The first rebel of the Tang Dynasty

Chapter 2375

Li Shimin's eyes were slightly condensed, 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 will be coming next?" His voice was loud, as if echoed throughout the palace.

Li Shimin was extremely concerned about Shengtang Group's technology, because the development direction of Shengtang Group had 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 as simple as just described. Seeing that he was silent, Li Shimin asked again: "Go on, 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. With a change of thought, he 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, he just took 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 couldn't help but have expectations for a new immortality medicine.

Li Yun naturally understood Li Shimin's thoughts and had an insight into what he was thinking. So, he said calmly: "Yes, indeed, it is in the field of biomedicine. Technologies such as growing organs on demand, achieving reverse aging, and using gene editing to treat genetic diseases."

"What kind of technology is that?" Li Shimin was a little confused after hearing this.

There's a lot he doesn't know.

The field of biomedicine has achieved rapid development in recent years, especially in technologies such as on-demand organs, reverse aging and gene editing to treat genetic diseases, which have brought unprecedented changes to human health and quality of life. These technologies are discussed in detail below.

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 transplantation cannot receive timely treatment. The emergence of organ-on-demand technology provides new possibilities for solving this problem. Through bioengineering technology, scientists can grow organs needed by the human body in the laboratory, such as heart, liver, kidney, etc. These organs are morphologically and functionally similar to real organs and can be adapted to meet the patient's needs. In addition, through gene editing technology, the cultivated organs can also be personalized to make them more suitable for the patient's physical environment.

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 this need. By regulating the metabolic pathways of cells and activating anti-aging genes, the aging process of cells can be delayed, thereby keeping the entire body young. Although this technology is still in the research stage, it has already achieved some impressive results. In the future, with the continuous advancement of technology, humans may actually be able to achieve reverse age growth and delay the pace of aging.

Finally, there is gene editing technology to treat genetic diseases. Hereditary diseases are caused by genetic defects and are often difficult to cure with traditional treatments. The emergence of gene editing technology provides new ways to treat such diseases. By precisely modifying specific sequences in the human genome, genetic defects can be corrected, thereby curing diseases. Currently, the C system is one of the most commonly used gene editing tools, which can efficiently and accurately perform gene cutting and repair in cells. Through this technology, scientists have successfully cured some genetic diseases, such as cystic fibrosis, sickle cell disease, etc. In the future, with the continuous improvement and optimization of technology, gene editing treatments are expected to play an important role in more fields.

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 not only solved many health problems that have long plagued people, but also pointed the way for future medical development. However, these technologies still have certain risks and limitations and require further research and improvement. Shengtang Group looks forward to seeing more breakthroughs and innovations in the future and contributing more to human health. .

Li Yun knew what Li Shimin was thinking, and even more clearly understood his intentions. His eyes were calm and firm, as if he had already understood all this. At this moment, a sense of responsibility and mission surged in his heart, and he knew he had to give an accurate and detailed answer.

So, he replied calmly: "Yes, it does exist, and it is the field of biomedicine. Father, the development of this field is rapid, and the direction of cultivating organs on demand is even more eye-catching. This direction is dedicated to cultivating organs based on individual needs." Unique needs, by carefully cultivating organs that are highly matched to the individual to meet the needs of various bodies. This is an extremely challenging task, but Shengtang Group has achieved some exciting results.

The process of growing organs on demand is steeped in science and precision. Shengtang 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 success rate of organ transplantation.

The application of gene editing technology has brought huge breakthroughs to this field. Shengtang Group can precisely modify the genes of cells to give them specific functions and characteristics. In this way, Shengtang Group can customize organs that meet the individual needs of patients.

The implications of this technology are far-reaching and significant. First, it promises to solve the organ shortage problem facing the world. No longer needing to rely on limited organ donation resources, countless patients will have the opportunity to gain a new lease on life.

More importantly, it brought revolutionary changes to the medical field. Doctors will no longer be limited by organ supply and will be freer to explore new methods and strategies for treating disease.

Shengtang Group can imagine that medicine in the future will become more individualized and precise. Doctors can tailor the most suitable treatment plan for patients based on their genetic characteristics and physical condition.

Moreover, the development of this technology will also promote progress in related fields. For example, continued improvements in cell culture technology will provide more possibilities for regenerative medicine.

However, Shengtang Group must also be clearly aware that the development of this technology still faces many challenges.

Among them, ethical and legal issues are what Shengtang Group must take seriously. How to ensure the safety and rationality of gene editing and how to protect the rights and privacy of patients are all issues that Shengtang Group needs to explore and solve in depth.

But in any case, the direction of growing organs on demand is undoubtedly full of hope and potential. Shengtang Group Shengtang Group will continue to invest a lot of resources and energy to promote the development of this field and make greater contributions to human health and well-being.

Father, I believe that with the joint efforts of Shengtang Group, the future of medicine will usher in a more brilliant tomorrow. "

Li Shimin was confused after what he heard, but he still wanted to know something.

"Could you elaborate more on growing organs on demand?"

"Father, what I know here is just a few things."

"you say!"

"Yes!"

Then Li Yun said: "Cultivation of organs on demand is a very promising and challenging research direction in the field of biomedicine today. It aims to accurately cultivate matching organs according to individual needs to meet various body needs." need.

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 use of transplant surgery. The wait for a suitable organ donation often takes a long time, and many patients unfortunately die while waiting.

The emergence of growing organs on demand brings new hope to solve this problem. By utilizing advanced biotechnology, Shengtang Group is able to grow fully functional organs in the laboratory to provide patients with personalized treatments.

Cell culture is one of the key steps in growing organs on demand. Researchers first obtain cells from the patient themselves or from a suitable donor. These cells can be stem cells or other cells with differentiation potential.

With specific culture conditions and nutrients, the cells begin to proliferate and differentiate into specific organ cells. This process requires highly precise control to ensure that cells grow and differentiate in the desired direction.

Gene editing technology also plays an important role in growing organs on demand. By modifying the genes of cells, Shengtang Group can change their functions and properties to make them more suitable for the development and function of organs. For example, Shengtang Group can enhance cell proliferation, improve angiogenesis, or improve immune compatibility.

In addition to cell culture and gene editing, scientists are exploring other key technologies and strategies.

For example, the design and preparation of three-dimensional scaffolds are critical for the morphological and functional development of organs. These scaffolds can provide appropriate structural support and guide cell growth.

In addition, the development of bioreactors can also help simulate the physiological environment in the body and promote the maturity and function of organs.

The application prospects of growing organs on demand are very broad.

Heart disease is one of the leading causes of death worldwide. By growing personalized heart tissue or whole hearts, the company could provide new treatment options for patients with severe heart disease.

The liver is an important metabolic organ, and its dysfunction can lead to serious health problems. Liver tissue grown on demand could be used for liver transplantation or replacement therapy.

Lung diseases could also benefit from this technology, and patients would have the opportunity to obtain functioning lung tissue.

However, growing organs on demand also faces many technical and ethical challenges.

First, the complexity of the organ makes its cultivation extremely difficult. Achieving a fully functionally equivalent organ remains a huge challenge.

Secondly, the evaluation of safety and effectiveness is also a key issue.

In addition, ethical and legal issues also need to be carefully considered.

For example, the ethical boundaries of gene editing and the commercialization of organs.

Despite the many challenges, growing organs on demand remains a field full of promise and potential.

Scientists are constantly working hard to explore new technologies and methods to advance the development of this field.

With the advancement of technology and in-depth research, Shengtang Group has reason to believe that in the near future, on-demand organ cultivation will become a reality, bringing new hope to patients. "

"It's amazing. What else do you know?"

Li Shimin asked.

"So where is it used specifically? Can you explain it in more detail?"

Li Yun took a deep breath, looked at Li Shimin firmly, and said slowly: "Father, I know how deeply you care about the country and your people. Today, we are facing a serious problem, that is, many people are seriously ill. People have lost their precious lives due to lack of suitable organ transplants, and cultivating organs on demand is the key to solving this problem.

The significance of this technology goes beyond saving lives. It is an innovative move with far-reaching impact.

Father, think about it, growing organs on demand can accurately grow organs that match individual needs. This means that every patient has the opportunity to receive the organ that is most suitable for them, thus improving the success rate of surgery and survival rate.

This will bring hope to countless families and prevent them from falling into despair due to organ shortage.

Moreover, this technology will also advance the development of medicine. Doctors can conduct more in-depth research into the mechanisms and treatments of diseases and provide patients with more personalized treatment plans.

Not only that, growing organs on demand will also have a positive impact on the country's economic and social development.

It can reduce medical costs, reduce labor losses due to illness, and improve the country's overall competitiveness.

In addition, the development of this technology will also attract more talents and resources and promote the prosperity of related industries.

Father, this is a great undertaking that benefits all people and will have lasting impact.

We cannot ignore its importance but should go all out to promote its development.

Of course, the implementation of this technology also requires us to overcome many difficulties and challenges. "

Shimin fell into a long and deep silence.

His originally majestic and solemn face looked particularly deep under the shroud of silence at this moment, as if he was silently weighing the various impacts of this technology in his heart, and various thoughts were tumbling in his mind.

This is truly an amazing piece of technology.

He knew that the emergence of this technology was of epoch-making significance, and the huge potential and endless possibilities it contained shocked him deep in his heart.

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.

At this moment, Li Shimin had some unique thoughts in his heart: "Such a wonderful technology is really 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 cannot 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."