IgG / Bayer / BP / Charles River Inc. / Vector Laboratories / McDermott / Harmsen AG / Tree Star Inc. / Millipore / Integrative Molecular Biosciences / Sigma-Aldrich / Agilent LC / IIA / Trauger SA / Matrix Science Limited / Cardinal Health / Schneemann / Creative Commons / BD Biosciences / Bryant AE / Thermo Electron Corp. / Bio-Rad / Microsoft / Amersham Biosciences / Cambrex / /
Country
Italy / United States / / /
Facility
University of California San Francisco / University of Colorado Health Sciences Center / Campus Universitario di Germaneto / The Scripps Research Institute / /
IndustryTerm
transfection media / intravital vascular imaging / diagnostic imaging / intravital imaging / vivo single molecular imaging / oil-immersion objective / intravital vascular imaging studies / protein solutions / imaging / biomedical and material science applications / vascular imaging / materials applications / milk solution / vaccine carrier / inflammatory / excess solution / chemical scaffolds / reagents/materials/analysis tools / molecular targeting drug-delivery systems / /
CPMV VOPBA / kD CPMV / Colorado Health Sciences Center / Department of Cell Biology / Institutional Animal Care and Use Committee / University of Colorado / Several / Center for Integrative Molecular Biosciences / Department of Molecular Biology / Scripps Research Institute / Center for Mass Spectrometry / University of California San Francisco / NHS / /
Person
Robert Evans / Raul Andino / Arch Virol Suppl / Harlan Sprague-Dawley / Van Antwerp / / /
Position
HB / original author / Editor / MP / e1000417 Surface Vimentin-CPMV Interaction Author / Author / Cao / dilution H84 Polyclonal Head / /
Endothelial Targeting of Cowpea Mosaic Virus (CPMV) via Surface Vimentin Kristopher J. Koudelka1,2, Giuseppe Destito1,2,3, Emily M. Plummer1,2, Sunia A. Trauger4,5, Gary Siuzdak4,5, Marianne Manchester1,2* 1 Department o