Aztreonam 30 Antibiotic Disc – Biomaxima

Aztreonam 30 Antibiotic Disc – Biomaxima Overview

The Aztreonam 30 Antibiotic Disc by Biomaxima is a critical diagnostic tool for microbiological laboratories in Bangladesh. This 6mm paper disc, impregnated with precisely 30 micrograms of Aztreonam, is engineered to accurately determine the susceptibility of bacterial pathogens to this potent antibiotic. Essential for guiding effective antimicrobial therapy, these discs facilitate the visual interpretation of bacterial response, aiding clinicians in selecting the most appropriate treatment for infections caused by susceptible Gram-negative bacteria, including common culprits like Escherichia coli, Klebsiella pneumoniae, and Pseudomonas aeruginosa.

Aztreonam 30 Antibiotic Disc – Biomaxima Key Features & Benefits

• Accurate Susceptibility Testing: Provides reliable quantitative results to categorize organisms as resistant, intermediate, or sensitive to Aztreonam.
• Visual Diagnostic Insights: Offers a clear visual indication of inoculum level, potential contamination, resistant mutants, beta-lactamase activity, and antibiotic antagonism or synergy.
• Enhanced Usability: Features shatterproof, spring-loaded cartridges for effortless handling and consistent disc dispensing.
• Clear Identification: Easy-to-read labeling ensures accurate identification and application.
• Moisture Control for Stability: Each cartridge is individually sealed with a desiccant, maintaining a moisture level below 2% for superior, long-term stability and shelf life.
• Professional Grade: Designed exclusively for professional use in clinical and research settings.

Technical Specifications

• Product: Aztreonam 30 Antibiotic Disc
• Antibiotic Concentration: 30 micrograms per disc
• Disc Diameter: 6mm
• Manufacturer: Biomaxima S.A. (Spain)
• Packaging Options: Available in packages of 50 or 100 discs
• Storage Requirements: Store at 2-8 degrees Celsius
• Quality Assurance: Individually sealed cartridges with desiccant for optimal moisture control (<2%) and extended stability.