1417th the Future of the Medical Profession

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And doctors like the scene of using surgical robots, there may be two other reasons.

For example, when encountering some patients with infectious diseases, whether it is a doctor or a nurse, in fact, what they are most afraid of is encountering such patients.

If you encounter it, do you want to save it or not?

If not, they are doctors, and their work is their duty.

As long as the patient wants to live and the patient's family members have requirements, they must be rescued.

But in the absence of a vaccine, they operate on such patients, which actually puts themselves in a very dangerous situation.

For example, if doctors encounter an AIDS patient and need surgery, how do you say it?

You must know that this virus is transmitted directly through blood. Normal people usually have no time to hide from such patients.

But doctors, in order to save patients, have to face the most direct source of infection.

You said that doctors have no psychological pressure, how can it be possible?

In case during the operation, the patient suffers from blood vessel rupture and massive bleeding, and the doctor happens to cut his hand because of the surgical instrument, what do you say?

You know, this happens quite often.

After all, when doctors perform surgery, they usually only wear a thin layer of surgical gloves in order to ensure the hand feeling.

Even if three layers of gloves were worn during the operation on this patient, the gloves were still very thin and would be easily scratched.

In case of scratching, the skin of the hand is also scratched, and it happens to be contaminated with a little patient's blood, how do you think the doctor will feel?

Or if a blood vessel suddenly bursts and the patient's blood spurts out directly into the doctor's eyes, how do you think the doctor will feel?

At that time, he put down the operation and went to the sink to rinse?

But when you finish washing, the patient dies too. Who is responsible at that time?

And even if you save the patient, but you are unfortunately recruited, who is to blame?

Are you going to consider yourself unlucky?

Let alone such a terrible disease as AIDS,

Even if it's a disease like hepatitis B, it sounds bad enough.

What's more, there are still many venereal diseases that cannot be cured?

So in fact, when doctors encounter such patients, they are also very taboo.

Let them operate on these patients, in fact, they are really unwilling to give them more money.

However, if such an operation is completed with the cooperation of surgical robots, the pressure on the doctor's heart will be reduced a lot, and the operation process will be much smoother.

There is also the kind of operation that requires exposure to radiation, which is also the most troublesome operation for doctors.

For example, when a patient suddenly encounters a severe trauma, causing massive bleeding in the body, and the location of the bleeding cannot be determined.

The doctors will wear lead suits, push the patient into the CT room, and complete the operation while taking pictures to find the bleeding point.

During the whole process, doctors have to take a lot of radiation.

Although they all wore lead suits, anyone who knows the business knows that the thing is more of a comforting effect.

After all, some rays cannot be avoided at all.

Long-term exposure to radiation will greatly increase the chance of gene mutation.

And what are the consequences of large-scale genetic mutations?

Very simple, if you are an unmarried and childless doctor, you are very likely to suffer from infertility diseases.

Even if they can give birth to children, the incidence of congenital diseases in their offspring is much higher than that of ordinary people.

And for those doctors who are married and have children, if the chance of gene mutation is greatly increased, it will also greatly increase their chances of developing other diseases, such as tumors...

Therefore, under normal circumstances, unless it is a last resort, doctors will never be exposed to radiation for surgery.

But sometimes, even if you don't want to, the reality doesn't allow it at all!

For example, in the above-mentioned sudden situation, the patient's body is bleeding internally due to sudden trauma.

When the bleeding point cannot be judged, you can only move the patient to the radiation room and perform surgery while taking pictures. It is inevitable to take radiation.

But if at this time, if the hospital is equipped with a surgical robot, it may be able to help doctors solve a big problem.

They can operate robots in a safe area away from radiation to complete operations on patients.

And because of the flexibility of the wrist of the surgical robot and the characteristics of the robotic arm, the surgical robot can also perform more complex and precise operations in a small space.

This greatly increases the chances of healing and saving lives.

Now the country is vigorously promoting 5G technology, and when it comes to the actual application scenarios of 5G technology, it has been mentioned that it can be used for telemedicine.

Speaking of telemedicine, the terminal that can finally treat patients is actually this kind of surgical robot.

For example, in Shanghai today, a wealthy businessman suddenly fell ill and was admitted to the hospital.

After the hospital conducted some examinations, it finally came to a conclusion that it can be cured here, but there is no guarantee that it can be saved here.

As far as the whole country is concerned, the most sure treatment for this type of illness is Doctor X at 30X Hospital in Beijing.

However, the current situation is that the patient's condition is very critical, and it is no longer suitable to transport the patient to the capital for treatment.

And even if you have the means to invite Dr. X to come to Magic City to make throwing knives, it's too late in time.

Because the patient is in critical condition, you must make a decision within three hours.

So what should we do in this case?

At this time, if there is a 5G system and surgical robots can cooperate, then this is not a problem at all.

Doctor X can directly connect to the front end of the surgical robot in the operating room of the capital city in front of the operating table of the capital hospital.

It is controlled on the capital side, and the surgical robot on the Shanghai side is used to complete the operation on the patient.

If it was before, it would be impossible, because although the 4G network speed is fast, it is not enough for such a long-distance remote control operation.

There is a delay in the upload and release of network instructions.

But with the 5G network, these are not a problem.

Of course, the most important thing is that you have to have a front end of a surgical robot that can cooperate with you in Shanghai.

And once such a vision can become a reality, the gospel for all kinds of patients will come completely.

For example, patients in some small places now prefer to go to big cities whenever they encounter some serious illness.

First of all, choose to go to the top three hospitals in the province. If the top three hospitals in the province can't save them, then go to Beijing or Shanghai, the two places with the most developed medical care in China.

It's not that patients and their families like to toss, but because doctors in small hospitals have limited skills.

Sometimes, not to mention surgical treatment, even when people are diagnosed with a disease, they don’t understand it.

It is no exaggeration to say that misdiagnosis occurs almost every day in hospitals in third-, fourth-, and fifth-tier cities.

It is obviously a type A disease, but it is diagnosed as a B disease, and then a bunch of medicines are prescribed to the patient, and the patient is asked to eat and eat first when he goes home.

As a result, after taking it for a month, the disease was not only not cured, but even worse.

The patient was not in the mood to argue with the hospital at this time, so he could only grit his teeth and go to the big hospitals in the province, or the big hospitals in the capital.

You said you met such a doctor, if you were to perform an operation, would you be willing to let such a doctor perform the operation on you?

And with surgical robots, that's a whole other story.

With the existence of the Penglai Pavilion Inquiry APP, patients can completely register the number of experts in the capital city or Shanghai on the Penglai Pavilion APP.

Then, within the specified time before making an appointment for consultation, go to the required self-service physical examination center to complete the physical examination.

After the physical examination is completed, the medical examination report required by the doctor will be automatically sent to the doctor.

Then the doctor can make a prediction of the condition based on the physical examination report and the patient's medical history in the collection.

If it is mild, you can diagnose and treat it by taking medicine. If it is serious, you need to go to the hospital for an accurate diagnosis according to the doctor's requirements.

Then the patient does not need to go to the capital city or magic capital where the doctor is located for surgery.

As long as their local hospitals have surgical robots, they can make appointments with experts to perform operations on them remotely through surgical robots.

This is the medical concept of the future!

Thinking of this, Huang Haibin couldn't help feeling a little excited.

In just one afternoon, he sat in Juice King's cafe and thought about so many details.

And took out a small notebook, writing and drawing all the way, recording all the advantages, specialties, and application scenarios that may be faced in the future of surgical robots, all of which scare me.

The reason why these are recorded is because he wants to make a more detailed operating system according to different application scenarios.

After all, you can't wait until something actually happens before considering designing an operating system.

You must know that surgical robots are essentially no different from various industrial robots.

For surgical robots, the most important parts are actually several major components. The first is the control software, which can be said to be researched by Huang Haibin all the time.

Even when he was working at MIT in the United States or a company in Silicon Valley, he had been researching this system.

So he actually has a lot of knowledge about the system.

It's just that the application scenarios in the United States are different from those in China in many places.

So this needs to be changed.

The second is the hardware aspect, and in this aspect, we have always been far behind foreign countries.

For example, the servo motors and sensors that control the robotic arm can be said to have always been the weakest shortcoming in our country.

Based on the current level of our domestic manufacturers, Huang Haibin feels that it is unlikely to catch up in the short term.

So these two kinds of equipment can only be bought and imported from abroad...