Archive · 28 May 2025
Fruit Flies to Space: AX-4 Mission Studies Radiation Effects
Scientists are sending tiny fruit flies to space on the Ax-4 mission to see how radiation affects their DNA.
Space has lots of radiation that can hurt DNA.
Fruit flies are good to study because they share some genes with humans and can reproduce quickly.
Researchers will be looking at if they can boost production of certain proteins to help protect or repair the damage.
This could help find new ways to keep astronauts safe on long space trips, like missions to the Moon or Mars.
If they work, it might lead to new medicines or treatments for people traveling in space.
The AX-4 mission will send fruit flies to the ISS to study space radiation's effects on DNA.
Scientists aim to see if proteins can protect or repair DNA damaged by radiation.
Fruit flies are ideal for study because they share genes with humans and reproduce quickly.
Space radiation can damage DNA, posing a risk to astronauts during long missions.
Findings may lead to medicines or treatments for astronaut protection.
- Who
- The Ax-4 crew and scientists studying the fruit flies, including India's Shubhanshu Shukla.
- What
- The AX-4 mission is sending fruit flies to the ISS to study the effects of space radiation on their DNA.
- When
- During the AX-4 mission, which launches June 8, 2025.
- Where
- The International Space Station (ISS).
- Why
- To find potential treatments to protect astronauts from DNA damage caused by radiation in space.
- Mission Name
- Ax-4
- Launch Date
- June 8, 2025
- Purpose of Experiment
- Study radiation's effects on DNA
- Subject of Study
- Fruit flies and their young
- Potential Benefit
- Develop treatments to protect astronauts
