PI11276 5-Azacytosine (CAS No.: 931-86-2)

5-Azacytosine (CAS No.: 931-86-2) Description

5-Azacytosine, with the chemical formula C3H4N4O and CAS number 931-86-2, serves as a pharmaceutical intermediate in synthetic pathways. Its defined powder form facilitates uniform mixing and dosing in processes that require precise control over reaction parameters. Analytical verification using techniques such as HPLC confirms its compositional integrity, supporting its role in generating reproducible outcomes in drug formulation processes.

5-Azacytosine (CAS No.: 931-86-2) Applications

1.        Pharmaceutical Synthesis
- Used as an intermediate in the production of nucleoside analogues to achieve controlled reaction pathways by leveraging its defined molecular structure.
- Applied in anticancer and antiviral agent synthesis to reduce side products by utilising its consistent reactivity profile.

2.        Research Applications
- Utilised in enzymatic and structural studies to examine nucleoside metabolism by leveraging its well-defined crystalline form.
- Employed in academic protocols to validate synthetic routes and reaction kinetics due to its reproducible purity and handling characteristics.

5-Azacytosine (CAS No.: 931-86-2) Packing

The product is packaged in moisture-resistant, sealed containers lined with inert materials for enhanced protection. Each container is secured with tamper-evident seals to minimise contamination risks. Proper storage requires a cool, dry environment with controlled temperature and humidity. Custom packaging options, such as sample vials or bulk containers, are available upon request to suit specific storage and handling requirements.

Additional Information

Pharmaceutical intermediates play a critical role in the manufacture of active pharmaceutical ingredients. These compounds require precise chemical composition and controlled particle size to ensure consistent performance in subsequent synthesis steps. Analytical methods such as HPLC and NMR provide insight into the purity and structural integrity of these intermediates, directly impacting process efficiency and product yield.

Understanding the properties of intermediates like 5-Azacytosine helps in optimising synthetic routes and ensuring reproducibility in laboratory and production settings. These insights are valuable for both research applications and large-scale pharmaceutical manufacturing, where consistency and control are essential.