For the last life, Xue Wang plans to no longer allow the free evolution within the ball.

Instead, it is a choice to create the E. coli that Wang Tao dreams of.

Escherichia coli is a type of bacteria and belongs to prokaryotic organisms.

Its structure is not complicated, and compared with eukaryotes, it can even be said to be very simple.

Xue Wang skillfully formulates peptidoglycan, which is a multi-layered reticular macromolecule structure composed of acetylglucosamine, acetylmural acid, and a short peptide of several amino acids.

If you ask what the use of peptidoglycan is, it is the cell wall of E. coli.

After forming the cell wall, Xue Wang's inert hand did not rush to stuff the cell organelles into its interior, but instead implanted one cylindrical base after another on its surface.

Above this cylindrical base, a ring anchors it to the cell wall, and a ring concentric with it is responsible for outputting power outward.

At the end of the cylinder, there is a structure similar to a crank, and at the end of the crank structure, there is a filamentous body.

Fibrosomes are also a type of protein, which is an elastin fibrin with an amino acid structure similar to that of actin in bones.

Thanks to Xue Wang for his great efforts to achieve a miracle, such a protein that may take at least several days can be found in the existing protein library.

Even the small flagella looks like a complex and wonderful structure.

The principle of flagellum works is wonderful, it is like the power system part of a car.

There are "engines" responsible for power output, "transmission shaft" responsible for power transmission, and "wheels" responsible for actual actions.

Of course, it also has a "clutch" that can perfectly control the frequency and speed of flagellum operation.

What is this clutch?

It is a flowing hydrogen ions.

When the hydrogen ions are in a gradual ion concentration step, the engine will be pushed and rotated, driving the flagella to move the bacteria forward.

When the hydrogen ions are isolated, the clutch disconnects the power system and the transmission device.

When the flagella stops rotating, the bacteria stop moving.

Even though the flagella is so exquisite.

But the number of flagella in E. coli is like the leg hair on Wang Tao's fluffy thighs that look like trousers.

To a large quantity enough to offset its beauty.

These flagellas provide excellent activity performance for E. coli, and also add a lot of work to Xue Wang's manufacturing work.

If we talk about the Gundam model, it is already the pinnacle of many people's assembly. Now Xue Wang is assembling an aircraft carrier.

Under the ultra-high resolution microscope, everyone can see Xue Wang's operation clearly.

If peptidoglycan is made with a rough technique as if shooting a target with a shotgun.

Xue Wang's skill in assembling flagella could only be admired while envious of it.

Because, in the current real world, no one person, any machine, or any organization can do this.

At such a microscopic level, there are few opportunities for direct operation in the real world because there is no effective means to operate accurately within such a microscopic range.

It is usually tortuous and twists and turns, and it is operated with an operation that will produce such a result but is relatively easy.

This relatively easy operation is likely not easy and requires easier steps to guide.

Finally, a complex step and process will be formed.

This is also the reason why the success rate of related experiments is relatively low.

A lot of time and energy were spent on endless failures.

Otherwise, there will be no failure or success. This sentence is summarized and widely used.

Xue Wang's ability to operate this trick certainly made them envious and jealous.

However, the only thing that makes them balanced is that Xue Wang's ability can only be used in the ball.

Even Wang Tao, who holds "Xue Wang's Observation Diary", did not know that Xue Wang has the ability to use in reality.

Ability like coming.

If the owner is not as upright as Xue Wang, then... it is actually a bit exciting...

Xue Wang implanted all flagella and finally started to fill the internally.

The nucleometry of E. coli is more complicated than mycoplasma, but it is already very simple compared to yeasts.

The DNA inside the nucleus is a huge circular structure. Under a microscope of sufficient multiples, the huge circular double helix structure has a strange sci-fi beauty.

The subsequent injected plasmids also have a similar circular double helix structure.

However, compared with the huge ring located in the center of the cell, it is much smaller.

Wang Tao stared at the screen, and from his perspective, it seemed like a fleet floating in the endless starry sky.

This fleet is so wonderful and fascinating.

Even though he was a man fascinated by E. coli, he never thought E. coli was so wonderful.

"The cell core has been lit..."

The fleet, which was originally like a still model, began to move.

Life begins to move, flagella is twitching, genetic information begins to be transcribed, and E. coli is dividing...

The 100th kind of life has been born!

“Achievement: Make life colorful!

[The footprints of life will travel to every corner of the world!]

Civilization value is 100;

Current progress: 100/100;

Complete the progress and you can obtain a planetary level 3 treasure chest.

The current total civilization value: 320.

Obtain the planetary level 3 treasure chest!

Unboxing?

whether?"

"yes."
Chapter completed!