From the Classroom to the ISS

Genes in Space sends high school student's ideas into orbit

May 03, 2017 in Space, Community

Julian Rubinfien, 16, winner of the Boeing-partnered Genes in Space competition and a junior at Stuyvesant High School, NY, watched his DNA experiments launch to the International Space Station (ISS) on April 18th from Kennedy Space Center, Fla, on cargo resupply mission OA-7.

Julian’s experiments investigate the genetic underpinnings of accelerated aging in space. The first experiment will test if telomeric DNA can be copied in space. Telomeres are protective caps on the ends of chromosomes and are known to shorten in response to stress and aging. Julian’s experiment will examine how measuring telomeres in space could enable health monitoring of astronauts during long-term missions. The second experiment will test whether or not “on-the-spot” DNA-based diagnostic tests can be conducted on the ISS and will be the first of its kind in space.

Both experiments will use portable miniPCR™ DNA analysis technology. The ISS National Lab is a platform for cutting edge research and technology development that enables future deep space exploration. Julian was a student of MƒA Master Teacher Jessica Quenzer, who served as his mentor throughout the Genes in Space application process.

Genes in Space is a national STEM contest that challenges students in grades seven through 12 to design DNA analysis experiments using the ISS National Lab (managed by the Center for the Advancement of Science in Space, or CASIS.) The competition is a partnership between miniPCR, Math for America, CASIS, New England Biolabs®, Inc, Boeing and is sponsored by FedEx.

16-year old high school student, Julian Rubinfien, won the 2016 Genes in Space competition. On April 18th, he watched his winning experiment launch to the International Space Station on board an Altas V rocket.

Genes in Space