Sulfated Oligosaccharide
Sulfated Oligosaccharide, identified by CAS 11114-20-8, represents a diverse class of anionic carbohydrates characterized by the presence of sulfate ester groups attached to the saccharide backbone. These compounds are typically derived from natural sources, such as marine algae, or through the controlled synthetic modification of oligosaccharides. Chemically, they exhibit high water solubility and a strong negative charge density, which dictates their physical behavior and reactivity in aqueous solutions.
In industrial and research settings, these materials are valued for their unique rheological properties and bio-interactive potential. They often function as stabilizers or complexing agents due to their ability to interact with proteins and other positively charged macromolecules. Handling requires attention to their hygroscopic nature, and they are generally maintained in stable, dry conditions to prevent the hydrolytic degradation of the sulfate bonds, ensuring long-term chemical integrity.
• In the field of biochemical research, these sulfated compounds are frequently utilized to study molecular recognition and cellular signaling pathways. Their structural similarity to naturally occurring glycosaminoglycans allows researchers to investigate protein-carbohydrate interactions, particularly in the context of growth factor binding and enzyme inhibition studies.
• Within the specialty chemical and cosmetic industries, sulfated oligosaccharides serve as potent rheology modifiers and film-forming agents. Their anionic nature enables them to act as effective thickeners and stabilizers in aqueous formulations, helping to maintain the structural integrity of emulsions and providing a smooth, consistent texture in topical applications.
• These materials are also employed in the development of advanced drug delivery systems and biomaterials. Due to their biocompatibility and tunable charge density, they can be used to encapsulate sensitive active ingredients or to create hydrogel scaffolds that mimic the extracellular matrix, facilitating controlled release and structural support in tissue engineering applications.
• Furthermore, they find utility in analytical chemistry as chiral selectors or as components in capillary electrophoresis. The specific arrangement of sulfate groups provides a unique chemical environment that can assist in the separation of complex mixtures, making them valuable tools for high-resolution diagnostic and purification processes.
Product Name: Sulfated Oligosaccharide
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