Skin Permeation of Hazardous Compounds of Tobacco Smoke in Presence of Antipollution Cosmetics.

Abstract

Negative health effects of active and passive smokers have been widely described, but the effect of tobacco smoke on the skin has been less explored. In this study, an analytical methodology has been developed to evaluate the dermal permeation of hazardous compounds present in tobacco smoke, using an exposition chamber to simulate finite and infinite smoking conditions, in vitro vertical Franz diffusion cells, and Strat-M^® membranes as human skin simulants. Moreover, the antipollution effect of three cosmetics has been evaluated, showing a significant efficacy to reduce dermal permeation of hazardous tobacco-smoke compounds such as of nicotine and aromatic hydrocarbons.