Evaluation of the Protective Effect of Antipollution Lotion against Carbon Microparticles 'Modeling' Atmospheric Pollution

Dr. Bhupesh Dewan, Tri K Industries, Nisha Motwani

Abstract: Introduction: Skin is one of the prime targets of the harmful effects of environmental insults, with several studies highlighting Ozone (O3), particulate matter (PM), and ultraviolet radiation (UV) as the major fore players of the foul act. However, very few studies have explored whether the harmful effects of these stressors can albeit be prevented with the use of antipollution cosmeceuticals. In the present work, we evaluated the protective effect of the 'antipollution lotion containing PhytoVie® Defense' against carbon microparticles (average particle size 1 ?m) "modelling" atmospheric pollution. Methodology: An openlabel, intraindividual study was conducted on female participants in France in July 2015. Antipollution lotion containing PhytoVie® Defense was compared against untreated site. Test product was applied as single standardised application on forearm with an area of 4 cm? 4 cm. The outcomes measured at the end of the study were the percent protection obtained with test product compared to untreated site and the number of carbon microparticles left adhered to skin after rinsing when compared to baseline value. Results: A total of 21 female participants; aged 32 ± 2 years were enrolled in the study. The 'PhytoVie® Defense containing antipollution lotion' removed 32% more carbon microparticles compared to the untreated site, demonstrating a significant protective effect against pollution (p=0.0004) Conclusions: By harnessing advanced ingredients and technologies, PhytoVie® Defense lotion seeks to provide a protective barrier against pollutants, and enhance the skin's natural defences especially against particulate matter, ultimately contributing to healthier, more radiant skin in an increasingly polluted world; even after a single application.

Keywords: Anti-pollution, micro particles, skin protection