Biological process  Cell growth and/or maintenance
 Molecular function  Extracellular matrix structural constituent
 
Protein   agrin  Gene symbol   AGRN
 
 Cellular component  
     
 
Component
Extracellular
 
   
 
Experimental evidence   
  Total number of studies : 3    
 
Peptide sequence Method Platform  Sample  Reference
Mass spectrometry Plasma Liu et al. 2007
Mass spectrometry 4800 Plus MALDI TOF/TOF Plasma Jeong et al. 2010
Mass spectrometry - Plasma Farrah et al. 2011
 
   
 
 Multiple reaction monitoring data  
     
 
Peptide sequence MH+ Sample Number of studies Reference
Data not present
 
   
 
  Protein concentration    
     
 
Protein concentration Method Sample
Reference
3.9  ng/ml Spectral counting  Plasma Farrah et al. 2011
 
   
 
  Extracellular vesicle proteins    
     
 
Sample Isolation  Experimental method Vesiclepedia accession Reference
Data not present
 
   
 
 Architecture  
     
 
Domains Motifs
EGF   900 - 938
EGF   1591 - 1625
EGFCA   1333 - 1367
EGFLAM   793 - 844
EGFLAM   847 - 891
FOLN   247 - 271
FOLN   171 - 196
FOLN   467 - 489
KAZAL   704 - 750
KAZAL   489 - 534
KAZAL   415 - 461
KAZAL   346 - 389
KAZAL   271 - 317
KAZAL   196 - 242
LAMG   1392 - 1528
SEA   1130 - 1252
 
   
 
 External links  
     
 
HPRD UniProt NetPath 
10550  O00468  NetPath_M375790 
 
   
 
 
 Protein sequence  NP_940978.2
     
   
    MAGRSHPGPL RPLLPLLVVA ACVLPGAGGT CPERALERRE EEANVVLTGT VEEILNVDPV QHTYSCKVRV WRYLKGKDLV ARESLLDGGN KVVISGFGDP LICDNQVSTG DTRIFFVNPA
PPYLWPAHKN ELMLNSSLMR ITLRNLEEVE FCVEDKPGTH FTPVPPTPPD ACRGMLCGFG AVCEPNAEGP GRASCVCKKS PCPSVVAPVC GSDASTYSNE CELQRAQCSQ QRRIRLLSRG
PCGSRDPCSN VTCSFGSTCA RSADGLTASC LCPATCRGAP EGTVCGSDGA DYPGECQLLR RACARQENVF KKFDGPCDPC QGALPDPSRS CRVNPRTRRP EMLLRPESCP ARQAPVCGDD
GVTYENDCVM GRSGAARGLL LQKVRSGQCQ GRDQCPEPCR FNAVCLSRRG RPRCSCDRVT CDGAYRPVCA QDGRTYDSDC WRQQAECRQQ RAIPSKHQGP CDQAPSPCLG VQCAFGATCA
VKNGQAACEC LQACSSLYDP VCGSDGVTYG SACELEATAC TLGREIQVAR KGPCDRCGQC RFGALCEAET GRCVCPSECV ALAQPVCGSD GHTYPSECML HVHACTHQIS LHVASAGPCE
TCGDAVCAFG AVCSAGQCVC PRCEHPPPGP VCGSDGVTYG SACELREAAC LQQTQIEEAR AGPCEQAECG SGGSGSGEDG DCEQELCRQR GGIWDEDSED GPCVCDFSCQ SVPGSPVCGS
DGVTYSTECE LKKARCESQR GLYVAAQGAC RGPTFAPLPP VAPLHCAQTP YGCCQDNITA ARGVGLAGCP SACQCNPHGS YGGTCDPATG QCSCRPGVGG LRCDRCEPGF WNFRGIVTDG
RSGCTPCSCD PQGAVRDDCE QMTGLCSCKP GVAGPKCGQC PDGRALGPAG CEADASAPAT CAEMRCEFGA RCVEESGSAH CVCPMLTCPE ANATKVCGSD GVTYGNECQL KTIACRQGLQ
ISIQSLGPCQ EAVAPSTHPT SASVTVTTPG LLLSQALPAP PGALPLAPSS TAHSQTTPPP SSRPRTTASV PRTTVWPVLT VPPTAPSPAP SLVASAFGES GSTDGSSDEE LSGDQEASGG
GSGGLEPLEG SSVATPGPPV ERASCYNSAL GCCSDGKTPS LDAEGSNCPA TKVFQGVLEL EGVEGQELFY TPEMADPKSE LFGETARSIE STLDDLFRNS DVKKDFRSVR LRDLGPGKSV
RAIVDVHFDP TTAFRAPDVA RALLRQIQVS RRRSLGVRRP LQEHVRFMDF DWFPAFITGA TSGAIAAGAT ARATTASRLP SSAVTPRAPH PSHTSQPVAK TTAAPTTRRP PTTAPSRVPG
RRPPAPQQPP KPCDSQPCFH GGTCQDWALG GGFTCSCPAG RGGAVCEKVL GAPVPAFEGR SFLAFPTLRA YHTLRLALEF RALEPQGLLL YNGNARGKDF LALALLDGRV QLRFDTGSGP
AVLTSAVPVE PGQWHRLELS RHWRRGTLSV DGETPVLGES PSGTDGLNLD TDLFVGGVPE DQAAVALERT FVGAGLRGCI RLLDVNNQRL ELGIGPGAAT RGSGVGECGD HPCLPNPCHG
GAPCQNLEAG RFHCQCPPGR VGPTCADEKS PCQPNPCHGA APCRVLPEGG AQCECPLGRE GTFCQTASGQ DGSGPFLADF NGFSHLELRG LHTFARDLGE KMALEVVFLA RGPSGLLLYN
GQKTDGKGDF VSLALRDRRL EFRYDLGKGA AVIRSREPVT LGAWTRVSLE RNGRKGALRV GDGPRVLGES PVPHTVLNLK EPLYVGGAPD FSKLARAAAV SSGFDGAIQL VSLGGRQLLT
PEHVLRQVDV TSFAGHPCTR ASGHPCLNGA SCVPREAAYV CLCPGGFSGP HCEKGLVEKS AGDVDTLAFD GRTFVEYLNA VTESEKALQS NHFELSLRTE ATQGLVLWSG KATERADYVA
LAIVDGHLQL SYNLGSQPVV LRSTVPVNTN RWLRVVAHRE QREGSLQVGN EAPVTGSSPL GATQLDTDGA LWLGGLPELP VGPALPKAYG TGFVGCLRDV VVGRHPLHLL EDAVTKPELR
PCPTP