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Glyceryl Glucoside(CAS: 22160-26-5):Key Ingredients in Skincare

Time:2024-04-30 Hits:168

Glyceryl Glucoside - Unlocking the Mystery of Resurrection in the Milo Tree

Amidst the unforgiving grasslands of South Africa, a botanical marvel thrives - the Milo tree, also known as the South African Phoenix Grass or Immortal Grass. Its unwavering vitality has piqued the curiosity of scientific researchers. Following rigorous investigations, it was uncovered that glyceryl glucoside is the key ingredient of the Milo tree. This remarkable compound has the ability to revive the dormant cells of the tree, even after enduring prolonged drought conditions spanning up to 50 years. Glyceryl glucoside accomplishes this feat by safeguarding cell membranes and essential proteins, boosting intracellular osmotic pressure, and hindering water loss to the exterior environment.

The Application Potential of Glyceryl Glucoside
Extensive research has revealed that glyceryl glucoside possesses remarkable moisturizing properties. Notably, the 2-α configuration of glyceryl glucoside significantly enhances the expression of aquaporin AQP3, a protein integral to the water retention function of skin epithelial cells. Furthermore, studies have validated glyceryl glucoside's superior skin permeability, which effectively minimizes water loss. 2-αGG exhibits diverse physiological benefits, including the activation and promotion of cell regeneration, the enhancement of cellular vitality and metabolic processes, the augmentation of antioxidant capabilities, and the facilitation of collagen synthesis. These attributes render glyceryl glucoside an invaluable addition to cosmetic formulations. Moreover, 2-αGG's non-carcinogenic nature, its potential in managing diabetes, and its beneficial effects on probiotic growth suggest its future application as a health food additive.

Glyceryl glucoside has been officially recognized and included in the 2015 edition of the "Catalogue of Names of Used Cosmetic Raw Materials," listed under the name "Glycerylglucoside" with serial number 02461. This catalog is issued and maintained by the State Food and Drug Administration.

Take a look at the diverse application fields of glyceryl glucoside:

Cosmetics and Daily Necessities: Commonly utilized as a surfactant in products like shampoo, shower gel, facial cleansers, after-sun care, makeup, anti-aging formulas, moisturizers, and toothpaste. It provides excellent cleaning and moisturizing benefits.

Food Industry: Serves as an emulsifier and stabilizer, widely used in products like ice cream, candy, chocolate, and dairy products.
Biomedicine: Functions as a carrier or controlled release agent for oral medications, or as a penetration enhancer for topical drugs.
Biomedical Care Products: Frequently found in eye care products such as corrective lens cleaning solutions and eye drops, as well as in wound healing and regeneration applications.
Biotechnology: Serves as a component in cell culture media or as a matrix for culturing cells in bioreactors.


Market Prospects for Glyceryl Glucoside:
Glyceryl glucoside is a colorless to light yellow liquid that is readily soluble in water, glycerol, and certain organic solvents. Its extremely small molecular weight of just 254 Da allows it to directly penetrate the dermis of the skin, exerting various physiological effects to improve skin concerns like dryness, dullness, fine lines, redness, and sagging. This achieves a comprehensive, three-dimensional reparative effect.

Compared to hyaluronic acid, often referred to as the "king of hydration," glyceryl glucoside has a significantly smaller molecular weight. Hyaluronic acid's molecular weights range from large (200,000-1 million Da), medium (50,000-200,000 Da), to small (3000-5000 Da).

Glyceryl glucoside and hyaluronic acid are often compared in the market due to their similar efficacy characteristics. However, while hyaluronic acid has been developed for over 50 years and boasts an estimated market size of tens of billions, glyceryl glucoside, with its 11-year history, offers vast application potential and holds significant growth opportunities in the future.

"Biological enzymatic catalytic synthesis" is a process that has enabled production capacities to reach scales ranging from several tons to tens of tons per year. In recent years, the market demand for glyceryl glucoside (GG) has witnessed rapid growth. There is an urgent need in this field to further intensify research on GG's functionalities, explore new application areas and scenarios for GG, broaden its usage beyond cosmetics to include food, health products, medicine, and other fields, and significantly expand the scope of GG's applications.


Product List
Glyceryl glucoside, a glycoside compound, is formed by the linkage of a glycerol molecule with a glucose molecule through a glycosidic bond.

Name
Glyceryl Glucoside
Structural formula
C9H18O8
molecular weight
254.23
Exterior
Colorless transparent liquid
Purity
≥90%
2-α-GG Content
40-55%
Glycerin Content
≤1%
PH
5-7
Storage
Avoid light and ventilation, and store in a cold place (2-10°C)
Product
CAS
Packaging
Purity
2-α-GG Content
Glyceryl glucoside (a-GG)
22160-26-5
1kg
>90%
40-55%


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