High Purity Lanosterol Powder CAS 79-63-0
Unlock the potential of sterol biosynthesis with our premium Lanosterol powder.
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Lanosterol Powder
Lanosterol, a crucial tetracyclic triterpenoid, stands as a fundamental precursor in the biosynthesis of vital sterols such as cholesterol in mammals and ergosterol in fungi. Its high purity of 99% ensures reliability for various scientific and industrial applications.
- High Purity Lanosterol Powder CAS 79-63-0: Our product offers exceptional purity, making it ideal for precise research and development in pharmaceutical applications.
- Lanosterol Pharmaceutical Intermediate: As a key intermediate, it plays a critical role in the synthesis pathways of many essential compounds within the pharmaceutical industry.
- Lanosterol Precursor for Cholesterol: It is indispensable in the biological pathway leading to cholesterol formation in mammalian systems.
- Biochemical and Metabolite Research: Its significance extends to being a recognized metabolite in bacteria, plants, humans, and yeast, offering valuable insights for biochemical studies.
Key Advantages
Exceptional Purity
Benefit from the high purity lanosterol powder CAS 79-63-0, crucial for reproducible scientific outcomes and pharmaceutical grade applications.
Versatile Precursor Role
Leverage its function as a lanosterol precursor for cholesterol, essential for understanding and manipulating lipid metabolism and steroid hormone synthesis.
Extensive Metabolic Data
Utilize its status as a human metabolite lanosterol and metabolite in other organisms for advanced research in biochemistry and biological pathways.
Key Applications
Pharmaceutical Synthesis
Serves as a vital lanosterol pharmaceutical intermediate in the creation of various drugs and therapeutic compounds.
Biochemical Research
Investigate complex biological processes as a known plant metabolite lanosterol, contributing to plant science research.
Cosmetic and Health Industries
Explore its potential applications, similar to other peptides and compounds, for cosmetic formulations and health supplements.
Metabolic Studies
Aid in understanding metabolic pathways by studying its role as a yeast metabolite lanosterol, relevant to fermentation and biotechnology.