Wiped the cold sweat on his forehead.

I was so nervous just now.

In case of a point error.

Maybe it really exploded.

Look at the leaves in the preservation solution.

Jason was a little pleased.

It’s worth the risk of taking so much.

At least the research material is there.

He could feel it.

Even if this is an insignificant leaf.

There’s still a lot of energy in it.

And.

Jason felt.

As long as it is violently collided, this leaf will definitely explode.

This thing seems to be sensitive.

It is like the thunder mercury used on the ammunition primer.

After impact, a spark is generated.

After this thing is hit, it will explode.

Fortunately, the solution in the petri dish can stabilize the plant cell structure inside.

Avoid some surprises.

“Skynet, maintain the high-energy ray index of this room.”

“I’ll talk about it after I study it.” 、

After that, Jason carefully held the petri dish and walked into the laboratory.

Using a scalpel, carefully remove a piece of tissue from the top of the blade.

Jason made a glass slide.

Then put it under the microscope and take a closer look.

Observe the tissue of the plant.

There is no need for a microscope with particularly high multiples. I

You just need to be able to observe the cellular structure inside the plant.

In Jason’s opinion.

Looking inside the microscope, Jason saw Ling’s scene.

The cells of this plant are different from other plants.

The biggest difference between plant cells and animal cells in morphology.

That is, plant cells have a layer of formed cell walls.

Able to protect the plant cells inside.

But the original strain of the desperate virus, after mutation.

The cell wall changes.

Its keratinocytes wall seems to have a hint of gold edge.

It seems to have become unusually strong.

Jason finally knew why this thing gave him a dangerous feeling.

Every cell is like a bomblet.

Just explode.

Explode together and emit amazing power.

Blame can’t make him feel dangerous.

shook his head.

Jason took another closer look.

A cell is complex and complex, simple and simple.

The nucleus, cytoplasm, cell wall, organelles are these substances that make up a plant cell.

Originally, the cytoplasm of plants should be transparent.

It’s all some kind of biological solution.

It is used to protect the organelles inside the cell and provide nutrients.

But the cell fluid of the original strain of the desperate virus is golden.

And it reveals some sparkle.

Some resemble yellow honey.

It looks very good.

But Jason knew.

There’s a lot of energy in this.

It is some kind of substance capable of exploding.

These cell fluids.

It is probably higher than the most common high explosive used by humans, 2463 nitro methyl, or TNT.

Very dangerous.

But the wonderful thing is.

This substance is capable of more than just a huge explosion.

It also still provides energy for the organelles inside the cell.

Jason can only say that the world is big, and there are no wonders.

“Skynet, take some cell fluid, test it,”

“There’s something in it.”

“To be able to emit an acoustic explosion, its compound structure should be very special.”

Jason spoke.

Continue to observe the organelles inside the cell.

Compared to these substances that can explode.

These organelles that produce these substances are what he is interested in.

Explosives research is intense.

That’s another TNT.

Another mystery of plant cells is what is really valuable. _

Feilu reminds you: three things to read – collect,


Tap the screen to use advanced tools Tip: You can use left and right keyboard keys to browse between chapters.

You'll Also Like