The new AQUASOURCE+ hydration supplement combines 2500 mg of vitamin B3 and astaxanthin(1) to brighten skin and maintain hydration . This lightweight, fast-absorbing gel improves skin radiance while reducing visible imperfections in just two weeks(2). Its non-greasy formula leaves skin feeling refreshed and comfortable all day.
(2) Contained in the extract of Haematococcus pluvialis.
(2) Clinical score in 44 people after 14 days of use.
AQUASOURCE+ Vitamin Glow Gel has been designed to do more than just hydration, as it improves skin radiance and supports the skin barrier function.
It is formulated with 2500 mg of vitamin B3, visibly improving dull complexion and uneven skin tone over time (1).
We have incorporated astaxanthin(2), a powerful antioxidant that helps protect the skin from environmental stressors that contribute to premature signs of aging.
The gel has a light, breathable texture that absorbs quickly without leaving any residue. Its refreshing citrus fragrance offers a truly invigorating experience upon application. The formula is suitable for daily use and has been tested on sensitive skin. It's ideal as a base before makeup or as part of your daily skincare routine.
91% of women (3) highlighted the comfortable and breathable texture. The fast-absorbing formula ensures hydration from the first use, making it easy to incorporate into your daily skincare routine.
(1) Clinical score in 44 people after 14 days of use.
(2) Contained in the extract of Haematococcus pluvialis.
(3) Self-assessment by 100 women after 28 days. 2500 mg of vitamin B3, also known as niacinamide, a water-soluble derivative of nicotinic acid essential for skin function. Helps reduce the appearance of blemishes and imperfections and provides a soothing effect.
In accordance with Biotherm's Blue Commitments, AQUASOURCE+ Vitamin Glow Gel is formulated with 91% naturally derived ingredients and 90% biodegradable components. Its packaging incorporates a glass bottle made from 40% recycled glass and a 100% PCR plastic cap to reduce its environmental impact.