From the Top Scorer in the College Entrance Examination to the Overlord of Science and Technology

"Congratulations to the host for obtaining advanced gene grafting technology"

"Do you study now?"

"Yes."

"Will you spend [-] million reputation points for a second-level lottery?"

"Yes. ......"

"Congratulations to the host for obtaining advanced gene synthesis technology"

"Do you study now?"

"Yes."

................................................................

The reminder sound in Jiang Cheng's ear kept ringing.

In the second-level lottery again and again, Jiangcheng has drawn a lot of good things.

In the eight second-level lottery draws, the rewards he drew included advanced gene processing technology, advanced gene grafting technology, advanced gene synthesis technology, etc. The most exciting thing for Jiang Cheng was.

He actually got the production line of genetic medicines!

With this, he can produce genetic medicines. Those conceptual genetic medicines that only existed in the mouths of scientists in the past can be fully produced in 4.5%.

At that time, there will be no more incurable diseases in the world.

If anticancer drugs can solve the medical problem of cancer, an incurable disease, the emergence of genetic drugs can solve all intractable diseases that cannot be treated.

ps: The eighth update will be delivered, please subscribe automatically, and ask for full set. I can't bear it anymore. I'm going to sleep. .

===086 Virtual Laboratory (1/8, to be completely determined, self-determined) ===

Scientists all over the world are also working on genetic medicines.

Its main tasks are the separation, synthesis, cutting, recombination, transfer and expression of genes.

The current gene drug development in the world is divided into three stages.

Bacterial genetic engineering: It expresses the target gene through prokaryotic cells (usually E. coli). This engineering is quite complicated, and there are many problems in cost and process.

Cell genetic engineering: Cell genetic engineering also has shortcomings, because the conditions for human or animal cell culture are quite harsh and the cost is too high, which limits the development of cell genetic engineering.

Transgenic animal: that is, a certain gene of human or animal is introduced into the egg of the animal, each cell has the introduced gene, and can be stably inherited to the next generation, such a new individual is called a transgenic animal .

At the same time, with the research on genetic medicine, the concept of animal pharmaceutical factory was derived.

Many human congenital diseases are caused by the lack of corresponding genes, and it is difficult to cure by current general drugs. The active gene drug can be extracted from the ru juice or other tissues secreted by the animal to treat the diseases caused by the gene defect. This method of obtaining drugs through transgenic animals is called animal pharmaceutical factory.

It's just that human beings are not mature in the research of gene drugs.

Because of the high selectivity of gene drugs, a gene drug is not suitable for all races, and there are many differences in the genes of different races.

Leaving aside the genetic differences between whites, blacks, and yellows, there are even genetic differences between southerners and northerners in my country.

Therefore, at present, scientists in the world have not even reached the beginning of the application of genes.

It is still impossible to use genes to influence drugs, but this is different for Jiangcheng.

He has the knowledge to develop genetic medicines that can be used by everyone.

Although genetic medicine has high selectivity, it is because the current scientists have not fully studied the gene. If we grasp its essence, we should start from the essence.

It will be found that there will be some kind of connection between the genes of all things in the world, and there is a law between the genes of a single species.

Through his study of the three advanced gene technologies of advanced gene processing technology, advanced gene grafting technology and advanced gene synthesis technology, gene medicine can be produced completely.

Of course, to develop genetic medicines, Jiang Cheng still needs some time to do experimental research.

As long as Jiang Cheng has developed a standard and suitable formula for the synthesis of gene drugs, and has the support of the correct theory, he can start production with the help of the gene drug production line he has drawn.

This series of technologies can be said to be ahead of the biological development of this era.

Of course, doing experiments requires a laboratory. Even the top laboratory of the Chinese Academy of Sciences in China, the equipment inside cannot keep up with the needs of Jiangcheng.

However, in the previous lottery, Jiangcheng got a good place to do experiments - [Virtual Space Laboratory]!

Any experimental research that Jiang Cheng theoretically needs can be proved in this virtual space. Of course, Jiang Cheng entered it with his own consciousness.

However, anything that is researched can be manifested by the system by consuming a certain amount of prestige, and the function is very powerful.

In the experiment, all kinds of high-tech instruments and equipment are readily available. Here, Jiangcheng can do any experimental research, and even simulate the explosion of atomic bombs and nuclear bombs.

And there is no need to worry about safety issues at all, which greatly protects the safety of Jiangcheng.

In fact, if you take it slowly, Jiang Cheng can study it step by step by himself, using the instruments and equipment in the current society, but it takes too long.

The replacement of the instrument, but it takes too long, Jiang Cheng does it himself, I am afraid it will not work without three or five years of effort.

If you want to change to other people, I am afraid it will take many decades to get started.

Taking the gene drug that Jiangcheng is about to study, it will take a long time to experimentally develop the correct formula for the synthesis of the gene drug. After the formula is researched and put into actual production, it will still take a long time to match the production line.

Jiang Cheng couldn't spend too much time on this. With this [Virtual Space Laboratory] and the gene drug production line drawn, it may only take a few days before it can be officially put into production.

By drawing these things from the system, the time can be greatly shortened.