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| Name | Peptone Water, Buffered |
| Type | Culture media |
| Formulation | Contains peptone, buffer salts, and water |
| PH Range | 6.8 - 7.2 |
| Sterility | Sterile |
| Storage Conditions | Store in a cool, dry place away from direct light |
| Shelf Life | Approximately 1 year |
| Intended Use | Used for the cultivation of a wide variety of microorganisms |
| Appearance | Clear, colorless liquid |
| Microorganism Growth Support | Supports the growth of bacteria, yeast, and fungi |
| Packaging | Available in bottles or tubes |
| Preparation | Ready to use, no additional preparation required |
| Quality Control | Tested for pH, sterility, and growth promotion |
| Specificity | Selective for certain types of microorganisms |
| Applications | Used in clinical, food, and environmental microbiology |
| Regulated | Complies with USP and EP specifications |
FAQ
What is Peptone Water, Buffered?
Peptone Water, Buffered is a nutritive medium used for the cultivation of fastidious organisms, particularly coliform bacteria. It is made with peptone and sodium chloride in a buffered solution to provide the necessary nutrients and environment for bacterial growth.
What are the key features of Peptone Water, Buffered?
Peptone Water, Buffered is a specially formulated medium that provides a balanced mixture of nutrients and buffer components to support the growth of coliform bacteria. It is designed to promote the growth of these organisms and ensure optimal results in microbiological testing.
How is Peptone Water, Buffered used in microbial testing?
Peptone Water, Buffered is commonly used in a variety of microbiological tests, such as the detection of coliform bacteria in water samples. It is used as a pre-enrichment medium to encourage the growth of coliform bacteria before further testing, such as subculturing on selective agar plates.
What are the benefits of using Peptone Water, Buffered in microbial testing?
Peptone Water, Buffered offers several advantages for microbial testing, including its ability to support the growth of fastidious organisms like coliform bacteria. It provides a reliable and consistent medium for culturing these organisms, helping to ensure accurate and reproducible results in testing.
Are there any special storage or handling requirements for Peptone Water, Buffered?
Peptone Water, Buffered should be stored in a cool, dry place away from direct sunlight and heat sources. It should be kept tightly sealed when not in use to prevent contamination. Additionally, care should be taken to follow proper laboratory techniques when handling the medium to avoid contamination and ensure accurate results.
Peptone Water, Buffered is a nutritive medium used for the cultivation of fastidious organisms, particularly coliform bacteria. It is made with peptone and sodium chloride in a buffered solution to provide the necessary nutrients and environment for bacterial growth.
What are the key features of Peptone Water, Buffered?
Peptone Water, Buffered is a specially formulated medium that provides a balanced mixture of nutrients and buffer components to support the growth of coliform bacteria. It is designed to promote the growth of these organisms and ensure optimal results in microbiological testing.
How is Peptone Water, Buffered used in microbial testing?
Peptone Water, Buffered is commonly used in a variety of microbiological tests, such as the detection of coliform bacteria in water samples. It is used as a pre-enrichment medium to encourage the growth of coliform bacteria before further testing, such as subculturing on selective agar plates.
What are the benefits of using Peptone Water, Buffered in microbial testing?
Peptone Water, Buffered offers several advantages for microbial testing, including its ability to support the growth of fastidious organisms like coliform bacteria. It provides a reliable and consistent medium for culturing these organisms, helping to ensure accurate and reproducible results in testing.
Are there any special storage or handling requirements for Peptone Water, Buffered?
Peptone Water, Buffered should be stored in a cool, dry place away from direct sunlight and heat sources. It should be kept tightly sealed when not in use to prevent contamination. Additionally, care should be taken to follow proper laboratory techniques when handling the medium to avoid contamination and ensure accurate results.
