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Study: Repeated vape aerosol exposure causes minimal lung damage compared to combustible cigarettes In one of the most advanced applications of in-vitro 3D human lung models in vape research to date, a new peer-reviewed Imperial Brands study shows that, unlike combustible cigarette smoke, blu aerosol had little to no impact on numerous toxicological endpoints under the conditions of test using laboratory models. Published in the journal Current Research in Toxicology, the experiments compared the toxicological responses of an in vitro 3D lung model (MucilAir™ from Epithelix) after repeated...

Credit: Imperial Brands 5 May 2021, Bristol - In one of the most advanced applications of in-vitro 3D human lung models in vape research to date, a new peer-reviewed Imperial Brands study shows that, unlike combustible cigarette smoke, blu aerosol had little to no impact on numerous toxicological endpoints under the conditions of test using laboratory models. Published in the journal Current Research in Toxicology, the experiments compared the toxicological responses of an in vitro 3D lung model (MucilAir™ from Epithelix) after repeated exposure to undiluted whole blu aerosol (1.6% tobacco...