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| Product Name | Nutrient Agar (ISO 6579, ISO 10273, ISO 19250) Prepared Plate (@ 90 mm) |
| Product Type | Microbiology product |
| Size | 90 mm diameter plate |
| Standards Compliance | N/A |
| Agar Type | Nutrient Agar |
| Preparation | Prepared Plate |
| Shelf Life | Check expiration date on the label |
| Storage Conditions | Store in a cool, dry place away from direct sunlight |
| Intended Use | Used for cultivating a wide variety of microorganisms in laboratory settings |
| Sterilization | Sterilized before packaging |
| Packaging | Plates are individually sealed for sterility |
| Ingredients | Contains nutrients, agar, and other proprietary components |
| Quality Control | Each batch is quality tested for performance and sterility |
| Manufacturer | Various manufacturers produce Nutrient Agar plates for microbiology use |
FAQ
What is Nutrient Agar used for in microbiology?
Nutrient Agar is a versatile growth medium used in microbiology to culture a wide variety of microorganisms. It provides all the essential nutrients required for bacterial growth, making it suitable for the isolation, cultivation, and enumeration of bacteria.
How is Nutrient Agar prepared for use in the laboratory?
Nutrient Agar is typically prepared by adding the appropriate amount of dehydrated agar powder to water, heating the mixture to dissolve the agar, and then autoclaving it to sterilize the medium. Once cooled, the agar is poured into petri dishes and allowed to solidify before use.
What are the advantages of using Nutrient Agar prepared plates?
Nutrient Agar prepared plates offer convenience and consistency in microbiological testing. They provide a ready-to-use solid medium for culturing bacteria, saving time and effort in preparing the medium from scratch. The standardized formulation ensures reliable results in microbiological analysis.
How should Nutrient Agar plates be stored to maintain their quality?
Nutrient Agar plates should be stored in a cool, dry place away from direct sunlight and moisture. Proper storage conditions help prolong the shelf life of the plates and maintain their sterility. It is essential to check the expiration date and inspect the plates for signs of contamination before use.
What are the quality standards that Nutrient Agar plates comply with?
Nutrient Agar plates manufactured according to ISO 6579, ISO 10273, and ISO 19250 standards meet the requirements for microbiological testing in various industries. These standards ensure the performance, safety, and consistency of the medium, making it suitable for a wide range of applications in microbiology.
Nutrient Agar is a versatile growth medium used in microbiology to culture a wide variety of microorganisms. It provides all the essential nutrients required for bacterial growth, making it suitable for the isolation, cultivation, and enumeration of bacteria.
How is Nutrient Agar prepared for use in the laboratory?
Nutrient Agar is typically prepared by adding the appropriate amount of dehydrated agar powder to water, heating the mixture to dissolve the agar, and then autoclaving it to sterilize the medium. Once cooled, the agar is poured into petri dishes and allowed to solidify before use.
What are the advantages of using Nutrient Agar prepared plates?
Nutrient Agar prepared plates offer convenience and consistency in microbiological testing. They provide a ready-to-use solid medium for culturing bacteria, saving time and effort in preparing the medium from scratch. The standardized formulation ensures reliable results in microbiological analysis.
How should Nutrient Agar plates be stored to maintain their quality?
Nutrient Agar plates should be stored in a cool, dry place away from direct sunlight and moisture. Proper storage conditions help prolong the shelf life of the plates and maintain their sterility. It is essential to check the expiration date and inspect the plates for signs of contamination before use.
What are the quality standards that Nutrient Agar plates comply with?
Nutrient Agar plates manufactured according to ISO 6579, ISO 10273, and ISO 19250 standards meet the requirements for microbiological testing in various industries. These standards ensure the performance, safety, and consistency of the medium, making it suitable for a wide range of applications in microbiology.
