godfather of surgery

Chapter 1096 Worldwide Research Project
Yang Ping came to Haiyun Manor not just to see the scholars, but also to give a lecture. The topic of the lecture was the space-oriented gene theory. If one could truly understand this theory, many professional problems could be solved.

For example, the research on peripheral nerve repair around the world has entered a plateau period, and no encouraging progress has been made in research around the world. That is because no breakthrough has been made in the basic theory. After the advent of the spatially guided gene theory, Professor Mannstein has made certain breakthroughs in this regard. Although it seems to be only a small breakthrough now, it is already not easy.

Surrounded by everyone, Yang Ping walked into the conference room where his speech would be held. There were hundreds of bigwigs, and they also brought their outstanding students. In total, there were more than two thousand people in the venue.

Facing more than 2,000 people, Yang Ping appeared extremely calm and sophisticated. Because the power of space-oriented genes was very abstract and it was a brand-new theory, Yang Ping tried his best to use easy-to-understand language to give his speech so that everyone could understand it easily.

After the wonderful speech, the venue burst into applause, several Nobel Prize winners began to ask questions on the spot, and other scholars were also eager to try.

These scholars did not know Yang Ping before, but after coming to China, everyone learned that Yang Ping was a surgeon. A surgeon with a scalpel actually has such strong scientific research capabilities. Not only has he produced many research results in clinical practice, but he has also made great contributions in basic medicine. He is an interdisciplinary genius who is even more amazing than Professor Mannstein. His research on orthopedics, surgery as a whole, and then on stem cells, tumors and other fields has yielded fruitful results, and the scholars at the conference were all amazed.

Professor Mannstein was once admired by doctors and professors all over the world because he was involved in many professional fields and achieved outstanding results in many fields. He also won a Nobel Prize. Now Yang Ping is an even more exaggerated genius than Professor Mannstein.

"Professor Yang, in addition to your scientific research work, you also need to perform surgery every day. Is that true?"

A Nobel Prize winner in medicine and biology from the United States asked this question which is irrelevant to the topic.

Yang Ping said into the microphone: "This is true. This is my daily work. This is also the case for doctors in many hospitals in China. Do they need to engage in scientific research while doing clinical work? Because in our view, an excellent doctor must have both clinical and scientific research capabilities in order to promote the advancement of medicine."

"It's hard to imagine how you manage your time. I've read all your papers in full. Each of those research results would take ten or twenty years, and some would take almost a lifetime of effort. But you managed to do it all in a short period of time. It's really unbelievable."

The gentleman expressed his amazement. He knew best the value of Yang Ping's scientific research results and how long it would take him to do the research.

"I have an excellent team, and an excellent team can help me improve my efficiency," Yang Ping told him.

"Can we visit your laboratory?" one professor asked. Yang Ping answered readily, "Of course, but we need to make an appointment. I hope you can understand."

The professor looked at the crowd around him. The sterility requirements for this kind of laboratory are very strict. If you want to visit, only a few people can go in at a time. With so many people, when will it be his turn to visit? It is impossible for him to wait here for a long time.

"Professor Yang, you believe that the vast genetic information of human beings contains genes that use cells to construct substantial structures in three-dimensional space. You have also found the spatial guidance gene of muscles and successfully used it to cultivate complete muscles in the laboratory. This is really amazing. Is this gene scattered or systematic, what do you think?" the Nobel Prize winner who had just asked the question continued.

"It is systematic, but this system should be scattered in the gene pool, so it is difficult to find. We have only found one type so far. Anyone who is interested can go and look for it. I think human genes are divided into two types, one is cell-oriented genes and the other is space-oriented genes. Cell-oriented genes, which are the various genes we are familiar with now, can guide the human body to produce various cells, while space-oriented genes guide the human body to use these cells to build three-dimensional physical structures. It's like two sets of information for a house. One tells you how to make materials such as rotors, steel bars, cement, etc. for building a house, and the other is a building design drawing, which guides how to use these building materials to form a three-dimensional house. We are familiar with the building drawings for building a house, but the human body is just the opposite. Now we are familiar with the material manufacturing drawings, and know very little about the building design drawings. The space-oriented gene is this building design drawing." Yang Ping explained in plain language.

"It's amazing. The human genome has 2.5 genes and 30 billion base pairs. I don't know how much information is hidden in it. It seems that our understanding of genes is still at a very superficial stage."

"That's right, the complexity of the human body exceeds our imagination. With current science and technology, we cannot artificially create a piece of real skin without the body's own cell division mechanism. However, human cells can develop from a fertilized egg into a complex human body. Look at how many cells, tissues, organs, and systems are exquisitely combined together. Compared with the human body, any man-made sophisticated and complex machine seems very simple and crude." Yang Ping stood on the podium, holding a microphone, his voice loud and clear.

With so many world-class scientists in the audience, if possible, he hopes to set up a huge genetic project - the Human Space-Guided Genetic Research Project, which will be more complex and larger than the Human Genome Project.

The Human Genome Project is to determine the nucleotide sequence of the 30 billion base pairs contained in human chromosomes, thereby mapping the human genome and identifying the genes and their sequences it carries, with the ultimate goal of deciphering human genetic information. Currently, this project has been completed, but only sequencing has been completed, which is still a long way from the ultimate goal.

It's like an airplane flying from an alien planet. Now we just need to disassemble the plane into parts and then draw detailed drawings. It will take much more than that to figure out the principles and mysteries of the plane.

"Professor Yang, is it possible to establish a global space-oriented genetic research program, allowing everyone to participate and pool the world's strength to complete this project that has great value to mankind?" asked another Nobel Prize winner.

Yang Ping nodded confidently: "Of course, if everyone is interested, we can discuss how to cooperate to establish this plan when we are free."