Antipyrine, scientifically known as Phenazone and identified by CAS number 60-80-0, possesses a notable history rooted in its potent analgesic and antipyretic properties. As one of the earlier synthetic drugs designed to combat pain and fever, its legacy continues to influence our understanding of pain management and fever reduction.

The analgesic effect of Antipyrine is attributed to its ability to inhibit prostaglandin synthesis, thereby reducing the perception of pain. Similarly, its antipyretic properties stem from its action on the thermoregulatory center in the hypothalamus, helping to lower elevated body temperatures. These mechanisms, although now understood in greater detail with modern pharmacological knowledge, were groundbreaking at the time of Antipyrine's development.

While Antipyrine itself may not be the first-line treatment for pain and fever in contemporary medicine, often being replaced by drugs with more favorable safety profiles or targeted actions, its pharmacological profile remains a subject of interest. Researchers may utilize Antipyrine in studies to understand the nuances of pain pathways or to investigate the mechanisms of antipyretic drugs. The study of its analgesic effect and antipyretic properties provides valuable comparative data.

For professionals looking to buy Antipyrine, understanding these core properties is key to its application, whether in historical context, as a research tool, or as a chemical intermediate. Sourcing high-quality Antipyrine from reliable Antipyrine suppliers ensures that any experimental or investigative work is based on a well-characterized compound. The price of Antipyrine can vary, reflecting its purity and the supplier's quality standards.

In summary, Antipyrine (CAS 60-80-0) serves as a classic example of early synthetic pharmaceuticals that delivered significant analgesic and antipyretic benefits. Its historical importance and ongoing role in research highlight the enduring impact of understanding a drug's fundamental pharmacological actions.