Biological process  Cell growth and/or maintenance  Molecular function  Extracellular matrix structural constituent   Protein   thrombospondin 4  Gene symbol   THBS4    Cellular component           Component           Experimental evidence      Total number of studies : 8       Peptide sequence Method Platform  Sample  Reference Multiple reaction monitoring TSQ Vantage Plasma Huttenhain et al. 2012 Mass spectrometry Plasma Liu et al. 2007 Mass spectrometry Fourier transform ion cyclotron resonance (FT_ICR) Plasma Qian et al. 2010 Mass spectrometry LTQ Orbitrap XL Plasma Panchaud et al. 2009 Mass spectrometry LTQ linear ion trap Plasma Jin et al. 2005 Mass spectrometry LTQ FT Plasma Prentice et al. 2010 Mass spectrometry LTQ Plasma Tu et al. 2010 Mass spectrometry - Plasma Farrah et al. 2011          Multiple reaction monitoring data           Peptide sequence MH+ Sample Number of studies Reference NSLWHTGDTSDQVR  1550.8  Plasma  1  Huttenhain et al. 2012           Protein concentration             Protein concentration Method Sample Reference 92  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 EGFCA   326 - 378 EGFCA   379 - 419 EGFL   291 - 325 EGFL   423 - 462 TSP3   745 - 945 TSP3   692 - 704 TSP3   652 - 664 TSP3   629 - 644 TSP3   614 - 626 TSP3   591 - 603 TSP3   555 - 567 TSP3   531 - 545 TSP3   496 - 508 TSPN   27 - 192 SP   1 - 26          External links           HPRD UniProt NetPath  02836  P35443  NetPath_M7060             Protein sequence  NP_003239.2               MLAPRGAAVL LLHLVLQRWL AAGAQATPQV FDLLPSSSQR LNPGALLPVL TDPALNDLYV ISTFKLQTKS SATIFGLYSS TDNSKYFEFT VMGRLNKAIL RYLKNDGKVH LVVFNNLQLA DGRRHRILLR LSNLQRGAGS LELYLDCIQV DSVHNLPRAF AGPSQKPETI ELRTFQRKPQ DFLEELKLVV RGSLFQVASL QDCFLQQSEP LAATGTGDFN RQFLGQMTQL NQLLGEVKDL LRQQVKETSF LRNTIAECQA CGPLKFQSPT PSTVVPPAPP APPTRPPRRC DSNPCFRGVQ CTDSRDGFQC GPCPEGYTGN GITCIDVDEC KYHPCYPGVH CINLSPGFRC DACPVGFTGP MVQGVGISFA KSNKQVCTDI DECRNGACVP NSICVNTLGS YRCGPCKPGY TGDQIRGCKA ERNCRNPELN PCSVNAQCIE ERQGDVTCVC GVGWAGDGYI CGKDVDIDSY PDEELPCSAR NCKKDNCKYV PNSGQEDADR DGIGDACDED ADGDGILNEQ DNCVLIHNVD QRNSDKDIFG DACDNCLSVL NNDQKDTDGD GRGDACDDDM DGDGIKNILD NCPKFPNRDQ RDKDGDGVGD ACDSCPDVSN PNQSDVDNDL VGDSCDTNQD SDGDGHQDST DNCPTVINSA QLDTDKDGIG DECDDDDDND GIPDLVPPGP DNCRLVPNPA QEDSNSDGVG DICESDFDQD QVIDRIDVCP ENAEVTLTDF RAYQTVVLDP EGDAQIDPNW VVLNQGMEIV QTMNSDPGLA VGYTAFNGVD FEGTFHVNTQ TDDDYAGFIF GYQDSSSFYV VMWKQTEQTY WQATPFRAVA EPGIQLKAVK SKTGPGEHLR NSLWHTGDTS DQVRLLWKDS RNVGWKDKVS YRWFLQHRPQ VGYIRVRFYE GSELVADSGV TIDTTMRGGR LGVFCFSQEN IIWSNLKYRC NDTIPEDFQE FQTQNFDRFD N