Your dna experiment in space

Solve a real-world challenge in space exploration

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Get the most out of your Genes in Space experience

Lab in a box

Teachers: conduct a hands-on Genes in Space lesson!
until contest closes

Deadline extended!

Accepting submissions through May 9, 2020


The challenge

Students in grades 7 through 12: design DNA experiments that address a challenge in space exploration

Life on Earth has evolved under the effects of our gravity and the protection of our atmosphere. Manned space exploration opens up amazing new opportunities for life, and serious challenges too. 

For example:

  • ALIEN LIFE
    Can we detect new life forms?

  • COSMIC RADIATION
    How will a deep space mission affect our DNA?

  • SPACE MICROBIOME
    What microorganisms travel to space with us?

  • ORGAN SYSTEMS
    Will space travel induce molecular changes that impact our eyes, bones, other organs?

  • BIOENGINEERING
    Can living organisms help us colonize new worlds?

  • YOUR IDEA
    What’s the most creative, relevant, bold question you can ask?

If you've ever wondered how astronauts might survive a deep-space mission or how we might use biology to transform new worlds, Genes in Space is for you:

  • Propose an experiment that utilizes molecular biology capabilities aboard the ISS, specifically polymerase chain reaction (PCR)
  • Test your hypothesis in the ultimate lab: The International Space Station

The reward

BECOME A SPACE DNA PIONEER!

  • Explore a topic that interests you and learn space biology

  • Design your own DNA experiment

  • Share your ideas

  • Win awards including a miniPCR DNA Discovery System™ for your school, mentorship from scientists, travel, and more.

  • Launch your DNA experiment to the International Space Station (ISS)

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