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Condalab 1104 - Columbia Agar Base EP/USP/ISO 500grams (minimum order quantity of 4 units)
Condalab 1104 - Columbia Agar Base EP/USP/ISO 500grams (minimum order quantity of 4 units)
Discover Catalogue Number 1104, the Columbia Agar Base EP/USP/ISO, a versatile medium tailored to meet the diverse needs of microbiological analysis. This agar base is designed for the isolation and cultivation of fastidious microorganisms and the accurate determination of hemolytic reactions.
Key Features:
Multiple Applications:
- Campylobacter Growth: The Columbia Agar Base is ideal for the growth and isolation of Campylobacter species, making it a valuable tool in clinical and food-related microbiology.
- Fastidious Microorganisms Isolation: This medium is specifically formulated to support the selective isolation and cultivation of fastidious microorganisms, ensuring successful and accurate results in various applications.
- Hemolytic Reactions Detection: Precisely determine hemolytic reactions in your samples using this medium, providing critical insights for quality control and clinical analyses.
Industry Versatility:
- Clinical: Trusted by clinical laboratories, this agar base is a reliable choice for various microbiological analyses.
- Final Product Quality Control: Use this medium to maintain the quality and safety of your final products in the food, pharmaceutical, and veterinary industries.
Regulatory Compliance:
- European Pharmacopoeia (EP): This product meets EP standards, ensuring it aligns with European regulations.
- ISO Standards: Compliant with ISO 10272 and ISO 11133, guaranteeing precision and reliability.
- United States Pharmacopeia (USP): In adherence to USP requirements, this agar base is a trusted choice for quality control in pharmaceutical settings.
Pack Size: Each order contains 500 grams of Columbia Agar Base, providing a sufficient supply for your microbiological laboratory needs.
Elevate your microbiological analysis with the Columbia Agar Base EP/USP/ISO, a dependable choice for fastidious microorganism cultivation and hemolytic reaction detection.