNSELIR
120
LINNAIKNDL
130
ASRNPTFMGL
140
ALHCIANVGS
150
REMAEAFAGE
160
IPKILVAGDT
170
MDSVKQSAAL
180
CLLRLYRTSP
190
DLVPMGDWTS
200
RVVHLLNDQH
210
LGVVTAATSL
220
ITTLAQKNPE
230
EFKTSVSLAV
240
SRLSRIVTSA
250
STDLQDYTYY
260
FVPAPWLSVK
270
LLRLLQCYPP
280
PDPAVRGRLT
290
ECLETILNKA
300
QEPPKSKKVQ
310
HSNAKNAVLF
320
EAISLIIHHD
330
SEPNLLVRAC
340
NQLGQFLQHR
350
ETNLRYLALE
360
SMCTLASSEF
370
SHEAVKTHIE
380
TVINALKTER
390
DVSVRQRAVD
400
LLYAMCDRSN
410
AQQIVAEMLS
420
YLETADYSIR
430
EEIVLKVAIL
440
AEKYAVDYTW
450
YVDTILNLIR
460
IAGDYVSEEV
470
WYRVIQIVIN
480
RDDVQGYAAK
490
TVFEALQAPA
500
CHENLVKVGG
510
YILGEFGNLI
520
AGDPRSSPLI
530
QFNLLHSKFH
540
LCSVPTRALL
550
LSTYIKFVNL
560
FPEVKATIQD
570
VLRSDSQLKN
580
ADVELQQRAV
590
EYLRLSTVAS
600
TDILATVLEE
610
MPPFPERESS
620
ILAKLKKKKG
630
PSTVTDLEET
640
KRERSIDVNG
650
GPEPVPASTS
660
AASTPSPSAD
670
LLGLGAVPPA
680
PTGPPPSSGG
690
GLLVDVFSDS
700
ASAVAPLAPG
710
SEDNFARFVC
720
KNNGVLFENQ
730
LLQIGLKSEF
740
RQNLGRMFIF
750
YGNKTSTQFL
760
NFTPTLICAD
770
DLQTNLNLQT
780
KPVDPTVDGG
790
AQVQQVVNIE
800
CISDFTEAPV
810
LNIQFRYGGT
820
FQNVSVKLPI
830
TLNKFFQPTE
840
MASQDFFQRW
850
KQLSNPQQEV
860
QNIFKAKHPM
870
DTEITKAKII
880
GFGSALLEEV
890
DPNPANFVGA
900
GIIHTKTTQI
910
GCLLRLEPNL
920
QAQMYRLTLR
930
TSKDTVSQRL
CELLSEQF
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MPAVSKGEGM
20
RGLAVFISDI
30
RNCKSKEAEI
40
KRINKELANI
50
RSKFKGDKAL
60
DGYSKKKYVC
70
KLLFIFLLGH
80
DIDFGHMEAV
90
NLLSSNRYTE
100
KQIGYLFISV
110
LVNSNSELIR
120
LINNAIKNDL
130
ASRNPTFMGL
140
ALHCIANVGS
150
REMAEAFAGE
160
IPKILVAGDT
170
MDSVKQSAAL
180
CLLRLYRTSP
190
DLVPMGDWTS
200
RVVHLLNDQH
210
LGVVTAATSL
220
ITTLAQKNPE
230
EFKTSVSLAV
240
SRLSRIVTSA
250
STDLQDYTYY
260
FVPAPWLSVK
270
LLRLLQCYPP
280
PDPAVRGRLT
290
ECLETILNKA
300
QEPPKSKKVQ
310
HSNAKNAVLF
320
EAISLIIHHD
330
SEPNLLVRAC
340
NQLGQFLQHR
350
ETNLRYLALE
360
SMCTLASSEF
370
SHEAVKTHIE
380
TVINALKTER
390
DVSVRQRAVD
400
LLYAMCDRSN
410
AQQIVAEMLS
420
YLETADYSIR
430
EEIVLKVAIL
440
AEKYAVDYTW
450
YVDTILNLIR
460
IAGDYVSEEV
470
WYRVIQIVIN
480
RDDVQGYAAK
490
TVFEALQAPA
500
CHENLVKVGG
510
YILGEFGNLI
520
AGDPRSSPLI
530
QFNLLHSKFH
540
LCSVPTRALL
550
LSTYIKFVNL
560
FPEVKATIQD
570
VLRSDSQLKN
580
ADVELQQRAV
590
EYLRLSTVAS
600
TDILATVLEE
610
MPPFPERESS
620
ILAKLKKKKG
630
PSTVTDLEET
640
KRERSIDVNG
650
GPEPVPASTS
660
AASTPSPSAD
670
LLGLGAVPPA
680
PTGPPPSSGG
690
GLLVDVFSDS
700
ASAVAPLAPG
710
SEDNFARFVC
720
KNNGVLFENQ
730
LLQIGLKSEF
740
RQNLGRMFIF
750
YGNKTSTQFL
760
NFTPTLICAD
770
DLQTNLNLQT
780
KPVDPTVDGG
790
AQVQQVINIE
800
CISDFTEAPV
810
LNIQFRYGGT
820
FQNVSVKLPI
830
TLNKFFQPTE
840
MASQDFFQRW
850
KQLSNPQQEV
860
QNIFKAKHPM
870
DTEITKAKII
880
GFGSALLEEV
890
DPNPANFVGA
900
GIIHTKTTQI
910
GCLLRLEPNL
920
QAQMYRLTLR
930
TSKDTVSQRL
CELLSEQF
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
10
MPAVSKGDGM
20
RGLAVFISDI
30
RNCKSKEAEI
40
KRINKELANI
50
RSKFKGDKAL
60
DGYSKKKYVC
70
KLLFIFLLGH
80
DIDFGHMEAV
90
NLLSSNRYTE
100
KQIGYLFISV
110
LVNSNSELIR
120
LINNAIKNDL
130
ASRNPTFMGL
140
ALHCIASVGS
150
REMAEAFAGE
160
IPKVLVAGDT
170
MDSVKQSAAL
180
CLLRLYRTSP
190
DLVPMGDWTS
200
RVVHLLNDQH
210
LGVVTAATSL
220
ITTLAQKNPE
230
EFKTSVSLAV
240
SRLSRIVTSA
250
STDLQDYTYY
260
FVPAPWLSVK
270
LLRLLQCYPP
280
PDPAVRGRLT
290
ECLETILNKA
300
QEPPKSKKVQ
310
HSNAKNAVLF
320
EAISLIIHHD
330
SEPNLLVRAC
340
NQLGQFLQHR
350
ETNLRYLALE
360
SMCTLASSEF
370
SHEAVKTHIE
380
TVINALKTER
390
DVSVRQRAVD
400
LLYAMCDRSN
410
APQIVAEMLS
420
YLETADYSIR
430
EEIVLKVAIL
440
AEKYAVDYTW
450
YVDTILNLIR
460
IAGDYVSEEV
470
WYRVIQIVIN
480
RDDVQGYAAK
490
TVFEALQAPA
500
CHENLVKVGG
510
YILGEFGNLI
520
AGDPRSSPLI
530
QFHLLHSKFH
540
LCSVPTRALL
550
LSTYIKFVNL
560
FPEVKPTIQD
570
VLRSDSQLRN
580
ADVELQQRAV
590
EYLRLSTVAS
600
TDILATVLEE
610
MPPFPERESS
620
ILAKLKKKKG
630
PSTVTDLEDT
640
KRDRSVDVNG
650
GPEPAPASTS
660
AVSTPSPSAD
670
LLGLGAAPPA
680
PAGPPPSSGG
690
SGLLVDVFSD
700
SASVVAPLAP
710
GSEDNFARFV
720
CKNNGVLFEN
730
QLLQIGLKSE
740
FRQNLGRMFI
750
FYGNKTSTQF
760
LNFTPTLICS
770
DDLQPNLNLQ
780
TKPVDPTVEG
790
GAQVQQVVNI
800
ECVSDFTEAP
810
VLNIQFRYGG
820
TFQNVSVQLP
830
ITLNKFFQPT
840
EMASQDFFQR
850
WKQLSNPQQE
860
VQNIFKAKHP
870
MDTEVTKAKI
880
IGFGSALLEE
890
VDPNPANFVG
900
AGIIHTKTTQ
910
IGCLLRLEPN
920
LQAQMYRLTL
930
RTSKEAVSQR
LCELLSAQF
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites