Diloxanide CAS 579-38-4: Your Trusted Source for High-Purity Pharmaceutical Intermediates
Discover the essential role of Diloxanide in treating amoebiasis and advancing pharmaceutical research.
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Diloxanide
Diloxanide is a critical pharmaceutical intermediate renowned for its efficacy in treating amoebiasis, a common intestinal infection caused by amoebas. It acts as a luminal amebicide, specifically targeting parasitic infections like Entamoeba histolytica. With high purity standards, it is a vital raw material for pharmaceutical manufacturers and researchers.
- Treating amoebiasis effectively: Diloxanide is your go-to solution for combating amoebic infections, ensuring patient recovery.
- Luminal amebicide action: Its targeted approach within the intestinal lumen makes it a preferred choice for specific parasitic infections.
- High purity (>99%): We guarantee exceptional purity for your research and production needs, ensuring reliable results.
- Used in pharmaceutical research: As a key API, Diloxanide is instrumental in the development and synthesis of new therapeutic agents.
Benefits You Gain
Targeted Efficacy
Experience the precise action of Diloxanide against amoebic infections, contributing to successful treatment outcomes.
Research & Development Support
Leverage our high purity Diloxanide for your critical drug development processes and scientific investigations.
Reliable Sourcing
Secure your supply chain with a trusted pharmaceutical raw materials supplier, ensuring consistent availability.
Key Applications
Amoebiasis Treatment
Diloxanide is primarily used for the treatment of amoebiasis, a parasitic infection of the digestive tract, ensuring effective parasite clearance.
Intestinal Infections
Its efficacy extends to various intestinal infections caused by amoebas, making it a versatile solution in healthcare.
Parasitic Infections Management
As a potent anti-parasitic agent, Diloxanide plays a crucial role in managing infections caused by protozoa.
Pharmaceutical Synthesis
This compound serves as a fundamental building block in the synthesis of various active pharmaceutical ingredients (APIs).