GlycoProtDB ID - GPDB0002609


Protein Name Cardiomyopathy-associated protein 5
Protein Accession Number E9QLJ0
Gene Cmya5
Length 3676
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
3601
MESGDSGLAA QGFLGWGADE EVAQELETEE ESEGEGEETA AESEEEPDAR LSDEDEEGKT KQECIVSDPS FSMVAVQRED SGITWETNSS RSSTPWASGE
SQTSGICSLE GSALTSPPGS VSFIMDEVKR TRKRTQKSKR GSPSLRRKGS KKRNSLESQD VLTNQEDGPS ISESPVLNIE NEKSSIGTYD KTRRKKTASN
TPPITGAIYK EHKPLVLKPV YIGTVQYKIK MFNSVKEELI PLQFYGTLPK GYVIKEIHYR RGKDSSISLE PDLSNGGSNI VPQRKLAQSP EEDKVRELAP
PWRGALSKGS RTSLFSHEEQ KKTYADSNLN VPSSTEHAFP SSARNDTADQ EENLSLPQMM PQQPADESKT HRMEPPSIPA TMVLERAKEE LEQNAQGKES
SEDDASVLTG SADDVQQEGL VSVNHSMPWE AEKESLETGP PRPAPAIQEK FEPDMEGLEP ISTEKTEQAS EYVTSSEPIV HREEEHAPEP IVHREEEHAP
EPIVHREEEH APEPIVHREE EHAPESIVHR EEEHAPESIV QREEEHAPEP ESIVHREEEH APGPVPIVHR EEEHVPELES IVHRGEEHAP EPIVHRDEGH
APEPIVHREE EHVPEPIVHR DEGHAPEPIV HREEEHVPEP ESIVHREEEH APEPMVLRKA QLERGVETST PITDTTEPED SSLEEEIIEL DYPESPLASK
ETSPSPLSPE VEHRKEPILP TQMTFTPERI TLSEEEREEN ESVSTDSAFV SEYSVLQDLN HTPEKLEVEA VSVSDVKSSN EPAVFSEDDE ERESYSPAMT
SVSEQSLSPS TTEKTSAIQS PLFSTVSPVL SGDEASESVC HSPESESAAE YSVPAHAQEL LLKTGDHKLP LKSQRVSEPI IQAEDEKEDI GLLPPAALSQ
AVLSEDESLG SGSFASDSKL PFKPSVSQNA TRESPQKTID DMPQFKPRGL SDPATLLEEE KEAIGVGLSS SNEVSAVECA LPPQTTELLS ESHAPPPWAI
SSEQVVQSEE GSRDQQRGSF SSTPELGHTS PLLLKGASSP TGLSEQGQEE DNIGPLSPDS AFASEFSFSP YPTQELEKRE LGRDSPLCLT SPSEQTVLSD
EDTEEADLFS PDSASQVSIP PYRIAETEQN KVEPDELLPR RSAPDYPYFS EADEEEAGSS VVTPVPEHSE PSQEREESSP CRPVFEDLSL LPSADKTGQA
ETMSDVPTIS TSVSEYLILA QQEKTQASLE PEAEDLVPPP TSGWEKRDAK SSLPAVTIAA SSSALSSVVK EETTSVLPTS QPSVSPESTC VLKPEQEPTA
PLTLTSADEQ MALPRVGREK AVLDSQEATA HKSQDQTPEP RLPNVPGSGM KYSVLSDLGD EPKADVKLNL APTVTSELEQ RMLSKNEPEV AKPHSPPEET
SISGPKVLSA VKTEVKQESK ITRELPAASS GRERGAEHSP PAPPALPALM EEMGKDTEAS SSATTVPVTK LDSNSTKLGR DEVLTDPSLA SPVEHPGLKG
VGKSELGSGL PLPSMSTSEV LRPEPKLPVN SGVEVEREDN EPPPLQVSPT SKPTVPNDKH EEITRSPDSE NVVSDDLAPT LLALRHEMNR QAEETSSPVP
GSFLSGEQEL IKLPPEPEKH KQLSEVPTAG SELIDSRDRD RSLGIEPVKP IGTEPGPSIL EKGPAELQRR GKEQEENRKL PVPASAPLET ASFDLPIEQK
EPKRTLHEGQ AVEVPDESSS SADKPELGVK QLAEKKENLE QPKPFVTTER ASVTGSKVKE SLISPKDNTW MLEKPDGLVN QHEDRKPGTG QLESSESTDL
MSEKLGAAPL DTDHTSETRN QETSKAPVSG EKLSQEPRRV QSKAVDDSEE GRKLASGNVE VLTQSKSVPA VKAKATPQPP ETPEVTQKPS EKSLVTEQGL
PAEKGKKGIS SFKSWMSSLL FGSSIPDSKV SDNEDLETRP GPSVEKAVPA IEPKGTVPAE VNIAEKPAVH SLPEVTVKLA EEPKGVSVKS SISQDLKEKL
TFLSNEDVLK QPKSNSENYG QKELPGFSEG MGESLATSVG DKHPGIHPCS PMGEKVGMEE AQNMAPLHIT ESQRRQKPEV SSPSMWNISA RKEEPSSDHK
ETWLSSSDVV DRMPQKPKSA QSAFTRMNSE EPASMILPVE SKGSLSDLGE DRLRQEMPKP TSLEHCEEEV ERPTEEKDGW ETRSFSLAGK RGLAEKQEIM
APLELRENEA VGELQRMPES RPFKLEESKA AERLEQRISP TEKLMEKPSK TLALDRREKE VQEWVFSEGE KQEYPPAAMP VPGASAVSLD KAQPHLLAKP
TPVVEKPEHI VTEVYPEIRE RKAAETQPHP QEEGKTLVEK TKVSRVESPH GEETDGHSLT QEGNLELEKS GESRVDLKEE RRRFVMPELS LGASVAAEDG
SVQPRPLSKD AARVSDMTDE TKHLGTPPTQ PSAVEPQTLV LGTSVEHTVK KQETWSDRPT VHTFQTSKDY TEEMLKQSVL ISKHHLEAVE DVHRNEPPSS
AASNYTQFML SASEISADGV PPMGGTAQEP EGTSVKDEEF SVTSKPAGLS EDQKSAFSII SEGCEILNIH APAFIPSVDQ EESEQMQDKL QYLEEKASFK
SISVHDEKKA AASHKTQKSK LEVPDRKITS LKENETKETH KTKEEIATDS GMGDFTPIQP TVSGEEDYFE KYTLIDYNLS PGSGKQKSTV EESSEEATKT
LTSFPESSAE QALDHEYNLV KLDESFYGPE KDDSKLSHAE MQKSLAIQKP DDRNAPKGIS RDVDSRSPGM PLFDVEEGVL SKRQIFPTTP KAVNPELLEE
PPALSFFYKD LYEGAGGEKN EGETASEGDS VDSETSFPRR HSDTDDGPGM YFEKYILKDD ILHDETVTQE DQGQGLEEKP VGEEDSQQLR VAEREIRRKP
ETSFWEKNLE EQHKVVGREG EPTGHMETLD EAAMQQKAPI TEQVRAVTQK MSYAVPFQDT RCVLESEPSS QGNEAGNASP DVNLNVPVQE SFPEEESAAG
ATYAPEVLQE RLVPSVSREE RLHNTPVQDE YDFVGSLNQE AASQAILPEE PGSESSPKEV LSQGSESFEH IREQELTSEG EPRMSASQEV WDRTEDQSAR
ESVTAKTQKE PKKTQAESYC YTCKSLVSEM DKALDIHKDH EVSALDTAIS AVKVQLGEFL ENLQEKSLRI EAFVSEIESF FNTIEEKCSK NEKRLEMQNE
EMMKRVLAQY DEKAQSFEEV KKKKMEFLHD QMVHFLQSMD TAKDTLETIV REAEELDETV FLASFEEINE RLLSAMESTA SLENMPAAFS LFEHYDDSSA
RSDQMLKQVA VPQPPRLEPQ EPSSATSTTI AVYWSVNKED VVDSFQVYCV EEPQDDQEIN ELVEEYRLTV KESCCIFEDL EPDRCYQVWV MAVNFTGCSL
PSERAIFRTA PSTAVIHVED CTVCWNTATV RWRPANPEAT ETYTLEYCRQ HSPEGEGLRS FSGIKGLQLK VNLPPNDNYF FYVRATNASG TSEQSEAALI
STRGTRFLLL RETAHPALQI SANGTVISFS ERRRLTEIPS VLGEELPACG QHYWETTVAD SPAYRLGICT SSAVRAGALG QGETSWYMHC SEPQRYTFFY
SGIVSEVHAT ERPARVGILL DYTNQRLLFI NAESGQLLFI VRHRFNEGVH PAFALEKPGR CTLHLGLEPP DSVRHK

N-glycosylation sites

Potential sites Identified Peptide*1
Position Sequon Position Sequence Unique or Shared
88 NSS
345 NDT
353 NLS
424 NHS
740 NES
760 NHT
929 NAT 920 - 932
LPFKPSVSQNATR
Shared ( 2 )
1474 NST
2087 NIS
2504 NYT
2634 NET
2678 NLS
2977 NAS
3394 NFT
3487 NAS
3523 NGT
Heart Skeletal_muscle
ConA 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

Entry information

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

create : 2016-12-05