Allylestrenol CAS 432-60-0: A Comprehensive Guide to its Properties, Applications, and Market
Discover the essential details of Allylestrenol, a vital synthetic steroid for pharmaceutical and chemical research.
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Allylestrenol
Allylestrenol is a synthetic steroid renowned for its significant progestational activity. It plays a crucial role in various pharmaceutical applications, particularly in managing endangered pregnancies, showcasing its therapeutic value.
- Explore the diverse allylestrenol uses in modern chemical applications and research.
- Delve into the detailed allylestrenol chemical properties, including its molecular structure and reactivity.
- Understand the importance of sourcing high-quality allylestrenol for sale from reliable manufacturers.
- Learn about the significance of allylestrenol CAS 432-60-0 as a key identifier in the chemical industry.
Key Advantages
Pharmaceutical Efficacy
Allylestrenol's proven progestational activity makes it a valuable component in treatments for reproductive health, contributing to a more stable market for related pharmaceutical raw material sourcing.
Chemical Versatility
As a complex organic molecule, Allylestrenol serves as a critical intermediate in the synthesis of other fine chemicals, supporting innovation in fine chemical synthesis.
Research Utility
The specific chemical identifier, allylestrenol CAS 432-60-0, ensures accurate referencing and collaboration among researchers globally in fields like steroid chemistry and endocrinology.
Key Applications
Reproductive Health Support
Allylestrenol is primarily utilized in medical contexts to support pregnancies, highlighting its role in women's health and the demand for reliable buy allylestrenol online options.
Advanced Chemical Synthesis
Its complex structure makes it an excellent building block for creating novel compounds in the realm of organic chemistry, supporting the ongoing development in electronic chemical intermediates.
Scientific Research
Researchers rely on Allylestrenol for studies in endocrinology, pharmacology, and steroid-based drug development, reinforcing its importance in academic and industrial R&D sectors.
Material Science
The unique chemical properties of Allylestrenol may find applications in emerging material science fields, warranting further investigation into its potential beyond traditional uses.