Tranexamic Acid

Melasma refers to the emergence of brown spots due to hormonal fluctuations. Tranexamic acid, a synthetic active ingredient derived from the amino acid lysine, has shown excellent results in reducing this type of pigmentation spots.

In recent years, numerous studies have demonstrated the brightening power of tranexamic acid. This active ingredient visibly reduces skin color irregularities and improves complexion uniformity. Find everything you need to know about this compound in this article.

Tranexamic acid has established itself as a reference active ingredient for targeting pigmentation mechanisms. However, its recommended usage differs significantly depending on whether it is applied to the skin or taken orally. What are the best practices for using tranexamic acid effectively? Here is a guide to understanding the different methods of tranexamic acid application.

New to the skincare universe, the tranexamic acid -INCI: "tranexamic acid"-, has been used for several years in the medical field. This compound works effectively to reduce skin hyperpigmentation, such as melasma, sun spots, or even post-acne marks. Find here the galenic forms that may contain this active ingredient.

Tranexamic acid, derived from the amino acid lysine, is recognized for its pigment-lightening properties across a range of discolorations: sun spots, melasma, post-acne marks, and more. Its efficacy can be enhanced when formulated with complementary active agents. What are the most effective combinations with tranexamic acid? In this article, you’ll discover the key actives to prioritize in a skincare routine featuring tranexamic acid.