A vape condensate collection method for degradant identification and toxicity screening

Since 2007, the market for e-cigarettes has resulted in increasing demand for newer technologies and flavorings contributing to the complexity of these products. As a result, methodologies for e-cigarette aerosol capturing and testing have become a necessity in understanding the toxicities surroundi...

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Bibliographic Details
Published in:Journal of hazardous materials letters 2024-11, Vol.5, p.100099, Article 100099
Main Authors: Baldovinos, Yanira, Obiako, Precious, Collom, Clancy, Sayes, Christie M.
Format: Article
Language:English
Subjects:
Lung cells
Mixtures
NMR
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Summary:Since 2007, the market for e-cigarettes has resulted in increasing demand for newer technologies and flavorings contributing to the complexity of these products. As a result, methodologies for e-cigarette aerosol capturing and testing have become a necessity in understanding the toxicities surrounding e-cigarette products. This study tests an alternative aerosol capture method followed by toxicity testing of the sample collected on a lung in vitro model. [Display omitted] •Methodologies for e-cigarette aerosol capture and testing are necessary.•An affordable method for e-cigarette aerosol condensate collection was developed.•The combination of NMR and toxicity assessments enables standardization.•E-cigarette aerosol mixtures can be analyzed using target cells.
ISSN:2666-9110
2666-9110
DOI:10.1016/j.hazl.2023.100099