GlycoProtDB ID - GPDB0005349


Protein Name ATP-binding cassette sub-family A member 13
Protein Accession Number Q5SSE9
Gene Abca13
Length 5034
Status
Reviewed
release : 2016-12-05

Glycosylation Sites

Schema of N-glycosylation site(s) of the protein

Sequence

(__:Potential Sequon , N:Identified Site)

1
101
201
301
401
501
601
701
801
901
1001
1101
1201
1301
1401
1501
1601
1701
1801
1901
2001
2101
2201
2301
2401
2501
2601
2701
2801
2901
3001
3101
3201
3301
3401
3501
3601
3701
3801
3901
4001
4101
4201
4301
4401
4501
4601
4701
4801
4901
5001
MGHAGRQFQA LLWKNWICRL RHPVLSLAEF FWPCILFMIL TVLRFQEPPR HRENCYLQAR DLPSRGVLPF VQGLLCNTGS SCRNISFESS MDHHFRLSRF
QTASDDRKVS SLAFLNEIQD LAEDIFETMD KAKNLQKLWL KRSETPGSSY GSGFLTMDLN KTEDVISKLE SLHQQPHIWD FLHSLPRLYM SSAHLEDSMG
AVTHFLQAGL NSLASLGDLD WLPLHQTIPQ VSRHVLNVTI STLRFLQQHS AVVNETIYHL SLKNIVWDPQ KVQSDLKSQF GFNDFQMQHI LNYSAKLEEI
PTHSFLERMV CSILSNTSED EAESKGYRAD CHPKWSAVKN YIIHAVSWLK LYGQVFDQWQ QGSLLQSLLA GASHSLAALR EQFKQQSESW KVVEALHTAL
LILNDSLAAD VPRDYHLFPQ IFQHLSKLQH ALSDLSPWPA LKRLLLLDTV LRNMIAQDLR FVQEFLSYLE RSAKDFIPAG SEGWRLEKDV LFQGLNQLLT
KNASALCLNG HLSQEAALPT GNSSIWRSVW GVLCHTLFFN ETSVLNELLR AVKDAGHSLQ AVIAGHTNGS VSEHGGHFGW QDLGTQLSEI SLTCSRVFQL
PRADTSPENS FSPGGCESQL VSIVVSHILE DVQMSTQKKS YWKILSKIVR KTCELARYVN MNGSLQNSGL ISFSEDSPCY TQDMNWKVII DNYFVFFNNF
KKSPITSITT AFNFTKHLLV VDQKLHTLEN GQMNILLSFV EFVEKLLSNP SGSFPAPEFD NLSSLTELVF NATVSWLTHL KRLKADSHDA APQELLEFDH
LVTEKIQRLK NHWMKKGSKN ILNFLELILL EMNSELQEFR LNGIPQEERT NIEGFSTLVN FSVAEYEKIL CKRFTFSQLF HSYWPKSPAI NADFIHLSET
IIQSLCGLSF LTQEQVSIAL NTVSALQNTS ELFSALSEPQ KQELDNFLTH VYINVFKDKN IALFLQTYSS FYRYIHKFFN IQNREPLIAY FTQISRHILD
LIKQFNIQNI REALSFLSET TEALGMISEV SHCQQLLSIF NFLELQAWSL MARGGPAEAV IHASLTGLKQ LFAADEGFRV SLLQYVTQCF NGSAATLVAS
ECFIQENATI SSVNYSGNEG SSLPFPWTQF FSNLSVNGSA ISEFTAIHCT LSWIQTWAEI WRSIAQIFKL ELSIFTPLHV GITQLLDDLG NYGNISKDCQ
GIVPTYLTAR LILNLFRNIT QENNFHDWDG LQDLRDLWVA FGNELTTVQS LNLDQVEKTF ITMETSLHQL KTFPMKINAS REFLYSLFDV FIELSKASDY
VDRNVELINN FLSDDLPDHQ AKFASIIKEL KETILFLRHV SQGRTLSACA DIFQRLTELI FEDSLLLVNT SNKPEHILAM LSSMFSSKNT SSSLEGCITW
IDIINHLCIM YNSSSLPSHS YNILGSFKDM GDKMSSALNI LTWMLNKKRP ICPWNESNIN CVNIYLKDIT DFLNIIVTTG LEKENVPNVE ILLSLFNDST
KQVDMIITNL TEDLNVASQS NWKHFKDLLL RPTEMSDDIP DQFQNIWQHI IALGKEMQKL LKGIFHSVLG NNFSSNTETM FSVFSTSPKE GDISHLGKSI
YNLANYFALN LTHNLQNSSE VFPHEILKAV DLSIQLTRDV FNFLMPAVHF NIPQNSDHAQ TLKKVTSLMQ SLKKADIELL VGQLGENSEI LMSFFKNLSR
SGIDNLGVNM LVGLVEKFVD SSHSWSVSHL LRLSRLLPKD VVDTVLDVYY ALPHIVGLLR RIVDKNITES LRDVYNFTLL HGITMFKITK EDFADVVKTL
LDAVELVSDE PAIVPEALMC LTRVWCANYT TFRLEKNPKV EDCNIQRHMP SSFFHMVTSL LDLLHLPPPS DSQCIGEKYA VEITRRLACA VHDLADWNSI
LSELLEIFHV KNLLVKTLQG FWHKVLLFMS SSGIQGNGSI PELCPTSTIK QGALQIIEKL KYVNFTKFSL GETILDRLGN LDRILSLTKG TEKSVQNNIY
LNLERLFKLI SATWTLRNST HYLLSPITNF LNGNYTGWSL FKNNRTSSNI EELWLDFKQI PKDLTSNWSL GQLLSDINKN IQGAGLQNTT VQLPQLLELL
DSSPLKTSEI IEGFLFLIKP WLREYENGDF FRFIQSLLNA VASGNSTDVS RLARDFTMYL GYLRNQSREG NFDVGFFSHM LDQEHLTDLP VVQRLLESIV
MNSVSSFAAL SQETPPSFSG TNLQIADLMN LILKHAQSKN HAEAEGSTED FLKQLPETFF SSVINGLHSD VTAEVSFVPR DKILEILKLD PFLTWMNKNP
LMNIFSGLKT LYYLIKSSFS LDNRELSGVL KDLSHTHPWE TTVKTDAEGH LDFFSVVTQF LSQVNSSEDL SKFNQNLRSV LYLVQESSTE MATIIDTVLH
STSGACYSPY PMLQHSTVAK LSDLFSDVNS SFPLRSREIL ESTMRLFGTI SQVGEESHVL ESALEIFRTL TMLVNSTVEL GHLASTADSM VRLLNLAKIV
SRKMATMLGT LSISSTEDSG KFLDTLYSFM LQSVPHHVKQ ITTLKKGDPF IVEKTKDLLI PFLDLAFGMI GVTPNVSQDS DVFSMPFSIL SYINQSRDFS
ETLEGMAENL ISIKISLRDW EHFVAMIKNR TQNFSIDAAD LWEEILGCLV PISNITTQMD FLKLYELSST SHPQVPKQER THDVIRYLDG MLTDNGTERE
TFLKMVIDLT LQALWNGLKE DNWDIFNLLL AFAQHPNDLL KAIESVVAVS SGIHSDYPDD FNQDSFSDLS LIQNTTRYQL AKAVLIGLGK AGFSREGLPL
NNTQWTHFTR TLFHPDYNSF PNSTPHQNVT SAKDGRTKDE MMVILHGSEP MPYLQRFLKA LFVSIEHWQE VPQAEQSVFE MCQVFQQLQK PMKTVKMLQR
VEMMALRVLI IFAENPSLTK DILCAALSCK QGAMRHLILA ALQGVTLVHR HYQEIGKIWF SPDQLDCERL SRNLSSALEG FKSILDNASS HRCTCQPLVG
VVQQHIRRLT KSLEEVWMSK IPAMTFLSNF TVTEDVKIKD LMRNITKFTE DLRSFFHISE ETIHSILEAN ISHSKVLSSV LTIALSGKCD EEILHLLLTF
PESEKSWFVT RELCSLPGSQ VFSLLVMMGQ NLNLRNLIYK TLIPSEANGL LKSLLDVVAS LSSILARAQH ALEYLPEFLH TFKITALLDM PDFQQVSSKG
QTRSSAFASF QSVMKLLCKD QESFLSNSNM FINLPRVNEL LEDNKEKFNI PHDSTPFCLK LYQEILQSPN GALVWSFLKP VLHGKILYTP NSPEINEVIQ
KANYTFYFVD KIKVLSETFL KISKLFQGSG NGQMFNQLQD ALRNKFIRNF VESQLHIDMD KLTEDLQTYG RMLDKMFNHV EAGHFRFLGG MLANLSSCVV
LDRFQAVETV DTLETKAHEL MQQNSFLASI IFNSSLRHRH IRSAPHKLPP HVTYTIRTNV LYSMRTDMIK NPSWKFHPQN LPAGGFKYNY IFVPLQDMIE
RAIIVVQTGQ ESLEPTTQAQ AAPYPCHTSD LFLNNVGFFF PLIMMLTWMV AVASMVRKLV YEREIQIEEY MRMMGLHPTI HFLSWFLENM ATLALSSAAL
AVILKMSGIF MHSDAFIIFL YLLDFGVSAV MMSYFLSVFF NQANTAALCT SLGYMISFLP YVVLLVLHNQ LSFAIQTLLC LLSTTAFGQG VFFITFLEGQ
EEGIQWGNMY RAPEPGGMTF GWVCWMILFD AILYFLGGWY FSNLVPGTFG LGKPWYFPFT ASYWKSICGL MERRRCSLSS GLFFFNEDFG NKGLSQQNGP
GEMEGGNPGV ALISVTKEYE DHKVAVQELT LTFHRDQITA LLGTNGAGKT TIISMLMGLF PPTSGTITIN GKNLQTDLSK VREELGVCPQ QDVLLDNLTV
REHLMLFASI KAPWWTTKEL QQQVNKTLDE VELTQHQHKP AGVLSGGMKR KLSIGIAFMG MSKTVVLDEP SSGVDPCSRR SLWDILLKYR EGRTIIFTTH
HLDEAEMLSD HVAVLQQGRL RCYAPPADLK ETYGQGLTLT LSKQPSILET QEPKDVARVT SLIQIYIPQA FLKDSCGGEL TYTIPKDADR TCFKGLCQAL
DQNLQHLHLT GYGISDTTLE EVFLMLLQDT NKKSYITPDN KVEPQNERPV GPLSPHNVSP LSTPPEGALP EPIGGCQLLL GQAVALLRKR LLHTLRAWKS
TTSDLLLPVL FVALAMGLFM VQPLAITYPP LKLTPGHYET AETYFFSSGN HGPDLTHVLL RKFRDQDPVC ADAFRMNSSS WHRDPYSGPE SQDSCGCLKC
PNKSAGAPSL TNCLGHTLLN LSGYDVEEYL LVPSAKPRLG GWSFGGQIPN DAEDVKTNTS KPRTLAKVWY NQKGFHSLPS YLNHLNNLIL WHHLPANAVD
WRQYGITLYS HPYGGALLNE DRILESIRQC GVALCIVLGF SILSASIGSS VVRDRVTGAK RLQHISGLGH RTYWLINFLY DMLFYLVSVC LCVAVIGAFQ
LTAFTFRENL AATALLLALF GYAMIPWMYL MSRIFSSSDV AFISYISLNF IFGLCTMLMT TMPRLLAIIS KAQNLQKIYN VLKWAFTIFP QFCLGQGLIE
LCYNQIKYDL THNFGIDSYV SPFEMNFLGW IFVELTLQGT FLLLLRLMLH GDLLRWPRDH SVLQDIVKPA KDIDVETEQM RVLEGRTGGD MMVLCNLSKS
YRSVFGGKTT AVHGISLGIP RGECFGLLGV NGAGKSTTFK ILNGETPPSS GYTVIRTPQG DMVDLASAGK AGILIGYCPQ QDALDELLTG WEHLQYYCRL
RGIPKQYIPE VAADLVRRLH LESHVDKPVA TYSGGTRRKL STALALVGKP DILLLDEPSS GMDPCSKRYL WQTITQEVRD GCAAVLTSHS MEECEALCTR
LAIMVDGSFR CLGPPQHIKN RFGDGYTVKV WLHKEGSQPS AVSDCLKLHF PGIQFKGQRL NLLEYHVQKS WECLADLFKV LENNKSLLNI EHYSISQTTL
EQVFVNFATE QLQTPCFPVD SPSTDAQHPC YTRI

N-glycosylation sites

Potential sites Identified Peptide*1
Position Sequon Position Sequence Unique or Shared
84 NIS
160 NKT
237 NVT 234 - 244
HVLNVTISTLR
Shared ( 2 )
254 NET
292 NYS 278 - 296
SQFGFNDFQMQHILNYSAK
Shared ( 2 )
316 NTS 309 - 325
MVCSILSNTSEDEAESK
Shared ( 2 )
404 NDS
502 NAS
522 NSS
540 NET
568 NGS
662 NGS
713 NFT
761 NLS
771 NAT
860 NFS
928 NTS
1091 NGS
1107 NAT
1114 NYS
1133 NLS
1137 NGS
1194 NIS
1218 NIT
1278 NAS
1369 NTS
1389 NTS
1412 NSS
1455 NES
1497 NDS
1509 NLT
1572 NFS
1610 NLT
1617 NSS
1697 NLS
1766 NIT
1776 NFT
1828 NYT 1824 - 1833
VWCANYTTFR
Shared ( 2 )
1937 NGS
1964 NFT
2018 NST
2034 NYT
2044 NRT
2067 NWS
2088 NTT
2145 NST
2165 NQS
2365 NSS
2429 NSS 2421 - 2435
LSDLFSDVNSSFPLR
Shared ( 2 )
2475 NST
2575 NVS
2594 NQS
2629 NRT
2633 NFS
2654 NIT
2695 NGT
2774 NTT
2801 NNT 2796 - 2810
EGLPLNNTQWTHFTR
Shared ( 2 )
2822 NST
2828 NVT
2973 NLS
2987 NAS
3029 NFT
3044 NIT
3070 NIS
3303 NYT
3394 NLS
3433 NSS
3897 NLT
3925 NKT
4157 NVS
4277 NSS 4276 - 4299
MNSSSWHRDPYSGPESQDSCGCLK
Unique
4302 NKS
4320 NLS
4358 NTS 4339 - 4363
LGGWSFGGQIPNDAEDVKTNTSKPR
Unique
4696 NLS
4984 NKS
Kidney Kidney(Fut9 KO) Kidney(Fut9 WT)
ConA RCA120 AAL(+) AAL(+)
       
       
     
       
     
   
 
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
       
     
       
       
       
       
       
       
       
       
       
       
     
       
       
       
       
       
       
       
       
     
       
       
       
       
       
       
       
       
       
       
       
       
       
   
       
       
   
       
       
*1:   _:Potential Sequon     :Asn (glycosylated)     :Gln (deaminated:pyroGlu)     :Met (oxidized)     :Cys (carbamidomethylated and deaminated)

External Links

Publications

Noro E, Togayachi A, Sato T, Tomioka A, Fujita M, Sukegawa M, Suzuki N, Kaji H, Narimatsu H Large-Scale Identification of N-Glycan Glycoproteins Carrying Lewis x and Site-Specific N-Glycan Alterations in Fut9 Knockout Mice. J Proteome Res 2015;14(9):3823-34 PMID:26244810
Kaji H, Shikanai T, Sasaki-Sawa A, et al Large-scale Identification of N-Glycosylated Proteins of Mouse Tissues and Construction of a Glycoprotein Database, GlycoProtDB J Proteome Res 2012;11(9):4553-4566 PMID:22823882

Entry information

Entry version 2016-12-05
protein sequence version 2016-12-05
Entry status Latest version
Entry history

create : 2016-12-05