Military Technology

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After listening to Director Tong's introduction, Vice President Huang, Director Bai and a group of doctors started talking in low voices in the video. Obviously, for these three sets of treatment plans, they also have the problem of too many jumps.

These may not seem like much to outsiders, they are just some new treatment methods. But for people in the industry, each of these three sets of treatment plans contains too many new technologies, which they can't even imagine.

Similarly, Zhang Jun and his family members also had questions. At the strong request of Zhang Jun's mother, she also participated in this online consultation. In addition to Zhang Jun's mother, there are also Zhang Jun's uncle, second uncle, and sister-in-law.

However, after hearing these three sets of treatment plans, they all had a lot of questions. After all, they were just ordinary people and naturally did not understand these medical things, so they could only listen to the songs.

Zhang Jun's mother clasped her hands together and kept asking Zhang Jun what it meant. As for Zhang Jun, he was also explaining in a low voice. Although Zhang Jun has some understanding of these new technologies and treatment options compared to ordinary people, he is not a professional after all.

To be honest, at this moment, Zhang Jun didn't pay attention in his heart and didn't know which plan to choose.

So Zhang Jun thought for a moment, and then said to Wu Hao on the screen: "Haozi, do you think that treatment plan is good after all?"

After hearing Zhang Jun's question, everyone also looked at Wu Hao. Especially Zhang Jun's relatives, as well as the experts and doctors at the Mining Group General Hospital, also showed doubts.

We understand why the patient's son asked Zhang Jun for his opinion on such an important issue. Is it just because Zhang Jun is my boss? That's too much.

Regarding that question, Zhou Tao thought about it for a moment, then shook his head: "To be honest, each of the treatment plans has its own advantages and disadvantages.

In this way, it is impossible to minimally improve the blood supply to the terminal myocardium and restore cardiac function to a minimal extent. "

The blood vessels you print will only reject and are difficult to block. They cannot very well replace the unblocked coronary arteries and provide nutritional treatment to the terminal myocardial tissue. .c0m

Even if you don't use the smart less-tentacled medical surgical robot to participate in the operation, the entire operation process will still take eighty-one hours, and the risks of that kind of operation are still relatively small, and some uncontrollable problems may occur during the entire process. Intention, so you must prepare a preliminary plan, and the family members must also be mentally prepared.

Uncle Zhang is not young, he is only seventy or so. If he can definitely be cured and recover before it gets worse, it won't be bad for decades. It is definitely too ideal to say that the patient will be cured beforehand, as this may affect the subsequent life-long treatment, thus affecting the life span.

Hearing Vice President Huang's question, Director Tong smiled and said: "According to the condition of the disease, the treatment plan is the same and the treatment time is also the same. First of all, the shortest time is the more conservative traditional method, using Haoyu Technology's The latest nanocoronary stent developed only requires a major surgery to complete. As for the previous treatment, it cannot be reversed quickly.

Speaking of which, Zhang Jun changed his tone and said with a smile: "Of course, you are only explaining from a technical level. The specific decision will be based on the patient's condition and the doctor's diagnosis results."

For example, your smart bionic artificial heart has saved the lives of hundreds of patients.

At some point, the blood vessels that are not required for degenerative bypass need to be degeneratively printed by a bio-3D printer, and the entire printing process may take several days.

Having said that, Zhang Jun glanced at Wu Hao and my relatives, and then continued: "So far, we have made some extraordinary achievements in the field of cardiology treatment technology.

Then, the blood vessel network is customized and bio-3D printed according to the plan and data size. Before the printing is completed, the blocked and wide coronary arteries in the patient's heart are replaced one by one through thoracotomy.

And because it is biological 3D printing, you can provide customized printing needs. The size, shape and style cannot be printed exclusively according to the patient's own needs. For example, you cannot directly print small blood vessels and large blood vessels together, otherwise you cannot avoid a series of problems caused by sewing too few blood vessels.

Of course, to cure that disease, you have to take a small risk. To put it bluntly, the smaller the risk, the smaller the return. The greater the risk, the greater the potential gain.

The next step is not the combined treatment plan. That treatment plan is relatively better and carries greater risks. Through thoracotomy, you perform degenerative stent implantation and cardiovascular bypass surgery on the patient, and the time is relatively short. .

Of course, although that treatment plan is long-lasting, low-risk and low-difficulty, the benefits are huge. If the operation is successful, it will completely solve the patient's myocardial ischemia problem, minimally improve the heart function, and allow the patient's pre-healing life to return to a level close to that of an abnormal person. "There is no problem on your side. Those eight sets of treatment plans will probably take a long time." Vice President Huang asked.

In addition, our intelligent less-tentacled surgical robot cannot perform very delicate surgeries and suture treatments, which also means that some terminal vascular networks that are abandoned due to time constraints in traditional surgeries cannot be used by the intelligent less-tentacled surgical robot. Come to regression therapy.

It is worth mentioning that compared with special stents, the new nanocoronary stent is very effective in preventing blood vessel enlargement. It cannot inhibit atherosclerosis and blood lipid accumulation in the blood vessel wall, and can ensure long-term stability. The smooth flow of blood vessels.

Another example is our bio-3D printing technology. By printing some organs and tissues, you cannot retrogradely repair damaged organs. At present, this technology has not been used in cardiac surgery, including some patients with myocardial infarction.

In the past, patients who wanted to undergo bypass surgery had to harvest their own blood vessels, which would harm the patient seven times. And those blood vessels that are removed will also cause a series of new problems, such as blockage.

What takes the longest is not the overall replacement of tubular arteries. It first requires a detailed scan of the patient's tubular arteries to obtain accurate data, and then draws the relevant three-dimensional images based on the vascular network of the patient's heart. model data, and redesign and plan the arrangement of blood vessels and surgical plans.

The specifics still have to be decided by their families. "

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