SAN FRANCISCO, Sept. 17, 2018 /PRNewswire/ -- JUUL Labs, Inc. today announced results from a preliminary study on the
In accordance with the Organisation for Economic Co-operation and Development (OECD) guidelines, an independent contract laboratory, Enthalpy Analytical, measured and compared the toxicity to living cells of aerosol generated from JUUL's Menthol, Mint and Cucumber 5% nicotine-e-liquid filled pods with that of tobacco cigarettes. The study demonstrated no significant aerosol toxicity at any of the observed concentrations for JUUL's Menthol, Mint and Cucumber pods compared to a cigarette control.
"We are encouraged by the results of this study, in which tested aerosols generated from JUUL were not cytotoxic to living cells," said Dr. Manoj Misra, study author and head of Toxicology at JUUL Labs. "These findings add to the growing body of evidence regarding use of JUUL as an alternative to combustible cigarettes, and we are committed to future rigorous, independent and peer-reviewed clinical trials and behavioral studies."
Authors of the study include Dr. Manoj Misra of JUUL Labs and Drs. I. Gene Gillman and Pooja Desai of Enthalpy Analytical.
About JUUL Labs
JUUL Labs is a technology company dedicated to eliminating cigarettes by offering existing adult smokers a true alternative to combustible cigarettes. The company's research shows that more than one million smokers have already switched to JUUL, and it is working to enable millions more to switch in the coming years through technological innovations.
Media Contact: Victoria Davis, JUUL Labs, email@example.com
View original content:http://www.prnewswire.com/news-releases/juul-labs-presents-findings-from-cytotoxicity-study-at-the-tobacco-science-research-conference-300713777.html
SOURCE JUUL Labs, Inc.
Subscribe to our Free Newsletters!
Fennel seeds are a must-have in almost every Indian kitchen due to its health quotient. Here are a ...
True vertigo is a severe form of dizziness that is a movement hallucination. Try out some of these ...
Oxidative stress is a form of injury to body tissues due to increase in free radicals. If the ...View All