Marie-Veronique Nadeau is a chemist who founded Marie Veronique in 2002. An inventor at heart who suffered from teenage acne, she was moved to create her own products when she could find nothing on the market that was clean and effective to address her rosacea. From there, she went on to develop a line for acne and was one of the first to formulate a non-nano zinc oxide sunscreen. She continues to lead the way towards safe yet effective skincare, determined to move an industry ensconced in hype into the realm of science. She is a trained esthetician, holds degrees in Math and Science, and is a former high school chemistry teacher. She collaborates with her daughter, Jay Nadeau, physicist and bio-medical engineer, to carefully choose each ingredient in her products to solve real skin issues and address the causes of aging at the source.
Our vision at Marie Veronique is to deliver superior, non-toxic skincare drawing on nature’s genius and the brain of science through innovative formulations. Achieving optimal skin health and healing real skin issues drive us to produce safe products that truly work.
Marie-Veronique Nadeau is a chemist who founded Marie Veronique in 2002. An inventor at heart who suffered from teenage acne, she was moved to create her own products when she could find nothing on the market that was clean and effective to address her rosacea. From there, she went on to develop a line for acne and was one of the first to formulate a non-nano zinc oxide sunscreen. She continues to lead the way towards safe yet effective skincare, determined to move an industry ensconced in hype into the realm of science. She is a trained esthetician, holds degrees in Math and Science, and is a former high school chemistry teacher. She collaborates with her daughter, Jay Nadeau, physicist and bio-medical engineer, to carefully choose each ingredient in her products to solve real skin issues and address the causes of aging at the source.
Our vision at Marie Veronique is to deliver superior, non-toxic skincare drawing on nature’s genius and the brain of science through innovative formulations. Achieving optimal skin health and healing real skin issues drive us to produce safe products that truly work.
Radiant, youthful-looking skin starts with vitamin A and continues with vitamin C. Topically applied L-ascorbic acid, if stabilized and delivered properly, fights free radical damage, increases production of collagen, and reverses age-related changes in the interface between the dermis and the epidermis.
So what’s not to love?
Vitamin C is a formulator’s nightmare because it is extremely unstable—exposures to air, heat and/or light degrade it, and of course, it oxidizes very rapidly in water. The antioxidant properties that make it so desirable to use as a skincare ingredient are the very properties that make it so difficult to work with. Over the years, skin-care researchers have sought answers, but their solutions have been far from perfect. They include:
Stable synthetic derivatives like ascorbate phosphate and ascorbyl palmitate, aka ester-C, have limited permeability and function in the skin. They just don’t compare to natural L-ascorbic acid, the least stable in solution.
L-ascorbic acid kept separate until ready to use. The problem here is devising a way to store the powder that minimizes its exposure to light, heat, air and moisture. Vitamin C stored in capsules or ampoules is a poor choice because of the exposure to oxidative elements during manufacture, and again while in storage. Vitamin C stored in opaque containers that can be sprinkled over a serum or cream are a better solution, but one that still leaves vitamin C vulnerable to some degradation, both during production and while in storage. In addition, when the ascorbic acid is dissolved in water just prior to use, it may irritate skin, since irritation from vitamin C is caused mainly by the generation of hydrogen ions when the acid dissociates in water.
Fortunately, we have research and development to the rescue. Since water is the main catalyst of vitamin C oxidation, it makes sense that stabilization could be achieved by using an anhydrous (containing no water) vehicle. Indeed, anhydrous vitamin C is not only more stable in storage but also on the skin after application.
The anhydrous advantage
Stability: Vitamin C remains stable in suspension until it is delivered to the skin. And it is protected right up to the time it is put on the skin and the organic solvent evaporates. There is no exposure of the L-ascorbic acid to elements that may degrade it.
No irritation: Anhydrous vitamin C is less irritating than ascorbic acid dissolved in water.
Effective penetration: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 coworkers studied the effects of 20-23% ultrafine microcrystalline anhydrous vitamin C on the collagen synthesis in the sections of human skin and found increased production of both type I and type III collagen. This implies that this form of topical vitamin C has the ability to penetrate to deeper skin structures.
Bottom line
This ingenious invention gives skin-care formulators the opportunity to create truly effective age-defying products. If you want the best in skin care, I highly recommend searching out products that contain stabilized L-ascorbic acid.
