Cannabis concentrate vaping chemistry
Abstract Background: This review article addresses the vaping chemistry of manufactured cannabis concentrates—a topic that remains under-researched despite the widespread…
Robert M. Strongin
Mechanistic Rationale for Ketene Formation during Dabbing and Vaping
Abstract Ketene is one of the most toxic vaping emissions identified to date. However, its high reactivity renders it relatively…
A First-Tier Framework for Assessing Toxicological Risk from Vaporized Cannabis Concentrates
Abstract Vaporization is an increasingly prevalent means to consume cannabis, but there is little guidance for manufacturers or regulators to…
Chemical Interactions and Cytotoxicity of Terpene and Diluent Vaping Ingredients
Abstract Vaping devices have risen in popularity since their inception in 2007. The practice involves using a variety of commercially…
The influence of terpenes on the release of volatile organic compounds and active ingredients to cannabis vaping aerosols†
Abstract Dabbing and vaping cannabis extracts have gained large popularity in the United States as alternatives to cannabis smoking, but…
Aerosol Gas-Phase Components from Cannabis E-Cigarettes and Dabbing: Mechanistic Insight and Quantitative Risk Analysis
Abstract Consumption of cannabis by nontraditional methods has surged since the advent of legalization in North America and worldwide. Inhaling…
Toxicant Formation in Dabbing: The Terpene Story
Abstract Inhalable, noncombustible cannabis products are playing a central role in the expansion of the medical and recreational use of…