Cosmonauts are one of the healthiest and strongest humans in the world. Before entering space, they are rigorously trained, inspected and quarantined. However, sometimes they get sick despite these measures.
(Image: YouTube)
Sleeping in a Space screenshot from YouTube / Canadian Space Agency
Space missions are planned long in advance on a tight schedule, and sick astronauts can’t just visit down to Earth to see a doctor.
But they don’t have to worry when astronauts get sick. With the healing of Mars, NASA and other space agencies with missions aboard the ISS are ready.
What is the cure for Mars?
Scientists have now addressed the problem with a little modification, instead of bringing astronauts into orbit with an expensive and complete supply of medicine. That’s when it comes to the ability to develop healing on the Red Planet.
One of the solutions that CUBES is working on is building on the use of synthetic biology equipment and techniques.
The Department of Food Synthesis and Medicines (FPSD) is one of the CUBES departments that will explore a number of approaches to better utilizing naturally occurring species for pharmaceutical development.
FPSD recommended a seed stock model, according to Discovery Magazine. Plant seeds that have been genetically engineered to generate therapeutic target molecules have been sent to the astronauts on the spacecraft.
The astronomers could then cultivate and eat the plants as soon as the human colony was formed on Mars, the coins they needed to get, remove, clean, and inject the healing dose just like which medicines are usually consumed.
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How Does Mars Medicine Work?
The FPSD uses an older method called agrobacterium transformation to grow these seeds, a technique in which bacteria called Agrobacterium tumefaciens are used as a means to deliver a mechanism of DNA interpretation into the genus lus.
This preparation starts with a bacterium called Agrobacterium tumefaciens. According to NCBI, it is used as a vehicle to deliver DNA sensing equipment into the plant’s genome.
Scientists can stimulate the plant to generate therapeutic proteins by inserting new DNA into the target plant that would not otherwise be available. Another strategy involves the synthesis of genes that code on Mars for any drug that an astronaut wants, or select from a type of DNA catalog, then inject genes that -into the plant.
The system implemented by CUBES caused people to question this work on Earth as well. The manufacture of medicines can be prevented by this technology. However, the Agrobacterium Method may not be likely to be used as it is advised from a health and safety perspective.
However, this does not mean that CUBES research does not have the potential to improve the way people eat and improve things on Earth, especially as climate change continues to increase, the population of the The world is expanding, and natural resources are dwindling.
The future of space medicine
Dr. Matthieu Komorowski, an expert in intensive care and anesthesia at Charing Cross Hospital in London, told CNN that looking at how emergency medical operations are performed in these harsh environments would often help determine which medical devices will be most helpful, the credentials for any boss. medical officers on board, and also the types of situations they may be faced with.
He says basic medical skills guidance must be applied to the entire team for a mission on Mars.
Komorowski pointed out that the team may better detect and manage medical problems by using artificial intelligence software, such as decision support systems. He said the ability for robots to perform teleoperate surgery and intervention procedures will also lead to this concept of support from outside the spacecraft.
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