Lanosterol 79-63-0: A Key Compound in Health and Medicine
Discover the multifaceted benefits of Lanosterol, a vital precursor in steroid biosynthesis with applications spanning pharmaceuticals and cosmetics.
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Lanosterol
Lanosterol (CAS 79-63-0), also known as Isocholesterol, is a pivotal tetracyclic triterpenoid. It serves as the fundamental precursor from which all animal and fungal steroids are derived, playing an indispensable role in cholesterol biosynthesis. Its presence is vital for maintaining cell membrane integrity and regulating various physiological processes.
- Understanding lanosterol cholesterol biosynthesis reveals its critical role in the body's natural production of essential steroids, impacting overall health.
- The application of lanosterol skin emollient properties makes it a desirable ingredient in various cosmetic formulations, providing a smooth and pleasant feel.
- Research into lanosterol for cataracts suggests a promising therapeutic potential in reversing protein aggregation, offering hope for improved vision health.
- As a lanosterol pharmaceutical intermediate, it is integral to the synthesis of various active pharmaceutical ingredients and complex medical compounds.
Key Advantages
Health and Therapeutic Potential
The ability of lanosterol to reverse protein aggregation in cataracts highlights its significant potential in treating age-related vision issues, a key benefit for eye care applications.
Cosmetic and Personal Care Benefits
Leveraging its properties as a lanosterol skin emollient and its efficacy as a lanosterol antistatic agent, it enhances the texture and performance of cosmetic products.
Fundamental Biochemical Role
The compound's central role in lanosterol cholesterol biosynthesis underscores its importance in cellular structure and function, making it a valuable biochemical research reagent.
Key Applications
Ophthalmic Health
Investigated for its potential to combat cataracts, this application area focuses on the lanosterol eye drop benefits and its ability to clear clouded lenses.
Cosmetics and Skincare
Utilized for its emollient and antistatic properties, making it a key ingredient in lip gloss, lipsticks, and skin care formulations, contributing to a smooth feel.
Pharmaceutical Synthesis
As a vital lanosterol pharmaceutical intermediate, it is used in the synthesis of various drugs and compounds, supporting advancements in medical treatments.
Food Industry
Its role as a food additive leverages its biochemical properties, contributing to the formulation and stability of various food products.