Author: Friend of the Sorceress

After living in an environment with no gravity and low gravity for a long time, astronauts who grew up on the Blue Star will obviously feel that the blood, lymph and other fluids in their lower body will flow into the upper body more than on the ground of the Blue Star, which has never caused

Facial swelling, increased blood pressure in the head, and varicose veins in the neck.

Living in outer space is already very difficult, and if surgery is required, it would be an even more terrible disaster.

The orbit of the International Space Station is only 400 kilometers away from Blue Star. However, all astronauts on the space station who need surgical operations take sedatives and other drugs to stabilize their condition when the drugs are completely unable to treat them, and then contact the emergency department on the ground.

The force organization to which the astronaut belongs will transport him back to Blue Star, and then perform surgery on the ground of Blue Star.

However, this method is unlikely on a lunar base. In recent years, the American Orion spacecraft has carried out a mission to orbit the moon and return to the earth.

It was launched by a rocket carrying out the Artemis 1 mission, orbited the moon and returned to the Blue Star. The entire journey lasted a total of 25 days and 10 hours. Taking into account the extreme environment on the way to and from the moon, including microgravity and high levels of radiation,

and factors such as enclosed pressurized cabins and special space suits.

It is basically impossible for an astronaut who continues to undergo surgery to save his life until he returns from the moon to the Blue Star and then adjusts his physical condition until he can undergo surgery.

The concerns of these academicians and scientists are not about the Virgin Mary, but problems that must be solved by the aerospace project.

From a young age, if you send a few elite people up there, everyone can still trust each other's physical fitness, and there should be no need for any surgery in the short term. But once the number of people expands, there are hundreds or thousands of people on the moon base, and unexpected situations may occur.

It will be magnified countless times.

No one wants to cast a bloody shadow on this project, and in the future when space travel becomes popular and the lunar base needs to be expanded, there will inevitably be many ordinary people with average physical fitness and without years of training entering the lunar base, and there will definitely be medical needs by then.

.

If you don’t solve it now, will you wait until the problem arises to find a solution?

Isn’t that a disguised act of scorning human life?

These scientific madmen are not so arrogant as to disregard life.

During the quarrel, Gu Qing pushed away the display screen, stood in the center of the discussion room, and said: "Living in a low-gravity or zero-gravity environment for a long time, astronauts' blood pressure, organs, and muscle functions will be greatly affected, and

All are inferior impairments, so the need for surgery is more important than that of ordinary people. At the same time, everyone should not ignore that because of weakened physical fitness, astronauts are more likely to be infected by bacteria and viruses.

At the same time, under various radiation exposures in outer space, some diseased tissues that are not usually found may become active, which is also extremely detrimental to the health of astronauts.

We equip astronauts with medical robots and engineering robots in order to reduce the possibility of injuries to astronauts at work, while supervising and controlling their diet, sleep and mental state to avoid appendicitis, gallbladder inflammation and stomach pain.

.(The stomach is an organ that is affected by emotions, so everyone should keep their mood healthy)

However, these only reduce the probability of needing surgery, but they cannot completely eliminate surgery.

We also have medical reforms and innovations, such as learning to use magnetized surgical tools on the International Space Station. These surgical tools can be adsorbed on the operating table at any time, so that they will not fly around due to weightlessness.

There are also minimally invasive surgeries, such as keyhole surgery, where only a small incision is made on the patient, and the surgery can be completed perfectly within the abdominal cavity using cameras and surgical instruments.

Of course, there are many difficulties to overcome in addition. For example, because the patient's body fluids are in a gravity-free state, the surface tension will change greatly, and liquids such as blood and urine will adhere to the equipment and other tissue structures.

It even floats up to form a mist that interferes with the doctor's line of sight and the camera's collection.

At the same time, because the surgical environment needs to be airtight, it will increase the patient's risk of infection, and it will also be a great test for the doctor's physical strength, observation ability, and psychological quality."

Gu Qing's narration gradually calmed down the discussion in the laboratory.

Whether they were academicians and doctors in their sixties or seventies, middle-aged scientists, or young experimenters, they all listened quietly.

Although the big boss of the company is talking about issues that most people in the industry are aware of, the aerospace project is so complex. How can someone who works on machinery know more about it than someone who works on human biology?

The more knowledge a person has, the more humble he is.

There were still a few young people who originally felt that they were going to take risks in the early stage, but they also began to calm down and follow Gu Qing's story, thinking about a plan to break the situation.

In fact, everyone is quite confident about the matter of rockets sending spacecrafts to space. However, the traditional concept of Daxia is that we cannot make a conclusion early before the matter is completed, so we have discussed it many times.

The big problem of outer space surgery is something that no one can solve, but it is a problem that many people on site may have to face in the future.

Gu Qing raised his head and looked at the academicians beside him who were also listening attentively. He felt calm but very emotional.

At the age of retirement in his seventies, he signed a confidentiality agreement and still used his spare energy in his own projects. Sometimes he knew the correct answers to certain projects, but because of many rules, he could not express them clearly, so he could only direct students and other experiments.

The members were messing around and replicating the steps of their original solution.

And you don’t need an annual salary of tens of millions. If you sincerely teach students and look at projects, it’s really like having an elder in the family and a treasure...

For the urgent health needs of these scientific researchers and astronauts, Gu Qing snapped his fingers and pulled out a plan for designing multiple large industries from his database.

Then facing a group of scientists, academicians, and professors, they analyzed: "The environment in outer space is harsh, unlike Blue Star, which can provide me with a safe environment, so we need to develop a new medical system, whether it is the so-called Chinese traditional medicine, Western medicine

, modern medicine must learn from the strengths of others and make substantial innovations.

First we have to solve the key issue, operating room and surgical tools.

Magnetic surgical tools only solve the problem of tools being scattered due to gravity, and we also need to develop new surgical tool materials and coatings to make them not stained with liquids and have sharp and stable properties.

We also need to develop a closed surgical space that is airtight but can handle germs and viruses at any time, so that the fluid in the patient's body can be optimally processed and provide the surgeon with a good operating environment."
Chapter completed!