Lanosterol: The Cholesterol Precursor and Its Critical Role in Lipid Metabolism and Beyond
Discover Lanosterol (CAS 79-63-0), a fundamental triterpenoid in cholesterol biosynthesis. Explore its chemical properties, significance in lipid metabolism, and its emerging therapeutic applications, particularly in ocular health and broader biochemical research.
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Lanosterol
As a leading supplier in China, we offer high-purity Lanosterol (CAS 79-63-0), a critical triterpenoid intermediate in the biosynthesis of sterols, including cholesterol. Its complex structure and pivotal role in metabolic pathways make it invaluable for advanced research. We ensure reliable supply for your scientific endeavors.
- Understanding the Lanosterol biosynthesis pathway is key to unlocking complex lipid metabolic processes.
- As a vital Lanosterol cholesterol precursor, this compound is central to cellular health.
- Explore the fascinating role of Lanosterol in lipid metabolism research.
- Our high-quality Lanosterol is essential for ocular health studies, particularly in cataract research.
Advantages Provided by the Product
Purity and Quality Assurance
We guarantee the quality of our Lanosterol, crucial for precise Lanosterol biosynthesis pathway studies and accurate results in lipid metabolism research.
Versatile Research Applications
From exploring the Lanosterol cholesterol precursor role to its implications in cataract research, our compound supports diverse scientific investigations.
Reliable Supply Chain
Benefit from a stable supply of Lanosterol from a trusted manufacturer in China, ensuring your research progresses without interruption.
Key Applications
Lipid Metabolism Research
Investigate the intricate Lanosterol in lipid metabolism, crucial for understanding cellular energy regulation and disease pathways.
Sterol Biosynthesis Studies
Utilize Lanosterol as a core component in studies focused on the Lanosterol biosynthesis pathway and sterol production.
Ocular Health Investigations
Explore the potential of Lanosterol for cataract research and its role in maintaining lens transparency.
Biochemical Research Tools
Employ Lanosterol as a standard in biochemical assays and for elucidating complex metabolic mechanisms.