PI11247 5-Methyl Tetrazole (CAS No.: 4076-36-2)

5-Methyl Tetrazole (CAS No.: 4076-36-2) Description

5-Methyl Tetrazole (C2H4N4) is an organic heterocycle used as a pharmaceutical intermediate. Its defined molecular structure ensures predictable behaviour in synthetic reactions. The powder form facilitates accurate weighing and mixing in high-precision laboratory setups. Its chemical stability and reactivity profile make it valuable for initiating cycloaddition and condensation reactions in the synthesis of complex drug molecules.

5-Methyl Tetrazole (CAS No.: 4076-36-2) Applications

1.         Pharmaceutical Synthesis
   - Used as a reaction intermediate in multistep pharmaceutical synthesis to achieve spirocyclic structures by leveraging its reactive tetrazole ring, which facilitates effective cyclisation reactions.
   - Applied in the preparation of heterocyclic compounds to offer efficient ring closure and improved molecular stability.

2.         Chemical Research and Development
   - Serves as a model compound in laboratory studies to investigate reaction mechanisms by providing clear, measurable reaction kinetics based on its defined functional groups.
   - Frequently used in exploratory synthesis to determine new reaction pathways, ensuring experimental reproducibility and reliable performance.

5-Methyl Tetrazole (CAS No.: 4076-36-2) Packing

The compound is packaged in sealed, inert atmosphere bags positioned within rigid, moisture-resistant containers to protect against degradation. The packaging integrates anti-static materials and shock-resistant inserts to minimise contamination and physical damage. Proper storage conditions include cool, dry areas with controlled humidity. Custom packaging options, including bulk containers or smaller aliquots, can be arranged based on application requirements.

Additional Information

The study of tetrazole derivatives is significant in the development of pharmaceutical compounds due to their versatile reactivity and ability to form stable coordination complexes. Understanding the molecular interactions of 5-Methyl Tetrazole within synthetic routes helps in optimising reaction conditions and improving synthesis yields.

Research in heterocyclic chemistry continues to explore the integration of tetrazole rings in various bioactive frameworks. The material's predictable behaviour under controlled synthesis conditions supports advancements in new drug discovery and process development in pharmaceutical manufacturing.