Description
Specifications Table
Product Name – R2A Agar Plate, Modified (γ-irradiated, Triple Pack)
Quantity/Pack Size – 50 plates
Form – Agar plate
Grade – Laboratory grade
Application – Microbial studies and research
Product Overview
The R2A Agar Plate, Modified (γ-irradiated, Triple Pack) is a high-quality, ready-to-use medium designed specifically for the cultivation and isolation of a wide range of microorganisms. This modified R2A agar is formulated to support the growth of fastidious bacteria and other microorganisms that may not grow on standard media. The γ-irradiation process ensures the sterility of the plates, making them safe and reliable for laboratory use. Each plate is individually packaged to maintain sterility and prevent contamination. The triple pack format provides convenience and value, making it an ideal choice for educational institutions, research labs, and clinical settings. The modified R2A agar is particularly useful for environmental monitoring, water testing, and food safety applications. Its balanced nutrient composition promotes the growth of diverse microbial populations, making it a versatile tool for various microbiological studies.
FAQs
1. What is the primary use of the R2A Agar Plate, Modified?
The primary use of the R2A Agar Plate, Modified is for the cultivation and isolation of a wide range of microorganisms, including fastidious bacteria.
2. Is the R2A Agar Plate, Modified sterile?
Yes, the R2A Agar Plate, Modified is γ-irradiated to ensure sterility, making it safe and reliable for laboratory use.
3. What is the pack size of the R2A Agar Plate, Modified?
The pack size of the R2A Agar Plate, Modified is 50 plates.
4. Can the R2A Agar Plate, Modified be used for environmental monitoring?
Yes, the R2A Agar Plate, Modified is particularly useful for environmental monitoring, water testing, and food safety applications.
5. Is the R2A Agar Plate, Modified suitable for clinical settings?
Yes, the R2A Agar Plate, Modified is suitable for use in clinical settings, providing a reliable medium for microbial studies and research.
