Daily Protector SPF 30 for normal to oily skin

ELIX-IR ™ Solar radiation is the main factor in the rapid aging of the skin, and scientists believe that it is responsible for 90% of the aging process. Therefore, sun protection is essential to maintain healthy and youthful skin. Elix-IR is a first-of-its-kind, biochemically derived, plant-derived active ingredient specifically designed to protect the skin from shortwave UVA and IR rays that penetrate the dermis. Since this radiation is ionizing, it leads to the destruction of the molecules of the human body and changes in the cell nucleus (DNA). The natural component is obtained from the horsetail knotweed plant; it interferes with the action of a certain enzyme (cathepsin G), which is produced as a result of IR radiation. This enzyme catalyzes the aging process of the skin. The extract neutralizes the action of the enzyme, strengthening the skin structure and preventing the appearance of wrinkles. Protection of the integrity of skin fibers. The depth of penetration of UV and IR rays into the skin varies, but both affect the quality of elastic fibers. Skin withering under the influence of the sun is characterized by a high content of the cathepsin G enzyme, which causes the destruction of elastic fibers. Elix-IR blocks the action of cathepsin G and thereby protects the main components of the elastic fibers that are found in the papillary dermis (upper dermis) and in the reticular layer (lower dermis).
PHRMISKIN BIOPROTECH G Protection of the cell nucleus (DNA). Blue algae extract stimulates the production of thioredoxin in the cells of the dermis and epidermis and slows down skin aging, making it look noticeably younger. This active ingredient is obtained through biotechnology, it reduces the damage caused to the skin and returns it to its original freshness and radiance. While sun exposure is enemy number one for young skin, mature and aging skin is characterized by a loss of ability to regenerate and protect itself. The skin loses its freshness, radiance and homogeneity, and the destruction of elastic fibers in the lower layer of the dermis leads to the formation of deep wrinkles. To prevent skin aging, scientists have developed modern biotechnological tools that allow
to grow a microorganism belonging to the type of cyanobacteria that appeared on earth several billion years ago and owes its survival and longevity to the most advanced sun protection mechanism known - thioredoxin.
Phormidium persicinum is a microorganism that appeared by crossing microorganisms with algae, which belong to the cyanophycium family. These are the so-called "blue algae". With the help of the latest biotechnological techniques it is possible to extract Phormidium persinicum extract from the natural environment without damage
for its unique qualities. The development of complex development technologies has led to the fact that now it is possible to grow these algae in conditions as close to natural as possible and extract effective protective components from them.
Thioredoxin is the oldest and most perfect sun protection. Thioredoxin is a protein found in all oxygen-processing organisms (containing antioxidants). It is necessary for the inhibition of oxidative processes that lead to rapid aging. This protein can move from one cell to another during intercellular exchange and repair the damage that is done to living skin tissues.