A new fluorescence-based method for characterizing in vitro aerosol exposure systems

Article ID	Journal	Published Year	Pages	File Type
5562768	Toxicology in Vitro	2017	9 Pages	PDF

Abstract

Potential applications of the presented method range from the experimental confirmation of computationally simulated particle dynamics, over the characterization of in vitro aerosol exposure systems, to the detailed description of aerosol delivery in test systems of high complexity.

Keywords

PBS LLOQ Disodium fluorescein Aerosol dosimetry ULOQ GSD CFP DSF Cambridge filter pad GVP APs geometric standard deviation upper limit of quantification lower limit of quantification particulate matter Aerodynamic particle sizer Electronic cigarettes E-cigarettes Coefficient of Variation Phosphate buffered saline