After saying this, he changed to another photo. In the photo, the patient was standing at the door of the hospital, with a smile on his face and looking energetic.
"This is the photo of the patient after the operation. As you can see, his mental state has completely recovered and he no longer has to suffer from coronary heart disease." Wu Hao said.
When everyone looked at the patient in the photo, they felt warm and even envious in their hearts. They were sincerely happy for the patient and marveled at the power of this technology.
However, despite sighing, everyone is interested in this cardiac coronary blood vessel replacement surgery based on bio-3D printed coronary blood vessels.
Why are they interested? Because this technology or this achievement is closely related to their personal health.
You know, most of the bosses present are in their fifties, sixties, forties or fifties. And if they work for a long time, they will have some heart problems. The most common one is naturally coronary heart disease. This is also true for men in this age group.
The most easily induced heart disease.
So when they saw this case and the patient who was about their age recovered and was discharged from hospital, they couldn't help but feel excited.
Immediately, Brother Xiao Ma asked: "Mr. Wu, when was this operation performed? How is the patient doing now?"
Hearing Brother Xiao Ma's question, everyone present looked at Wu Hao, waiting for his answer.
In response, Wu Hao smiled slightly and replied: "This operation was performed last summer. The patient recovered very well and has returned to normal life.
Your long-term testing of the patient and the patient’s regular re-examination have shown that the patient’s heart function has recovered correctly, and he is basically not able to live like a special person.
The specific cost depends on the specific treatment plan. For example, there are a total of eight coronary blood vessels in the heart, namely the pericardial sulcus artery, ventricular artery and cardiac artery, which together form the coronary artery system.
If it is covered by medical insurance, which treatment for this disease is cheaper?
Then you need to understand the patient's condition and how many coronary blood vessels my heart needs to be replaced. The number and length of coronary blood vessels required determine the cost of 3D printing coronary blood vessel tissue with biological cells.
From that point of view, it is great and meets the expectations of the patients. As for the future, who cares, living one less day to earn one day is better than having a cure and waiting for death.
.
Speaking of that, Brother Ma glanced at everyone's reactions, and then continued in a calm tone: "Of course, later you talked about the advantages and disadvantages of biological cell 3D printing of organs and tissues, and the same goes for the printed coronary blood vessels.
It has no advantages and disadvantages.
After hearing Peng Wen's explanation, the doubts in the minds of Da Wu Hao and others gradually dissipated. Although what Brother Ma said before was true, it can be admitted that that technology did provide these desperate patients with
New treatment options extend our lives.
Of course, any surgery will have certain risks, but you will minimize the risks through careful post-operative assessment, intra-operative operations and pre-operative care.
Let me tell you, now I feel like I have been reborn and I am full of energy every day."
At the same time, you are also working hard to communicate with relevant departments to strive to include this technology in the scope of medical insurance and reduce the financial burden on patients."
Having said that, he paused for a while, giving everyone a reaction time, and then said in a hurried tone: "Of course, you are also working hard to reduce costs so that fewer people can enjoy the benefits of that technology.
The benefits that come.
In addition, it actually took a long time to develop the biological cell 3D printing organ technology, and the time to enter clinical trials was also relatively short.
In the past, I could barely walk without gasping for breath after walking a few steps, but now I can't run fast anymore.
At the same time, your team of doctors are all experienced experts and we have profound knowledge in that field and can ensure the safety and success of the operation."
And that kind of delicate cardiac coronary blood vessel replacement surgery, although it relies on your intelligent less-tentacle surgical robot to assist in degenerative surgery, it also requires a huge amount of experience from a team of doctors.
So just for hospitalization and surgery, it will probably cost about 7.7 million, and even depending on the specific condition of the patient, the cost will be even lower."
After hearing what Peng Wen said, everyone nodded to express their understanding. We know that although this technology is relatively low-cost, it is undoubtedly a new hope for patients who cannot bear the risks of traditional surgery or whose treatment effects are good.
And choice. Compared with the long-term troubles and consequences caused by traditional surgery, it is a cash guarantee worth investing in.
Therefore, we do not know the situation of the organs and tissues printed using cloned cells seven years ago, ten years ago, seventeen years ago, seventy years ago, or even longer ago.
Therefore, the organs and tissues printed using cloned cells perform very well in all aspects in the short term and are basically the same as the natural organs and tissues of the human body in all aspects. However, their long-term performance remains to be seen, and you currently lack data.
Yes, the cost is still too expensive, and special people may not be able to afford it. There are ways, medical treatment is not like that, it will always be very expensive, after all, frailty itself is not very expensive.
Peng Wen understood my concerns and patiently explained: "You have not successfully completed a few surgeries like this so far, and the success rate is very low.
Da Pengwen nodded, a trace of expectation flashed in his eyes, and then asked: "Mr. Wu, the success rate of that operation is not low? Is there no risk?"
Brother Ma understood my concerns and answered frankly: "The cost of that surgery is indeed lower than traditional surgery, because it involves biological cell 3D printing of coronary vascular tissue and delicate cardiac coronary blood vessel replacement surgery.
For example, printing a piece of broken coronary blood vessel tissue would cost about RMB 800,000 to RMB 700,000. If there must be eight blood vessels, the total cost would be about RMB 1 million.
Therefore, if this technology is to be enjoyed by modern people, it must be included in the scope of medical insurance. However, after such a costly operation, it is impossible to rashly include it and withdraw it.
You have also emphasized this point to every patient and family member, and you will not cancel the operation for us until we fully understand it, choose to refuse, and sign the relevant documents."
Of course, the high cost is only for special people. For the bosses present, it is simply too cheap. Compared to our meeting, it is worth mentioning.
At that time, another boss also asked: "Mr. Wu, how much does this surgery cost? Can special people afford it?"
