Meder Beauty ScienceEqua-Derm cream is specially designed for oily, porous skin prone to inflammation. It restores healthy microflora, reduces the activity of harmful bacteria and inflammation, moisturizes and evens out the complexion. Avocutin, extracted from avocado, reduces sebum production (by 30% after 3 weeks of daily use), eliminates oily sheen. Avocutin's effect is comparable to that of retinol, but without the side effects. It is one of the few modern ingredients that can really fight hormonal breakouts.

BioEcology® prebiotic restores the balance of the skin's microbiome by nourishing the beneficial flora. Agaricone mushroom extract reduces sebum production without drying the skin, fights particularly resistant infections, even antibiotic-resistant ones, and stimulates all necessary skin processes. With regular use, it helps to achieve a lasting and noticeable reduction in pores. Indian Tamarind extract has strong moisturizing properties and anti-inflammatory effect.

Use Meder cleanser and serum as usual. If your beauty routine includes any active Meder Beauty Science course, use the concentrate and mask before the cream. Apply a small amount of Equa-Derm cream to the skin, spread it evenly with light stroking movements. Use daily in the morning and evening. After 40+, we recommend adding Vita-Long oil to your daily skin care routine.

Avocutin (butyl avocadate)
Avocado, extracted from the pulp, inhibits the activity of the 5-alpha reductase enzyme responsible for the synthesis of sebum by the sebaceous glands of the skin. With regular use of the cream, sebum production decreases by up to 30% after 2 weeks from the start of use, the skin becomes more matte, and the activity of inflammatory reactions decreases.

Prebiotic Bioecology
Promotes the restoration of a healthy and diverse microbiome, suppresses the activity of skin inflammation.

Tamarind seed extract
Has anti-inflammatory and soothing effects

Agaricone mushroom extract
It has a plumping effect, evens out the skin and reduces its sensitivity to hormonal influences.