ENERGY REPAIR CONCENTRATE NIGHT

has a molecular mass of 50 kDa and below and is also produced biotechnologically through fermentation. Due to its low molecular weight, it is optimally absorbed by the skin, penetrates deeper into the stratum corneum, and binds moisture there for the long term. The sluggish skin cell metabolism of dehydrated, dry skin is effectively stimulated by the additional moisture. The skin appears plump and firm.

is a polysaccharide and a natural component of connective tissue. It has a skin-tightening and smoothing effect. We only use hyaluronic acid that has been produced using biotechnology. Dissolved in water, hyaluronic acid forms a gel-like structure that lies on the skin as a thin film and bonds with the skin's ceramides via hydrogen bonds. In this way, hyaluronic acid can bind very large amounts of water in the stratum corneum and only releases it after several hours – thus creating a hydrating depot effect. With increasing age, the body's own production of hyaluronic acid steadily decreases. The skin loses its elasticity, and lines and wrinkles form. Hyaluronic acid can balance or reduce these skin changes.

are fruit acids that chemically belong to the alpha hydroxy acid family. Today known by the abbreviation "AHA", they have been used in cosmetics for centuries. Only recent developments have made their mode of action clear. Depending on the concentration, AHAs cause a mild to strong exfoliation of the skin and, by stimulating the deeper layers of the skin, accelerate regeneration. Unfortunately, this effectiveness is associated with a high potential for irritation. We use the skin-friendly salt form of malic acid, a fruit acid that also plays an important role in the skin's natural metabolism. To ensure that it is available to the skin and can unfold its effectiveness, it is encapsulated in liposomes made from soy lecithin.
Clinical studies prove the superior effectiveness of AHA liposomes:
Increase in skin moisture by approximately 35%
Skin smoothing by approx. 25%
Reduction in the number of wrinkles by approximately 7%
AHA liposomes are the enhanced active principle of AHAs at physiological skin pH without irritation.

(Fagus sylvatica) The peptide active ingredient complex from the cell tissue of young beech shoots is used, which demonstrably increases the oxygen consumption of skin cells. This active ingredient improves skin elasticity, increases long-term and sustained skin moisture, and significantly reduces the formation of wrinkles.

are obtained from the almond flour of sweet almonds, which, in addition to approximately 50% oil, contains approximately 10% sugars and 30% proteins. Their amino acid composition largely corresponds to that of the skin. This special structure of the almond proteins enables them to be particularly effective: moisturizing, soothing, and anti-irritating.

improves the water-binding capacity of the skin and is also characterized by antimicrobial
Properties.