Cefuroxime Antibiotic Disc – Himedia

Cefuroxime Antibiotic Disc – Himedia Overview

The Cefuroxime Antibiotic Disc – Himedia is an essential diagnostic tool for clinical laboratories, meticulously designed to determine the susceptibility of microbial pathogens to Cefuroxime. This disc diffusion method provides quantitative results, enabling precise categorization of organisms as resistant, intermediate, or sensitive. Beyond basic susceptibility testing, these discs offer valuable visual indicators for inoculum level, contamination presence, resistant mutant detection, beta-lactamase activity assessment, and the identification of antagonism or synergy between different antibiotics. Trust Medivillabd for high-quality diagnostic solutions that empower accurate antimicrobial stewardship.

Cefuroxime Antibiotic Disc – Himedia Key Features

• Precision Antimicrobial Susceptibility Testing: Reliably assesses bacterial response to Cefuroxime, crucial for effective treatment selection.
• Visual Diagnostic Indicators: Provides critical insights into inoculum density, contamination, the emergence of resistant strains, beta-lactamase production, and complex antibiotic interactions (antagonism/synergy).
• Ease of Use and Handling: Features shatterproof, spring-loaded cartridges for safe and straightforward application.
• Clear Identification: Easy-to-read labeling ensures accurate selection and use of the correct antibiotic disc.
• End-of-Cartridge Indicators: Streamline workflow and prevent errors by clearly signaling the end of the cartridge.
• Long-Term Stability and Moisture Control: Each cartridge is individually sealed with a desiccant, maintaining a moisture level below 2% for guaranteed product integrity and shelf life.

Technical Specifications

• Product: Cefuroxime Antibiotic Disc
• Manufacturer: Himedia
• Method: Disc Diffusion
• Purpose: Antimicrobial Susceptibility Testing (AST)
• Cartridge Type: Shatterproof, Spring-loaded
• Seal: Individually sealed with desiccant
• Moisture Content: < 2%
• Indicators provided: Inoculum level, Presence of contamination, Resistant mutants, Beta-lactamase activity, Antagonism and synergy between antibiotics