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Cellex-C High Potency C-Serum 30ml | 
enlarge | Manufacturer: CELLEX-C Category: Health And Beauty
Buy New: $90.00 (On sale from $100.00)
Sales Rank: 83227
UPC: 626704111011 EAN: 0626704111011 ASIN: B001AHVHZE
Availability: Usually ships in 1-2 business days
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| Features:
| 10% pure L-ascorbic acid, L-tyrosine and zinc sulphate -- | | 30 ml | | oil free | | for all skin types |
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| Editorial Reviews:
Product Description Cellex-C High Potency C-Serum 30ml The Patented Complex in High-Potency Serum works synergistically to encourage a firm, youthful, elastic quality in the skin. Regular use will make skin look 5 to 10 years younger.
Primary Ingredients: L-ascorbic acid, tyrosine and zinc.
Skin Types/conditions: All, except the most sensitive skin.
When to use: Once daily.
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Features
A lightweight liquid containing the full complement of the Cellex-C signature ingredients pure L-ascorbic acid, tyrosine, and zinc sulphate supplemented by hyaluronic acid and a particular group of water soluble bioflavonoids which have a remarkable effect on the feel of the skins elasticity. Cellex-C High-Potency Serum contains the optimal concentration of the Patented Complex required to work best on areas of the face that are prone to develop wrinkles, age spots or sagging skin. Cellex-C is the only skin care line to be licensed to utilize the Bioderm patent created by Dr. Lorraine Faxon Meisner. Contains 10% L-ascorbic acidthe only form of vitamin C that the body can recognize and utilize to promote collagen production. Contains tyrosine. Medical literature states that, when tyrosine is combined with ascorbic acid, it helps to promote regeneration of new connective tissue through the stimulation of fibroblasts enabling them to make more collagen. Contains zinc. A mineral shown to help support increased collagen turnover stimulated by ascorbic acid. Zinc is also known to be an essential component of collagenase, which is required to dismantle old, defective and stiffened collagen in order for new collagen to be constructed. Contains bioflavonoids. These particular bioflavonoids were chosen because they have been shown in laboratory testing to have the ability to bind with collagen fibers as well as help protect them against fur
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