Fruit flies in space

Researchers continue to study the ability of life to survive in the harsh atmosphere of space, promote commercial development, expand and advance knowledge, and prepare future generations for exploration.

Since three-quarters of its genome compares to other organisms, fruit flies frequently proceed with humans in space travel because their entire genetic makeup, including the sex chromosomes, have been sequenced by scientists.

He exposed flies to radiation and realized that they were a medical miracle, in the sense that they provided test results that are very often mirrored across many other species of animals.

[3] In 1935, Albert William Stevens and Orvil Arson Anderson ascended to 72,395 feet in a special balloon aircraft, and they carried fruit flies on their flight with them.

[4] In February 1956, an unmanned balloon carrying mice, guinea pigs, a fungus sample, and some fruit flies reached an altitude of 115,000 feet.

[4] In July 1958, the United States Navy launched Malcolm David Ross, Morton Lee Lewis, and fruit flies in a manned high-altitude balloon to 82,000 feet.

[7] This was the first flight that reached the stratosphere, where the cabin of the balloon mimicked the pressurized conditions found at a sea-level environment.

[8] The same study showed that the flies exposed to both radiation and space flight also experienced accelerated aging and genetic mutations.

[2] This study confirmed to scientists that any plans for the Moon or Mars colonization would need to include countermeasures to boost astronauts' immune systems against infections like sepsis.

[12] In 2012, Dr. Richard Hill used a powerful magnet that simulated a zero-gravity experience to study the effect on fruit flies.

In 2015, scientists from the Sanford Burnham Prebys Medical Discovery Institute found that fruit flies sent to space experienced changes in their genes that controlled their hearts and other cardiovascular structures.

With time, research specialists hope to find results to combat these negative side effects and promote safe space travel.

Drosophila melanogaster , the common fruit fly, has been used to study the effects of spaceflight on living organisms.