The matching protein molecule has been found.

Lu Li’s general-purpose gene chip, or biochip, is about to be released.

Saying goodbye to Liu Qin, Lu Li hurried back to the laboratory.

"Huh? Didn't you go on a date with Liu Qin? Why did you suddenly come to the laboratory?"

Professor He saw Lu Li running back to the laboratory with surprise on his face.

"Haha! Liu Qin is my goddess of luck!"

Lu Li smiled and said, "Just just now, I suddenly had inspiration and suddenly found the direction."

"Oh? That's great!"

Professor He looked happy, "It seems that there is no benefit in showing love in love! Okay, I won't bother you!"

After making a joke, Professor He turned around and left the laboratory.

The reason why he left the laboratory instead of watching Lu Li's experiment is because... Professor He is worried that his existence will interfere with Lu Li's thinking and affect Lu Li's performance.

Inspiration, or ideas, this thing is very mysterious. If an unexpected influence, the idea may be broken.

Just like the writer's creation, when he was writing in a daze, the phone rings and answers a call. Maybe... his thoughts broke and he had a long time to Kavenka.

That feeling was like a sudden blockage when it was releasing bladder pressure, which made people dying of ecstasy.

Lu Li sat at the computer desk, closed his eyes, and entered the virtual laboratory.

In the virtual laboratory, Lu Li saw the results of protein molecules comparison.

There are several proteins with similar characteristics to the protein molecules in virtual biochips.

One is yeast protein, and the other is transcriptase. In addition, Lu Li also saw a special protein... prions.

Prions are not viruses, they are special protein molecules. But... this thing is more terrifying and terrifying than viruses.

Zombies are already well known.

However, in people's minds, zombies only exist in movies, and they are impossible to exist in reality.

However... you were wrong!

Prions can create real zombies!

The Miligan zombie deer incident and the English mad cow disease incident are caused by prions.

After prions are infected, the virus parasitizes the biological brain, eroding the brain into a pile of holes, like a sponge covered with countless hollow holes.

This leads to the loss of most brain functions of organisms, leaving only crazy aggression and eating instinct.

Is it very similar to a zombie?

Moreover, there is no way to treat prions. Because... prions are not viruses at all, they are just special protein molecules.

Fortunately, except for the fact that some prion infections have occurred in England, there has been no prion infection in the human body in other places.

Speaking of which, you may not believe that the No. 20 gene fragment in the human gene chain actually contains antibody genes that fight prions.

Scientists speculate that perhaps in the distant past, prions once broke out among humans, or maybe... they were once full of zombies!

It's terrible to think about it carefully!

Now, Lu Li compared the gene chip protein molecules to compare prions.

Not so?

It’s not just a gene chip made of prions, right?

Lu Li shivered all over.

Even if biological computers cannot be studied, prions cannot be used to make protein molecules in gene chips.

If a Resident Evil is created, where can I cry?

Putting aside the prions, Lu Li virtually released yeast protein and transcriptase protein and began to perform fusion experiments.

Under the electron microscope, the two protein molecules floated in the culture medium, and had nothing to do with each other and were completely strangers.

Under normal circumstances, these two proteins are incompatible at all and have no interaction.

Therefore... the protein molecules required for gene chips should also need to be synthesized through some means.

Lu Li turned his head and looked at the prions displayed on the display screen next to him, frowned slightly.

Do you really need to use prions?

Lu Li looked helpless. I wouldn't use such a dangerous thing as prions.

Uh...it's so delicious!

The next moment, Lu Li virtually released a prion and added it to the previous culture medium.

Then... the effect is completely different.

Prions appear to be a catalyst, and when prions are added to the culture medium, yeast proteins and transcriptases cause intense reactions.

The two proteins rapidly decompose and fuse quickly to form a brand new protein molecule.

Take out this brand new protein molecule, compare the molecular structure again, and then...100% match!

Success!

Lu Li has prepared the protein molecules needed to build a gene chip. The biological computer has been successful!

In the process of preparing this protein molecule, the prions only play a catalytic role and do not participate in the reaction.

Therefore, the Resident Evil that Lu Li was worried about did not exist.

Next, Lu Li continued to prepare protein molecules.

Through experiments, Lu Li discovered that as long as the prepared protein molecules are put into the culture medium, it will play a demonstration role, and yeast protein and transcriptase will produce a chain reaction and automatically fuse to form a new protein molecule.

This is even better, there is no need for prions, and the danger is no longer there.

At this point, the remaining operations are very simple.

Lu Li put billions of yeast proteins and transcriptases into a beaker filled with culture medium, and then added the prepared protein molecules.

Then…yeast protein and transcriptase are automatically fused.

Not long after, a thin layer of protein film formed in the beaker, which looked like the film inside an egg shell.

Take out the film, Lu Li put it on a slide, drop it into the culture medium, add nucleic acid molecules, and then observe with an electron microscope.

On the screen of the electron microscope, Lu Li saw that the bioelectric signals transmitted by nucleic acid molecules were transmitted into a gene chip composed of countless protein molecules. The "switching effect" of the protein molecules was activated and the chip began to operate.

The next moment, the chip protein molecule began to release DNA information chains.

At this point, the biological computing organization has been successfully established.

Protein molecules form chips, nucleic acid molecules form input devices and data lines, and DNA information chains are storage devices, that is, memory and hard disks.

But... there is still a problem here.

That is, how to read data from the DNA information chain hard disk and convert it to the monitor.

This requires redesigning an underlying data interaction program.

This underlying data interaction program is the cutting-edge technology genetic algorithm in the current computer field.

Rewriting machine language in the form of gene encoding is not difficult.

In theory, gene algorithms have appeared, and gene encoding technology has also appeared.

However... because the interpretation of genes has not been completed, this gene encoding technology naturally cannot be put into practical application.

For Lu Li, the theoretical existence of things can be virtualized.

"Virtually release a decoder to integrate a gene encoding database."

As soon as the thought came to mind, something similar to a "light cat" appeared on the test bench.

The next step is simple.

Lu Li virtually released various components and began to assemble the computer.

It has a similar structure to a normal computer, except that the silicon-based chip is replaced with a gene chip, and a decoder links the input and output devices.

After assembly, Lu Li opened the program interface, wrote a program to calculate pi, and started running.

As soon as you hit the Enter key, the data on the screen scrolled like a waterfall, and instantly it was calculated to billions of digits.

"Done!"

Lu Li smiled all over his face. Genetic chips, or biological computers, have declared success!

Of course, Lu Li also needs to call out the gene encoding database in the decoder to read it and record the underlying data.

Unfortunately, the data in the virtual laboratory cannot be copied out on a USB flash drive, and I still need to memorize it by rote...

Huh? It seems... there are other ways.

This virtual laboratory exists in my mind and is rooted in my thinking consciousness. So... can my thinking connector be copied?
To be continued...