Then, Ai Gan thought of another question.

Since "sequencing" cannot be used in living organisms, can "modification" and "connection" be used in living organisms?

So, Ai Gan did the relevant tests again.

Eventually, the test results proved that both abilities could not be used on living organisms, only on physical structures or dead beings.

This means that if you encounter a biological ability in the future, it will be difficult to obtain its genes if it is a living body.

This is not good news.

Some headaches.

When the time comes, it's impossible to kill the other party, and then get the other party's awesome genetic information, right?

It's okay to say that you've done it.

If you can't do it, what?

ε=(´ο｀*)))

Alas......

Never mind.

I don't want to think about it for a while.

The creatures we see so far are all single-celled, and there are no powerful multicellular organisms yet, so let's worry about it when we encounter it later.

Immediately, Ai Gan threw away distracting thoughts and focused on the present.

In order to build super cells, we continue to search for functional structures or genes.

It is worth mentioning that in the course of the test, Ai Qian found that although Proteus can move autonomously, its swimming force is completely incomparable to the flow force of seawater.

This completely eliminated the idea of killing the proteus and obtaining genetic information about its flagellar structure.

After all, even if he has a flagellar structure, he can only wander involuntarily.

In that case, there is no flagellar structure, so why bother.

So in the days after that, there was nothing to do.

The only difference is that the surrounding single-celled organisms are no longer separate individuals, and many of their own species have multiplied to form a cluster.

And this is naturally because of Ai Gan.

Due to the large amount of molecular matter collected in the controllable space, he was accompanied by Ai Gan along the way, and the life accelerated by him was completely free from material supplies, and even more than rich.

——As a result, the metabolism of these life beings is abnormally vigorous, and they proliferate rapidly in a short period of time, forming their own daughter cell communities.

It makes the anger thicker and thicker.

In this way, after 30 days of wandering, in the evening when the sun set, Ai Gan saw the first life that had formed, a rod-shaped bacterium.

He was very excited.

The "chemical evolution theory" of the origin of life, he witnessed it with his own eyes!

(p≧w≦q)

Wonderful!

Fortunate enough.

Since then, more and more lives have been formed.

The rich variety of single-celled organisms and various locomotor structures make Ai Gan both novel and interesting.

Among them, the most impressive thing about Ai Gan is a kind of vesicular fungus.

- Most of the cell membrane is covered by the cell wall, and the remaining part of the cell membrane is exposed.

There is something strange about the shape.

But because of this morphology, the vesicle bacteria can move autonomously.

That is, by expelling the vesicles from the exposed cell membrane, they are propelled forward by the reaction force that excludes the vesicles.

In addition, the evacuation of vesicles at different sites in the exposed parts of the cell membrane can also change the direction in which it travels.

Very interesting.

It is precisely because of this locomotion mechanism that Ai Gan named this bacterium alveoliobacteria.

Soon, another bacterium caught Ai Gan's attention.

Most of the surface of this bacterium is covered with hyphae-like structures.

In addition, the covering area is protruding and thick, making it look like four short claws.

The uncovered part has two large black spots that develop within the cell membrane, like eyes.

So the whole bacteria look cute and cute.

Ai Gan couldn't help but think of the chestnut ball in "Yu-Gi-Oh".

Other than that.

Right now.

Due to the large number of bacteria like chestnut balls, it may be due to environmental influences, resulting in the formation of a single life type in this area.

Ai Gan couldn't help but think of the chestnut ball's special fast-attack magic card - "Proliferation", which can make the chestnut ball multiply indefinitely, and the defense can be called a perversion.

Then, it was out of control, full of memories to kill.

The game is against the seahorse, and when the chestnut ball is about to lose, it is paired with "Proliferation" to shake the blue-eyed white dragon, reverse the situation, and then win under the counterattack of the elven swordsman......

The rest of the time was idle.

Ai Gan also built some monolytic lysosomes to carry with him, which could not only protect himself, but also use them to clear the dangers he might encounter along the way.

And then, by chance, the allolysosomes in the controllable space touch the bacteria that resemble chestnut balls.

Immediately, the lysosomes work on their own, ready to digest and break down the bacteria.

However, just after the identification, the corresponding enzyme has not had time to be released, and the bacteria suddenly moved and slipped away.

To Ai Gan's surprise!

It's as if it senses danger, so it swims away in advance.

But that's not the point!

The point is that the bacterium doesn't seem to have a motile structure, but it suddenly moves when the lysosomes try to destroy its cell membrane.

This surprised Ai Gan very much.

Because of this, Ai Gan's curiosity was aroused again, and he wanted to see how the bacteria moved.

It's a pity that I didn't understand it after watching it for a long time.

So, Ai Gan started to dissect one to study it.

It's a pity that after working for a long time, not a single bacterium was caught.

One by one, the goblins and goblins move and run away when they are touched by the lysosomes.

Ai Qian was helpless.

But he didn't give up.

I thought of a roundabout solution.

Since you can't do it by living, let's look for those material structures that have not yet formed life.

Subsequently, Ai Gan shifted his target and began to search for the material structure of the bacterium.

Very lucky.

On the third day, when the sun was high, Ai Gan found a material structure that met the conditions and was about to form life.

Immediately, Ai Gan "sequenced" it to obtain his genetic information.

In the blink of an eye, the blank area of consciousness showed the genome information of the bacteria.

"The Trichococcus genome was detected, which contained initiating genes, manipulation genes...... ...... of super-dynamic cytoskeletal genes and super-effective gene repair genes"

"It turns out that this cute bacterium is called Trichococcus, which is quite appropriate. ”

When Ai Gan first looked at the information displayed in the blank area of consciousness, he paid special attention to the name of this bacterium, but did not care much about the bacterial genome.

After all, bacterial genomes are very small, and there are only hundreds or thousands of genes in them, and some of them are the same or have similar functions, so you can read them quickly.

However, when the "super-dynamic cytoskeletal gene" and the "super-effective gene repair gene" appeared, Ai Gan was excited.

If you have to find a reason for the excitement at this time, it must be "love at first sight"!

By chance, it came.

And I happen to be there.

You say, is this fate?

(๑´ㅂ`๑)

Inexplicably, Ai Gan felt that these two genes were the dishes he used to build super cells!

As the name suggests, you can imagine it.

Subsequently, it was also proved that this was the case.