Worms in Space: The Molecular Muscle Experiment
- The first UK experiment to take place on the International Space Station is currently set for launch on December 4th 2018
- The worms and two of the team are now in the USA ahead of final launch preparations
- A SpaceX Falcon 9 rocket will launch the 18th Dragon spacecraft mission, including the worms to the International Space Station
- The launch is subject to final confirmation but is scheduled for 1838 GMT from the Cape Canaveral Air Force Station, Florida.
It sounds like a mad sci-fi adventure but scientists are preparing to fly worms into space!
It’s part of a serious experiment to try and understand why astronauts lose some of their muscle in space.
During spaceflight an astronaut’s body changes. Losing muscle can affect their ability to work on a long space mission. Astronauts can lose up to 40% of their muscle after 6 months in space.
The very small worms, which can only be clearly seen under a microscope are known as C. elegans. It seems incredible but in many ways the tiny worms are similar to humans and share some of the essential biological characteristics. The worms help show the effect of changes in space, including alterations to muscle and the ability to use energy.
Their journey to the International Space Station will begin at the Kennedy Space Centre in Florida, USA. The International Space Station is in orbit around earth between 205 and 270 miles away. The worms will reproduce in space and after growing to adults, in around 6.5 days, they will be frozen until return to Earth.
UK scientists from Exeter and Nottingham universities are working together on the experiment with a launch date expected November 2018
Understanding the causes of muscle loss in space may help astronauts in the future and address health problems on earth. Muscle loss caused by ageing might be better understood and the research could improve treatments for conditions such as diabetes.
The project is a real team effort and is supported by The European Space Agency, UK Space Agency, BBSRC, MRC, and Arthritis Research UK.
For further information, see: Worms in Space: Molecular Muscle Experiment.
Worms in Space - Did you know?
- Understanding spaceflight muscle changes in worms may help us improve human treatment for muscular dystrophies and diabetes
- The worms will travel in special bags full of food that allow gases to pass through. The bags will be carried in an incubator
- Spaceflight is an extreme environment and changes to the body such as the loss of muscle and bone mass, can be the equivalent of ageing over 40 years in around a year-long mission
- The loss of bone mass in space is only partially recovered within a year of returning to Earth
- Astronauts exercise daily to prevent harmful changes in the cardiovascular system and to prevent loss of muscle and bone mass
- There are over one million different types of worms worldwide. But scientist use one particular type of worm for research. The C. elegans.
The Molecular Muscle Experiment is supported by