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| Product Name | R2A Agar (Ph. Eur.) Prepared Plate (@ 55 mm) |
| Intended Use | Microbiology |
| Size | 55 mm |
| Preparation | Prepared Plate |
| Growth Media | R2A Agar |
| Compliance | European Pharmacopoeia (Ph. Eur.) |
| Agar Type | Granulated agar |
| PH Range | 6.8 - 7.2 |
| Storage Condition | Store at room temperature |
| Shelf Life | Up to 6 months |
| Sterilization Method | Autoclaved |
| Plate Count | 1 plate |
| Certifications | ISO 9001 |
| Manufacturing Location | Europe |
| Packaging | Sterile individually wrapped plates |
| Quality Control Testing | Performed on each batch |
| Expiration Date | Printed on each plate |
| Product Code | Unique identifier for tracking |
| Recommended Usage | For microbiology testing and research purposes only |
FAQ
What is R2A Agar (Ph. Eur.)?
R2A Agar (Ph. Eur.) is a prepared plate used for microbiology purposes. It is specifically designed to promote the growth of bacteria that are slow-growing or difficult to cultivate in standard media.
Why is R2A Agar (Ph. Eur.) recommended for microbiology applications?
R2A Agar (Ph. Eur.) is recommended for microbiology applications because it provides a nutrient-rich environment that supports the growth of a wide range of bacteria, including those that may be present in low numbers or in a dormant state. This allows for the isolation and enumeration of bacterial populations that may be overlooked in other media.
How is R2A Agar (Ph. Eur.) used in microbiology laboratories?
R2A Agar (Ph. Eur.) is used in microbiology laboratories by inoculating samples onto the surface of the prepared plate and then incubating it at the appropriate temperature for bacterial growth. The colonies that develop on the agar can then be counted, identified, and further analyzed for research or diagnostic purposes.
What are the advantages of using R2A Agar (Ph. Eur.) in microbiology studies?
One advantage of using R2A Agar (Ph. Eur.) in microbiology studies is its ability to support the growth of a wide variety of bacterial species, including those that may be present in environmental samples or water sources. Additionally, the use of R2A Agar (Ph. Eur.) can help researchers to recover bacteria that are stressed or damaged, which may be missed when using other media.
What should be considered when selecting R2A Agar (Ph. Eur.) for microbiology applications?
When selecting R2A Agar (Ph. Eur.) for microbiology applications, it is important to consider factors such as the specific types of bacteria that need to be isolated, the growth conditions required for those bacteria, and the overall objectives of the study. Additionally, it is essential to follow proper handling and storage procedures to ensure the effectiveness of the agar plates.
R2A Agar (Ph. Eur.) is a prepared plate used for microbiology purposes. It is specifically designed to promote the growth of bacteria that are slow-growing or difficult to cultivate in standard media.
Why is R2A Agar (Ph. Eur.) recommended for microbiology applications?
R2A Agar (Ph. Eur.) is recommended for microbiology applications because it provides a nutrient-rich environment that supports the growth of a wide range of bacteria, including those that may be present in low numbers or in a dormant state. This allows for the isolation and enumeration of bacterial populations that may be overlooked in other media.
How is R2A Agar (Ph. Eur.) used in microbiology laboratories?
R2A Agar (Ph. Eur.) is used in microbiology laboratories by inoculating samples onto the surface of the prepared plate and then incubating it at the appropriate temperature for bacterial growth. The colonies that develop on the agar can then be counted, identified, and further analyzed for research or diagnostic purposes.
What are the advantages of using R2A Agar (Ph. Eur.) in microbiology studies?
One advantage of using R2A Agar (Ph. Eur.) in microbiology studies is its ability to support the growth of a wide variety of bacterial species, including those that may be present in environmental samples or water sources. Additionally, the use of R2A Agar (Ph. Eur.) can help researchers to recover bacteria that are stressed or damaged, which may be missed when using other media.
What should be considered when selecting R2A Agar (Ph. Eur.) for microbiology applications?
When selecting R2A Agar (Ph. Eur.) for microbiology applications, it is important to consider factors such as the specific types of bacteria that need to be isolated, the growth conditions required for those bacteria, and the overall objectives of the study. Additionally, it is essential to follow proper handling and storage procedures to ensure the effectiveness of the agar plates.
