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Ectoine

Tetrahydroxypropyluracil carboxylic acid, also known as Ectoin (Ectoine), is a natural cyclic amino acid derivative obtained through the fermentation of a genetically modified strain of glutamic acid rod-shaped bacteria by HuaRui Biology, utilizing synthetic biology techniques. Initially discovered in halophilic bacteria thriving in extreme environments, this compound is a vital protective element that has evolved over millions of years, enabling the bacteria to survive in conditions of high temperature, high salinity, and intense ultraviolet radiation. Classified as an extremophile molecule (Extremophiles), it safeguards the normal biological activities of microorganisms in such harsh conditions, helps stabilize the structure of enzymes and proteins within living organisms, and boasts remarkable properties including moisturizing, stress resistance, immune boosting, repairing, and anti-wrinkle effects.

Vital Ergo

Vital Ergo® is independently developed and produced by HuaRui Biology based on the company’s own synthetic biology platform. It is the world’s only pure natural non-GMO ergothioneine produced exclusively by round red winter spore yeast fermentation; it also has the common ergothioneine produced after optimizing the strain through synthetic biology methods. Compared with commercially available ergothioneine, HuaRui’s ergothioneine has the advantage of a smaller odor in aqueous solution and is not limited in dosage. With a self-owned 10,000-ton fermentation factory, large-scale production, it has significant market terminal price advantages.

Supertoin®

HuaRui Biology, relying on its cutting-edge synthetic biology platform, has achieved the global exclusive mass production of hydroxyectoine (trade name: Supertoin®) through the conversion of ectoine using tetrahydroxymethylpyrimidine carboxylic acid hydroxylase.

NAG

NAG, developed and manufactured independently by HuaRui Biology using its innovative synthetic biology platform, offers advantages of high purity, high yield, and cost-effectiveness. Studies have shown that the application of NAG exogenously strengthens skin hydration, promotes the production of endogenous hyaluronic acid, fades spots, and provides comprehensive benefits including anti-wrinkle and anti-aging effects.

METAMPK® BHB

The combination of 3-Hydroxybutyric acid and glycerol effectively activates the energy regulator AMPK, making it the ultimate choice for anti-aging in dry and sensitive skin.

Pro S-Xylane

Utilizing enzymatic synthesis to produce the key anti-aging molecule, pure [β,S] configuration Proxylane (Proxylane), free of boron-containing impurities, with low salt content, and minimal impact on carbomer-based systems; exhibiting enhanced color stability.

NAG

NAG is independently developed and manufactured by Huarui Biotechnology, based on its synthetic biology innovation platform. NAG offers comprehensive benefits including enhanced skin hydration, stimulation of endogenous hyaluronic acid production, spot lightening and skin brightening, as well as anti-wrinkle and anti-aging effects.

Carnosine

Carnosine possesses strong antioxidant properties and is highly beneficial for human health. Research has confirmed that carnosine can effectively remove reactive oxygen species (ROS) and α-β unsaturated aldehydes, which are generated through the excessive oxidation of fatty acids in cell membranes during oxidative stress. In the cosmetic industry, carnosine is recognized as a prominent anti-glycation ingredient. Its molecular structure closely resembles that of proline-lysine peptide segments, enabling it to competitively react with aldehyde-ketone compounds. This process helps reduce the formation of advanced glycation end products (AGEs) in biological systems, thereby preserving the physiological activity of proteins.

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