Glabridin, a naturally occurring compound found in licorice root, is widely utilized in the cosmetic industry due to its skin brightening and anti-inflammatory properties. It effectively shields the skin from free radical damage and UV radiation as a potent antioxidant. Glabridin inhibits melanogenesis through two mechanisms: by impeding the generation of active oxygen species and inhibiting tyrosine, which is a pivotal enzyme in melanin synthesis. Ultraviolet radiation can trigger inflammation and other reactions in the skin, impairing its phospholipids and resulting in skin pigmentation. It has demonstrated its ability to inhibit UV radiation-induced skin pigmentation in gu Moreover, topical application of licorice has been documented to reduce the amount of corticosteroids in dermatological infections by inhibiting the enzyme responsible for cortisol conversion.
Glabridin, a naturally occurring compound found in licorice root, is widely utilized in the cosmetic industry due to its skin brightening and anti-inflammatory properties. It effectively shields the skin from free radical damage and UV radiation as a potent antioxidant. Glabridin inhibits melanogenesis through two mechanisms: by impeding the generation of active oxygen species and inhibiting tyrosine, which is a pivotal enzyme in melanin synthesis. Ultraviolet radiation can trigger inflammation and other reactions in the skin, impairing its phospholipids and resulting in skin pigmentation. It has demonstrated its ability to inhibit UV radiation-induced skin pigmentation in gu Moreover, topical application of licorice has been documented to reduce the amount of corticosteroids in dermatological infections by inhibiting the enzyme responsible for cortisol conversion.
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