1、 Scientific analysis of emerging raw materials
GHK Cu is a copper peptide complex composed of three amino acids. Its unique tripeptide structure can effectively transfer copper ions, stimulate the synthesis of collagen and elastin. Research has shown that a 0.1% solution of blue copper peptide can increase the proliferation rate of fibroblasts by 150%.
Bakuchiol is a natural retinol substitute extracted from Psoralea plants. Its molecular structure is similar to retinol, but with lower irritability. Clinical data shows that after 12 weeks of using products containing 1% psoralen, the improvement effect on skin wrinkles is comparable to that of 0.5% retinol.
Ergothioneine is a natural antioxidant amino acid with a unique cyclic structure. Its antioxidant capacity is six times that of vitamin E, and it can maintain activity in cells for a long time. Experimental results have shown that ergotamine can reduce DNA damage caused by ultraviolet radiation by up to 80%.
2、 Application value and market performance
Blue copper peptide shows outstanding performance in anti-aging products. Its characteristics of promoting wound healing and reducing inflammatory reactions have made it widely popular in repair products. In 2022, the sales of products containing blue copper peptide increased by 200% year-on-year.
Bakuchiol, as a “plant retinol,” has shone brightly in the field of sensitive skin care. Its gentle nature has attracted a large consumer group that traditional retinol products cannot cover. Market research shows that the repurchase rate of psoralen related products is 65%.
Ergothionein is widely used in sunscreen and anti pollution products due to its excellent antioxidant properties. Its effects of protecting cells and delaying aging are in line with the current demand of consumers to combat environmental pressure.
3、 Future Trends and Challenges
Raw material innovation is developing towards a green and sustainable direction. Environmental protection processes such as biotechnology extraction and plant cultivation are favored. For example, using yeast fermentation to produce ergothionein not only increases yield, but also reduces environmental burden.
The efficacy verification is more scientifically rigorous. The application of new evaluation systems such as 3D skin models and organoids makes the evaluation of raw material efficacy more accurate and reliable. This helps to develop more targeted and effective products.
Market education is facing challenges. The scientific principles of new raw materials are complex, and consumer awareness is low. Brands need to invest more resources in science education and establish consumer trust. At the same time, issues such as high raw material costs and unstable supply chains also need to be addressed jointly by the industry.
The emergence of cutting-edge cosmetic ingredients marks the beauty industry entering a new era driven by technological innovation. These raw materials not only expand the boundaries of product efficacy, but also provide new solutions for solving specific skin problems. In the future, with the advancement of biotechnology, materials science and other fields, more breakthrough raw materials will continue to emerge. The industry needs to seek a balance between innovation and safety, efficacy and cost, and promote the development of cosmetics technology towards a more efficient, safer, and sustainable direction. Consumers should also view new materials rationally, while pursuing beauty, paying attention to the scientific and safety of products.
Post time: Mar-14-2025
