The DNA Skin test analyzes variations in genes associated with critical areas related to skin health and aging, such as collagen formation, protection against sun and UV radiation, inflammation, oxidative stress, and their effects. It aims to eliminate the visible effects of aging through interventions tailored to an individual’s DNA structure.
The lifestyle, nutrition, nutraceutical, and dermocosmetic (cosmeceutical) recommendations, as well as skincare suggestions, prepared based on the results of the DNA Skin test, serve as a guide for improving skin health, reducing visible signs of aging, and addressing individual needs.
DNA Skin provides genetic analysis in the following areas:
Certain gene variations are directly related to skin health, skin sensitivity, premature aging, and rapid wrinkling. A comprehensive evaluation is conducted to determine how these genes affect specific areas, and personalized recommendations for dermocosmetics, nutrition, diet, and lifestyle are provided based on an individual’s genotype.
Firmness and elasticity: Gene variations related to the reshaping of the extracellular matrix may be responsible for the rapid aging tendency of the skin. Genes in this area play a role in the regulation of cell growth and tissue remodeling. The tested SNPs are associated with rapid aging due to UV radiation and oxidative stress.
Sun sensitivity and pigmentation: Gene variants tested in this area are associated with normal pigmentation and the ability of pigmentation to protect the skin against the harmful effects of the sun. The production of skin pigments (color), which is a special type of melanin, is dependent on genes involved in melanin production. Some gene variants are also associated with an increase in pheomelanin pigment. Higher levels of pheomelanin increase skin sensitivity, resulting in more persistent damage from sun exposure and UV radiation.
Sun damage, protection, and repair: Certain genes assist in the repair of damaged DNA, providing protection against cellular damage. Genes tested in this area play a significant role in preserving and repairing DNA. Variations in these genes are associated with an increased risk of aging caused by UV radiation. Variations in these genes reduce the effectiveness of damage repair.
Protection against oxidative stress and its effects: Genes tested in this area encode important antioxidant enzymes that cleanse free radicals and provide protection against oxidative stress. Free radicals are highly reactive molecules that can damage DNA and cells, leading to increased oxidative stress. This is associated with aging processes in the body, which can accelerate the formation of wrinkles and early aging of the skin.
Detoxification and skin sensitivity: Genes tested in this area encode detoxification enzymes involved in the elimination of toxins from the body. They have been associated with cellular damage and an increased risk of rapid aging.
Inflammation: Inflammation is a vital response of the body involved in immune function and tissue healing. It is a cellular, fluid, and vascular (related to blood vessels) cascade of responses given by living tissue to any living or non-living foreign agent or internal/external tissue damage. It is associated with skin sensitivity and can accelerate premature aging. The release of inflammatory mediators is controlled by genes that regulate inflammation.
DNA Skin Genetic Test analyzes scientifically proven and significant genes associated with critical areas related to skin health and aging:
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