No matter how healthy the astronauts going into space are, once there they will be able to get sick or have an accident requiring surgical intervention. Given enough time, they could be sent back to Earth, but what if there was an emergency? You can try to always have a doctor on your team. But what happens if a doctor requires intervention? All this worries future special colonizations, as well as ongoing missions on the International Space Station (ISS). That’s why, new robotable to do space operation, This turned out to be a major milestone for everything that was to come.
This has not been tested only on Earth. He has also already carried out his first operation in space, in particular on the ISS. The robot sends its hands and team of surgeons to Earth with its knowledge. As for the patient, at the moment no intervention has been performed on the astronauts. The experiment was carried out with a series of elastic bands imitating human tissuebut it’s good that it worked.
Therefore, if this were the case, although it would not prevent further experiments with false patients, this robot could get to work.
This was the first operation in space
The person responsible for carrying out this operation in space was spaceWORLDa robot the size of a microwave oven that was carried to the ISS last January aboard the company’s rocket. SpaceX.
The said robot has articulated arms that can manipulate tools or cut fabric if necessary. But doesn’t make decisions. All this is done by surgeons on Earth. They control a robotic arm connected to the spaceMIRA system itself, so that their movements are transmitted into space.
The robot was produced by the company Virtual cut, whose surgeons performed the operation in space. A total of six surgeons took part in it in turn and showed excellent results. They found only one flaw: there is a slight communication delay between the robot on the ISS and the Earth. This delay 0.85 seconds. This may seem like very little, but in an important operation every fraction of a second matters. Despite this, they knew how to deal with this delay without any problems.
It will also have applications on Earth.
In 1961, a Russian doctor Leonid Rogozov, was working at a research station in Antarctica when he became ill. He didn’t need anyone to diagnose what was happening to him: appendicitis.
He required urgent surgery, and if he had been transported to the nearest hospital, given the availability of funds at that time, it may have been too late. As a solution, he began the operation himself.
It was a feat that went down in history, but at the same time it was reckless. Thus, a robot like spaceMIRA could have applications beyond surgery in space. This may lead to remote places such as Antarctica. This way, expedition teams will not need to have multiple doctors in case one of them needs intervention. Surgeons thousands of miles away will be able to operate.
Today this all seems like science fiction, but it will probably be the order of the day in the future. We’ll see it gradually, but let’s stick to its name: spaceMIRA will probably give us a lot to talk about.
Source: Hiper Textual
