ABSTRACT

By producing a cooling effect and supplying active ingredients that support skin renewal, cooling under- eye gels are intended to address periorbital skin concerns such as puffiness, dark circles, and tiredness. These formulations usually consist of a light gel matrix formed by water-based polymers such hydroxyethyl cellulose or carbomer. To improve microcirculation, lessen oedema, and provide antioxidant effects, ingredients like menthol, caffeine, and cucumber extract are used. While prolonged hydration helps to reduce fine wrinkles and enhance skin texture, the gel's quick cooling effect provides instant relief. Using a focus on user acceptability, bioavailability of active chemicals, and thermoregulatory qualities, we created and characterized a novel cooling under-eye gel in this study. Skin temperature maintenance with the gel was verified by differential scanning calorimetry (DSC) for up to thirty minutes after applying. Studies on the in vitro skin penetration of active ingredients in particular, caffeine showed that they diffused effectively through artificial membranes. Forty-odd participants in a randomized, double-blind clinical experiment conducted over four weeks reported a significant improvement in skin firmness and a significant reduction in under-eye puffiness, with eighty-five percent of them reporting satisfaction with the gel's cooling effect. By combining the advantages of temperature control with the focused administration of active cosmeceuticals, this cooling under-eye gel offers a novel approach to providing instant periorbital relief. Keywords: Cooling Gel, Anti-Aging, Dark Circles, Hydration, Wrinkles
Publication date: 01/03/2025

https://ijbpas.com/pdf/2025/March/MS_IJBPAS_2025_9898.pdf

Download PDF
https://doi.org/10.31032/IJBPAS/2025/14.3.9898