What is the difference between SkinCeuticals Topical Vitamin-C products and other skincare products which feature vitamin-C as an ingredient?
SkinCeuticals Topical Vitamin-C products contain stable L-ascorbic acid at a low pH, which allows vitamin-C to be absorbed by the skin. Most commonly marketed products utilize vitamin-C derivatives such as ascorbyl palmitate and magnesium ascorbyl phosphate, which must be converted to L-ascorbic acid in order to be used by the skin. To be effective, vitamin-C derivatives must first get into the skin and then must be chemically converted by the skin’s cells into L-ascorbic acid. Because the skin is difficult to penetrate and the enzymes necessary to convert these derivatives into L-ascorbic acid are not always available, derivatives are not very effective in delivering vitamin-C into the skin. It is the Duke patented technology developed by Dr. Sheldon R. Pinnell and his colleagues and SkinCeutical’s stability technique which render SkinCeuticals Topical Vitamin-C products effective. In addition, SkinCeuticals Topical Vitamin-C products are designed to reduce the temporary stinging sens
A. SkinCeuticals Topical Vitamin-C products contain stable L-ascorbic acid at a low pH, which allows vitamin-C to be absorbed by the skin. Most commonly marketed products utilize vitamin-C derivatives such as ascorbyl palmitate and magnesium ascorbyl phosphate, which must be converted to L-ascorbic acid in order to be used by the skin.
SkinCeuticals Topical Vitamin-C products contain stable L-ascorbic acid at a low pH, which allows vitamin-C to be absorbed by the skin. Most commonly marketed products utilize vitamin-C derivatives such as ascorbyl palmitate and magnesium ascorbyl phosphate, which must be converted to L-ascorbic acid in order to be used by the skin.
SkinCeuticals Topical Vitamin-C products contain stable L-ascorbic acid at a low pH, which allows vitamin-C to be absorbed by the skin. Most commonly marketed products utilize vitamin-C derivatives such as ascorbyl palmitate and magnesium ascorbyl phosphate, which must be converted to L-ascorbic acid in order to be used by the skin. To be effective, vitamin-C derivatives must first get into the skin and then must be chemically converted by the skin’s cells into L-ascorbic acid. Because the skin is difficult to penetrate and the enzymes necessary to convert these derivatives into L-ascorbic acid are not always available, derivatives are not very effective in delivering vitamin-C into the skin. It is the Duke patented technology developed by Dr. Sheldon R. Pinnell and his colleagues and SkinCeutical’s stability technique which render SkinCeuticals Topical Vitamin-C products effective.
SkinCeuticals Topical Vitamin-C products contain stable L-ascorbic acid at a low pH, which allows vitamin-C to be absorbed by the skin. Most commonly marketed products utilize vitamin-C derivatives such as ascorbyl palmitate and magnesium ascorbyl phosphate, which must be converted to L-ascorbic acid in order to be used by the skin. To be effective, vitamin-C derivatives must first get into the skin and then must be chemically converted by the skin’s cells into L-ascorbic acid. Because the skin is difficult to penetrate and the enzymes necessary to convert these derivatives into L-ascorbic acid are not always available, derivatives are not very effective in delivering vitamin-C into the skin. It is the Duke patented technology developed by Dr. Sheldon R. Pinnell and his colleagues and the stability technique mastered by Dr. Mostafa Omar which render SkinCeuticals Topical Vitamin-C products effective. In addition, SkinCeuticals Topical Vitamin-C products are designed to reduce the tempo
Related Questions
- What is the difference between SkinCeuticals Topical Vitamin-C products and other skincare products which feature vitamin-C as an ingredient?
- Rather than use SkinCeuticals Topical Vitamin-C products, can I just rub oranges on my skin or take more vitamin-C tablets?
- How often should SkinCeuticals Topical Vitamin-C products be applied?
