Acne is a disease of oxidation. Oxidation disturbs acne by internal hormone activity and from the use of powerful oxidizers similar to benzyl peroxide.
Benzyl peroxide is the preferred over-the-counter medication used to battle acne. It works by eradicating bacteria with strong oxidizers. Any topically used oxidizer, put on often and over an extended stretch of time, will incite progressive oxidation damage to the skin. The results of peroxide oxidizers are an appearance of premature aging, loss of elasticity, tone and texture, as well as vulnerability to much great severe skin issues and diseases.
It is well-known that acne treatments can be very drying and result in overexposure of the skin to damaging environmental conditions like ultraviolet radiation. Hydrating and covering this vulnerable skin is significant to its advancement and long-term health condition.
Research has proven that oxidation`s association to acne starts on the inside of the body with hormones that regulate the oil glands. The hormone typically linked to acne is testosterone. When testosterone oxidizes in the body it produces a chemical known as dihydrotestosterone (DHT), the same hormone that can instigate hair loss. Unlocking the mystery of why some people oxidize testosterone more than others is at the very heart of much of today`s acne research.
Oxidation is a large issue in inflammatory acne. Without oxidation, the extent of the situation would be filled pores.Visible acne originates in the pores and hair follicles affixed to oil glands throughout the skin. These glands produce sebum, which lubricates the hair and skin. When this standard activity is interrupted and pores or follicles get blocked, they may burst, potentially inflaming surrounding cells. How this occurs is critical to the development of acne and appears to have one typical condition: Oxidation.
Even simple blackheads develop from melanin in dead skin in correlation with cells and sebum. These harden into an oxidized mass that covers the pore opening and may cause inflammation of surrounding tissue. All acne requires consideration of some type. Mild acne may respond to careful cleansing moisturizing along with sun protection and sensible diet. More severe acne may require increasingly harsh or even persistent approaches to keep the disease regulated. This is when the effects of oxidation become a serious condition. Constant use of oxidizing compounds, which can seriously damage skin over time, needs to be carefully considered before use, and steps must be taken to minimize accelerated aging and other problems.
The solution to preventing chronic acne is not the use of oxidizers, no matter what the infomercials say. The majority of acne treatments cause an growth in irritation on and underneath the skin surface. This inflammation has to be stopped to prevent more damage to the skin. Antioxidants have shown themselves to be very effective in accomplishing exactly that.
Shift your focus on acne toward an understanding of the function of oxidation and you will start to see a bigger picture — a wellness approach that can result in an overall skin-healthy lifestyle.