Biomaxima Pefloxacin 5 Antibiotic Disk

Biomaxima Pefloxacin 5 Antibiotic Disk: Precision Antimicrobial Susceptibility Testing

The Biomaxima Pefloxacin 5 Antibiotic Disk is a critical diagnostic tool engineered for accurate and reliable antimicrobial susceptibility testing (AST). This specialized disk is essential for laboratories in Bangladesh aiming to precisely categorize bacterial resistance, intermediate sensitivity, and susceptibility to Pefloxacin, a key fluoroquinolone antibiotic. By employing the disc diffusion method, this product enables clinicians and researchers to make informed treatment decisions, optimize antibiotic therapy, and contribute to effective infection control strategies.

Biomaxima Pefloxacin 5 Antibiotic Disk Key Features & Benefits

• Advanced Disc Diffusion Technology: Facilitates quantitative results for categorizing organisms as resistant, intermediate, or sensitive to Pefloxacin.
• Visual Diagnostic Indicators: Provides crucial visual cues for inoculum level, presence of contamination, identification of resistant mutants, detection of Beta-lactamase activity, and assessment of antagonism and synergy between antibiotics.
• User-Centric Design: Features shatterproof, spring-loaded cartridges for effortless handling and consistent application.
• Clear Identification: Easy-to-read labeling ensures quick and accurate selection of the correct antibiotic disk.
• End-of-Cartridge Indicators: Offers clear visual confirmation that the cartridge has been fully utilized, enhancing workflow efficiency.
• Long-Term Stability: Each cartridge is individually sealed with a desiccant, maintaining a moisture level below 2% for guaranteed long-term stability and performance integrity.

Technical Specifications

• Product Type: Antibiotic Susceptibility Testing Disk
• Antibiotic: Pefloxacin
• Concentration: 5 µg
• Brand: Biomaxima
• Packaging: Individually sealed cartridges with desiccant
• Moisture Content: <2%
• Application Method: Disc Diffusion
• Quality Standard: Engineered for high precision and reliability in diagnostic microbiology.