Amoxicillin/Calvulanic Acid vial

Advanced Solution for Effective Antimicrobial Testing

The amoxicillin/clavulanic acid antimicrobial disc offers precision and reliability for testing the efficacy of antibiotic treatments against bacterial strains. Designed for laboratory professionals and researchers, this disc ensures consistent results in susceptibility testing, making it an indispensable tool for microbial analysis. Its unique formulation of amoxicillin paired with clavulanic acid targets bacterial resistance mechanisms, delivering measurable and dependable outcomes.

Enhanced Formulation for Accurate Results

What sets this product apart is its optimized balance between amoxicillin and clavulanic acid. Amoxicillin acts as a potent antibacterial agent, while clavulanic acid effectively combats beta-lactamase enzymes that some microbes produce to resist antibiotics. Together, they offer unmatched performance in testing bacterial resistance, ensuring reproducibility in varying laboratory settings. Each disc is precisely calibrated to deliver accurate concentrations, guaranteeing reliable testing for both clinical and research purposes.

Quality Materials and Reliable Performance

These antimicrobial discs are crafted from premium-grade materials to ensure consistent diffusion during testing. With controlled manufacturing standards, each disc adheres to the strictest guidelines, minimizing variability and optimizing outcomes. Suitable for a wide range of bacterial strains, the amoxicillin/clavulanic acid disc is compatible with standard laboratory protocols, seamlessly integrating into your workflow while offering dependable results with every use.

Incorporate the amoxicillin/clavulanic acid antimicrobial disc into your testing regimen and experience superior accuracy, reliability, and quality in your microbial assessment. Perfect for laboratories focused on antimicrobial resistance monitoring, this disc supports your efforts to develop more effective antibiotic therapies and combat microbial threats with confidence.