PFR11819: SubName: Full=Anchor protein {ECO:0000313|EMBL:AAU94938.1};
- UniProt Accession Number
- Q5Y190 (view proteoforms for entry)
- Date Added
- 5/26/2015 9:08:35 AM
- Organism
- Homo sapiens
Sequence
10
MGPPSKRLSE
MGPPSKRLSE
20
VEAATFHRKP
VEAATFHRKP
30
MGGKYGVLVG
MGGKYGVLVG
40
DALLTAYCQK
DALLTAYCQK
50
ARISHSTPSQ
ARISHSTPSQ
60
SYENAHGHQN
SYENAHGHQN
70
FRPKSGTRFR
FRPKSGTRFR
80
TSGQEGGTRD
TSGQEGGTRD
90
LEGQKKAGRR
LEGQKKAGRR
100
SWDSALEGGS
SWDSALEGGS
110
QEELGGGGHQ
QEELGGGGHQ
120
GWDPGLAATT
GWDPGLAATT
130
GPRAHIGGGA
GPRAHIGGGA
140
LALCPESSGV
LALCPESSGV
150
REDGGPGLGV
REDGGPGLGV
160
REPIFVGLRG
REPIFVGLRG
170
RRQSARNSRG
RRQSARNSRG
180
PPEQPNEELG
PPEQPNEELG
190
IEHGVQPLGS
IEHGVQPLGS
200
RERETGQGPG
RERETGQGPG
210
SVLYWRPEVS
SVLYWRPEVS
220
SCGRTGPLQR
SCGRTGPLQR
230
GSLSPGALSS
GSLSPGALSS
240
GVPGSGNSSP
GVPGSGNSSP
250
LPSDFLIRHH
LPSDFLIRHH
260
GPKPVSSQRN
GPKPVSSQRN
270
AGTGSRKRVG
AGTGSRKRVG
280
TARCCGELWA
TARCCGELWA
290
TGSKGQGERA
TGSKGQGERA
300
TTSGAERTAP
TTSGAERTAP
310
RRNCLPGASG
RRNCLPGASG
320
SGPELDSAPR
SGPELDSAPR
330
TARTAPASGS
TARTAPASGS
340
APRESRTAPE
APRESRTAPE
350
PAPKRMRSRG
PAPKRMRSRG
360
LFRCRFLPQR
LFRCRFLPQR
370
PGPRPPGLPA
PGPRPPGLPA
380
RPEARKVTSA
RPEARKVTSA
390
NRARFRRAAN
NRARFRRAAN
400
RHPQFPQYNY
RHPQFPQYNY
410
QTLVPENEAA
QTLVPENEAA
420
GTAVLRVVAQ
GTAVLRVVAQ
430
DPDAGEAGRL
DPDAGEAGRL
440
VYSLAALMNS
VYSLAALMNS
450
RSLELFSIDP
RSLELFSIDP
460
QSGLIRTAAA
QSGLIRTAAA
470
LDRESMERHY
LDRESMERHY
480
LRVTAQDHGS
LRVTAQDHGS
490
PRLSATTMVA
PRLSATTMVA
500
VTVADRNDHS
VTVADRNDHS
510
PVFEQAQYRE
PVFEQAQYRE
520
TLRENVEEGY
TLRENVEEGY
530
PILQLRATDG
PILQLRATDG
540
DAPPNANLRY
DAPPNANLRY
550
RFVGPPAARA
RFVGPPAARA
560
AAAAAFEIDP
AAAAAFEIDP
570
RSGLISTSGR
RSGLISTSGR
580
VDREHMESYE
VDREHMESYE
590
LVVEASDQGQ
LVVEASDQGQ
600
EPGPRSATVR
EPGPRSATVR
610
VHITVLDEND
VHITVLDEND
620
NAPQFSEKRY
NAPQFSEKRY
630
VAQVREDVRP
VAQVREDVRP
640
HTVVLRVTAT
HTVVLRVTAT
650
DRDKDANGLV
DRDKDANGLV
660
HYNIISGNSR
HYNIISGNSR
670
GHFAIDSLTG
GHFAIDSLTG
680
EIQVVAPLDF
EIQVVAPLDF
690
EAEREYALRI
EAEREYALRI
700
RAQDAGRPPL
RAQDAGRPPL
710
SNNTGLASIQ
SNNTGLASIQ
720
VVDINDHIPI
VVDINDHIPI
730
FVSTPFQVSV
FVSTPFQVSV
740
LENAPLGHSV
LENAPLGHSV
750
IHIQAVDADH
IHIQAVDADH
760
GENARLEYSL
GENARLEYSL
770
TGVAPDTPFV
TGVAPDTPFV
780
INSATGWVSV
INSATGWVSV
790
SGPLDRESVE
SGPLDRESVE
800
HYFFGVEARD
HYFFGVEARD
810
HGSPPLSASA
HGSPPLSASA
820
SVTVTVLDVN
SVTVTVLDVN
830
DNRPEFTMKE
DNRPEFTMKE
840
YHLRLNEDAA
YHLRLNEDAA
850
VGTSVVSVTA
VGTSVVSVTA
860
VDRDANSAIS
VDRDANSAIS
870
YQITGGNTRN
YQITGGNTRN
880
RFAISTQGGV
RFAISTQGGV
890
GLVTLALPLD
GLVTLALPLD
900
YKQERYFKLV
YKQERYFKLV
910
LTASDRALHD
LTASDRALHD
920
HCYVHINITD
HCYVHINITD
930
ANTHRPVFQS
ANTHRPVFQS
940
AHYSVSVNED
AHYSVSVNED
950
RPMGSTIVVI
RPMGSTIVVI
960
SASDDDVGEN
SASDDDVGEN
970
ARITYLLEDN
ARITYLLEDN
980
LPQFRIDADS
LPQFRIDADS
990
GAITLQAPLD
GAITLQAPLD
1000
YEDQVTYTLA
YEDQVTYTLA
1010
ITARDNGIPQ
ITARDNGIPQ
1020
KADTTYVEVM
KADTTYVEVM
1030
VNDVNDNAPQ
VNDVNDNAPQ
1040
FVASHYTGLV
FVASHYTGLV
1050
SEDAPPFTSV
SEDAPPFTSV
1060
LQISATDRDA
LQISATDRDA
1070
HANGRVQYTF
HANGRVQYTF
1080
QNGEDGDGDF
QNGEDGDGDF
1090
TIEPTSGIVR
TIEPTSGIVR
1100
TVRRLDREAV
TVRRLDREAV
1110
SVYELTAYAV
SVYELTAYAV
1120
DRGVPPLRTP
DRGVPPLRTP
1130
VSIQVMVQDV
VSIQVMVQDV
1140
NDNAPVFPAE
NDNAPVFPAE
1150
EFEVRVKENS
EFEVRVKENS
1160
IVGSVVAQIT
IVGSVVAQIT
1170
AVDPDEGPNA
AVDPDEGPNA
1180
HIMYQIVEGN
HIMYQIVEGN
1190
IPELFQMDIF
IPELFQMDIF
1200
SGELTALIDL
SGELTALIDL
1210
DYEARQEYVI
DYEARQEYVI
1220
VVQATSAPLV
VVQATSAPLV
1230
SRATVHVRLV
SRATVHVRLV
1240
DQNDNSPVLN
DQNDNSPVLN
1250
NFQILFNNYV
NFQILFNNYV
1260
SNRSDTFPSG
SNRSDTFPSG
1270
IIGRIPAYDP
IIGRIPAYDP
1280
DVSDHLFYSF
DVSDHLFYSF
1290
ERGNELQLLV
ERGNELQLLV
1300
VNQTSGELRL
VNQTSGELRL
1310
SRKLDNNRPL
SRKLDNNRPL
1320
VASMLVTVTD
VASMLVTVTD
1330
GLHSVTAQCV
GLHSVTAQCV
1340
LRVVIITEEL
LRVVIITEEL
1350
LANSLTVRLE
LANSLTVRLE
1360
NMWQERFLSP
NMWQERFLSP
1370
LLGRFLEGVA
LLGRFLEGVA
1380
AVLATPAEDV
AVLATPAEDV
1390
FIFNIQNDTD
FIFNIQNDTD
1400
VGGTVLNVSF
VGGTVLNVSF
1410
SALAPRGAGA
SALAPRGAGA
1420
GAAGPWFSSE
GAAGPWFSSE
1430
ELQEQLYVRR
ELQEQLYVRR
1440
AALAARSLLD
AALAARSLLD
1450
VLPFDDNVCL
VLPFDDNVCL
1460
REPCENYMKC
REPCENYMKC
1470
VSVLRFDSSA
VSVLRFDSSA
1480
PFLASASTLF
PFLASASTLF
1490
RPIQPIAGLR
RPIQPIAGLR
1500
CRCPPGFTGD
CRCPPGFTGD
1510
FCETELDLCY
FCETELDLCY
1520
SNPCRNGGAC
SNPCRNGGAC
1530
ARREGGYTCV
ARREGGYTCV
1540
CRPRFTGEDC
CRPRFTGEDC
1550
ELDTEAGRCV
ELDTEAGRCV
1560
PGVCRNGGTC
PGVCRNGGTC
1570
TDAPNGGFRC
TDAPNGGFRC
1580
QCPAGGAFEG
QCPAGGAFEG
1590
PRCEVAARSF
PRCEVAARSF
1600
PPSSFVMFRG
PPSSFVMFRG
1610
LRQRFHLTLS
LRQRFHLTLS
1620
LSFATVQQSG
LSFATVQQSG
1630
LLFYNGRLNE
LLFYNGRLNE
1640
KHDFLALELV
KHDFLALELV
1650
AGQVRLTYST
AGQVRLTYST
1660
GESNTVVSPT
GESNTVVSPT
1670
VPGGLSDGQW
VPGGLSDGQW
1680
HTVHLRYYNK
HTVHLRYYNK
1690
PRTDALGGAQ
PRTDALGGAQ
1700
GPSKDKVAVL
GPSKDKVAVL
1710
SVDDCDVAVA
SVDDCDVAVA
1720
LQFGAEIGNY
LQFGAEIGNY
1730
SCAAAGVQTS
SCAAAGVQTS
1740
SKKSLDLTGP
SKKSLDLTGP
1750
LLLGGVPNLP
LLLGGVPNLP
1760
ENFPVSHKDF
ENFPVSHKDF
1770
IGCMRDLHID
IGCMRDLHID
1780
GRRVDMAAFV
GRRVDMAAFV
1790
ANNGTMAGCQ
ANNGTMAGCQ
1800
AKLHFCDSGP
AKLHFCDSGP
1810
CKNSGFCSER
CKNSGFCSER
1820
WGSFSCDCPV
WGSFSCDCPV
1830
GFGGKDCQLT
GFGGKDCQLT
1840
MAHPHHFRGN
MAHPHHFRGN
1850
GTLSWNFGSD
GTLSWNFGSD
1860
MAVSVPWYLG
MAVSVPWYLG
1870
LAFRTRATQG
LAFRTRATQG
1880
VLMQVQAGPH
VLMQVQAGPH
1890
STLLCQLDRG
STLLCQLDRG
1900
LLSVTVTRGS
LLSVTVTRGS
1910
GRASHLLLDQ
GRASHLLLDQ
1920
VTVSDGRWHD
VTVSDGRWHD
1930
LRLELQEEPG
LRLELQEEPG
1940
GRRGHHVLMV
GRRGHHVLMV
1950
SLDFSLFQDT
SLDFSLFQDT
1960
MAVGSELQGL
MAVGSELQGL
1970
KVKQLHVGGL
KVKQLHVGGL
1980
PPGSAEEAPQ
PPGSAEEAPQ
1990
GLVGCIQGVW
GLVGCIQGVW
2000
LGSTPSGSPA
LGSTPSGSPA
2010
LLPPSHRVNA
LLPPSHRVNA
2020
EPGCVVTNAC
EPGCVVTNAC
2030
ASGPCPPHAD
ASGPCPPHAD
2040
CRDLWQTFSC
CRDLWQTFSC
2050
TCQPGYYGPG
TCQPGYYGPG
2060
CVDACLLNPC
CVDACLLNPC
2070
QNQGSCRHLP
QNQGSCRHLP
2080
GAPHGYTCDC
GAPHGYTCDC
2090
VGGYFGHHCE
VGGYFGHHCE
2100
HRMDQQCPRG
HRMDQQCPRG
2110
WWGSPTCGPC
WWGSPTCGPC
2120
NCDVHKGFDP
NCDVHKGFDP
2130
NCNKTNGQCH
NCNKTNGQCH
2140
CKEFHYRPRG
CKEFHYRPRG
2150
SDSCLPCDCY
SDSCLPCDCY
2160
PVGSTSRSCA
PVGSTSRSCA
2170
PHSGQCPCRP
PHSGQCPCRP
2180
GALGRQCNSC
GALGRQCNSC
2190
DSPFAEVTAS
DSPFAEVTAS
2200
GCRVLYDACP
GCRVLYDACP
2210
KSLRSGVWWP
KSLRSGVWWP
2220
QTKFGVLATV
QTKFGVLATV
2230
PCPRGALGAA
PCPRGALGAA
2240
VRLCDEAQGW
VRLCDEAQGW
2250
LEPDLFNCTS
LEPDLFNCTS
2260
PAFRELSLLL
PAFRELSLLL
2270
DGLELNKTAL
DGLELNKTAL
2280
DTMEAKKLAQ
DTMEAKKLAQ
2290
RLREVTGHTD
RLREVTGHTD
2300
HYFSQDVRVT
HYFSQDVRVT
2310
ARLLAHLLAF
ARLLAHLLAF
2320
ESHQQGFGLT
ESHQQGFGLT
2330
ATQDAHFNEN
ATQDAHFNEN
2340
LLWAGSALLA
LLWAGSALLA
2350
PETGDLWAAL
PETGDLWAAL
2360
GQRAPGGSPG
GQRAPGGSPG
2370
SAGLVRHLEE
SAGLVRHLEE
2380
YAATLARNME
YAATLARNME
2390
LTYLNPMGLV
LTYLNPMGLV
2400
TPNIMLSIDR
TPNIMLSIDR
2410
MEHPSSPRGA
MEHPSSPRGA
2420
RRYPRYHSNL
RRYPRYHSNL
2430
FRGQDAWDPH
FRGQDAWDPH
2440
THVLLPSQSP
THVLLPSQSP
2450
RPSPSEVLPT
RPSPSEVLPT
2460
SSSIENSTTS
SSSIENSTTS
2470
SVVPPPAPPE
SVVPPPAPPE
2480
PEPGISIIIL
PEPGISIIIL
2490
LVYRTLGGLL
LVYRTLGGLL
2500
PAQFQAERRG
PAQFQAERRG
2510
ARLPQNPVMN
ARLPQNPVMN
2520
SPVVSVAVFH
SPVVSVAVFH
2530
GRNFLRGILE
GRNFLRGILE
2540
SPISLEFRLL
SPISLEFRLL
2550
QTANRSKAIC
QTANRSKAIC
2560
VQWDPPGLAE
VQWDPPGLAE
2570
QHGVWTARDC
QHGVWTARDC
2580
ELVHRNGSHA
ELVHRNGSHA
2590
RCRCSRTGTF
RCRCSRTGTF
2600
GVLMDASPRE
GVLMDASPRE
2610
RLEGDLELLA
RLEGDLELLA
2620
VFTHVVVAVS
VFTHVVVAVS
2630
VAALVLTAAI
VAALVLTAAI
2640
LLSLRSLKSN
LLSLRSLKSN
2650
VRGIHANVAA
VRGIHANVAA
2660
ALGVAELLFL
ALGVAELLFL
2670
LGIHRTHNQV
LGIHRTHNQV
2680
QDQGQGTCVL
QDQGQGTCVL
2690
MTLLAQEAWG
MTLLAQEAWG
2700
QNSGSELVCT
QNSGSELVCT
2710
AVAILLHYFF
AVAILLHYFF
2720
LSTFAWLFVQ
LSTFAWLFVQ
2730
GLHLYRMQVE
GLHLYRMQVE
2740
PRNVDRGAMR
PRNVDRGAMR
2750
FYHALGWGVP
FYHALGWGVP
2760
AVLLGLAVGL
AVLLGLAVGL
2770
DPEGYGNPDF
DPEGYGNPDF
2780
CWISVHEPLI
CWISVHEPLI
2790
WSFAGPVVLV
WSFAGPVVLV
2800
IVMNGTMFLL
IVMNGTMFLL
2810
AARTSCSTGQ
AARTSCSTGQ
2820
REAKKTSALR
REAKKTSALR
2830
TLRSSFLLLL
TLRSSFLLLL
2840
LVSASWLFGL
LVSASWLFGL
2850
LAVNHSILAF
LAVNHSILAF
2860
HYLHAGLCGL
HYLHAGLCGL
2870
QGLAVLLLFC
QGLAVLLLFC
2880
VLNADARAAW
VLNADARAAW
2890
MPACLGRKAA
MPACLGRKAA
2900
PEEARPAPGL
PEEARPAPGL
2910
GPGAYNNTAL
GPGAYNNTAL
2920
FEESGLIRIT
FEESGLIRIT
2930
LGASTVSSVS
LGASTVSSVS
2940
SARSGRTQDQ
SARSGRTQDQ
2950
DSQRGRSYLR
DSQRGRSYLR
2960
DNVLVRHGSA
DNVLVRHGSA
2970
ADHTDHSLQA
ADHTDHSLQA
2980
HAGPTDLDVA
HAGPTDLDVA
2990
MFHRDAGADS
MFHRDAGADS
3000
DSDSDLSLEE
DSDSDLSLEE
3010
ERSLSIPSSE
ERSLSIPSSE
3020
SEDNGRTRGR
SEDNGRTRGR
3030
FQRPLCRAAQ
FQRPLCRAAQ
3040
SERLLTHPKD
SERLLTHPKD
3050
VDGNDLLSYW
VDGNDLLSYW
3060
PALGECEAAP
PALGECEAAP
3070
CALQTWGSER
CALQTWGSER
3080
RLGLDTSKDA
RLGLDTSKDA
3090
ANNNQPDPAL
ANNNQPDPAL
3100
TSGDETSLGR
TSGDETSLGR
3110
AQRQRKGILK
AQRQRKGILK
3120
NRLQYPLVPQ
NRLQYPLVPQ
3130
TRGAPELSWC
TRGAPELSWC
3140
RAATLGHRAV
RAATLGHRAV
3150
PAASYGRIYA
PAASYGRIYA
3160
GGGTGSLSQP
GGGTGSLSQP
3170
ASRYSSREQL
ASRYSSREQL
3180
DLLLRRQLSR
DLLLRRQLSR
3190
ERLEEAPAPV
ERLEEAPAPV
3200
LRPLSRPGSQ
LRPLSRPGSQ
3210
ECMDAAPGRL
ECMDAAPGRL
3220
EPKDRGSTLP
EPKDRGSTLP
3230
RRQPPRDYPG
RRQPPRDYPG
3240
AMAGRFGSRD
AMAGRFGSRD
3250
ALDLGAPREW
ALDLGAPREW
3260
LSTLPPPRRT
LSTLPPPRRT
3270
RDLDPQPPPL
RDLDPQPPPL
3280
PLSPQRQLSR
PLSPQRQLSR
3290
DPLLPSRPLD
DPLLPSRPLD
3300
SLSRSSNSRE
SLSRSSNSRE
3310
QLDQVPSRHP
QLDQVPSRHP
3320
SREALGPLPQ
SREALGPLPQ
3330
LLRAREDSVS
LLRAREDSVS
3340
GPSHGPSTEQ
GPSHGPSTEQ
3350
LDILSSILAS
LDILSSILAS
3360
FNSSALSSVQ
FNSSALSSVQ
3370
SSSTPLGPHT
SSSTPLGPHT
3380
TATPSATASV
TATPSATASV
3390
LGPSTPRSAT
LGPSTPRSAT
3400
SHSISELSPD
SHSISELSPD
3410
SEPRDTQALL
SEPRDTQALL
3420
SATQAMDLRR
SATQAMDLRR
3430
RDYHMERPLL
RDYHMERPLL
3440
NQEHLEELGR
NQEHLEELGR
3450
WGSAPRTHQW
WGSAPRTHQW
3460
RTWLQCSRAR
RTWLQCSRAR
3470
AYALLLQHLP
AYALLLQHLP
3480
VLVWLPRYPV
VLVWLPRYPV
3490
RDWLLGDLLS
RDWLLGDLLS
3500
GLSVAIMQLP
GLSVAIMQLP
3510
QGLAYALLAG
QGLAYALLAG
3520
LPPVFGLYSS
LPPVFGLYSS
3530
FYPVFIYFLF
FYPVFIYFLF
3540
GTSRHISVES
GTSRHISVES
3550
LCVPGPVDTG
LCVPGPVDTG
3560
TFAVMSVMVG
TFAVMSVMVG
3570
SVTESLAPQA
SVTESLAPQA
3580
LNDSMINETA
LNDSMINETA
3590
RDAARVQVAS
RDAARVQVAS
3600
TLSVLVGLFQ
TLSVLVGLFQ
3610
VGLGLIHFGF
VGLGLIHFGF
3620
VVTYLSEPLV
VVTYLSEPLV
3630
RGYTTAAAVQ
RGYTTAAAVQ
3640
VFVSQLKYVF
VFVSQLKYVF
3650
GLHLSSHSGP
GLHLSSHSGP
3660
LSLIYTVLEV
LSLIYTVLEV
3670
CWKLPQSKVG
CWKLPQSKVG
3680
TVVTAAVAGV
TVVTAAVAGV
3690
VLVVVKLLND
VLVVVKLLND
3700
KLQQQLPMPI
KLQQQLPMPI
3710
PGELLTLIGA
PGELLTLIGA
3720
TGISYGMGLK
TGISYGMGLK
3730
HRFEVDVVGN
HRFEVDVVGN
3740
IPAGLVPPVA
IPAGLVPPVA
3750
PNTQLFSKLV
PNTQLFSKLV
3760
GSAFTIAVVG
GSAFTIAVVG
3770
FAIAISLGKI
FAIAISLGKI
3780
FALRHGYRVD
FALRHGYRVD
3790
SNQELVALGL
SNQELVALGL
3800
SNLIGGIFQC
SNLIGGIFQC
3810
FPVSCSMSRS
FPVSCSMSRS
3820
LVQESTGGNS
LVQESTGGNS
3830
QVAGAISSLF
QVAGAISSLF
3840
ILLIIVKLGE
ILLIIVKLGE
3850
LFHDLPKAVL
LFHDLPKAVL
3860
AAIIIVNLKG
AAIIIVNLKG
3870
MLRQLSDMRS
MLRQLSDMRS
3880
LWKANRADLL
LWKANRADLL
3890
IWLVTFTATI
IWLVTFTATI
3900
LLNLDLGLVV
LLNLDLGLVV
3910
AVIFSLLLVV
AVIFSLLLVV
3920
VRTQMPHYSV
VRTQMPHYSV
3930
LGQVPDTDIY
LGQVPDTDIY
3940
RDVAEYSEAK
RDVAEYSEAK
3950
EVRGVKVFRS
EVRGVKVFRS
3960
SATVYFANAE
SATVYFANAE
3970
FYSDALKQRC
FYSDALKQRC
3980
GVDVDFLISQ
GVDVDFLISQ
3990
KKKLLKKQEQ
KKKLLKKQEQ
4000
LKLKQLQKEE
LKLKQLQKEE
4010
KLRKQAGPLL
KLRKQAGPLL
4020
SACLAPQQVS
SACLAPQQVS
4030
SGDKMEDATA
SGDKMEDATA
4040
NGQEDSKAPD
NGQEDSKAPD
4050
GSTLKALGLP
GSTLKALGLP
4060
QPDFHSLILD
QPDFHSLILD
4070
LGALSFVDTV
LGALSFVDTV
4080
CLKSLKNIFH
CLKSLKNIFH
4090
DFREIEVEVY
DFREIEVEVY
4100
MAACHSPVVS
MAACHSPVVS
4110
QLEAGHFFDA
QLEAGHFFDA
4120
SITKKHLFAS
SITKKHLFAS
4130
VHDAVTFALQ
VHDAVTFALQ
4140
HPRPVPDSPV
HPRPVPDSPV
4150
SPSLAVSSDV
SPSLAVSSDV
4160
KQLEPELLLR
KQLEPELLLR
4170
NNLLSGIPEK
NNLLSGIPEK
4180
VQGSVGANGQ
VQGSVGANGQ
SLEDTE
- Modifications
- Amino Acid Position Range
- 1 - 4186
- Monoisotopic Mass
- 452,955.99 Da
- Average Mass
- 453,240.19 Da
- Length
- 4186
Evidence
Data Set | Date Added | Number of Hits |
---|---|---|
2008 Roth et al., Anal. Chem., Human Leukocytes | 05/26/2015 | 1 |