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Tech & Science The science behind Invex Therapeutics could be used to help astronauts get to Mars

04:45  05 november  2019
04:45  05 november  2019 Source:   stockhead.com.au

NASA is sending a new moon rover to sample water ice on the lunar south pole

  NASA is sending a new moon rover to sample water ice on the lunar south pole NASA is sending a new rover to the moon's south pole. If successful, the Volatiles Investigating Polar Exploration Rover (VIPER) would be first spacecraft to ever land there without crashing. The rover will map the moon's water ice, which is crucial for extended visits if NASA wants to set up lunar base and springboard to Mars. Astronauts travelling to Mars would need to make their jet fuel on the moon. Following two spacecraft crashes in the past, landing on the moon has proven to be difficult due to issues in communications during the final stages of descent, a phase known as "15 minutes of terror.

Particles zipping through space could be the wrong stuff for Mars astronauts . Brain impacts also might persist even after they got back home. NASA wants to send astronauts to Mars by the 2030s. Learning more about cosmic rays may help scientists create better ways to protect those astronauts .

The use of glasses is acceptable. Astronaut candidates must also have skills in leadership, teamwork and communications. With NASA's plans for the future of exploration, new astronauts will fly farther into space than ever before on lunar missions and may be the first to fly on to Mars .

The science behind Invex Therapeutics could be used to help astronauts get to Mars© Stockhead Australia The science behind Invex Therapeutics could be used to help astronauts get to Mars

Biotech company Invex Therapeutics (ASX:IXC) joined the ASX boards in July, seeking public capital to help develop its treatment for intracranial pressure (ICP – pressure on the brain caused by fluid buildup).

As it turns out, the company’s research has also caught the attention of NASA. Specifically, how it pertains to the preparation of astronauts for long haul multi-month space voyages.

Getting to Mars, for example, takes around nine months. And spending that much time in a pressurised cabin environment could take an unexpectedly harsh toll on the body.

When Astronauts Go Swimming

  When Astronauts Go Swimming At NASA’s Johnson Space Center, astronauts train to repair spaceships by spending hours underwater.The pool sits inside a big, windowless building in Houston, on the grounds of NASA’s Johnson Space Center. It is about 40 feet deep, and holds enough water to fill several Olympic-sized pools. Beneath the surface, shrouded in the bluish tint of the water, is a replica of the International Space Station.

This suggests astronauts who go to Mars will face a high risk of cancer. Space missions will have to protect astronauts from They must undergo physical therapy to get used to gravity again. Those studies could help scientists predict how dust on the moon or Mars might affect life away from Earth.

Astronauts have tested the device in ground-based studies and it has been shown to counteract muscle and skeletal problems in studies involving Hargens and colleagues believe a compact, collapsible version of the device could be used on an extended space mission to the moon or Mars .

Invex’s chief scientific officer, Professor Alexandra Sinclair, met with representatives of the space agency in June at the University of Birmingham, to discuss how its Exenatide treatment might be suitable for space travel.

At the core of Invex’s research is the potential for existing kidney treatments to be repurposed for addressing the symptoms caused by ICP, which included severe headaches and loss of vision.

That’s helped to speed up the regulatory approval process for testing on animals, and the company is now undertaking clinical trials to test its effectiveness on humans.

Having witnessed the debilitating effects of ICP in other patients, Sinclair discovered the potential for the repurposed Exenatide treatment as part of her efforts to find an improved solution.

When Astronauts Go Swimming

  When Astronauts Go Swimming At NASA’s Johnson Space Center, astronauts train to repair spaceships by spending hours underwater.The pool sits inside a big, windowless building in Houston, on the grounds of NASA’s Johnson Space Center. It is about 40 feet deep, and holds enough water to fill several Olympic-sized pools. Beneath the surface, shrouded in the bluish tint of the water, is a replica of the International Space Station.

Trip to Mars in pretend spaceship on Moscow industrial estate affects sleep, activity levels and motivation of six-man crew.

Eventually, humans will most likely journey to Mars . Getting astronauts to the Martian surface and returning them safely to Earth, however, is an extremely This mission and the Mars Reconnaissance Orbiter will continue to search for water resources that, if discovered, could be used to support future

In doing so, she found that the kidney had some similarities to the brain when it comes to processing fluids.

According to a report from the University of Birmingham, the kidney “modulates fluid by a mechanism similar to the choroid plexus — a group of cells responsible for secreting cerebrospinal fluid”. But the main difference is that it does so in reverse.

So Twiggy Forrest-backed IVX is conducting further research on its repurposed treatment. The product testing draws on research from a number of fields, including clinical neurology.

And in addition to patients with ICP, the treatment may have a use-case in helping astronauts explore the solar system.

Invex listed on the ASX in July at 40c, and immediately shot up above $1 before cooling off. The company has traded in the 60c range since August, and phase II trials to test the treatment’s effectiveness on human patients are ongoing.

Read more:

Twiggy Forrest-backed Invex Therapeutics is enjoying life so far as a listed company

IPO Watch: Invex Pharma wants to use a diabetes drug to treat brain injuries

The post The science behind Invex Therapeutics could be used to help astronauts get to Mars appeared first on Stockhead.

ISS astronauts to test remote controlled rovers .
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