Dinoprostone (CAS 363-24-6): A Comprehensive Guide to its Pharmaceutical Applications and Chemical Properties
Explore the critical role of Dinoprostone, a key pharmaceutical raw material, in modern medicine and research.
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Dinoprostone
Dinoprostone, identified by CAS number 363-24-6, is a vital pharmaceutical raw material widely utilized in drug development and biochemical research. Known for its high purity, this chemical compound plays a significant role in understanding and modulating various physiological processes.
- Delve into the detailed chemical properties of Dinoprostone, understanding its structure and reactivity for precise pharmaceutical applications.
- Explore the diverse biological actions of Dinoprostone, a key mediator in inflammation, pain modulation, and reproductive processes.
- Discover the importance of Dinoprostone as a raw material in drug discovery, facilitating research into cell signaling and gene regulation pathways.
- Learn about the optimal storage and handling of Dinoprostone to maintain its stability and efficacy for research and development purposes.
Key Advantages
High Purity and Quality Assurance
Ensuring the highest standards, Dinoprostone is available in pharmaceutical grade with verified purity, crucial for reliable drug discovery intermediates.
Versatile Biological Activity
The multifaceted biological actions of Dinoprostone make it invaluable for research into endogenous hormone regulation and various disease states.
Essential for Research Applications
As a critical component in cell culture, Dinoprostone supports the study of prostaglandin research and applications, advancing our understanding of cellular functions.
Key Applications
Pharmaceutical Development
Dinoprostone is indispensable as a pharmaceutical raw material, forming the basis for numerous therapeutic agents and research compounds.
Biochemical Research
Its complex biological functions make Dinoprostone a key focus in biochemical compound analysis, aiding in the understanding of molecular pathways.
Cellular Signaling Studies
Researchers leverage Dinoprostone to investigate cellular responses and signaling mechanisms, contributing to advances in drug discovery intermediates.
API Synthesis
The chemical synthesis and precise characterization of Dinoprostone are critical for its use as an Active Pharmaceutical Ingredient (API), supporting robust chemical synthesis and purity standards.