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Sauvain, J.J.; Sanchez Sandoval Hohl, M.; Wild, P.; Pralong J.A.; Riediker M. Exhaled breath condensate as a matrix for combustion-based nanoparticle exposure and health effect evaluation. Journal of Aerosol Medicine and
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City

Geneva / Rochester / Buch / Lausanne / Dietikon / Salisbury / Ainring / Austin Tx / /

Company

Teflon filter-SKC Inc / Respiratory Research Inc / Philip Morris / Micro Medical Ltd / SKC Inc / Thermo Electron Corporation / Nanosight Ltd / /

Country

Germany / Switzerland / France / United States / United Kingdom / /

Currency

USD / /

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Facility

University of Lausanne / /

IndustryTerm

pneumotoxic metal particles / entry portal / aqueous solution / food consumption / aqueous media / /

MedicalCondition

allergies / organ specific inflammation / airway inflammation / inflammatory markers / silicosis / asthma / pulmonary biomarkers / asbestosis / cancer / sustained inflammation / inflammatory events / cardiovascular and pulmonary diseases / inflammation / acute respiratory illness / /

Organization

European Respiratory Society / University of Lausanne / Faculty of Biology and Medicine / Institute for Research and Safety / Institute for Work and Health / Ethics Committee / /

Person

Pascal Wild / Michael Riediker / Jean-Jacques Sauvain / Magdalena Sánchez Sandoval Hohl / Jacques André Pralong / Sanchez Sandoval Hohl / /

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Position

Casella cyclone head / Prime Minister / Corresponding author / same technician / chair / /

Product

nicotine / /

Technology

Drug Delivery / spectroscopy / /

URL

http /

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