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| Product Name | TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) |
| Type | Microbiology product |
| 0 | Used for microbiological monitoring of surfaces |
| 1 | Complies with European Pharmacopoeia standards |
| 2 | Contains Tween and Lecithin to neutralize disinfectants |
| 3 | Pre-poured agar plates for convenience |
| 4 | Stable at room temperature |
| 5 | Easy to use contact plate method |
| 6 | Promotes growth of microorganisms for easy detection |
| 7 | Transparent lid for easy colony counting |
| 8 | Shelf life of at least 6 months |
| 9 | Packaged in a sterile, sealed container |
FAQ
What is TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) used for in
microbiology?
TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) is a selective medium used for the enumeration of microorganisms, especially bacteria, in food, water, pharmaceutical products, and clinical samples. This agar is designed to promote the growth of bacteria while inhibiting the growth of fungi and other contaminants.
What are the advantages of using TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) for microbiology testing?
TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) offers several advantages for microbiology testing, including its ability to support the growth of a wide range of bacteria, its selective properties that inhibit unwanted contaminants, and its ease of use as a contact plate for direct sampling from surfaces.
How does TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) work to promote bacterial growth in microbiology testing?
TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) contains nutrients like tryptone and yeast extract that support bacterial growth, as well as Tween 80 and lecithin that help to neutralize antimicrobial compounds that might be present in the sample. This selective medium creates an environment favorable for the growth of bacteria while inhibiting the growth of unwanted contaminants.
What are some key applications of TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) in microbiology?
TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) is commonly used in various microbiology applications, including environmental monitoring, quality control in the food and pharmaceutical industries, and clinical diagnosis of bacterial infections. Its selectivity and simplicity make it a versatile option for microbiologists.
How should TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) be stored and handled for optimal results in microbiology testing?
It is important to store TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) in a cool, dry place away from direct sunlight. Before use, allow the agar plates to reach room temperature to prevent condensation. Handle the plates carefully to avoid contamination, and follow standard microbiological techniques for inoculation and incubation to obtain reliable results.
TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) is a selective medium used for the enumeration of microorganisms, especially bacteria, in food, water, pharmaceutical products, and clinical samples. This agar is designed to promote the growth of bacteria while inhibiting the growth of fungi and other contaminants.
What are the advantages of using TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) for microbiology testing?
TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) offers several advantages for microbiology testing, including its ability to support the growth of a wide range of bacteria, its selective properties that inhibit unwanted contaminants, and its ease of use as a contact plate for direct sampling from surfaces.
How does TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) work to promote bacterial growth in microbiology testing?
TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) contains nutrients like tryptone and yeast extract that support bacterial growth, as well as Tween 80 and lecithin that help to neutralize antimicrobial compounds that might be present in the sample. This selective medium creates an environment favorable for the growth of bacteria while inhibiting the growth of unwanted contaminants.
What are some key applications of TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) in microbiology?
TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) is commonly used in various microbiology applications, including environmental monitoring, quality control in the food and pharmaceutical industries, and clinical diagnosis of bacterial infections. Its selectivity and simplicity make it a versatile option for microbiologists.
How should TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) be stored and handled for optimal results in microbiology testing?
It is important to store TSA-Tween-Lecithin-Agar (Ph. Eur.) (Contact Plate) in a cool, dry place away from direct sunlight. Before use, allow the agar plates to reach room temperature to prevent condensation. Handle the plates carefully to avoid contamination, and follow standard microbiological techniques for inoculation and incubation to obtain reliable results.
