After listening to Director Tong's introduction, Vice President Huang, Director Bai and a group of doctors in the video began to discuss in low voices. Obviously, they also had the problem of overshooting these three sets of treatment plans.
Maybe to outsiders, these are nothing, just some new treatment methods. But to people in the industry, each of these three sets of treatment plans contains too many new technologies.
unbelievable.
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 were also Zhang Jun’s uncle and second uncle.
, my sister-in-law and the others.
However, after hearing these three sets of treatment plans, they all had a lot of questions. After all, they were just ordinary people, so naturally they didn't 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. Zhang Jun was also explaining in a low voice. Although Zhang Jun had some understanding of these new technologies and treatment options compared to ordinary people,
But 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?"
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.
They didn't understand why the patient's son asked Wu Hao for his opinion on such an important issue. Was it just because Wu Hao was his boss? This was too much.
Regarding this question, Wu Hao thought for a moment, then shook his head: "To be honest, each of these treatment plans has its own advantages and disadvantages.
Uncle Zhang is not very old, only over fifty. If he can be cured and the recovery is good, he still has several decades to go. If the recovery is not ideal, it may affect the subsequent
Life therapy, thus affecting life span.
Of course, if you want to cure this disease, you must take a lot of risks. To put it bluntly, the greater the risk, the greater the return. The smaller the risk, the smaller the return may be.
The specifics still have to be decided by your family members."
Having said this, Wu Hao glanced at Zhang Jun and his relatives, and then continued: "For now, we have also achieved many good results in the field of heart disease treatment technology.
For example, our intelligent bionic artificial heart has saved the lives of hundreds of patients.
Another example is our bio-3D printing technology. By printing some organ tissues, we can repair damaged organs. Currently, this technology has also been used in cardiac surgery, including some patients with myocardial infarction.
In the past, these patients had to harvest their own blood vessels if they wanted to undergo bypass surgery, which would cause secondary harm to the patients. Moreover, these removed blood vessels would also cause a series of new problems, such as blockage.
The blood vessels we printed not only do not reject, but are also not easy to block. They can very well replace blocked coronary arteries and provide nutrient treatment to the terminal myocardial tissue.
And because it is biological 3D printing, we can provide customized printing needs. It can be printed exclusively according to the size and shape of the patient's own needs. For example, we can directly print large blood vessels and small blood vessels together, so that we can avoid unnecessary
A series of problems caused by multiple sutures of blood vessels.
In addition, our intelligent multi-tentacle surgical robot can perform very precise surgeries and suture treatments. This also means that some terminal vascular networks that are abandoned due to time constraints in traditional surgeries can also be used by the intelligent multi-tentacle surgical robot.
for treatment.
In this way, the blood supply condition of the terminal myocardium can be greatly improved and the heart function can be restored to the greatest extent."
At this point, Wu Hao changed his tone and said with a smile: "Of course, I am only explaining it from a technical level. The specific decision depends on the patient's condition and the doctor's diagnosis results."
We have a question here, how long will these three treatment plans take? Vice President Huang asked.
Hearing Vice President Huang's question, Director Tong smiled and said: "Depending on the condition of the disease, the treatment time of different treatment plans is also different. First of all, the shortest time is the more conservative traditional method, which is developed by Haoyu Technology.
The latest nanocoronary stent only requires about an hour of surgery to complete. As for subsequent treatment, this can be done slowly.
It is worth mentioning that compared with ordinary stents, this new type of nanocoronary stent can effectively prevent the occurrence of vascular stenosis. It can inhibit atherosclerosis and blood lipid accumulation in the blood vessel wall, and can ensure the health of blood vessels for a long time.
Smooth.
Next is the combined treatment plan. This treatment plan is relatively simple and has low risks. Through thoracotomy, we perform stent implantation and cardiovascular bypass surgery on the patient, and the time is relatively short.
But there is one thing, that is, the blood vessels required for bypass need to be printed by a biological 3D printer, and the entire printing process may take several days.
The longest one is the overall replacement plan for tubular arteries. It first requires a detailed scan of the patient's tubular arteries to obtain accurate data, and then draws a relevant three-dimensional model based on the blood vessel network of the patient's heart.
data, and redesign and plan the arrangement of these blood vessels and the surgical plan.
These blood vessel networks are then customized and 3D printed according to the plan and data size. After the printing is completed, the blocked and narrowed coronary arteries in the patient's heart are replaced one by one through thoracotomy.
Even if we have the most advanced intelligent multi-tentacle medical surgical robots involved in the operation, the entire operation will take six or seven hours, and the risks of this kind of operation are still relatively high. Some uncontrollable accidents may occur during the entire process.
Therefore, we must prepare backup plans, and the family members must also be mentally prepared.
Of course, although this treatment plan is time-consuming, risky, and difficult, it offers huge benefits. If the operation can be successful, it will completely solve the patient's myocardial ischemia problem, greatly improve the heart function, and allow the patient to
After recovery, life returns to a level close to normal.”