Rule department scholar

He wanted so badly to go back.

He misses his two children, the warm feeling at home, and even Huang Wenqian.

But there is only one thing he wishes most, that is to stay down-to-earth on the ground, instead of staying on the moon that jumps up as if it can fly.

Here, he seems to have become a superman, but it has become boring after a long time.

"There are still six days, only six days left."

"I can finally go back!"

"Ma De, what did I think at the time? I actually came to work in this ghostly place! Zhao Yi, it's all Zhao Yi's fault!"

"If he didn't give me a chance, I wouldn't come. But he gave me a chance, I have no choice? Even if I don't want to come, I have to come!"

"Hey!"

Li Renzhe sighed and cursed for a long time, and knew that he was just venting his emotions, and it was difficult for others to get this opportunity, that is, Zhao Yi was still thinking about his brother.

After returning to the earth, his career will undergo earth-shaking changes.

So he started thinking about other issues.

For example, will he become a celebrity when he returns to Earth?Maybe just a chance to become a star?Under the name of an astromicrobiologist, maybe get invited to some TV shows?

Those female stars must be interested in working on the moon, right?

Then, ahem.

With imagination about future life, Li Renzhe fell asleep unknowingly.

After several months of work, his research has entered a stable period. The mutated Rhodospirillum can continue to reproduce stably, and has been placed in a part of the living area, and a certain proportion of oxygen supply is provided to the living area.

Although some Rhodospirillum bacteria have been put into use in the living area, after he leaves, the cultivation work will continue. A botanist will take over the work, cultivating the plants and taking care of these bacteria.

It is impractical for a botanist to do microbiological work other than continuing to care for it.

Therefore, in the span of no more than half a year, microbiologists must still work on the moon.

-

Two days later, Zhao Yi's laboratory officially published the research results of the immune detection mechanism, and the analysis and research of "protein sequence detection" immediately attracted international attention.

This achievement is very important.

A more detailed study of the immune detection mechanism has not been done before.

The Institute of Medicine of the Academy of Sciences has paid attention to it, and some other well-known institutions, including international medical institutions, have paid close attention to the results of this immune research.

Just three days later, many teams sent representatives to listen to research-related reports.

Zhang Wei gave a speech on behalf of this laboratory. She clearly explained the detection process of protein sequences, "Our research found that there are seven proteins on the surface of human cell membranes that are directly related to immune detection."

"The molecules in the outer layer of these seven proteins, the 'antennae' structures that determine a person's blood type, we call them 'detector proteins'."

"People with the same blood type have different sequences of detection proteins. One protein will be on the surface of the cell membrane, and the other detection proteins will be distributed on the outer layer according to the characteristic sequence."

"The ordering of the detected proteins is random, so there are 5040 possible sequences. In other words, in theory, we can find people with the same immune characteristics."

Zhang Wei stood on the stage and talked eloquently, talking about the results of the immune test in detail.

After the basic introduction, someone immediately raised a question, "Have you found someone with the same immune characteristics? If not, how do you prove that your research is correct?"

Zhang Wei said, "To be frank, there is no way to prove it now." This sentence was a bit disappointing, and she immediately continued, "However, Academician Zhao believes that because the proof work may be very large, it will take a lot of time and energy. , we can first make the research results public.”

"Medical research is the work of the world, not of the Biomedical Institute alone."

This answer sounds like an explanation. In fact, the expression is very strong. It can also be understood in this way, "We really haven't proved it until now. If you believe it, you believe it. If you don't believe it, you don't believe it. It doesn't matter."

The other party had nothing to say immediately.

What else do you say?

Do not believe?

This is a research result approved by Academician Zhao. Even if no one with the same immune characteristics has been found for the time being, who can say no to the result without evidence?

Zhao Yi's influence is one aspect.

In fact, many medical mechanism research results cannot be directly proved. At most, the experimental data can only be disclosed for everyone to discuss and analyze. However, as long as they do not conflict with the formal basic research, they can be considered correct. of.

Medicine, not mathematics.

Mathematics needs detailed proofs, and it can take a simple question and discuss it again and again.

No matter how many conclusions are supported to be correct, as long as there is no absolutely logical proof, it will be included in the ranks of assumptions and conjectures.

Medicine is different.

Although medical mechanism research also requires rigor, because the purpose of medical research is to apply it in practice, as long as the results conform to the practical effect, it is fine.

For example, based on the content of mechanism research, some drugs or treatment methods are produced, which are directly effective, and the mechanism can be considered correct.

In addition, it is also very important not to conflict with established results.

The results of the Zhao Yi Research Institute now say that there are seven proteins directly related to immune detection, all of which have been discovered, and do not conflict with genetic research. In addition, their analysis of the mechanism of the immune detection process is also If it is logical and can be said, it can be considered as "temporarily correct" and can be used for follow-up research.

Representatives of many institutions became enthusiastic after listening to the report. They knew very well what the results represented. It was definitely a Nobel-level research, and this Nobel-level research has not yet been confirmed.

If they can be the first to find people with the same immune characteristics, it will definitely be a very big achievement.

This is the relationship between experimental physicists and theoretical physicists.

After a theoretical physicist publishes a theory, it is definitely a remarkable achievement that experimental physics can confirm the theory, and it can even win a Nobel Prize for it.

They immediately thought about going back, and tried to find a way to see if they could find more samples to conduct a series of experiments to find people with the same immune characteristics.

Some were skeptical about the results, but definitely a minority of the minority.

One is that the results of the immune detection mechanism are in line with the logic of the human body mechanism, and the interpretation of immune detection is more refined, and it does not conflict with other studies.

For example, genetics.

The medical field has identified the genes that control immune properties and understood the functions of genes, which is why there are organ transplants.

The matching of organ transplantation is a manifestation of genetic research. Matching is not limited to matching blood types, but also requires h-type genetic matching.

In terms of the results of the immune detection mechanism, it is necessary to detect protein sequences that are closer.

For example, 1234567 and 1234675.

In this way, there are many repetitions in the two sequences, and the difference will become very small, which will naturally greatly reduce the immune response.

If it is 1234567 and 2465173, obviously there is no similarity between the two sequences, and the immune response will become very strong.

The second is Zhao Yi.

Zhao Yi's reputation is too great, even in the field of medical research, you are the top in the world, not even "one of them".

His research achievements and contributions have far exceeded the Nobel level, and his research has also benefited many, many people all over the world. For example, the fields of AIDS and cancer treatment have great influence.

After the report meeting of the research results, a reporter interviewed Zhao Yi, wanting to hear his views on the research.

Zhao Yi said, "Let me just talk about some basics. We are doing medical mechanism research, that is, various analysis of the internal reactions of the human body."

"Mechanism research is the basis of medical development, and it will provide the most basic reference for the research of drug manufacturing and clinical treatment methods."

"That's a little bit."

"In addition, with genetic research, new treatments can be developed in the future—"

Zhao Yi said a lot in a row, which is the basis of medical research cognition, but it is convenient for ordinary people to understand. Most people don't know what mechanism research is, and they will feel confused about the results of mechanism research. You will think 'what's the use of this', 'it's better to make medicine directly', 'no matter how clear the analysis is, it doesn't make sense', and so on.

In fact, when medical research is divided into technology and theory, mechanism research is theory, while drug manufacturing and other aspects are technical in nature.

Because of this, researchers in biological research are elected as academicians of the Academy of Sciences, and medical researchers who have won the Nobel Prize for producing artemisinin to treat diseases will be academicians of the Academy of Engineering.

Theory and technology are different fields.

In fact, Zhao Yi already has some ideas about the clinical application of immune detection results. He believes that the best way is to develop a special nano-scale molecular material to avoid the human body's immune detection.

If nano-scale molecular materials can be developed, artificial organs can be transplanted into the human body, and the immune rejection reaction in the human body can be greatly reduced.

For example, mechanical organs.

Now there are many ways to create mechanical organs, and the effect of the organs is still very good, but the biggest problem is not technical, but the immune response rejection of the human body.

Obviously.

As long as the immune rejection problem of the human body is solved, the mechanical organs can be made to function, and the related technologies will definitely achieve great leap forward development.

However, it is very, very difficult to research related nanomaterials. Medical research still has a long way to go, and there is still a long, long way to go.

-

There was great news the next day, the transport ship returned to Earth again.

This time the return of the transport ship was very quiet, because there have been many times, and there are few reports about it. The return of dozens of lunar workers does not seem to have caused any waves.

Of course, media attention is still indispensable.

Some media introduced the returning lunar workers in a large space. Li Renzhe was directly listed and ranked very high, because during the live inspection process, Li Renzhe was given a lot of shots, and he also became famous. Being introduced again is a lot more detailed, and all the vocabulary is a bit exaggerated.

"The youngest microbiologist! The world's first space microbiologist!"

"The frontier figure in the study of microbial variation has independently cultivated the mutated Rhodospirillum for oxygen supply, which may become a strategic-level weapon for humans to change the climate of other planets in the future!"

"The top biological genius of Yanhua University School of Life—"

and many more.

Zhao Yi had the urge to laugh when he read the report, and he did.

Others are better, the first space microbiologist, the statement is at least true.

The top biological genius of Yanhua University School of Life Sciences?

What is this and what is it!

There are quite a few people who know Li Renzhe in the university. His grades in school were not very good. He can only be said to be at the middle level of the ranking class, and he barely passed the postgraduate entrance examination.

Become a genius now?

Zhao Yi couldn't stop shaking his head, but he still called Li Renzhe to congratulate Li Renzhe on coming back alive, and by the way said that he was very busy and had no way to 'pick up the ship'.

Li Renzhe immediately expressed his understanding, and sprayed him with saliva for as long as 1 minute, saying that he would never go to the moon again, no matter how tempting he was, he would never go again.

"Go again, I'm a dog!" Li Renzhe swore and said viciously.

Then Zhao Yi continued to be 'busy'.

He operated the latest flying car, made two back and forth in the air, and flew for 10 minutes before coming down, and he just uttered a word, "Excellent!"

Many people on the ground were watching. After the car stopped, they immediately surrounded him with burning eyes, "Academician Zhao, take me up for a flight?"

"I want to go too, line up!"

"When the flying car is being tested, I have already said in advance, Zhao Yi, let me go first!" Several people said anxiously, including Edward Witten, Qiu Chengwen and others, as well as some foreign students. scientists.

This is the Z wave experiment base.

After Zhao Yi got the flying car, because the surrounding areas were banned from flying, and the flying area was relatively far away, he simply came to the Z-wave base.

Anyway, no one cares here.

cough cough.

In other words, no one cares about him here.

Chapter 727 The real plan to get out of the solar system

The range of the z-wave base is very large, and the surrounding 30 kilometers are restricted areas for scientific research.

In such a large area, it is really very refreshing to drive a flying car around a few times freely.

Zhao Yi felt that he had realized his life dream. Looking at the flying car, he felt happier than completing any research and development. Perhaps the main reason was that there were too many of the former, and it was the first time he had experienced the latter.

When I was learning to drive a flying car before, I was always unable to fly smoothly.

it's OK now.

It's just that it's still a bit difficult to fly freely. There is a supervisor next to the co-pilot, or in other words, a temporary technical "security guard" who is responsible for Zhao Yi's flying car. Driving the operable 'safety gear' will open a large parachute above the flying car.

It’s hard to say whether the parachute is actually useful or not, and maybe safety cannot be guaranteed after it is opened at a special time, but it is always better to have a parachute.

The flying car driven by Zhao Yi was the first batch of cars manufactured, and all other cars were ordered out. The one he drove was specially modified and some safety controls were added to ensure safety issues.

The first batch of flying cars manufactured is only 500, and the selling price of each is 4000 million yuan.