Key Application Scenarios
1. Antiviral Drug R&D: As a broad-spectrum nucleoside antiviral candidate compound, it induces a large number of lethal mutations in the viral genome through a lethal mutagenesis mechanism mediated by viral RNA polymerase. It exhibits clear inhibitory activity against various RNA viruses, including coronaviruses and influenza viruses, and serves as the direct active form through which monupiravir exerts its antiviral effect in vivo
2. Pharmaceutical Research: As a core tool compound in antiviral pharmacology research, it is widely used in universities and pharmaceutical companies for antiviral activity screening and studies on viral mutation mechanisms. It also serves as a key impurity reference standard for monupiravir, used in drug quality control and content testing
3. Synthetic Derivation: It serves as the core starting material for the preparation of monupiravir, an anti-COVID-19 drug; the final marketed drug molecule can be obtained through a single-step esterification reaction.
Standard Storage Requirements
1. Routine Storage: Store in a sealed container under an inert gas atmosphere at -20°C, protected from light.
2. Long-Term Stable Storage: Recommended to be stored in a sealed container at -80°C in a cryogenic environment.
3. The storage area must be strictly separated from strong oxidizing agents to prevent incompatibility reactions
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