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Videos Shows How Mice React To Microgravity While On Aboard International Space Station



NASA proves that its Rodent Habitat provides the ability to perform significant long-term biological research studies on the ISS. Spawning rodents for space experiment have even been deployed that conflict with microgravity. ( April Ronca | YouTube )

NASA's world mice sent to International Space Station quickly adapted to spaceflight. The rodents even learned to contend with microgravity.

Spaceflight mice sent to ISS will do all the things that a normal home mouse will do: feeding, grooming, huddling, and interacting with other mice. However, throughout the duration of their experimental spaceflight, mice also learned to grow themselves in zero gravity.

The behavior of spaceflight rodents is detailed in a recent study published by the NASA Ames Research Center.

According to the study, behavioral behavior can reveal how animals are environmentally viable in space, and how to change physical activity, feeding, drinking, transplanting of circadian, and social interactions can alter other experimental steps.

NASA's behavioral study focuses on how mouse physiology corresponds to the spaceflight environment during expanded missions and similarities in response to astronaut crews.

NASA Rodent Center

In 201

4, NASA sent 20 mice to live in NASA Rodent Habitat for the first deployment of the Rodent Research Mission.

Scientists sent female mice aged 16 and 32 weeks to the space where the animals spent 37 days on microgravity – a long-duration mission with the size of the rat life span.

Their residence is a trapped enclosure specifically designed for experiments that research how space and microgravity affects the model organisms that biology has in common with the human body systems.

In general, mice are usually a very good health condition at the end of the study.

Defying Microgravity

A video showed on their second day in orbit, the mice began to adapt to microgravity while doing the routine. The mice are seen using behaviors similar to the antenna, and they also use the momentum to float to their destination.

Such observations indicate that spaceflight mice are easily adapted to the home, which strengthens their bodies free and active and utilizes the full amount of space available to them.

One week after launch, some mice showed a unique character. The younger ones are more physically active than their older counterparts.

As shown in NASA's video, on the 11th day of their flight into space, mice run and chase each other inside the home. Their movements are almost like floating, which indicates the weightlessness of the universe. Their "breed-tracking" behavior is still evolved into a group activity.

The clip also shows a mouse on the other side rotating in a position to eat, while another mouse uses its tail to balance and get the food. Another mousetrap took a cup inside the enclosure with its first leg to balance and nurture.

"The mice are rapidly adapted to their new weightless conditions, for example by importing themselves into the walls of habitat on their hindlimbs or tails and stretching their bodies it's like mice on Earth standing on their back legs to explore their surroundings, "said April Ronca, a researcher at NASA's Ames Research Center and took the lead role of the paper.

NASA proves that Rodent The home provides the ability to perform significant long-term biological ISS research studies.

The study was published in Scientific Reports notes

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