As winter weather visits us once again, so does the problem of winter skin—that dreaded skin dryness on the face, hands, and feet. For many of us, winter skin means more than just an uncomfortable, tight, dry feeling: our skin becomes so moisture-deficient it begins to chap, flake, and even crack.
“The low outdoor humidity and the dry, heated indoor air combine to rob the moisture content from our skin,” said Dr. Michael A. Smith, MD, senior health scientist with Life Extension, one of the world’s leading organizations dedicated to extending the healthy human life span. “This moisture loss not only results in dryness and cracking, it also can contribute to the development of fine lines and wrinkles on the complexion.”
Dr. Smith said the process for successfully increasing skin moisture levels in the dry winter months (or during any time of the year) is not as simple as applying a cream or lotion to restore lost moisture. To understand how we can best repair and even prevent winter skin, Dr. Smith said we need to first understand what skin ceramides are and how they affect skin composition and moisture levels.
“Skin ceramides are a type of skin fat, a major component of the skin’s surface, and they reside in the top skin layer called the epidermis,” said Dr. Smith. “If you think of your skin as a brick-and-mortar wall, the bricks would be the skin cells and the mortar would be the matrix that holds the skin cells together, of which the ceramides are part.”
“If that mortar or that matrix begins to break down because you start losing some of the components, such as the ceramides, the skin cells will begin to separate, rupturing the skin’s moisture barrier and allowing rapid moisture loss. This is when we start to see and feel the effects of dryness and aging on the skin, which can be especially noticeable in the winter months when humidity is low.”
Dr. Smith said there are several factors that reduce the skin’s ceramide levels and destroy the skin’s ability to retain moisture. The first factor is the aging process.
“As we get older we don’t produce enough of many substances in the body, including these special types of skin fats,” said Dr. Smith. “Other reasons for low skin ceramide levels include lifestyle issues like poor diet, alcohol consumption, smoking, chronic stress, and exposure to environmental toxins.”
Dr. Smith said clinical studies show that a new ceramide food supplement developed in Europe made from wheat germ oil called Advanced Skin Repair with Ceramides (LESkinRepair.com), can significantly increase skin ceramide levels and boost skin moisture. One 2011 study published in The International Journal of Cosmetic Science found, for women with dry and very dry skin, that the supplement was effective in reducing skin roughness and itchiness while improving uniformity of complexion, facial skin hydration, suppleness, and the overall state of the skin.
“Ceramides can be found in many plants and animals, but the ceramides most resembling the ceramides found in human skin are found in wheat germ oil,” said Dr. Smith. “Studies show the most effective method of application is to orally ingest these ceramides daily in a supplement form, building the skin’s moisture barrier from the inside out.”
Dr. Smith said skin’s moisture levels will remain elevated as long as the body’s ceramide production is complemented daily with the ceramide supplement.
“While these supplements can be taken at any time to improve skin hydration and appearance, right now would be a good time to start building your ceramide levels to keep your skin’s moisture content high not only during the dry winter months but year-round,” said Dr. Smith.
Learn more about Advanced Skin Repair with Ceramides by calling 1-866-857-4110 or by visiting www.LESkinRepair.com.
Dr. Michael A. Smith, MD, is senior health scientist and media liaison for Life Extension, the world’s leading organization dedicated to extending the healthy human life span. A graduate of the University of Texas, Southwestern Medical Center in Dallas, Texas, Dr. Smith completed an internship in internal medicine at the University of Utah and a residency in radiology at UT Southwestern Medical Center.