Culture plates
Culture plates are used to cultivate cells and microorganisms in laboratories. They are available in various sizes and formats for microbiological and cell culture applications.
Product
Culture plates
Culture plates are used to cultivate cells and microorganisms in laboratories. They are available in various sizes and formats for microbiological and cell culture applications.
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Th. Geyer Swiss AG
Eppendorf Vaudaux AG
Blanc-Labo SA
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Guide and selection support
Culture plates are used in microbiological and cell culture laboratories to promote and analyze the targeted growth of bacteria, fungi, yeasts, or cell lines. Selecting the appropriate culture plate depends on the type of microorganisms, cultivation volume, and intended procedure. LabFinder provides a structured overview of different types and sizes of culture plates, making it easier to procure products for specific laboratory needs.
Applications and Benefits
Culture plates are essential lab materials in cell culture and microbiology. They allow the cultivation, isolation, and analysis of cells, bacteria, fungi, and other microorganisms under controlled conditions. Typical uses include studying cell growth, performing microbiological tests, and conducting screening procedures in research and diagnostics.
Selection Criteria
Important selection criteria include plate size, number of wells, material (e.g., plastic or glass), and surface properties. The choice depends on the cultivation medium, the intended application, and requirements for sterility and compatibility with devices such as incubators or microscopes.
Variants and Measurement Principles
Culture plates come in various designs, including traditional Petri dishes and multiwell plates with a variable number of wells such as 6, 12, 24, 48, 96, or 384. Depending on the purpose, plates may be specially optimized for bacterial cultures or cell lines, for example with coated surfaces or different well wall properties to improve cell adhesion.
Calibration and Maintenance
Culture plates do not require classical calibration, but proper storage, sterility, and careful handling are essential to prevent contamination. Particularly for reusable plates, regular cleaning and sterilization are necessary, while disposable plates are discarded after use.
Limitations of Use
Culture plates are designed for in vitro cultivation and cannot fully model complex organisms or tissues. For specialized lab applications, plates with specific properties may be required that are not suitable for all culture types. Additionally, environmental control (temperature, CO2) must be provided by external devices such as incubators.
Search Terms and Related Terms
Relevant search terms include: culture plate, Petri dish, multiwell plate, microtiter plate, cell culture plate, bacteria plate, agar plate, microbiology plate, culture dish, microplate, and plate culture. These synonyms support comprehensive research in the areas of cell culture and microbiology.
Also known as
agar plate
bacteria plate
cell culture plate
cell plate
culture plate
microbiology plate
microtiter plate
multi-well plate
multiwell plate
Petri dish
Related categories
Assays Cell Counting
Cell Culture Dish
Cell Culture Inserts
Cell Culture Media
Cell Culture Plates
Cells – Primary Cells
Incubators – CO2 Incubator
Incubators – Incubator general
Media Preparators
Microbiological Specimen Transport and Collection Kits
Microplates
Microscope slides
Petri dishes
Prepared Microbiological Media
Reactors – Bioreactor
Suitable brands
Frequently asked questions
What are culture plates used for in the laboratory?
Culture plates are used for the cultivation and analysis of cells, bacteria, fungi, or other microorganisms. They enable targeted growth and identification processes under controlled conditions.
What types of culture plates are there?
Common types include classic Petri dishes and multiwell plates with different numbers of wells (e.g., 6, 12, 24, 96, or 384). Variants also differ in material and surface properties depending on the application.
What criteria are used to select culture plates?
Key factors include the type of cultivation, required plate size, number of wells, material, and compatibility with incubation and analysis equipment.
How are culture plates cleaned or maintained?
Disposable plates are discarded after use. For reusable plates, cleaning and sterilization are important to avoid contamination. Sterile storage is generally required.
What are the limitations of culture plates in laboratory applications?
Culture plates cannot fully reconstruct complex tissues or organisms and require supplementary devices such as incubators for temperature and gas control. Not all plates are suitable for every cell type.
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