- EFFECTIVE: this food supplement protects, illuminates, purifies and detoxifies your skin. It acts in depth to reveal the radiance of the skin and preserve the youthfulness of cells and the epidermis thanks to a synergy of 19 luminous active ingredients including 3 natural pigments. It is ideal for a healthy glow every day and to preserve the vitality and radiance of your complexion for as long as possible.
- RESPECTFUL: this treatment is the result of a generous and concentrated plant formulation , supported by our flagship ingredient Pomadermine®Q15 - an apple polyphenol - associated with copper, lemon, everlasting sand, nettle,...
- UNIQUE: resulting from our advanced expertise in the extraction and valorization of apple active ingredients: POMOTHERAPY®.
- RELIABLE: formulated and manufactured in France, this food supplement is designed by a Doctor of Pharmacy .
- INNOVATIVE: Sand Immortelle is a perennial herbaceous plant. In France, it is a protected species with many virtues, notably detoxifying for the liver and gallbladder.
Questions fréquentes
Some foods are naturally rich in antioxidants and in particular vitamins (for example vitamins A, C, E), minerals such as zinc, manganese or selenium but also polyphenols for example. Among the foods most concentrated in antioxidant molecules we find fruits, legumes, spices, but also plants. Poméol, precursor of Pomotherapy® has chosen to extract and enhance the virtuous apple polyphenols. Combined with other active molecules with similar power, they form an antioxidant base common to all the brand's food supplements.
Antioxidants have many properties, the best known is to prevent free radicals from oxidizing the cells of our body and thus slowing down their premature aging. As a general rule, the body is able to control the pro-oxidant/antioxidant ratio. However, lifestyle plays an important role in this crucial balance. Ultra-processed food, tobacco, pollution, certain drug treatments, UV rays intensify the production of free radicals and lead to an imbalance in favor of oxidizing molecules.