Miracle Anti-Dark Spot Hyaluron Hand Cream

SKIN SPECIALISTS

MIRACLE ANTI-DARK SPOT HYALURON HAND CREAM

 The hand cream that helps to counteract the appearance of dark spots. 

description

For dry hands with age spots. This pampering hand cream improves the quality of the skin with its highly effective combination of double hyaluronic acid and precious ribwort extract. It provides moisture, is intensively nourishing and improves skin elasticity. It helps to reduce the appearance of pigmentation marks and to improve the skin tone. Correct the signs of time and nourish your hands to leave them smooth and soft. Like newly created.

ACTIVE INGREDIENTS

Skinnova SC Technology

Hyaluronic acid with whitening effect

active substance from Ribwort extract

Softly shimmering pigments

Dual active ingredient complex with millet and tannin

Selected skin smoothers

Pentavitin & hyaluronic acid long- and short-chain

APPLICATION

Apply Miracle Anti-Dark Spot Hyaluron Hand Cream regularly in the morning and evening after washing your hands. Treat yourself to the occasional little hand massage; it‘s really easy to do and unbelievably relaxing. 

SKIN TYPE

normal skin

100 ml

DISTRIBUTER ASSETS

[getDistributerAssets]

ACTIVE INGREDIENT

HYALURONIC ACID WITH WHITENING EFFECT

This exclusive type of hyaluronic acid consists of two components. Due to its low molecular weight, the actual hyaluronic acid penetrates deep into the skin, strengthening it from deep down and keeping it plump, soft and supple.

However, its particular task is to protect the second component, a linolenic acid, from decaying and transport it to the melanocytes. There, the linoleic acid prevents the overactivity of the tyrosinase, the key enzyme in the development of melanin. At the same time, proteasome is stimulated to break down the tyrosinase.

UV light causes an increase in the production of the enzyme tyrosinase, which plays a key role in the synthesis of melanin.

First, the amino acid tyrosine is oxidised into the amino acid L-Dopa. This L-Dopa oxidises again, forming dopaquinone, a precursor, which eventually results in melanin due to the influence of other enzymes.

The oxidative processes necessary for the development of pigmentation cannot occur without the activity of tyrosinase. Existing pigmentation is visibly softened, future development prevented.