
Skin Care |
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Amway understands that sun exposure can damage your skin's DNA and disrupt natural cell repair, it is therefore essential to protect your skin and your DNA. It is not enough to simply wear a sunscreen to shield your skin from the sun's harmful rays. New scientific discoveries show that the problem is far deeper and more dangerous than previously believed.
A healthy glow on the skin after sun exposure is not a sign of health, DNA damage is happening deep within the skin. The change in your skin's colour after a few moments in the sun may be visible to everyone, but DNA damage is invisible. This invisible event is dangerous because DNA damage is the direct link to skin cancers and to premature aging. Skin cells' functions are determined by DNA.
The skin is comprised of three main layers: epidermis, dermis and hypodermis. (Illustration) Together they perform the role of protection, moisture retention and support. But most important is the fact that these layers know their roles because of the DNA deep inside each skin cell. Much like a computer program, DNA is the genetic material inside each cell that controls the cell's function. Once DNA is damaged, the skin cells lose their ability to perform their essential roles. Furthermore, damaged cells replicate abnormally and over the years, this damage accumulates accelerating skin aging and increasing your risk of skin cancer.
DNA damage largely occurs as a result of free radical attack. Free radicals are generated by many diverse factors, but are primarily the result of ultraviolet rays from the sun. Ultraviolet rays are invisible; those most important to the skin are UVB and UVA rays. UVB rays penetrate the topmost layer of the skin. These rays are the primary cause of sunburn, as well as some skin cancers. UVA rays can penetrate deeper into the skin. UVA rays are more likely to cause longer-term effects such as wrinkling, discoloration, a leathery skin appearance, and possibly melanoma (the most serious type of skin cancer).
Amway researchers have determined that, contrary to popular belief, a sunscreen with a high SPF does not necessarily prevent DNA damage and resulting visible skin conditions. The reason for this is that SPF ratings measure only a sunscreen's effectiveness in blocking UVB rays. Actually, UVA rays once thought to be harmless because they produce no burning, penetrate much deeper into the skin leading to extensive damage to DNA and other skin structures.
However, its not all bad news. Scientists continue to discover advancements that enable them to determine new ways to support the skin's natural repair mechanisms.
First, using broad-spectrum sunscreen daily is essential, as it can protect the skin from the stresses caused by both UVA and UVB penetration, allowing the skin to focus on its normal job of cell repair and regeneration.
Secondly, antioxidants can help neutralize free radicals and prevent DNA damage.
And last, new technological advancements actually help boost the cell's natural repair process to reverse DNA damage.