Description
Specifications Table
Product Name – BCYE Selective Agar Plate
Quantity/Pack Size – 50 plates
Form – Agar plate
Grade – Laboratory grade
Application – Selective culture media for Legionella
Product Overview
BCYE Selective Agar Plate is a specialized culture medium designed for the selective isolation and identification of Legionella species. This high-quality agar plate is formulated to support the growth of Legionella while inhibiting the growth of other microorganisms, making it an essential tool for environmental and clinical microbiology labs. The BCYE Selective Agar Plate is manufactured under stringent quality control measures to ensure consistency and reliability in laboratory results. It is ideal for use in academic research, clinical diagnostics, and environmental monitoring. The agar plate is easy to use and provides clear, distinct colonies for accurate identification and enumeration of Legionella species. Its formulation includes essential nutrients and selective agents that create an optimal environment for Legionella growth, making it a trusted choice for microbiologists and lab professionals.
FAQs
1. What is the primary application of BCYE Selective Agar Plate?
BCYE Selective Agar Plate is primarily used for the selective isolation and identification of Legionella species in environmental and clinical samples.
2. Is this agar plate suitable for academic research?
Yes, BCYE Selective Agar Plate is ideal for academic research, providing reliable results for students and educators.
3. What are the storage conditions for BCYE Selective Agar Plate?
BCYE Selective Agar Plate should be stored at 2-8°C to maintain its effectiveness and shelf life.
4. Can this agar plate be used for other types of bacteria?
BCYE Selective Agar Plate is specifically formulated for Legionella species and may not be suitable for other types of bacteria.
5. How does BCYE Selective Agar Plate inhibit the growth of other microorganisms?
BCYE Selective Agar Plate contains selective agents that inhibit the growth of other microorganisms, allowing for the specific isolation of Legionella species.
