Recently, Bloomage Biotech released the 2022 Annual Report. According to the report, in 2022, the sales types of non-hyaluronic acid raw materials increased significantly, among which the sales revenue of Ectoin doubled. Based on the development of professional fermentation platform technology, BioectoTM Ectoine independently developed by Bloomage Biotech has successfully achieved high-quality and low-cost mass production, and played an important role in the field of biological sun protection and environmental protection.
Physical sunscreen will cause whitening and uneven application issues, while traditional chemical sunscreens have potential safety risks. In the warm waters environment, if the concentration of benzophenone -3 reaches approximately 400 ppt(400 parts per trillion) for several days, it is enough to cause coral bleaching. A study on coral shows that even a low concentration of benzophenone -3 can cause fatal damage to coral, which is only equivalent to the concentration of benzophenone -3 in a drop of water in 6.5 standard swimming pools.
Biological sunscreen has undoubtedly become a more environmentally friendly choice. It refers to using bioactive substances to weaken the oxidative stress response caused by UV exposure, block and slow down tissue damage, promote post-sun repair, and achieve even skin tone, thus indirectly providing sunscreen. Ectoin is currently recognized as an efficient biological sunscreen ingredient.
In 1985, Ectoin was first discovered in the desert of Egypt. Halophiles will produce a natural protective component in the outer layer of cells under high temperature, dryness, strong UV irradiation, and high salinity environment, thus opening the self-repair function. In addition to desert, Ectoin also exists in alkali soil, salt lake, and seawater. It can be biodegradable, has no toxicity of sediments, and no influence on marine corals, and protects the survival of microorganisms and plants in extreme natural environment.
Bloomage Biotech’s “BioectoTM Ectoine” can not only prevent sun exposure, resist ultraviolet rays and protect cells from UV damage but also achieve the effects of post-sun repair, repair damaged cells, and improve cell vitality. It is suitable to be added to sun protection or post-sun repair care products and truly realizes sun protection and repair.
Proper post-sun repair is not only repairing the underlying damaged skin but also inhibiting the active function of melanocytes after sun exposure, improving pigmentation, and completely “killing” skin photoaging in the bud.
Simultaneously, Bloomage Biotech found that the combination of Ectoin and hyaluronic acid has synergistic effects in moisturizing, inhibiting melanin production, anti-inflammatory, ultraviolet repair, and ultraviolet protection, and has published an invention patent (patent number: ZL2018107547987). Ectoin’s unique molecular structure can directionally combine with water molecules to form “water armor” to protect cells, which can not only improve cell stress ability, but also reduce inflammatory reactions, and play a certain role in repairing, relieving, and brightening. The combination of Ectoin and hyaluronic acid not only conforms to the mainstream trend of sustainable beauty but also realizes the synergistic effect of 1+1 > 2, effectively upgrades the formula, and provides a new idea for natural sunscreen promotion.
By using biological sunscreen ingredients, we protect ourselves and contribute to environmental protection. In the future, Bloomage Biotech – “BioectoTM Ectoine” will also be applied in various fields and scenes, helping usher in a new era of biological sun protection and environmental protection.
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