Tryptic Soy Agar (TSA) Plates by Evviva Sciences - Prepoured TSA Petri Dishes - Excellent Product and Performance - Top Science Kit for Science Fair Projects- Intended for Ages 15 & Older
Product Description
Tryptic Soy Agar (TSA) Plates by Evviva Sciences - Prepoured TSA Petri Dishes - Excellent Product and Performance - Top Science Kit for Science Fair Projects- Intended for Ages 15 & Older
- PREPOURED CONVENIENT AGAR PLATES. DON'T WASTE TIME POURING AGAR. The plates are pre-poured tryptic soy agar (TSA). TSA is a medium for cultivation. A few examples include yeasts, and other fungus. TSA plates are excellent for student science fair projects!
- OBSERVE MICROORGANISMS! There is no better way to learn about microbiology than with a hands on kit. Watch real microorganisms grow from the plates and get your students excited about biology today with our tryptic soy agar plates.
- EXCELLENT CHOICE AGAR FORMULA FOR SCIENCE PROJECTS: Tryptic soy agar can be used for science fair projects or in class experiments because it grows a very wide range of microorganisms.
- THICK AGAR LAYER! We pour a thick agar layer in each petri dish so your results will be robust and reliable. Other agar plates have thin agar that easily cracks and produces unreliable results.
- INTENDED FOR AGES 15 AND OLDER: This kit was created for educational purposes for ages 15 and older. FOR RESEARCH LABORATORY AND EDUCATIONAL USE: This product is not intended for food, drug, or medical applications, including workspace certification in facilities such as pharmacies. No guarantee of sterility or suitability beyond intended use. Certificate of Analysis not available.
Kit Contents:
1. 10 pre-poured sterile petri dishes with agar
Here are some basic Instructions:
1. We recommend that unopened plates be refrigerated so they last longer (NOT FROZEN-this will crack the agar). Ideally, plates should be used within 30 days.
2. Take out tryptic soy agar plates and let them warm up to room temperature for about 30min to 1hr.
3. Add bacterial/fungal cultures to the plates
4. Close the lid and turn the plate upside down so that the lid is on the bottom and agar is on the top.
5. Incubate plates at about 85-99°F, and keep a thermometer nearby to monitor the temperature.
6. Bacterial and fungal colonies should be visible in 1-4 days.
Technical Specifications
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