Precision Cultivation: Laboratory Plates

Explore the methods of growing obligated anaerobes in the laboratory, the rationale behind labeling petri plates, effective sterilization techniques, and the variety of laboratory plates available for diverse applications.

Cultivating Microorganisms with Precision

Understand the cultivation of obligated anaerobes, the reasoning behind labeling practices, proper sterilization methods, and the wide array of laboratory plates catering to various scientific needs.

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Best Laboratory Plates Comparison Table

Place of Origin

Material
Size
Functionality
Color Options
Usage
Durability
Cleaning Method
Additional Features
Warranty

United States
- Glass
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- Standard
- Experimentation
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- Clear
- Laboratory Work
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- High
- Autoclave
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- Stackable
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- 5 years
United Kingdom
- Plastic
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- Small
- Storage
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- White
- Research
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- Low
- Hand Wash
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- Lid Included
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- 1 year
Australia
- Ceramic
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- Large
- Culturing
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- Transparent
- Biological Studies
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- Moderate
- Sterilization
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- Reusable
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- 3 years
Japan
- Silicone
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- Miniature
- Sample Analysis
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- Multi-color
- Chemical Analysis
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- High
- Dishwasher Safe
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- Marking Areas
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- 2 years

Common Questions About Laboratory Plates

Q: How are obligated anaerobes grown in suspension or on agar plates in the laboratory?

A: Obligated anaerobes can be cultured in anaerobic chambers or using specialized media, either in suspension or on agar plates, to create oxygen-free environments suitable for their growth.

Q: In routine laboratory work, why are Petri plates labeled on the bottom and not on the lids?

A: Petri plates are labeled on the bottom to prevent potential interference with the experimental conditions, ensuring clear identification without affecting the growth surface or experiment within.

Q: How do you sterilize laboratory plates effectively?

A: Laboratory plates can be effectively sterilized using methods such as autoclaving, dry heat, or gamma irradiation, depending on the type of plates and experimental requirements.

Q: What are the different types of laboratory plates available?

A: Different types include nutrient agar plates, selective media plates, and antibiotic-containing plates, each designed for specific purposes in microbiological and molecular biology experiments.