Chapter 921 Relearning Mathematics, Physics and Chemistry
More than 90% of the high-end equipment in the laboratory is imported. This is not only the laboratory of Sanbo Hospital, but also the entire country. High-end experimental instruments are firmly controlled by Europe and the United States, and the supporting parts are supplied domestically.
It’s hard to find manufacturers, let alone complete machine manufacturers.
To develop science and technology, experimental instruments and equipment are tools. Without these experimental equipment, the development of science can only be a fantasy. Most of the scientific research achievements of current Nobel Prize winners are achieved by these cutting-edge tools.
Therefore, cutting-edge laboratory instruments and equipment are an extremely important link in the development of science and technology. Blocking this link is equivalent to blocking the neck of scientific research.
At this time, all high-end machines in the Stem Cell Laboratory, Oncology Laboratory, and Skin Amplification Research Laboratory of Sanbo Hospital were turned into a pile of scrap metal, and the experiment had to be terminated.
Things were a bit sudden. Tang Shun had no idea what was going on. He thought his experimental equipment was malfunctioning. However, when he discovered that not one piece of equipment was on strike, but all the equipment was on strike, he realized the seriousness of the situation.
There are ongoing experiments in all three laboratories. Once the computer crashes, not only the experiments cannot be carried out, but also the cells in the ongoing experiments will die or lose control due to the loss of various set experimental conditions.
When Tang Shunzheng was about to report to Yang Ping, Huang Jiacai from Ruixing Medical called and explained the situation: This is the system of the experimental equipment supplier to remotely destroy the machine, and asked them not to panic and take immediate measures to protect the experimental cells. Ruixing's engineers
The team immediately entered the laboratory to re-flag the software, which took about a week. After the re-flashing, all machines could work again.
However, the software developed by ourselves may have some minor problems, and it will not be as smooth as the previous software. However, the engineering team will leave people on standby 24 hours a day to deal with minor problems at any time and correct the problems in the software.
Yang Ping received this news without much surprise. He knew that this day would come sooner or later. If the competition reached a certain level and tampered with other people's cheese, these people would naturally reveal their prototypes. At that time, it was an expedient solution to use imported instruments and equipment and develop it by yourself.
These high-end equipment take time. When no domestic equipment is available, imported equipment can be used normally. Imported equipment must be used for laboratories. There is no other choice.
But Yang Ping knows that relying on others to build these basic things is like building a high-rise building on the beach and may be destroyed by others at any time.
Now that day has arrived, fortunately, Ruixing Medical already has an alternative self-developed product available. Although it is not very good, it can finally ensure that the experiment can proceed normally.
In 2018, a Bruker NMR instrument at the Peking University Nuclear Magnetic Resonance Center malfunctioned. Peking University sent a post-sales request to the foreign manufacturer of the instrument. However, the manufacturer was extremely arrogant. They had to sign and pay 230,000 yuan in labor costs before starting work.
Maintenance preparation, and this 230,000 yuan is only a door-to-door fee, not including maintenance costs. Regardless of whether it can be repaired, the labor cost of 230,000 yuan will not be refunded, and subsequent maintenance fees will be added based on the difficulty of the repair.
Faced with this unreasonable request, Peking University angrily announced that it would terminate its cooperative relationship with Bruker. However, the machine still needed to be repaired. Peking University later gathered top talents in relevant majors across the country to conduct research. It took a long time, but in the end it was not possible to repair the problem.
Taiwan magnetic resonance, and Peking University found that not only did there not be a complete machine manufacturer in China, but there were also no parts manufacturers. In the end, the machine had to be idle.
If there was no response plan in advance, Yang Ping might be in an embarrassing situation now, without experimental equipment for experiments.
Fortunately, Huang Jiacai is a very far-sighted person. The funds accumulated during this period were not squandered. Every penny was invested in these basic research and development, plus a large amount of funds from sister companies such as Anning Group, Guo Group, Changxin Mining, etc.
To support, Mr. Huang gathered top talents at home and abroad to establish five research institutes in Imperial Capital, Magic Capital, Nandu, Wuhan, and Chongqing. The projects they researched were all basic neck-locking technologies, such as laboratory instrumentation and equipment.
The hard work pays off. Through various efforts, Ruixing has systematically mastered the software and hardware technologies of these basic devices. Although it is only a preliminary grasp at present, it is better than nothing and better than useless.
Technically, it is impossible to overtake on a curve. We can only solve it bit by bit, step by step.
The technical threshold for high-end experimental instruments is very high. For the research on experimental equipment software systems, Huang Jiacai gathered more than 6,000 outstanding software engineers and spent countless days and nights to overcome the problems. The software he wrote has not yet been imported into the machine.
It is easy to use. After all, in the initial stage, it has not been tested by the market for a long time. It is inevitable that there will be too many small problems.
The same goes for hardware equipment, which involves many precision parts and cutting-edge technologies. These technologies cannot be fake in the slightest and can only be studied and mastered bit by bit.
After all the technical problems are solved, it is put together to form a complete machine.
The instruments and equipment that have just been manufactured are definitely not as useful as mature imported products, but at least they fill the gaps. There is always a process from scratch, from rough to fine.
Ruixing's team of engineers take turns to work on shifts and flash the machine 24 hours a day. The software flashing must be carried out one by one. After the flashing is completed, the adaptation situation must be checked and various debuggings must be carried out. If it goes well, it will be fine. If something goes wrong, it will be fine.
Even if everything goes well, we still need to find out the cause and then solve the problem.
The engineers forgot all about food and sleep, and spent five days finishing all the machines in the three experiments.
Yang Ping saw that the pile of hundreds of millions of scrap metal in the laboratory could be put into operation again. All the engineers' eyes turned red, remembering Professor Zhang Zongshun's words: Science has national boundaries.
At that time, some people cited some counter-examples. Professor Zhang Zongshun said that even in the cruel World War II, some examples of the brilliance of humanity on both sides of the war could be cited. But can these examples show that World War II was not cruel?
This chapter is not finished yet, please click on the next page to continue reading the exciting content! Just because you can find a ring in a garbage dump, it does not mean that the ring was produced in the garbage dump. This is a case study, not common sense.
After brushing the laboratory instruments here, the engineers have to go to the Digital Medicine Laboratory and Genetics Laboratory of Nandu Medical University. All the machines there also crashed and cannot be used, because these two laboratories belong to Yang Ping's project.
Partner.
Tang Shun was relieved when he saw that all the instruments and equipment had restarted. Otherwise, without these equipment, all experiments would have to be stopped. Tang Shun tried it and found that the domestic software was actually not that bad, and it was more convenient in many places.
It is convenient and very consistent with the usage habits of Chinese people.
Flashing crashed laboratory instruments is only the first step. Next, independent equipment will slowly replace imported equipment.
But after all, it is the first generation product and is not very stable, so it cannot completely replace the original product. We can only wait for the new machine to be continuously improved during use, and then completely replace the old machine.
This time, the computer was suddenly locked by the other party. The laboratory must have suffered some losses. The ongoing experiment must be restarted because unexpected factors appeared during the experiment. Many factors that were originally controllable or constant are now out of control or have changed. This has led to
There will be huge deviations in experimental data.
The experiment is rigorous, and any deviation will lead to the failure of the final experiment.
For Yang Ping, this difficulty is nothing for the time being. Although it has a slight impact, it is only insignificant. It is just wishful thinking to use this method to slow down his research speed.
Yang Ping originally focused on medical research and did not pay much attention to these research tools. If he wanted to do his job well, he must first sharpen his tools. Now he had to force him to devote part of his energy to studying these biological and medical research tools.
The main body of Yang Ping's knowledge structure is medical knowledge. In order to solve the current difficulties, Yang Ping began to read a lot of books on mathematics, physics, chemistry, etc. He decided to accumulate some knowledge on experimental instruments. If he could develop new ones
Instrument hardware and software may be able to greatly improve your scientific research capabilities.
As your knowledge broadens, your scientific research horizons will naturally broaden, and your understanding of scientific research will also improve.
He had never thought about this problem before, but now he had to face it.
In the system space, these experimental equipment are not subject to any restrictions. As long as they are available on the earth, they can all be purchased with points, unlike in reality where they are suppressed by these capital giants.
Yang Ping entered the system space. He spent a lot of points to buy a lot of equipment, and then started disassembling them one by one in the system space, measuring and inspecting the parts one by one. It was nothing more than measuring the size of the parts and testing the materials of the parts.
Regarding the software of the experimental instruments, he read the code line by line. It seemed that Yang Ping felt that his learning ability was getting stronger and stronger after training in the system space.
living comfortably without anybody's help!
If the international giants hadn't done this, how could Yang Ping have spent the energy to relearn mathematics, physics, and chemistry, and spend time studying experimental instruments and equipment? Isn't this forcing himself to upgrade his knowledge?
---
In the morning, Yang Ping finished the operation and hurriedly finished his meal at noon.
In the afternoon, there was an academic meeting at Nandu Medical University to discuss the prospects of stem cell research. This academic meeting was aimed at young doctors. The participants were young doctors from well-known universities at home and abroad. Yang Ping was arranged to give a half-hour speech on space orientation.
Gene theory is explained.
At two o'clock in the afternoon, Yang Ping arrived at Nandu Medical University on time. His lecture time was at 2:30. He was afraid of traffic jams, so he arrived half an hour early. At this time, President Rao personally came to pick up Yang Ping, accompanied by Professor He.
Professor He accompanied Yang Ping into the venue. When it was Yang Ping's turn to give a speech, Yang Ping explained spatial guidance genes in a simple and easy-to-understand manner.
Space-oriented genes are like the theory of relativity in physics. Not many people can really understand it, especially young people.
"The development process of our human body is very wonderful. It started out as just a fertilized egg. It took ten months for this fertilized egg to develop into a complex human body in the mother's womb. We have always taken such a complex thing for granted.
Things, but have you ever thought about it, the basic job of a fertilized egg is cell division. It divides continuously, and countless cells develop in different directions. We have already had a glimpse of the mystery, such as the ability to use stem cells to directionally cultivate primary cells.
There are many types of cells, but we have overlooked one point. During the process of the fertilized egg developing into the human body, why do countless cells automatically build a three-dimensional structure and finally form a complex human body? Why can it complete such a complex and huge work?
Everything is hidden in our genes, and the gene responsible for building cell space is the space guidance gene. Without it, cells would not know where they should appear and how to hold hands with their neighboring partners."
Yang Ping gave a brief summary of his theory, and the venue was completely silent, because probably no one could really understand everything.
At this time, a young female doctor stood up and asked questions.
"Professor Yang, I am Li Yingtong, a Ph.D. in stem cell research at Harvard University. I have been thinking about how spatial guidance genes guide cells to achieve spatial configuration. How does it achieve this goal? That is, what methods or tools it uses, Yang
The professor's paper mentioned that it has a complex positioning system, such as the exchange of information between cells. For example, the cells themselves have similar magnetic poles. Another cell will sense this magnetic pole and then find its own position according to the predetermined direction.
, and establish a corresponding connection with the cell. What I am very puzzled about is how the cell can avoid making mistakes in such a huge project. Such positioning of neighboring cells belongs to chain positioning. Once an error occurs, the error will continue.
, In reality, our fetuses may have malformations of one kind or another, but it is rare for a fertilized egg to develop into a non-fetus."
This chapter is not finished yet, please click on the next page to continue reading the exciting content! This PhD from Harvard University has an Asian face and speaks very fluent Chinese. He should be Chinese, about 1.7 meters tall and dressed in
Wearing a light yellow T-shirt and blue and white jeans, his facial skin is fair and rosy, his appearance and figure are absolutely top-notch, and his voice is also extremely nice.
The questions she raised were not superficial at all, they were very profound. It can be said that if she were not one of the few people who could understand the space-oriented gene theory, she would not be able to ask such profound questions.
If it were anyone else, their eyes would definitely light up.
But Yang Ping is a person who has experienced countless years in the system space. Similar to the immortal in "The Man from Earth", countless operations and experiments in the system space have made his mentality completely different from ordinary people.
"This is when cells are building space, they have an error correction mechanism that is close to God's vision. This error correction mechanism uses some kind of feedback correction mechanism to detect the cells after they are built. Once an error is found, it will check the subsequent
Cell construction is corrected to terminate erroneous chain transmission. The entire cell construction of the human body is like building a house. The entire human genetic map is like a detailed house drawing. It includes not only structure but also function, and space-oriented genes are workers holding the drawings.
They must send each brick to a predetermined position and form a precise relative position with adjacent bricks so that the entire house can be built. The error correction mechanism is the quality supervisor, who corrects errors immediately when they find them."
Yang Ping explained.
When Dr. Li took the microphone to ask questions, his eyes were full of the admiration of a woman for a man. This is a woman who is good at communicating with her eyes.
