WHAT IS VC TONE ® ANHYDROUS VITAMIN C 20% GEL
VC Tone Anhydrous® Vitamin C / L Ascorbic Acid 20% Gel developed by reputable Glenmark Pharmaceuticals. Through VC Tone unique Matrix Stabilised Complex technology, gel delivers micronized highly concentrated Vitamin C (L Ascorbic Acid) to your deeper skin layers in the active anhydrous form. Twice daily regular application of fragrance and paraben-free formula of medicated Glenmark VC Tone Anhydrous Vitamin C 20% Gel, may help in aging skin treatment, healing all dermal layers (fine lines and wrinkles), rejuvenating the aged and photodamaged skin.
VC Tone Anhydrous® Vitamin C / L Ascorbic Acid 20% Gel developed by reputable Glenmark Pharmaceuticals. Through VC Tone unique Matrix Stabilised Complex technology, gel delivers micronized highly concentrated Vitamin C (L Ascorbic Acid) to your deeper skin layers in the active anhydrous form.
Twice daily regular application of fragrance and paraben-free formula of medicated Glenmark VC Tone Anhydrous Vitamin C 20% Anhydrous Gel, may help in skin treatment, healing all dermal layers, rejuvenating the aged and photodamaged skin.
Anhydrous Gel® base is a fast-drying, ethanol-based gel vehicle and has a drying effect on the skin. Vitamin C 20% (L-ascorbic acid) is one of the relatively few topical agents whose effectiveness against wrinkles and fine lines is backed by a fair amount of reliable scientific evidence. Unfortunately, the practical use of vitamin C in skincare presents some difficulties for a number of reasons. First, vitamin C is relatively unstable. When exposed to air, vitamin C solution undergoes oxidation and becomes not only ineffective but also potentially harmful (oxidized vitamin C may increase the formation of free radicals). Second, vitamin C products (especially the effective ones) tend to be irritating for many people. Topical vitamin C formulations need to be at least 10% strong to boost collagen synthesis and thereby improve wrinkles. At this concentration, vitamin C preparations are highly acidic (pH around 2.5), which may be irritating, especially for sensitive skin. Neutralizing the acidity does not solve the problem because buffered vitamin C becomes ionized, which markedly reduces skin penetration. At present, there are two practical approaches to solving the above problems. They may be combined to maximize the chances of squeezing all possible skin benefits out of vitamin C.
WHY ANHYDROUS VITAMIN C 20% VC TONE GEL
One approach to improving vitamin C stability and reducing the potential for skin irritation is to use the anhydrous vehicle, i.e. a topical base cream containing no water. Since water acts as a catalyst for vitamin C oxidation, anhydrous environment reduces the rate of vitamin C degradation. Anhydrous vitamin C is more stable not only during storage but also on the skin after the application. This is an important advantage, even compared to some stabilized water-based vitamin C formulas, which may store well but still oxidize quickly on the skin surface. Furthermore, anhydrous vitamin C tends to be less irritating than regular ascorbic acid products because the irritation is caused mainly by hydrogen ions generated by acid-dissociating in water.
More importantly, evidence indicates that ultrafine microcrystalline vitamin C in an anhydrous vehicle can stimulate collagen synthesis. In a 2006 study published in the Journal of Cosmetic Dermatology, Dr. Geoffrey K. Heber and co-workers study the effects of 20 – 23% ultrafine microcrystalline anhydrous vitamin C on the collagen synthesis in the sections of human skin. The researchers found increased production of both type I and type III collagen (both of these types of collagen are important for youthful skin).
VITAMIN C DERIVATIVES
Another solution is to use vitamin C derivatives, which may provide skin benefits similar to unmodified vitamin C (L-ascorbic acid) but tend to be more stable and less irritating. Unfortunately, vitamin C derivatives have limitations of their own. While a number of vitamin C derivatives appear promising as collagen boosters, more studies are needed to definitively determine which ones are as effective as vitamin C itself. Also, due to variation in individual skin biochemistry some people who respond to vitamin C do not respond to its derivatives and vice versa.
VC TONE 20% ANHYDROUS VITAMIN C 20% GEL COMBO
The best of both worlds – Anhydrous Vitamin C 20% Gel. There is some evidence that combining water-soluble and oil-soluble forms of vitamin C may provide synergistic skin benefits through broader antioxidant protection and better penetration. However, combining high concentrations of oil and water-soluble active ingredients is often technically difficult using typical skincare vehicles. Fortunately, in the case of vitamin C, some anhydrous vehicles allow combining high potency vitamin C with its oil-soluble derivatives while providing the extra stability of the water-free base. For example, one can combine L-ascorbic acid (water-soluble) and tetrahexyldecyl ascorbate (oil-soluble) in an anhydrous vehicle. A study of such a formula, conducted by Drs Fitzpatrick and Rostan, was published in Dermatological Surgery (a peer-reviewed journal) in 2002. The researchers used a combination of L-ascorbic acid and tetrahexyldecyl ascorbate in anhydrous polysilicon gel base applied to one-half of the face vs. inactive polysilicon gel base applied to the opposite side. The researchers concluded that the formulation produced “clinically visible and statistically significant improvement in wrinkling when used topically for 12 weeks” and that “the improvement correlated with biopsy evidence of new collagen formation.”
While many biocompatible organic vehicles may be used as an anhydrous base (e.g. glycerin), the best results seem to be obtained either with siloxanes/polysilicon or a mixture of oil and emulsifying wax. Siloxanes and polysilicon are related to silicon-containing organic compounds often used as skin protectants. They appear particularly effective in forming an anhydrous film that protects the skin surface from irritation, oxidation, and other offenses. The mixture of oil and emulsifying wax is another anhydrous alternative, which, in one laboratory study, appeared to be even more effective than the polysilicon vehicle. More research is needed to determine an optimal anhydrous vehicle for real-life use as well as to compare various regular and anhydrous vitamin C formulas head-to-head.
Unfortunately, as of the time of this writing, no commercial product seems to be an anhydrous vitamin C combo. Non-anhydrous products with vitamin C derivatives are available. So are a few anhydrous L-ascorbic acid products, although they tend to be rather expensive. While waiting for an anhydrous vitamin C combo to become commercially available, you can try to use both of these types of products. If you do, apply them at least a few hours apart. Applying a regular product (i.e. a product containing water) together with an anhydrous one reduces the benefits of the latter.