Studies Reveal the Benefits of SerumX Vitamin C Serum

(Newswire.net — December 27, 2016) Coeur d’Alene, Idaho — Several studies reveal the multiple benefits of the newest product of SerumX, Vitamin C Serum, which offers a unique combination of Vitamin C, Hyaluronic acid, Vitamin E, L-Arginine and other organic ingredients.

As SerumX presents the ingredients of its newest product, the Vitamin C Serum, different studies also reveal its benefits to its users. As the product highlights, the Vitamin C ingredient appears to be “one of the naturally occurring antioxidants in nature.” Moreover, according to an article posted in an dermatology online journal, “Vitamin C is a potent antioxidant drug that can be used topically in dermatology to treat and prevent changes associated with photoageing.”

These statements support one of the product descriptions of the Vitamin C Serum that highlights its capacity to rejuvenate the skin. Another feature of the Vitamin C ingredient is how it matches with one’s skin tone. According to a study, “Vit. C is available in the market as a variety of creams, serum and transdermal patches. Of these, only the serum contains active Vit. C in an almost colorless form.”

Aside from the Vitamin C ingredient, the Vitamin C Serum showcases different organic ingredients– Hyaluronic acid, Vitamin E, L-Arginine, et cetera–that also offer a youthful and radiant glow to its customers. According to a dermatology review, “Hyaluronic acid is an active skin care ingredient as it retains moisture and creates a cushion to help plump the appearance of aging skin.” In addition, “a pure hyaluronic acid serum can prevent fine lines and wrinkles, providing effective results on prematurely aged or mature skin types.”

The studies and reviews mentioned above, specifically about the ingredients of the newest product, reveal the benefits of SerumX Vitamin C Serum.

For those interested about the results of the SerumX Vitamin C Serum, it is now available for purchase exclusively on Amazon.

Source: http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3673383/