MintyBright™ Nu

Skin brightening from inside

MintyBright™ Nu is an extract derived from dried apple mint leaves, a plant rich in flavonoids. This ingredient has been proven to reduce the synthesis of the skin pigment melanin, supporting a more even skin tone and increasing skin lightness. MintyBright™ Nu is a natural and clinically proven skin brightening ingredient with a pleasant flavor. Being a safe and natural alternative to many existing, rather harsh brightening treatments, it is the ideal ingredient for skin beauty supplements.

gmo vegan natural

Research indicates that UV exposure causes oxidative stress, which triggers the stimulation of melanin production and result in hyperpigmentation. Certain plant flavonoids can protect from this kind of oxidative stress and mitigate excessive melanogenesis, promoting a more even skin tone. MintyBright™ Nu is rich in these flavonoids and has proven to reduce melanin synthesis. It supports the oxidative stress response resulting from UV exposure and can inhibit melanogenesis in skin cells.

Applications

Skin lightening from inside
Melanin synthesis decrease
Dark spots reduction
Anti-pigmentation
Skin beauty supplements
Improvement of skin tone

Clinical Results

MintyBright™ Nu inhibits melanin synthesis, which led to a visible skin-lightening effect in Mediterranean female study participants. After 84 days of supplementation, skin lightness (L*) and brightness of skin color (ITA°) significantly improved compared to the initial condition. Additionally, the depigmenting effect resulted in a more even skin tone.

Apple mint (Mentha suaveolens), also known as woolly mint leaves has a light, minty aroma with a hint of green apple. It is native to Southern Europe, Turkey and North Africa and widely used in teas, drinks, smoothies and herbal candies. Unlike many other mints, it does not contain menthol and is rich in flavonoids, known for their antioxidative properties.

This product is suitable only for Asian and African markets.

For more information please contact us directly: food@mibellebiochemistry.com