Teoxane [R] Advanced Serum

Teoxane [R] Advanced Serum

Teoxane introduces an advanced anti-aging treatment that offers the benefits of retinol, a proven anti-aging ingredient, without the typical side effects. The [R] Advanced Serum features an innovative complex of bakuchiol and peptides, which reduces wrinkles and improves skin firmness. This unique combination stimulates collagen synthesis and supports skin renewal for a youthful appearance. Gentle on the skin barrier, the lightweight serum is also enriched with RHA® (resilient hyaluronic acid), a patented Teoxane technology that provides intensive hydration.

The [R] Advanced Serum was developed as an advanced alternative to retinol, combining rejuvenating ingredients³ to create an innovative retinol-like complex. Bakuchiol stimulates collagen synthesis³, while peptides promote skin renewal³. This formulation delivers the benefits of retinol – visibly reduced wrinkles and improved skin firmness – without the typical side effects¹-².

Additionally, the [R] Advanced Serum contains Teoxane’s renowned ingredients: RHA® (resilient hyaluronic acid) for intensive hydration and anti-aging effects⁴. Combined with a powerful antioxidant, it provides a comprehensive solution against photoaging³.

Given these impressive results, it’s no surprise that 9 out of 10 women would recommend the [R] Advanced Serum.

• Suitable for all skin types
• Dermatologically tested on sensitive skin
• Airless packaging for optimal preservation of the formula

Apply a few drops once or twice daily, in the morning and/or evening, to the face, neck, and décolletage. [R] Advanced Serum should be used after cleansing and before your day or night cream.

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1 British Journal of Dermatology June 2018: Prospective study on the topical use of a cream with Bakuchiol 0.5% twice a day vs. Retinol 0.5% once a day, on 44 volunteers.
2 In-Vivo instrumental measurement on 22 volunteers and self-assessment evaluation on 48 volunteers for 28 days. 3 Data communicated by the raw material manufacturers.
4 Sundaram H. et al. Pilot comparative study of the topical action of a novel, crosslinked resilient hyaluronic acid on skin hydration and barrier function in a dynamic, three-dimensional human explant model. J Drugs Dermatol 2016.