Evaluation of Physicochemical and Anti-inflammatory Properties of Commercially Available Herbal Face Packs

Abstract

The increasing popularity of herbal face packs for skincare has prompted an investigation into their physicochemical properties and anti-inflammatory potential. This research aimed to evaluate commercially available herbal face packs, analyzing their composition, physicochemical characteristics, and anti-inflammatory properties. The study employed various analytical techniques to assess the formulations and their efficacy in mitigating inflammation. This research investigates the physicochemical properties and anti-inflammatory potential of commercially available herbal face packs, addressing a notable gap in the current literature. Herbal face packs have gained popularity in skincare routines due to their perceived natural benefits. However, comprehensive studies evaluating their properties and efficacy are limited. A diverse range of commercially available herbal face packs from different brands were selected for analysis. Various analytical techniques, including spectroscopy, chromatography, and microscopy, were employed to assess the composition, texture, particle size, and stability of the face packs. Additionally, in vitro assays were conducted to evaluate their anti-inflammatory activity. Analysis revealed the diverse compositions of the face packs, comprising herbal extracts, clays, essential oils, and other ingredients. Physicochemical properties such as texture, color, particle size distribution, and stability varied among the products. Importantly, several formulations demonstrated significant inhibition of inflammatory markers, indicating potential efficacy in reducing skin inflammation. The findings underscore the importance of understanding the physicochemical characteristics and anti-inflammatory potential of herbal face packs for informed consumer choices. Variability in composition among products may influence efficacy and safety profiles, highlighting the need for further research to optimize formulations and enhance therapeutic outcomes. This study contributes valuable insights into the growing field of natural skincare products, providing a basis for future investigations on the mechanisms underlying the observed effects and the development of improved formulations.