For researchers in the fields of organic chemistry and pharmaceutical development, understanding the properties and applications of key chemical intermediates is crucial. A-D-Glucoheptonic Acid Sodium (CAS 10094-62-9) stands out as a versatile compound with significant utility in various research and development scenarios. This article delves into its characteristics and potential uses, highlighting why it is a valuable addition to any research laboratory's inventory. If you are looking to buy A-D-Glucoheptonic Acid Sodium for your R&D projects, consider sourcing from a reputable chemical manufacturer.

Chemical Profile of A-D-Glucoheptonic Acid Sodium

A-D-Glucoheptonic Acid Sodium, also known by its CAS number 10094-62-9, is characterized by its appearance as a white to off-white solid. Its molecular formula is C7H17NaO9, and it has a molecular weight of 268.19. The compound exhibits a decomposition point above 159u00b0C, indicating good thermal stability under typical storage and handling conditions. Its solubility profile shows slight solubility in both methanol and water, which is an important factor for formulation and reaction planning. Researchers often value compounds with well-defined properties for predictable experimental outcomes.

R&D Applications and Significance

The primary role of A-D-Glucoheptonic Acid Sodium in research stems from its classification as an organic intermediate and a raw material. Its structure and reactivity make it a building block for more complex molecules, particularly within the pharmaceutical industry. Scientists utilize it in synthesis pathways to create novel compounds with potential therapeutic activities. For instance, research has explored its role in inhibiting specific biological processes, such as the germ-tube formation in yeast cells, suggesting potential applications in antifungal research or related biochemical studies. Furthermore, its presence in the synthesis of prostate-specific membrane antigen (PSMA) targeted agents highlights its importance in advanced medical research, including targeted imaging and therapy for conditions like prostate cancer.

Sourcing for Research Needs

When selecting A-D-Glucoheptonic Acid Sodium for research purposes, it is vital to procure from reliable suppliers who can guarantee purity and consistency. Researchers need to trust that the material they are using will yield accurate and reproducible results. High-purity grades (u226595.0%) are generally preferred for critical R&D applications. Engaging with chemical manufacturers that specialize in intermediates ensures access to quality-controlled products. Many leading suppliers, including those based in China, offer competitive pricing and various packaging options suitable for laboratory use, from grams to kilograms. Understanding the supplier's commitment to quality and their ability to provide essential documentation like Certificates of Analysis is key.

Future Directions in Research

The ongoing exploration of A-D-Glucoheptonic Acid Sodium's biochemical actions suggests a promising future for its use in cutting-edge research. As analytical techniques advance and our understanding of cellular mechanisms deepens, new applications for this versatile intermediate may emerge. Its potential in drug discovery, diagnostic development, and biochemical pathway analysis makes it a compound of continued interest for the scientific community. For any laboratory engaged in such pioneering work, establishing a relationship with a trusted manufacturer to buy A-D-Glucoheptonic Acid Sodium will be instrumental.