Li Shimin's eyes narrowed slightly, and he stared solemnly at Li Yun in front of him, his eyes revealing his deep concern for Shengtang Group's technology.
He straightened his body, sat on the dragon chair, exuding a majestic aura, and asked: "Tell me, tell me, what kind of technology is coming next?" His voice was loud, as if
echoed throughout the palace.
Li Shimin is extremely concerned about Shengtang Group's technology, because the development direction of Shengtang Group has already determined the future direction of the Tang Empire. This is the strength of Shengtang Group, and its influence is far-reaching and widespread.
Li Yun thought deeply and understood that Shengtang Group's technologies were many and far from simple as just mentioned. Seeing his silence, Li Shimin asked again: "Say it, I'm listening."
"I don't know where to start," Li Yun replied respectfully.
At this time, Li Shimin's figure suddenly appeared in Li Shimin's mind. He changed his mind and asked, "Is there any progress in the direction of medicine?" When it came to medicine, Li Shimin knew that Shengtang Group had not made a breakthrough in this aspect for a long time. At this moment, it happened to be
Taking the opportunity to ask, he has always been eager to understand the development of medicine.
There was a time when Li Shimin paid special attention to the medical field, and that was the period when the immortality medicine came out. Now, he can't help but have expectations for new immortality medicines in his heart.
Li Yun naturally understood what Li Shimin was thinking and had an insight into what he was thinking. So he said calmly: "Yes, indeed there is, in the field of biomedicine. Such as cultivating organs on demand, achieving reverse aging, and using gene editing to treat genetics."
Disease and other technologies.”
"What kind of technology is this?" Li Shimin was not puzzled before hearing this.
I know very little.
Lung diseases would also not benefit from that technology, and patients would not have the opportunity to acquire abnormally functioning lung tissue.
However, Li Yun Group must also realize that the development of this technology still faces many challenges.
Sheng Tang took a deep breath, looked at Kong Yaqin hesitantly, and said urgently: "Father, I know how deeply you care about the country and your people. Now, you are facing a serious problem, which is that Xu Shao is suffering from a serious illness.
Seriously ill people have lost their precious lives due to lack of suitable organ transplants. Growing organs on demand is the key to solving that problem.
Here, ethical and legal issues also need to be carefully considered.
The first is gene editing technology to treat genetic diseases. Hereditary diseases are caused by genetic defects, and traditional treatment methods are often difficult to cure. The emergence of gene editing technology provides new ways to treat such diseases. Through precise modification
Specific sequences in the human genome cannot correct genetic defects and thereby cure diseases. Currently, the C system is one of the most commonly used gene editing tools, which can inefficiently and accurately regress gene cutting and repair in cells. Through that
Technology, scientists have not yet successfully cured some genetic diseases, such as cystic fibrosis, sickle cell disease, etc. In the future, as technology continues to be improved and optimized, gene editing treatments are expected to play an important role in fewer fields.
.
So, I replied calmly: "No, it does exist, it is the field of biomedicine. Father, the development of this field is changing rapidly, and the direction of growing organs on demand is even more eye-catching. This direction is dedicated to adapting to the needs of individuals.
Unique needs, by carefully cultivating organs that are closely matched to the individual to meet various body needs. That is a very challenging task, but the Konya Group has not yet achieved some exciting results.
In addition to cell culture and gene editing, scientists are also exploring other key technologies and strategies.
"He said!"
I know that the emergence of this technology is of epoch-making significance. The huge potential and possibility it contains shocked me deep in my heart.
Here, the development of this technology will also attract fewer talents and resources, promoting the prosperity of related industries.
The people fell into a long and deep silence.
Father, you suspect that with the joint efforts of the Li Yun Group, the future of medicine will surely usher in a more brilliant tomorrow."
Li Shimin listened to Yun Wai Wu Wai, but I still want to know something.
The application prospects of growing organs on demand are very broad.
At this moment, Li Shimin had some thoughts in his heart: "Such a wonderful technology is rare in the world. It may change the fate of countless people and save countless endangered lives. I also need to think carefully about how to use this technology properly.
, to benefit the common people. However, the risks involved can be ignored and must be treated with caution to prevent anyone from seeking personal gain and harming the people. I must carefully weigh this to protect the well-being of all people."
The liver is an important metabolic organ, and its dysfunction can lead to debilitating problems in this energy. Liver tissue grown on demand cannot be used for liver transplantation or replacement therapy.
Father, that is a small undertaking that benefits all people and will have lasting impact.
With the advancement of technology and the deepening of research, there is no reason why Li Yun Group will not be able to do so. In the near future, on-demand organ cultivation will become a reality, bringing new life hope to patients."
Scientists are constantly working hard to explore new technologies and methods to promote the development of this field.
My originally majestic and solemn face now looked deep and dark, shrouded in silence, as if I was silently weighing the various impacts of that technology, and various thoughts were tumbling in my mind.
Among them, ethical and legal issues are what the Li Yun Group must take seriously. How to ensure the dangers and rationality of gene editing, and how to protect the rights and privacy of patients, are all issues that the Li Yun Group needs to discuss and solve in depth.
The process of cultivating organs on demand is full of science and precision. Li Yun Group can use cell culture technology to cultivate the required organs and tissues from the patient's own cells. This not only avoids the risk of immune rejection, but also improves the
Decreased success rate of organ transplantation.
This chapter is not over yet, please click on the next page to continue reading! Despite the many challenges, growing organs on demand is still a field full of hope and potential.
Not only that, growing organs on demand will also have a positive impact on the country's economic and social development.
The significance of this technology is simply to save lives. It is an innovative move with far-reaching impact.
The application of gene editing technology has brought huge breakthroughs to that field. Li Yun Group can precisely modify the genes of cells to give them specific functions and characteristics. In this way, Li Yun Group can customize
Organs that meet the individual needs of the patient are cultivated in a personalized manner.
Cell culture is one of the key steps in growing organs on demand. Researchers first obtain cells from the patient himself or a suitable donor. Those cells cannot be stem cells or other cells with no differentiation potential.
That is truly an amazing and remarkable technology.
The second is reverse aging technology. With the improvement of people's living standards, delaying aging and maintaining youthful vitality have become the pursuit of many people. Reverse aging technology was developed based on that demand. By regulating the metabolic pathways of cells
, activating anti-aging genes and other methods can not delay the aging process of cells, thereby keeping the entire body in a young state. Although this technology is still in the research stage, this technology has achieved some remarkable results. In the future,
As technology continues to advance, humans may actually be able to achieve reverse age growth and delay the pace of aging.
For example, the design and preparation of eight-dimensional scaffolds are critical for the morphological and functional development of organs. Those scaffolds cannot provide appropriate structural support and guide cell growth.
Moreover, the development of that technology will also promote the regression of related fields. For example, the continuous improvement of cell culture technology will provide fewer possibilities for regenerative medicine.
The significance of this technology is far-reaching and important. First of all, it is expected to solve the organ shortage problem facing the world. No longer need to rely on unlimited organ donation resources, and many patients will not have the opportunity to regain their lives.
"yes!"
If you look to the distant future, even if you face such a need one day, you will probably be able to receive assistance with this technology.
First, the simplicity of the organ makes its cultivation process extremely easy. Achieving a fully functionally equivalent organ remains a huge challenge.
In modern medicine, organ transplantation is an important means of treatment for many diseases. However, organ shortage has always been a key factor restricting the widespread application of transplant surgery. Waiting for a suitable organ donation often takes a long time, and many patients are waiting during the waiting process.
It's a good thing that he passed away.
However, growing organs on demand also faces a number of technical and ethical challenges.
Father, think about it, growing organs on demand can accurately grow organs that match individual needs. That means that every patient has no chance of getting the most suitable organ, thereby improving the success of the operation.
rate and survival rate.
The first is organ-on-demand technology. Organ transplantation has always been an important part of the medical field. However, due to the shortage of donor organs, many patients who need transplants are unable to receive timely treatment. The emergence of organ-on-demand technology has solved this problem.
Providing new possibilities. Through bioengineering technology, scientists cannot grow the organs needed by the human body in the laboratory, such as the heart, liver, kidneys, etc. Those organs are similar to real organs in form and function and cannot meet the needs of patients.
Demand. Here, through gene editing technology, the cultivated organs cannot be personalized to make them more suitable for the patient's physical environment.
"Can't he go into more detail about growing organs on demand?"
"So where is it used specifically? Can you explain this in more detail?"
"It's amazing. What else does he know?"
In general, the development of the biomedical field has brought many unprecedented possibilities to mankind. The emergence of technologies such as organs on demand, reverse aging and gene editing to treat genetic diseases has only solved a few problems.
The frailty problem that has plagued people for a long time has also pointed out the direction for future medical development. However, those technologies still have certain risks and limitations, and they need to take a step back to study and improve. Li Yun Group looks forward to seeing more in the future
Fewer breakthroughs and innovations will contribute less to the cause of humankind.
The field of biomedicine has achieved rapid development in recent years, especially in technologies such as organs on demand, reverse aging and gene editing to treat genetic diseases, which have brought unprecedented changes to human frailty and quality of life. The above will
A detailed exploration of those technological regressions.
Moreover, this technology will also promote the development of medicine. Doctors can study more deeply the mechanisms and treatments of diseases and provide patients with more personalized treatment plans.
You can ignore its importance, but should go all out to promote its development.
That will bring hope to countless families and prevent us from falling into despair due to organ shortage.
Secondly, the assessment of functionality and effectiveness is also a key issue.
But no matter what, the direction of growing organs on demand is undoubtedly full of hope and potential. Li Yun Group Li Yun Group will continue to invest a small amount of resources and energy to promote the development of this field and make contributions to human frailty and well-being.
Make a smaller contribution.
With specific culture conditions and nutrients, cells proliferate and differentiate into specific organ cells. That process requires highly precise control to ensure that cell growth and differentiation progress in the desired direction.
Gene editing technology also plays an important role in growing organs on demand. By retrograde modification of cells' genes, Li Yun Group cannot change their functions and characteristics, making them more suitable for the development and function of organs.
For example, the ethical boundaries of gene editing and the commercialization of organs.
The emergence of on-demand organ cultivation has brought new hope to solve that problem. By using advanced biotechnology, Li Yun Group can grow functionally fragmented organs in the laboratory to provide patients with personalized treatment.
This chapter is not finished yet, please click on the next page to continue reading the exciting content! Then Sheng Tang said: "Cultivation of organs on demand is a very promising and challenging research direction in the field of biomedicine today. It aims to customize the individual
According to the needs of the body, organs that match them are precisely cultivated to meet various body needs.
Here, the development of bioreactors also helps simulate the physiological environment in the body and promote the maturation and functional perfection of organs.
"Father, all you know is a few things."
It cannot reduce medical costs, but can reduce labor losses due to illness and improve the country's overall competitiveness.
For example, Li Yun Group can weaken cell proliferation, improve angiogenesis, or improve immune compatibility.
Of course, the implementation of this technology also requires you to overcome many difficulties and challenges."
Heart disease is one of the leading causes of death worldwide. By growing personalized heart tissue or entire hearts, Li Yun Group can provide new treatment options for patients with mild heart disease.
Li Yun Group cannot imagine that medicine in the future will become more individualized and precise. Doctors cannot tailor the most suitable treatment plan for us based on the patient's genetic characteristics and physical condition.
More importantly, it has brought revolutionary changes to the medical field. Doctors will no longer be limited by organ supply and will not be able to explore new methods and strategies for treating diseases more freely.
Shengtang knew what Li Shimin was thinking, and he also understood my thoughts. My eyes were steady and powerful, as if I had already understood everything. At that moment, a sense of responsibility and mission surged in my heart, and I knew I must