
miniPCR Genes in Space Food Safety Lab: Mars Colony at Risk
 
Description
In this 120-minute miniPCR Learning Lab™, you will 
help the International Space Agency control an outbreak of pathogenic 
bacteria in space food bound for Mars! Learn how to use miniPCR™
 (the PCR machine aboard the International Space Station), restriction 
analysis, and DNA gel electrophoresis to characterize bacterial strains 
and protect the health of astronauts.
This applied biotechnology investigation addresses a foodborne 
illness outbreak through the same real-world methodologies that public 
health and surveillance authorities use here on Earth. You’ll 
learn molecular microbiology techniques relevant to the STEM job market,
 and engage in a real-world problem with huge public health and economic
 impact.
To learn more about miniPCR aboard the International Space Station, watch this video or visit www.genesinspace.org.
This miniPCR Learning Lab™ utilizes the following molecular techniques:
- Micropipetting
- PCR (polymerase chain reaction) amplification of bacterial genes
- Restriction digest, RFLP analysis
- DNA Gel electrophoresis, staining, and visualization
- Highlights real-world applications of molecular microbiology in public health.

The miniPCR Food Safety Lab kit contains reagents for 8 lab groups of 4 students:
- 2X EZ PCR Master Mix, Load-Ready™
- 3X Food Safety Lab Primer Mix
- 4 DNA samples to investigate, including controls
- Restriction enzyme XmnI
- 100 bp DNA ladder, Load-Ready™
Please note: 
- These reagents require frozen storage.
- Microtubes, PCR tubes, and electrophoresis reagents sold separately. 
- None of the materials provided in the Food Safety laboratory kit 
pose a health or food safety hazard. At no point are pathogenic bacteria
 used; references to “pathogenic” and “non-pathogenic” strains or DNA 
samples are used only to recreate a simulated Food Safety investigation 
scenario.
Free miniPCR Learning Lab™ resources:
 
Optional: Lab Companion Kit 
 
Add all the consumables you need 
for a class of 32 students: microtubes (50), PCR tubes (100), agarose 
(10 blueGel Tabs x 0.4 g ea.), 20X TBE electrophoresis buffer (30 ml), 
and GelGreen™ DNA stain, 10,000X (20 µl). 
                                        
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