Skip Navigation

Benjamin Levine: Staying Fit in Space

Benjamin Levine: Staying Fit in Space

Astronaut Alan Poindexter using a bicycle ergometer aboard Space Shuttle Atlantis.
Courtesy of NASA.

National Space Biomedical Research Institute (NSBRI) scientist Benjamin D. Levine, MD, talks about the need to maintain fitness during space missions. The microgravity experienced in Earth orbit and the low gravitational fields on the Moon and Mars will have negative effects on astronauts' muscles, bones, and cardiovascular systems.

Without good stress, muscles atrophy and bones demineralize. How can astronauts maintain fitness during space missions? What are the best exercises?

Short Version

Download mp3

Long Version

Download mp3


Lessons

Grades 3-5

  • Get A Leg Up
    Students learn about body fluid shift in an activity from NASA


Grades 5-8

  • Pumping Up the Stress
    Students study blood flow and body position in an activity presented by NASA SCI FilesTM. This activity is a part of The Case of the Physical Fitness Challenge.


Grades 5-9

  • Muscles and Bones
    Ten classroom activities that help students understand how the body's muscles and bones work, and how research conducted in space can help us learn about our bodies here on Earth.

Related Content

  • Bone Loss with Space Exploration

    Bone Loss with Space Exploration Presentation

    Susan A. Bloomfield, PhD, FACSM, speaks about bone structure and different kinds of bone, the causes of bone loss during space exploration, and strategies for slowing or counterbalancing the process of bone loss, in space and on Earth.

  • Eating in Space: Does Nutrition Matter?

    Eating in Space: Does Nutrition Matter? Presentation

    Discover how nutrition and exercise can be used as countermeasures to some of the more critical risks and challenges to human physiological systems while in space. Joanne R. Lupton, PhD, explains.

  • Maintaining Muscle Mass in Space

    Maintaining Muscle Mass in Space Presentation

    Kenneth M. Baldwin, PhD, explains how and why muscles change during spaceflight, why is this important, and what can we do to limit muscle atrophy in space and on Earth.