Sodium Stibogluconate: An Effective Treatment for Leishmaniasis and Its Medical Applications
Discover the key role of Sodium Stibogluconate in combating leishmaniasis and its broader medical significance.
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Sodium Stibogluconate
Sodium Stibogluconate is a vital pharmaceutical compound primarily recognized for its efficacy as an anti-kala-azar medicine. Its application extends to treating various forms of leishmaniasis, a parasitic disease affecting millions globally. The compound, appearing as a white liquid, is crucial in healthcare systems for its targeted therapeutic action against the Leishmania parasite.
- Understanding the sodium stibogluconate treatment for leishmaniasis is key to appreciating its therapeutic impact on patients suffering from this debilitating disease.
- The sodium stibogluconate cas number 16037-91-5 uniquely identifies this essential chemical entity in pharmaceutical databases worldwide.
- Exploring what is sodium stibogluconate used for reveals its critical role in combating parasitic infections, particularly leishmaniasis.
- Knowledge of sodium stibogluconate side effects helps healthcare professionals manage patient treatment effectively, ensuring optimal outcomes.
Advantages Offered by the Product
Therapeutic Efficacy
Sodium Stibogluconate demonstrates significant efficacy as an anti-kala-azar medicine, making it a cornerstone in the treatment of leishmaniasis, thereby improving patient outcomes.
Chemical Purity
With an assay of 99.0%, this compound ensures high purity, which is critical for pharmaceutical applications and reliable treatment results, supporting the goal of effective leishmaniasis medication.
Ease of Administration (as liquid)
Its presentation as a white liquid facilitates administration, a key factor in the long treatment courses often required for parasitic diseases, making it a preferred choice among pentavalent antimonial agents.
Key Applications
Leishmaniasis Treatment
The primary application of Sodium Stibogluconate is as an anti-kala-azar medicine, crucial for treating visceral leishmaniasis, a severe systemic parasitic infection.
Pharmaceutical Manufacturing
As a high-purity chemical, it serves as an active pharmaceutical ingredient (API) in the production of critical medicines, playing a role in drug discovery for neglected tropical diseases.
Medical Research
It is utilized in medical research to understand parasitic disease mechanisms and develop new treatment strategies, contributing to advancements in leishmaniasis medication.
Global Health Initiatives
Its availability and effectiveness are vital for global health programs aiming to control and eliminate parasitic diseases like leishmaniasis in affected regions.