BD 231250 - Sensi-Disc Minocycline MI-30, 30mcg Cartridge Antimicrobial Susceptibility Testing Disc, 50/CT/PK
The BD 231250 Sensi-Disc Minocycline MI-30 (30mcg) cartridge is a high-quality antimicrobial susceptibility testing (AST) disc designed to assess bacterial response to minocycline. Manufactured to strict performance standards, each disc delivers an accurate 30mcg dose of the antibiotic, allowing laboratories to determine organism susceptibility patterns with confidence. The cartridge format ensures convenient dispensing, protection from contamination, and consistent potency across routine testing.
Key Benefits
BD Sensi-Disc products are engineered for precision, reproducibility, and high diagnostic reliability. The Minocycline 30mcg disc provides clear and well-defined inhibition zones that support accurate interpretation according to standardized AST guidelines. BDs controlled manufacturing ensures uniform antibiotic diffusion, stable potency, and reduced variability across testing days. The cartridge system reduces handling errors and maintains disc integrity until the moment of use.
Compatibility and Applications
This Minocycline disc is compatible with:
- Mueller Hinton agar plates and other approved susceptibility media
- Standard disc diffusion (Kirby-Bauer) testing workflows
- Clinical microbiology laboratories performing routine AST
It is commonly used for evaluating susceptibility in Gram-positive and Gram-negative organisms where minocycline is a relevant therapeutic option.
Usage Guidelines
Prepare a standardized inoculum and apply evenly onto a Mueller Hinton agar plate. Using a BD Sensi-Disc dispenser or sterile forceps, place one Minocycline MI-30 disc onto the surface. Incubate plates under appropriate conditions as recommended by CLSI or EUCAST guidelines. Measure inhibition zones and interpret results according to current clinical standards. Keep cartridge closed when not in use and store under recommended temperature and humidity conditions.
Certifications, Safety Standards, and Regulatory Approvals
BD Sensi-Disc products are manufactured under ISO 9001 and ISO 13485 certified quality systems. They comply with FDA and CE regulations for in vitro diagnostic (IVD) devices. Each lot undergoes rigorous testing for potency, diffusion characteristics, pH stability, and performance using certified control organisms.
Comparison with Competitor Products
Compared with generic AST discs, BD Sensi-Discs provide superior antibiotic stability, tighter potency tolerances, and more consistent inhibition zone formation. Competitor discs may exhibit inconsistent diffusion or reduced shelf stability, leading to unreliable test results. BDs cartridge technology enhances protection from moisture and contamination, extending disc usability and accuracy.
Typical User Profile and Application Scenarios
This product is ideal for:
- Hospital and clinical microbiology laboratories
- Reference and public health labs conducting surveillance testing
- Academic and research institutions studying antimicrobial resistance
- Diagnostic labs performing routine Kirby-Bauer susceptibility testing
Best Practices for Use and Maintenance
Store cartridges tightly sealed at recommended temperatures to maintain potency. Allow discs to reach room temperature before opening to prevent moisture condensation. Use clean, dry dispensers or sterile forceps when placing discs. Replace cartridge caps immediately after dispensing discs to preserve integrity. Record lot numbers for QC and regulatory tracking.
Regulatory and Safety Information
For in vitro diagnostic use only. Handle all bacterial isolates under appropriate biosafety precautions. Dispose of used discs, plates, and inoculation materials in accordance with institutional biohazard protocols.
How to Order
To order the BD 231250 Sensi-Disc Minocycline MI-30 (30mcg) Cartridge, add the item to your cart and complete checkout through CIA Medicals secure online system. For bulk orders, laboratory contracts, or additional product support, contact CIA Medical customer service at (312) 275-5850 or submit an inquiry using the contact form on this page.
