GlycoProtDB ID - GPDB0002380


Protein Name CUB and sushi domain-containing protein 3
Protein Accession Number E9PWJ0
Gene Csmd3
Length 3538
Status
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
MKGSRKGESR AKESKPREPG TRRCAKCGRL DFILKKKMGI KSGFTFWNLV FLLTLSCVKG FIYTCGGTLK GLNGTIESPG FPYGYPNGAN CTWVIIAEER
NRIQIVFQSF ALEEEYDYLS LYDGHPHPTN FRTRLTGFHL PPPVTSTKSV FSLRLTSDFA VSAHGFKVYY EELQSSSCGN PGVPPKGVLY GTRFDVGDKI
RYSCVTGYIL DGHPQLTCIA NSVNTASWDF PVPICRAEDA CGGTMRGSSG IISSPGFPNE YHNNADCTWT IVAEPGDTIS LIFTDFQMEE KYDYLEIEGS
EPPTIWLSGM NIPPPIISNK NWLRLHFVTD SNHRYRGFSA PYQVKKAIDF KSRGFKLFPG KDNSNKFSLL NEGGIKTASN LCPDPGEPEN GKRFGSDFSL
GSTVQFSCDE DYVLQGAKSI TCQRIAEVFA AWSDHRPVCK VKTCGSNLQG PSGTFTSPNF PFQYDSNAQC VWVITAVNTN KVIQINFEEF DLEIGYDTLT
IGDGGEVGDP RTVLQVLTGS FVPDLIVSMR SQMWLHLQTD ESVGSVGFKV NYKEIEKESC GDPGTPLYGI REGDGFSNRD VLRFECQFGF ELIGEKSIVC
QENNQWSANI PICIFPCLSN FTAPMGTVLS PDYPEGYGNN LNCIWTIISD PGSRIHLSFN DFDLESQFDF LAVKDGDSPD SPILGTFTGA EVPSHLTSNS
HILRLEFQAD HSMSGRGFNI TYNTFGHNEC PDPGIPINAR RFGDNFQLGS SISVICEEGF IKTQGTETIT CILMDGKVMW SGPIPRCGAP CGGHFSAPSG
VILSPGWPGY YKDSLNCEWV IEAEPGHSIK ITFERFQTEL NYDVLEVHDG PNLLSPLLGS YNGTQVPQFL FSSSNFIYLL FTTDNSRSNN GFKIHYESVT
VNTYSCLDPG IPVHGRRYGH DFSIGSTVSF SCDPGYRLSH EEPLLCEKNH WWSHPLPTCD ALCGGDVRGP SGTILSPGYP EFYPNSLNCT WTVDVTHGKG
VQFNFHTFHL EDHHDYLLIT ENGSFTQPLA RLTGSELPST INAGLYGNFR AQLRFISDFS ISYEGFNITF SEYNLEPCED PGIPQYGSRV GFSFGVGDTL
TFSCSLGYRL EGSSEIICLG GGRRVWSAPL PRCVAECGAS ATNNEGILLS PNYPLNYENN HECIYSLQVQ AGKGINISAR TFHLAQGDVL KIYDGKDKTT
HLLGAFTGAS MRGLTLSSTS NQLWLEFNSD SEGTDEGFQL VYTSFELSHC EDPGIPQFGY KISDQGHFAG STIIYGCNPG YTLHGSSLLK CMTGERRAWD
YPLPSCIAEC GGRFKGESSG RILSPGYPFP YDNNLRCMWM IEVDPGNIVS LQFLAFDTEA SHDILRVWDG PPENEMLLKE VSGSLIPDGI HSTLNIVTIQ
FDTDFYISKS GFAIQFSSSV ATACRDPGVP MNGTRNGDGR EPGDTVVFQC DPGYELQGQE RITCIQVENR YFWQPSPPVC IAPCGGNLTG SSGFILSPNF
PHPYPHSRDC DWTISVNTDY VISLAFISFS IEPNYDFLYI YDGPDSNSPL IGSFQDSKLP ERIESSSNTM HLAFRSDGSV SYTGFHLEYK AKLRESCFDP
GNIMNGTRLG MDYKLGSTVT YYCDAGYVLQ GYSTLTCIMG DDGRPGWNRV LPSCHAPCGS RSTGSEGTVL SPNYPKNYSV DHNCVYSIAV PKEFVVFGQF
VFFQTSLHDV VEVFDGPTQQ SPLLSSLSGS HSGESLPLSS GNQITIRFTS VGPITAKGFH FVYQAVPRTS STQCSSVPEP RFGRRIGNDF AVGSLVLFEC
NPGYILHGSR AIRCETVPNS LAQWNDSLPT CIVPCGGILT KRKGTILSPG YPEPYDNNLN CVWKITVPEG AGIQVQVVSF ATEHNWDSLD FYDGGDNNAP
RLGSYSGTTI PHLLNSTSNN LYLNFQSDIS VSAAGFHLEY TAIGLDSCPE PQTPSSGIKV GDRYMVGDVV SFQCDQGYSL QGHSHITCMP GPVRRWNYPI
PICLAQCGGA MSDFSGVILS PGFPGNYPSS LDCTWTIKLP IGFGVHLQFV NFSTETIHDY LEVRSGSSEI STVIGRLSGP QIPSSLFSTT HETSLYFHSD
YSQNKQGFHI VYQAYQLQSC PDPRPFRNGF VIGNDFTVGQ TISFECFPGY TLIGNSALTC LHGVSRNWNH PLPRCEALCG GNITAMNGTI YSPGYPDEYP
NFQDCFWLVR VPPGNGIYIN FTVLQTEPIY DFITVWDGPD QNSPQIGQFS GNTALESVYS TSNQILIKFH SDFTTSGFFV LSYHAYQLRV CQPPPPVPNA
EILTEDDEFE IGDIIRYQCL PGFTLVGNAI LTCRLGERLQ MDGAPPVCQV LCPANELRLD STGVILSPGY PDSYPNLQMC AWSISVEKGY NISMFVEFFQ
TEKEFDVLQV YDGPNIQSPV LISLSGDYSA AFNVTSNGHE VFLQWSADHG NNKKGFRIRY IAFYCSTPES PPHGYIISQT GGQLNSVVRW ACDRGFRLVG
KSSAVCRKSS YGYHSWDAPV PACQAISCGI PKAPTNGGIL TTDYLVGTRV TYFCNDGYRL SSKELTTATC QSDGTWSNHN KTPRCVVISC GELPTPPNGN
KIGTQTSYGS TAIFTCDLGF MLVGSAVREC LSSGLWSGSE TRCLAGHCGI PELIVNGQVI GENYGYRDTV VYQCNPGFRL IGSSVRICQQ DHNWSGQLPS
CVPVSCGHPG SPIYGRTSGN GFNFNDVVTF SCNIGYLMQG PTKAQCQANR QWSHPPPVCK VVNCSDPGIP ANSKRESKIE HGNFTYGTVV FYDCNPGYFL
FGSSVLICQP NGQWDKPLPE CIMIDCGHPG IPPNAVLSGE KYTFGSTVHY SCTGKRSLLG QASRTCQLNG HWSGSQPHCS GDTTGTCGDP GTPGHGSRQE
SDFRTKSTVR FACDTGYILY GSEERTCLSN GSWTGRQPEC KAVQCGNPGT TANGKVFRID GTTFSSSVIY SCLEGYILSG PSVRQCTANG TWSGSLPNCT
IISCGDPGIP ANGLRYGDDF VVGQNVSYMC QPGYTIELNG SRVRTCTTNG TWSGVMPTCR AVTCSTPPQI SNGRLEGTNF DWGFSISYIC SAGYELSFPA
VLTCVGNGTW SGEVPQCLPK FCGDPGIPSQ GKREGKSFIY QSEVSFSCNS PFILVGSSTR LCQTDGTWSG SSPHCIEPTR TSCENPGVPR HGSQNNTFGF
QVGSVVQFHC KKGHLLQGST TRTCLPDLTW SGIQPECIPH SCKQPESPAH ANVVGMDLPS HGYTLIYTCQ PGFFLAGGTE HRVCRSDNTW TGKVPVCEAG
SKILVKDPRP ALGTPSPKLS VPDDVFAQNY IWKGSYNFKG RKQPMTLTVT SFNASTGRVN ATLSNSDMEL LLSGVYKSQE ARLMLHIYLI KVPAHASVKK
MKEENWAMDG FVSAEPDGAT YVFQGFIKGK DYGQFGLQRL GLNTSEGSNS SNQPHGTNSS SVAIAILVPF FALIFAGFGF YLYKQRTAPK TQYTGCSVHE
NNNGQAAFEN PMYDTNAKSV EGKAVRFDPN LNTVCTMV

N-glycosylation sites

Potential sites Identified Peptide*1
Position Sequon Position Sequence Unique or Shared
73 NGT
90 NCT
380 NLC
620 NFT
719 NIT 717 - 740
GFNITYNTFGHNECPDPGIPINAR
Shared ( 3 )
728 NEC
862 NGT
988 NCT
1022 NGS
1067 NIT
1176 NIS
1432 NGT
1487 NLT
1605 NGT
1677 NYS
1825 NDS
1915 NST
2051 NFS
2182 NIT
2187 NGT
2220 NFT
2391 NIS
2433 NVT
2580 NKT
2693 NWS
2763 NCS
2783 NFT
2930 NGS 2926 - 2936
TCLSNGSWTGR
Shared ( 4 )
2989 NGT
2998 NCT
3025 NVS
3039 NGS
3049 NGT
3107 NGT
3195 NNT
3353 NAS 3342 - 3358
KQPMTLTVTSFNASTGR
Shared ( 5 )
3360 NAT
3443 NTS
3449 NSS
3458 NSS
Brain
ConA
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
*1:   _:Potential Sequon     :Asn (glycosylated)     :Gln (deaminated:pyroGlu)     :Met (oxidized)     :Cys (carbamidomethylated and deaminated)

External Links

Publications

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
Kaji H, Yamauchi Y, Takahashi N, Isobe T Mass spectrometric identification of N-linked glycopeptides using lectin-mediated affinity capture and glycosylation site--specific stable isotope tagging Nat Protocols 2007;1(6):3019-3027 PMID:17406563

Entry information

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

create : 2016-12-05