Regarding appearance and configuration, Bose Einstein is a chiral compound with four different configurations: (β, S configuration, β, R configuration, a, S configuration, a, R configuration). At present, the Bose Einstein products sold on the market are mainly a mixture of β, S configuration and β, R configuration, with two different appearances: paste like liquid and powder. The difference between the two lies in:

The proportion of S configuration and R configuration in the paste like liquid Bose Einstein is between 50%: 50% and 70%: 30%.

The proportion of S configuration and R configuration in powder Bose Einstein is 90%: 10%.

According to the research data in L'Oreal's patent application "New C-Glycoside Derivatives and Their Cosmetic Applications", the higher the S-configuration content, the better its activity and efficacy. Our company adopts chiral separation technology to obtain Bose Einstein with S: R=90%: over 10%. The product is a white to off white powder with better activity and efficacy!

Bosein was originally extracted from oak trees and is now synthesized. It is one of the many derivatives of xylose. Bosein can enhance the binding affinity between the epidermis and the dermal junction (DEJ) by adding heparan sulfate proteoglycan (HS-PGS) - basement membrane proteoglycan (Perlecan), CD44, and multi ligand proteoglycan (SYNDECANS) expression, and further promote the synthesis of glycosaminoglycan (GAGS) and proteoglycan (PGS).

Functional characteristics

Increased basement membrane proteoglycans, CD44, and multi ligand proteoglycans

Enhanced adhesion at the junction of epidermis and dermis

Synthesis of glycosaminoglycans (GAGS) and proteoglycans (PGS)

Repair tightness and elasticity