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These students get lost in space, and make discoveries about themselves

Dr. Nicole Nichols of New England BioLabs watched Archbishop Williams students Jaclyn Shuttleworth and Sarah Golden.

Mark Lorenz for The Boston Globe

Dr. Nicole Nichols of New England BioLabs watched Archbishop Williams students Jaclyn Shuttleworth and Sarah Golden.

IPSWICH — When Jon Hamilton, 17, was asked an impromptu question about recombinant enzymes during a tour of New England BioLabs Inc. on Thursday, he uttered a few words about DNA before trailing off. He glanced, hopefully, at his high school lab partners, Sarah Golden, 17, and Jaclyn Shuttleworth, 16, whose eyes widened at the appeal.

The students have been relying on one another in classrooms since their freshman year at Archbishop Williams High School in Braintree. That also happened a day earlier, when Hamilton was thrown a curveball question from a panel of judges at a national science competition.

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“It was a moment of panic,” Hamilton said. “I looked at them, and they looked at me. We bounced some ideas around, and I think we answered it right.”

The team was one of five finalists — out of more than 300 teams — in the first Genes in Space competition, which asked students from grades 7 through 12 to use DNA analysis to solve a space exploration problem.

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The juniors from the Braintree school chose to study the shielding abilities of NASA’s International Space Station, to determine the safest part of the station for astronauts.

Radiation in space, which can ultimately lead to DNA mutations and cancer, is the biggest risk for travel to Mars, according to Julie Robinson, chief scientist for the International Space Station Program.

“You can think about it like a chicken crossing the road,” Robinson said. “We don’t have shielding design that’s really going to reduce the risks enough from that radiation to the crew. Those are big problems still out there to be solved.”

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It’s the scope of the problem and the breadth of the solutions that the organizers say is the essence of the competition. The goal, according to Zeke Saavedra, cofounder of miniPCR, one of the groups behind the competition, was to excite students about science and show them the potential of their own ideas.

“They can understand that feeling, that anything’s possible,” Saavedra said.

The five final teams worked with mentors from Harvard University and the Massachusetts Institute of Technology to refine their experiments and perfect their presentations.

The winner, Anna-Sophia Boguraev from Bedford, N.Y., will have her experiment, which tests radiation’s effect on the immune system, performed 250 miles above Earth on the International Space Station.

Genes in Space was announced this year by Saavedra and cofounder Sebastian Kraves at the National Science Teachers Association conference in Chicago.

The competition was a collaboration between Boeing Co. and the Center for the Advancement of Science in Space, and Math for America, which helped target teachers across the nation.

The groups cold-called science teachers across the nation and reached out on social media to spread word of the competition. Kraves said the effort led to submissions from 25 states.

‘What we were working on was not some aimless project, but rather something that was a big deal, and actually really cool.’ -- Sarah Golden

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It is the unknown of the cosmos and the excitement of space exploration that sparks students’ interest in science, the organizers said. And it is competitions like this, with classroom ideas translated to the real world — or 250 miles above it — that begin to make learning tangible, said Ken Shields, director of operations and education initiatives at the Center for the Advancement of Science in Space , a nonprofit involved with the International Space Station.

“Now, they get it. Now, they understand why it’s important to learn algebra, to understand cell structure and the basic building blocks of life,” Shields said. “Now . . . they see the results of their learning. And to me, that really turns on the light.”

In the future, David Copeland, manager for research integration at Boeing, said the goal is to expand the competition, launching it twice a year.

“Our idea coming here is not to pick a winner, but to engage as many students as possible,” Saavedra said.

Veteran researchers volunteered to judge the designs.

“I watched these presentations for three hours, thinking, ‘Wow, they’re pretty damn sophisticated,’ ” said Gary Ruv-kun, a molecular biologist at Massachusetts General Hospital and a professor of genetics at Harvard. “A couple of them were as fluent at what they’re doing as I am, and I’m 60 years old. So I wasn’t really feeling generous; my self-esteem went down.”

The three students from Braintree said that even though they didn’t win the contest, the opportunity to collaborate and to develop a simple answer to a complex problem burnished their desire to help people. All three want to become doctors.

“People started to realize that what we were working on was not some aimless project, but rather something that was a big deal, and actually really cool,” said Sarah Golden, one of the students. “I liked being able to be a part of the type of science that has the potential to save lives.”

Virgie Hoban can be reached at virgie.hoban@globe.com.

Correction: An earlier version of a photo caption in this story had the incorrect name for New England BioLabs.

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