Dehydronandrolone Acetate: A Comprehensive Analysis of its Properties and Applications
Discover the chemical insights and industrial significance of Dehydronandrolone Acetate (CAS 2590-41-2).
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Dehydronandrolone Acetate
Dehydronandrolone Acetate is a vital chemical compound primarily utilized as a pharmaceutical intermediate. Its white crystalline powder appearance and high purity levels (>99%) make it suitable for demanding synthesis applications. Its chemical structure and properties lend themselves to specific pathways in the creation of complex pharmaceutical agents.
- As a key intermediate for the synthesis of complex pharmaceutical compounds, Dehydronandrolone Acetate plays a crucial role in drug development.
- The white crystalline powder form of Dehydronandrolone Acetate ensures high purity, meeting stringent industry standards for pharmaceutical grade materials.
- With a CAS number of 2590-41-2, this steroid hormone is recognized for its specific applications in chemical synthesis and research.
- Its efficacy in producing quality muscle gains, attributed to a relatively long half-life, is a notable characteristic, though user experiences with mild side effects like water retention are reported.
Key Advantages
High Purity and Quality
The Dehydronandrolone Acetate offered typically exceeds 99% purity, ensuring reliable results in pharmaceutical synthesis and research applications. This high purity steroid hormone is a testament to rigorous quality control.
Versatile Synthesis Intermediate
Serving as a critical building block, this compound is instrumental in the synthesis of various advanced chemicals, making it a valuable asset for R&D and manufacturing. Professionals often seek this pharmaceutical intermediate for complex chemical pathways.
Established CAS Registry
With the recognized CAS 2590-41-2, sourcing and referencing this compound is straightforward for industry professionals. Its clear identification aids in reliable procurement for specific applications.
Key Applications
Pharmaceutical Synthesis
Utilized as a key intermediate in the creation of active pharmaceutical ingredients and complex drug molecules. This aspect highlights its importance as a pharmaceutical grade Dehydronandrolone Acetate.
Chemical Research and Development
A valuable compound for laboratory research, enabling the exploration of new chemical reactions and product development. Scientists often use this as a Dehydronandrolone acetate for research.
Biochemical Applications
Its specific molecular structure and properties make it relevant in various biochemical studies and applications within the life sciences sector.
Anabolic Steroid Precursor Studies
While not for direct human consumption, its role as a precursor makes it a subject of study in the context of anabolic steroid research and synthesis.