Cholesteryl Hemisuccinate: A Versatile Cholesterol Derivative for Research and Development
Explore the unique properties and applications of Cholesteryl Hemisuccinate, a vital compound for scientific research, drug discovery, and advanced biochemical studies. Discover its potential in anticancer therapies and hepatoprotection.
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Cholesteryl Hydrogen Succinate
Cholesteryl Hemisuccinate is a cholesterol derivative known for its high solubility in polar solutions, making it a valuable asset for researchers. As a reliable supplier in China, we provide high-purity Cholesteryl Hemisuccinate for your critical research needs. Our product is meticulously produced to meet stringent quality standards, ensuring reproducible results for experiments focused on its anticancer activity and hepatoprotective effects.
- Discover the detailed chemical properties, including its CAS number (1510-21-0), to ensure precise integration into your scientific workflows.
- Leverage Cholesteryl Hemisuccinate for its role as a detergent and a potential replacement for cholesterol in protein crystallography, enabling breakthroughs in structural biology.
- Investigate the compound's potential in anticancer research and its ability to inhibit tumor growth, aligning with the pursuit of novel cancer treatments.
- Utilize Cholesteryl Hemisuccinate for its hepatoprotective capabilities, offering a scientific edge in studies related to liver health and acetaminophen-induced toxicity.
Advantages Offered
High Purity and Solubility
Benefit from a high-purity grade of Cholesteryl Hemisuccinate, facilitating accurate experimental outcomes and its effective use in polar solutions, crucial for various scientific applications.
Versatile Research Applications
Explore the broad utility of Cholesteryl Hemisuccinate in areas such as protein crystallography, cancer research, and studies on hepatoprotective effects, making it a cornerstone for diverse scientific investigations.
Bioactive Properties
Harness its demonstrated bioactivity, including inhibiting DNA polymerase and topoisomerase, which are key targets in anticancer therapy development and understanding cell division.
Key Applications
Protein Crystallography
Employ Cholesteryl Hemisuccinate as a cholesterol replacement in protein crystallography to elucidate complex biomolecular structures and their functions.
Anticancer Research
Investigate the potent anticancer properties of Cholesteryl Hemisuccinate and its potential to inhibit tumor growth, contributing to the development of new therapeutic strategies.
Hepatoprotective Studies
Utilize Cholesteryl Hemisuccinate to study its protective effects against liver damage, particularly in models of acetaminophen-induced toxicity, advancing our understanding of liver disease.
Biochemical Research
Integrate Cholesteryl Hemisuccinate into various biochemical assays to explore its interactions with cellular pathways and its role as a detergent in biological systems.