La Roche-Posay Effaclar Duo+M Anti-Blemish Corrective Gel Moisturiser for Oily, Blemish-Prone Skin 40ml

Description La Roche-Posay Effaclar Duo + M Anti-Imperfections Triple Corrective Care Cream is designed for individuals with oily and acne-prone skin, offering a targeted solution with a focus on addressing various aspects of acne and its aftermath. This new formula has the inclusion of a new ingredient for higher efficacy! In particular, it contains the revolutionary Phylobioma, is described as a revolutionary ingredient developed using advanced microbiome science. It specifically targets C.acnes phylotype IA1, which is associated with acne. This is clinically proven to reduce biofilm, sebum overproduction, inflammation, and hyperkeratinization. Beyond addressing blemishes, this product also focuses on post-inflammatory hyperpigmentation, helping to attenuate post-acne marks due to the presence of Procerad and niacinamide. La Roche-Posay Effaclar Duo + M Anti-Imperfections Triple Corrective Care Cream is said to show visible effectiveness within 8 hours of application, with anti-recurrence benefits. This can be appealing for those looking for quick results in managing acne. In addition to addressing active blemishes, the skin care cream focuses on post-inflammatory hyperpigmentation, helping to fade dark marks. This is attributed to the presence of procerad and niacinamide. The moisturizer provides 24 hours of hydration, which is emphasized as essential, especially for individuals undergoing acne treatments. Proper hydration is crucial for maintaining skin health. The Triple Corrective Care Cream claims to be suitable for sensitive skin types and for every skin tone, making it inclusive for a broad range of users. In summary, La Roche-Posay Effaclar Duo + M Anti-Imperfections Triple Corrective Care Cream seems to offer a comprehensive approach to managing acne, addressing both active blemishes and post-inflammatory concerns. BENEFITS Assists to manage and reduce acne imperfections. Helps to reduce the appearance of current breakouts and prevent new ones.