These fungi eat radiation. #shorts #science

Certain fungi can thrive in high-radiation environments, such as the Chernobyl reactor, by using radiation as a food source. These fungi grow faster and larger when exposed to radiation, thanks to their metabolism being kicked into high gear. The key to this ability is likely the presence of melanin, a pigment that may absorb radiation and redirect its energy for cellular functions. Researchers are exploring the potential of using these fungi's melanin to address radiation exposure challenges, particularly in space travel and habitation.

What is unique about the fungi found in high radiation areas like Chernobyl?

• They die quickly in radiation.

• They become dormant.

• They grow larger and faster.

• They change color.

How do these fungi 'consume' radiation?

• By photosynthesis.

• By absorbing radiation through water.

• By chewing and swallowing radiation-filled dirt.

• By converting radiation into heat.

What is the role of melanin in these fungi?

• It allows them to absorb and utilize radiation.

• It makes them resistant to heat.

• It changes their color to camouflage.

• It helps them photosynthesize.

What potential application are researchers exploring with these fungi?

• Using them for food production.

• Developing new antibiotics.

• Solving radiation exposure problems in space travel.

• Creating new biofuels.

What happens to cells with melanin after radiation exposure?

• They change color.

• They increase their metabolic activity.

• They decrease in size.

• They become inactive.