Click to expand (4 results)
This entry is believed to be enriched in the intracellular space, consistent with the expected localization for O-GlcNAcylated proteins.
10
MTRILTACKV
20
VKTLKSGFGF
30
ANVTTKRQWD
40
FSRPGIRLLS
50
VKAKTAHIVL
60
EDGTKMKGYS
70
FGHPSSVAGE
80
VVFNTGLGGY
90
PEALTDPAYK
100
GQILTMANPI
110
IGNGGAPDTT
120
ARDELGLNKY
130
MESDGIKVAG
140
LLVLNYSNDY
150
NHWLATKSLG
160
QWLQEEKVPA
170
IYGVDTRMLT
180
KIIRDKGTML
190
GKIEFEGQSV
200
DFVDPNKQNL
210
IAEVSTKDVK
220
VFGKGNPTKV
230
VAVDCGIKNN
240
VIRLLVKRGA
250
EVHLVPWNHD
260
FTQMEYDGLL
270
IAGGPGNPAL
280
AQPLIQNVKK
290
ILESDRKEPL
300
FGISTGNIIT
310
GLAAGAKSYK
320
MSMANRGQNQ
330
PVLNITNRQA
340
FITAQNHGYA
350
LDNTLPAGWK
360
PLFVNVNDQT
370
NEGIMHESKP
380
FFAVQFHPEV
390
SPGPTDTEYL
400
FDSFFSLIKK
410
GKGTTITSVL
420
PKPALVASRV
430
EVSKVLILGS
440
GGLSIGQAGE
450
FDYSGSQAVK
460
AMKEENVKTV
470
LMNPNIASVQ
480
TNEVGLKQAD
490
AVYFLPITPQ
500
FVTEVIKAER
510
PDGLILGMGG
520
QTALNCGVEL
530
FKRGVLKEYG
540
VKVLGTSVES
550
IMATEDRQLF
560
SDKLNEINEK
570
IAPSFAVESM
580
EDALKAADTI
590
GYPVMIRSAY
600
ALGGLGSGIC
610
PNKETLIDLG
620
TKAFAMTNQI
630
LVERSVTGWK
640
EIEYEVVRDA
650
DDNCVTVCNM
660
ENVDAMGVHT
670
GDSVVVAPAQ
680
TLSNAEFQML
690
RRTSVNVVRH
700
LGIVGECNIQ
710
FALHPTSMEY
720
CIIEVNARLS
730
RSSALASKAT
740
GYPLAFIAAK
750
IALGIPLPEI
760
KNVVSGKTSA
770
CFEPSLDYMV
780
TKIPRWDLDR
790
FHGTSSRIGS
800
SMKSVGEVMA
810
IGRTFEESFQ
820
KALRMCHPSV
830
DGFTPRLPMN
840
KEWPANLDLK
850
KELSEPSSTR
860
IYAIAKALEN
870
NMSLDEIVRL
880
TSIDKWFLYK
890
MRDILNMDKT
900
LKGLNSDSVT
910
EETLRKAKEI
920
GFSDKQISKC
930
LGLTEAQTRE
940
LRLKKNIHPW
950
VKQIDTLAAE
960
YPSVTNYLYV
970
TYNGQEHDIK
980
FDEHGIMVLG
990
CGPYHIGSSV
1000
EFDWCAVSSI
1010
RTLRQLGKKT
1020
VVVNCNPETV
1030
STDFDECDKL
1040
YFEELSLERI
1050
LDIYHQEACN
1060
GCIISVGGQI
1070
PNNLAVPLYK
1080
NGVKIMGTSP
1090
LQIDRAEDRS
1100
IFSAVLDELK
1110
VAQAPWKAVN
1120
TLNEALEFAN
1130
SVGYPCLLRP
1140
SYVLSGSAMN
1150
VVFSEDEMKR
1160
FLEEATRVSQ
1170
EHPVVLTKFV
1180
EGAREVEMDA
1190
VGKEGRVISH
1200
AISEHVEDAG
1210
VHSGDATLML
1220
PTQTISQGAI
1230
EKVKDATRKI
1240
AKAFAISGPF
1250
NVQFLVKGND
1260
VLVIECNLRA
1270
SRSFPFVSKT
1280
LGVDFIDVAT
1290
KVMIGESIDE
1300
KRLPTLEQPI
1310
IPSDYVAIKA
1320
PMFSWPRLRD
1330
ADPILRCEMA
1340
STGEVACFGE
1350
GIHTAFLKAM
1360
LSTGFKIPQK
1370
GILIGIQQSF
1380
RPRFLGVAEQ
1390
LHNEGFKLFA
1400
TEATSDWLNA
1410
NNVPATPVAW
1420
PSQEGQNPSL
1430
SSIRKLIRDG
1440
SIDLVINLPN
1450
NNTKFVHDNY
1460
VIRRTAVDSG
1470
IALLTNFQVT
1480
KLFAEAVQKS
1490
RTVDSKSLFH
1500
YRQYSAGKAA
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
MTRILTAFKV
20
VRTLKTGFGF
30
TNVTAHQKWK
40
FSRPGIRLLS
50
VKAQTAHIVL
60
EDGTKMKGYS
70
FGHPSSVAGE
80
VVFNTGLGGY
90
PEAITDPAYK
100
GQILTMANPI
110
IGNGGAPDTT
120
ALDELGLSKY
130
LESNGIKVSG
140
LLVLDYSKDY
150
NHWLATKSLG
160
QWLQEEKVPA
170
IYGVDTRMLT
180
KIIRDKGTML
190
GKIEFEGQPV
200
DFVDPNKQNL
210
IAEVSTKDVK
220
VYGKGNPTKV
230
VAVDCGIKNN
240
VIRLLVKRGA
250
EVHLVPWNHD
260
FTKMEYDGIL
270
IAGGPGNPAL
280
AEPLIQNVRK
290
ILESDRKEPL
300
FGISTGNLIT
310
GLAAGAKTYK
320
MSMANRGQNQ
330
PVLNITNKQA
340
FITAQNHGYA
350
LDNTLPAGWK
360
PLFVNVNDQT
370
NEGIMHESKP
380
FFAVQFHPEV
390
TPGPIDTEYL
400
FDSFFSLIKK
410
GKATTITSVL
420
PKPALVASRV
430
EVSKVLILGS
440
GGLSIGQAGE
450
FDYSGSQAVK
460
AMKEENVKTV
470
LMNPNIASVQ
480
TNEVGLKQAD
490
TVYFLPITPQ
500
FVTEVIKAEQ
510
PDGLILGMGG
520
QTALNCGVEL
530
FKRGVLKEYG
540
VKVLGTSVES
550
IMATEDRQLF
560
SDKLNEINEK
570
IAPSFAVESI
580
EDALKAADTI
590
GYPVMIRSAY
600
ALGGLGSGIC
610
PNRETLMDLS
620
TKAFAMTNQI
630
LVEKSVTGWK
640
EIEYEVVRDA
650
DDNCVTVCNM
660
ENVDAMGVHT
670
GDSVVVAPAQ
680
TLSNAEFQML
690
RRTSINVVRH
700
LGIVGECNIQ
710
FALHPTSMEY
720
CIIEVNARLS
730
RSSALASKAT
740
GYPLAFIAAK
750
IALGIPLPEI
760
KNVVSGKTSA
770
CFEPSLDYMV
780
TKIPRWDLDR
790
FHGTSSRIGS
800
SMKSVGEVMA
810
IGRTFEESFQ
820
KALRMCHPSI
830
EGFTPRLPMN
840
KEWPSNLDLR
850
KELSEPSSTR
860
IYAIAKAIDD
870
NMSLDEIEKL
880
TYIDKWFLYK
890
MRDILNMEKT
900
LKGLNSESMT
910
EETLKRAKEI
920
GFSDKQISKC
930
LGLTEAQTRE
940
LRLKKNIHPW
950
VKQIDTLAAE
960
YPSVTNYLYV
970
TYNGQEHDVN
980
FDDHGMMVLG
990
CGPYHIGSSV
1000
EFDWCAVSSI
1010
RTLRQLGKKT
1020
VVVNCNPETV
1030
STDFDECDKL
1040
YFEELSLERI
1050
LDIYHQEACG
1060
GCIISVGGQI
1070
PNNLAVPLYK
1080
NGVKIMGTSP
1090
LQIDRAEDRS
1100
IFSAVLDELK
1110
VAQAPWKAVN
1120
TLNEALEFAK
1130
SVDYPCLLRP
1140
SYVLSGSAMN
1150
VVFSEDEMKK
1160
FLEEATRVSQ
1170
EHPVVLTKFV
1180
EGAREVEMDA
1190
VGKDGRVISH
1200
AISEHVEDAG
1210
VHSGDATLML
1220
PTQTISQGAI
1230
EKVKDATRKI
1240
AKAFAISGPF
1250
NVQFLVKGND
1260
VLVIECNLRA
1270
SRSFPFVSKT
1280
LGVDFIDVAT
1290
KVMIGENVDE
1300
KHLPTLDHPI
1310
IPADYVAIKA
1320
PMFSWPRLRD
1330
ADPILRCEMA
1340
STGEVACFGE
1350
GIHTAFLKAM
1360
LSTGFKIPQK
1370
GILIGIQQSF
1380
RPRFLGVAEQ
1390
LHNEGFKLFA
1400
TEATSDWLNA
1410
NNVPATPVAW
1420
PSQEGQNPSL
1430
SSIRKLIRDG
1440
SIDLVINLPN
1450
NNTKFVHDNY
1460
VIRRTAVDSG
1470
IPLLTNFQVT
1480
KLFAEAVQKS
1490
RKVDSKSLFH
1500
YRQYSAGKAA
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
No subcellular localization data available from COMPARTMENTS database for this entry
10
MKEENVKTVL
20
MNPNIASVQT
30
NEVGLKQADT
40
VYFLPITPQF
50
VTEVIKAEQP
60
DGLILGMGGQ
70
TALNCGVELF
80
KRGVLKEYGV
90
KVLGTSVESI
100
MATEDRQLFS
110
DKLNEINEKI
120
APSFAVESIE
130
DALKAADTIG
140
YPVMIRSAYA
150
LGGLGSGICP
160
NRETLMDLST
170
KAFAMTNQIL
180
VEKSVTGWKE
190
IEYEVVRDAD
200
DNCVTVCNME
210
NVDAMGVHTG
220
DSVVVAPAQT
230
LSNAEFQMLR
240
RTSINVVRHL
250
GIVGECNIQF
260
ALHPTSMEYC
270
IIEVNARLSR
280
SSALASKATG
290
YPLAFIAAKI
300
ALGIPLPEIK
310
NVVSGKTSAC
320
FEPSLDYMVT
330
KIPRWDLDRF
340
HGTSSRIGSS
350
MKSVGEVMAI
360
GRTFEESFQK
370
ALRMCHPSIE
380
GFTPRLPMNK
390
EWPSNLDLRK
400
ELSEPSSTRI
410
YAIAKAIDDN
420
MSLDEIEKLT
430
YIDKWFLYKM
440
RDILNMEKTL
450
KGLNSESMTE
460
ETLKRAKEIG
470
FSDKQISKCL
480
GLTEAQTREL
490
RLKKNIHPWV
500
KQIDTLAAEY
510
PSVTNYLYVT
520
YNGQEHDVNF
530
DDHGMMVLGC
540
GPYHIGSSVE
550
FDWCAVSSIR
560
TLRQLGKKTV
570
VVNCNPETVS
580
TDFDECDKLY
590
FEELSLERIL
600
DIYHQEACGG
610
CIISVGGQIP
620
NNLAVPLYKN
630
GVKIMGTSPL
640
QIDRAEDRSI
650
FSAVLDELKV
660
AQAPWKAVNT
670
LNEALEFAKS
680
VDYPCLLRPS
690
YVLSGSAMNV
700
VFSEDEMKKF
710
LEEATRVSQE
720
HPVVLTKFVE
730
GAREVEMDAV
740
GKDGRVISHA
750
ISEHVEDAGV
760
HSGDATLMLP
770
TQTISQGAIE
780
KVKDATRKIA
790
KAFAISGPFN
800
VQFLVKGNDV
810
LVIECNLRAS
820
RSFPFVSKTL
830
GVDFIDVATK
840
VMIGENVDEK
850
HLPTLDHPII
860
PADYVAIKAP
870
MFSWPRLRDA
880
DPILRCEMAS
890
TGEVACFGEG
900
IHTAFLKAML
910
STGFKIPQKG
920
ILIGIQQSFR
930
PRFLGVAEQL
940
HNEGFKLFAT
950
EATSDWLNAN
960
NVPATPVAWP
970
SQEGQNPSLS
980
SIRKLIRDGS
990
IDLVINLPNN
1000
NTKFVHDNYV
1010
IRRTAVDSGI
1020
PLLTNFQVTK
1030
LFAEAVQKSR
1040
KVDSKSLFHY
RQYSAGKAA
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites
No subcellular localization data available from COMPARTMENTS database for this entry
10
MPQIIKMTRI
20
LTAFKVVRTL
30
KTGFGFTNVT
40
AHQKWKFSRP
50
GIRLLSVKAQ
60
TAHIVLEDGT
70
KMKGYSFGHP
80
SSVAGEVVFN
90
TGLGGYPEAI
100
TDPAYKGQIL
110
TMANPIIGNG
120
GAPDTTALDE
130
LGLSKYLESN
140
GIKVSGLLVL
150
DYSKDYNHWL
160
ATKSLGQWLQ
170
EEKVPAIYGV
180
DTRMLTKIIR
190
DKGTMLGKIE
200
FEGQPVDFVD
210
PNKQNLIAEV
220
STKDVKVYGK
230
GNPTKVVAVD
240
CGIKNNVIRL
250
LVKRGAEVHL
260
VPWNHDFTKM
270
EYDGILIAGG
280
PGNPALAEPL
290
IQNVRKILES
300
DRKEPLFGIS
310
TGNLITGLAA
320
GAKTYKMSMA
330
NRGQNQPVLN
340
ITNKQAFITA
350
QNHGYALDNT
360
LPAGWKPLFV
370
NVNDQTNEGI
380
MHESKPFFAV
390
QFHPEVTPGP
400
IDTEYLFDSF
410
FSLIKKGKAT
420
TITSVLPKPA
430
LVASRVEVSK
440
VLILGSGGLS
450
IGQAGEFDYS
460
GSQAVKAMKE
470
ENVKTVLMNP
480
NIASVQTNEV
490
GLKQADTVYF
500
LPITPQFVTE
510
VIKAEQPDGL
520
ILGMGGQTAL
530
NCGVELFKRG
540
VLKEYGVKVL
550
GTSVESIMAT
560
EDRQLFSDKL
570
NEINEKIAPS
580
FAVESIEDAL
590
KAADTIGYPV
600
MIRSAYALGG
610
LGSGICPNRE
620
TLMDLSTKAF
630
AMTNQILVEK
640
SVTGWKEIEY
650
EVVRDADDNC
660
VTVCNMENVD
670
AMGVHTGDSV
680
VVAPAQTLSN
690
AEFQMLRRTS
700
INVVRHLGIV
710
GECNIQFALH
720
PTSMEYCIIE
730
VNARLSRSSA
740
LASKATGYPL
750
AFIAAKIALG
760
IPLPEIKNVV
770
SGKTSACFEP
780
SLDYMVTKIP
790
RWDLDRFHGT
800
SSRIGSSMKS
810
VGEVMAIGRT
820
FEESFQKALR
830
MCHPSIEGFT
840
PRLPMNKEWP
850
SNLDLRKELS
860
EPSSTRIYAI
870
AKAIDDNMSL
880
DEIEKLTYID
890
KWFLYKMRDI
900
LNMEKTLKGL
910
NSESMTEETL
920
KRAKEIGFSD
930
KQISKCLGLT
940
EAQTRELRLK
950
KNIHPWVKQI
960
DTLAAEYPSV
970
TNYLYVTYNG
980
QEHDVNFDDH
990
GMMVLGCGPY
1000
HIGSSVEFDW
1010
CAVSSIRTLR
1020
QLGKKTVVVN
1030
CNPETVSTDF
1040
DECDKLYFEE
1050
LSLERILDIY
1060
HQEACGGCII
1070
SVGGQIPNNL
1080
AVPLYKNGVK
1090
IMGTSPLQID
1100
RAEDRSIFSA
1110
VLDELKVAQA
1120
PWKAVNTLNE
1130
ALEFAKSVDY
1140
PCLLRPSYVL
1150
SGSAMNVVFS
1160
EDEMKKFLEE
1170
ATRVSQEHPV
1180
VLTKFVEGAR
1190
EVEMDAVGKD
1200
GRVISHAISE
1210
HVEDAGVHSG
1220
DATLMLPTQT
1230
ISQGAIEKVK
1240
DATRKIAKAF
1250
AISGPFNVQF
1260
LVKGNDVLVI
1270
ECNLRASRSF
1280
PFVSKTLGVD
1290
FIDVATKVMI
1300
GENVDEKHLP
1310
TLDHPIIPAD
1320
YVAIKAPMFS
1330
WPRLRDADPI
1340
LRCEMASTGE
1350
VACFGEGIHT
1360
AFLKAMLSTG
1370
FKIPQKGILI
1380
GIQQSFRPRF
1390
LGVAEQLHNE
1400
GFKLFATEAT
1410
SDWLNANNVP
1420
ATPVAWPSQE
1430
GQNPSLSSIR
1440
KLIRDGSIDL
1450
VINLPNNNTK
1460
FVHDNYVIRR
1470
TAVDSGIPLL
1480
TNFQVTKLFA
1490
EAVQKSRKVD
1500
SKSLFHYRQY
SAGKAA
O-GlcNAc
Phosphorylation
Dual sites
O-GlcNAc
Phosphorylation
Dual sites