Product Description
Carbadox 98%min Pharmaceutical API Feed additives pharmaceutical excipients made in china 6804-07-5
AI Product Description
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Carbadox is a synthetic quinoline derivative widely utilized in the pharmaceutical and animal husbandry sectors, particularly as a feed additive for swine production. Sourced from leading Chinese manufacturers, high-purity Carbadox (98% minimum) serves as a critical active ingredient in veterinary medicine to combat bacterial infections and promote growth efficiency in livestock. Its chemical identity is defined by the molecular formula C14H13N3O2 and the CAS Registry Number 20678-05-5. Structurally, it functions as an oxidative prodrug that converts into methylcarbadox within the intestinal tract of animals, exerting potent antibacterial activity against Gram-positive organisms such as *Salmonella*, *E. coli*, and *Clostridium*.
In the agricultural industry, Carbadox is primarily employed to prevent and treat enteric diseases like swine dysentery and colibacillosis. Beyond its therapeutic role, it acts as a growth promoter by improving feed conversion ratios and enhancing weight gain in pigs during the weaning and finishing phases. The product is often formulated into premixes or tablets, serving as a vital component in comprehensive disease management strategies where antibiotic resistance is a concern, provided it is used strictly according to regulatory guidelines. While some regions have imposed restrictions on its use due to potential genotoxicity concerns regarding its metabolites, it remains a key API in specific markets where approved applications exist.
As a pharmaceutical excipient and API intermediate, Carbadox requires precise quality control to ensure stability and efficacy. Chinese suppliers provide this compound in various grades, adhering to international GMP standards, ensuring consistency for global export. The manufacturing process involves rigorous purification steps to achieve the stated 98% minimum purity, making it suitable for both direct feed supplementation and further formulation into finished veterinary products. Its effectiveness relies heavily on correct dosage administration to maximize therapeutic benefits while minimizing residue risks in food-producing animals. Consequently, Carbadox represents a significant intersection of veterinary science and industrial chemistry, playing an indispensable role in modern intensive livestock farming systems across Asia and other adopting regions.