Collection: Phytocell Tec Malus Domestica Apple Stem Cells

What are Apple Stem Cells?

EWG Rating

Scientific Name: {Malus domestica}
Common Name: {PhytoCellTec, Apple stem cells}

These stem cells derive from rare Swiss apples and are part of an award-winning study into stem cells' function and tissue regeneration effects.

PhytoCell Tec works deep within the skin to both prolong the life of healthy cells and provide the nutrients that the skin needs to produce healthier, longer-living cells in the long term.

Though its name (Uttwiler Spatlauber) is amusing, the apple's amazing properties are nothing to joke about. This rare apple species is revered for its stores over cold Swiss winters.

Age Defence from Green Apples

This property was the impetus behind studies into its ability to preserve a youthful-looking face.

What researchers found was impressive. The PhytoCell Tec Malus Domestica could lend its longevity to skin cells. Aging signs significantly decreased. As we grow older, our skin cannot produce as many healthy cells as it once did when we were younger.

It gets harder to replace aging cells as they begin to age faster. However, by elongating healthy cells' lives, the face can look younger and more beautiful for extended periods.

This ingredient also aids in regenerating new, healthy cells infused with the ability to live long, full lives and increase longevity.

Rejuvenating Breakthrough

Not only do they rejuvenate by prolonging cells' lives, but they also delivers many of the components skin needs.

These nutrients form the building blocks of cells to ensure the skin has the ingredients it needs to accelerate the regeneration process.

All of these benefits are combined with a powerful UV protectant. Working to block the harmful effects of the sun's rays, you can still get your mood-boosting, vitamin-enhancing sunshine without the chance of sunburn or long-lasting photo-aging.

Phytocell Tec Malus Domestica Clinical Studies

During a four-week study, researchers found that twenty women saw a 15% reduction in wrinkles' intensity and depth. In addition, using PhytoCell Tec Malus Domestica at the first signs of aging can delay the appearance of further wrinkles.

Even after wrinkles and lines develop, using it can even out the complexion and fill in the look of even deep wrinkles.

Using PhytoCell Tec in Anti-aging Skincare

PhytoCell Tec Malus Domestica can be found in anti-aging serums or added to boost your favorite eye cream. You can even add the ingredient directly to makeup to cover and reverse the look of age lines.

Because it is all-natural, it is unlikely to irritate even the most sensitive skin. As a result, it revives your complexion with longevity and delays the signs of aging.

Benefits of Phytocell Tec Malus Domestica

1. Skin Regeneration: PhytocellTec™ Malus Domestica has been shown to support skin regeneration by stimulating the proliferation of skin stem cells. This can lead to the formation of new skin tissue, contributing to a more youthful and rejuvenated appearance.
2. Anti-Aging Properties: The stem cells from the rare Swiss apple variety used in PhytocellTec™ Malus Domestica contain epigenetic factors and metabolites that help protect and maintain the longevity of skin cells. This can result in a reduction of fine lines, wrinkles, and overall signs of aging.
3. UV Protection: These apple stem cells contain a high concentration of antioxidants that help withstand the effects of UV radiation on the skin. By shielding skin cells from harmful environmental factors, PhytocellTec™ Malus Domestica assists in preventing premature aging and maintaining skin health.
4. Enhanced Skin Texture: Regular use of products containing PhytocellTec™ Malus Domestica can lead to improved skin texture, as the stem cells contribute to better hydration and smoother skin, especially those with dry or uneven complexions.

The Importance of Antioxidants in Skincare Products

Antioxidants play a vital role in skin care due to their ability to combat free radicals. Free radicals are unstable molecules that can damage the skin cells, accelerating the aging process and leading to issues such as fine lines, wrinkles, dark spots, and a dull complexion. Factors like UV radiation, pollution, and stress can increase the number of free radicals our skin encounters.

Benefits of Antioxidants in Skincare

1. Combat Environmental Stressors: They help neutralize the damage from environmental stressors, preventing premature skin aging.
2. Promote Radiant Skin: By combating free radical damage, antioxidants help maintain the skin's natural glow and radiance.
3. Skin Repair: Antioxidants promote skin repair, helping to rejuvenate damaged skin cells.
4. Improve Skin Texture: By neutralizing free radical damage, antioxidants can help maintain the skin's elasticity and suppleness.
5. Prevent Inflammation: Many antioxidants have anti-inflammatory properties, reducing redness and promoting a more even skin tone.

Benefits of Using Photocell Malus Domestica (Apple Stem Cells) in Skincare Products

1. Promotes Skin Longevity: Apple stem cells are known to promote longevity in skin cells, delaying the onset of wrinkles and fine lines.
2. Protects from UV and Premature Aging: These stem cells can offer some level of protection from the harmful effects of UV radiation, one of the primary causes of premature skin aging.
3. Revitalizes Aging Skin: Apple stem cells have been shown to stimulate and rejuvenate skin stem cells, leading to increased vitality and youthfulness.
4. Retains Skin Moisture: The use of apple stem cells can improve the skin's ability to retain moisture, promoting a hydrated, plump complexion.
5. Antioxidant Benefits: Like other plant-derived ingredients, apple stem cells provide antioxidant benefits, further protecting the skin from free radical damage.

Incorporating antioxidants and specialized ingredients like apple stem cells into your skincare routine offers a comprehensive approach to skin health, ensuring that your skin remains youthful, vibrant, and resilient against external stressors.

Sources:

https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5674215/ https://mibellebiochemistry.com/phytocelltectm-malus-domestica-skin

About the Author
Kari Thomas wrote this article.