A Hodgepodge of Film and Television Worlds

This value is already very scary.

You know, for an adult man with a fully developed body, good living habits, no disease, and exercising every day, these three attributes can reach 10.

The human body has limits, such as [Agility], ordinary people can generally run 15 meters in less than 9 seconds, while professionally trained top athletes can only run in more than [-] seconds.

[Agility] This item, purely relying on physical strength on earth, is about 17 points when it reaches the sky.

[Strength] will be higher. Those muscle monsters who simply accumulate strength can reach 25 points, which is already very exaggerated.Ordinary people punch with all their strength, and the maximum weight is about 150 kilograms; while these monsters can even punch up to 580 kilograms.

The relationship between the value and punching power is not purely linear. After the value exceeds 20, the increase in punching power will increase slightly by [-] to [-]%.

As for fighting, this is a consideration of comprehensive ability.It cannot be simply compared with numerical values.

When Huang Chao was 100 years old, with all his strength, he was still able to beat 10 strong guys at a time. This is the terrible thing about internal strength.

And when the virtual body dies and he returns to the main body in the real world, the calculation of his strength will be settled according to the physical strength of the main body.

In the real world, he has exercised properly, and he is no longer the little weak chicken he was before the age of 18.

In his early 20s, the pure physical values ​​of the main body are as follows:

Power: 17

Constitution: 16.5

Agility: 14

Spirit: 21

If internal force is used, his data panel will skyrocket:

Strength: 81.6 (was 81)

Constitution: 79.2 (originally 79)

Agility: 31 (was 31)

Spirit: 21 (was 21)

From this data panel, it can be seen that Huang Chao's strength has not increased for a long time because the growth of internal strength has stagnated.

If you want to achieve a greater breakthrough, you have to increase the level of internal strength.

Internal force cells exist in the human body from the time a baby is born.

As a kind of cell, it is also differentiated from the fertilized egg.

So, is it possible to let the human body differentiate new internal force cells?

Following this line of thought, the researchers experimented with hematopoietic stem cells that are closest to the original embryonic stem cells in the human body.

Attempts to direct the differentiation of hematopoietic stem cells into force cells.

The guiding method is very rough, that is to extract the hematopoietic stem cells in the spinal cord of the subject, and then inject internal force into it within a very short time to ensure their activity.

The experiment was a great success!

The first experiment yielded results. After exposure to internal force, hematopoietic stem cells really differentiated towards internal force cells!

After another 2539 quantitative experiments, the optimal guidance plan was finally obtained: inject 9 "Na Chao" to 11 "Na Chao" internal force into each hematopoietic stem cell, and the source of internal force should be the same as that of the hematopoietic stem cell provider ,best effect.

"Nanochao" is a microscopic measurement unit of internal force, which was proposed and defined by the Human Bioenergy Laboratory. Every 1 nanochao is the sum of all the internal forces produced by a newly activated internal force cell within 1 minute.

Of course, the amount of internal force produced by the internal force cells in one minute is different for different individuals, which is very difficult to conduct quantitative research. The human bioenergy laboratory takes a general average value.

How many high-energy particles are contained in 1 nanometer, and how many joules of energy are equivalent to it?

It's just that this kind of microscopic quantitative research is very profound and boring, so there is no need to explain it in detail.

The in vitro study was successful, and the next step is the in vivo experiment.

Hematopoietic stem cells are mainly found in the spinal cord.

On both sides of the spine of the human body, there is an extremely important meridian-the Governor Vessel.

The Ren meridian is on the front, starting from the middle pole and enters the eyes along the face; while the Du meridian is on the back, going from the acupoints of the lower pole to the upper peak of the brain in the spine; the two meridians are collectively called the Ren and Du two meridians.

The 20 A-level subjects who participated in the experiment, after controlling their internal force to leave the normal meridians and forcefully inject them into their own spinal cords through ordinary cells, all of them experienced changes to varying degrees.

The main problem is that normal cells and nerve cells "change their temperaments" one after another after being exposed to internal force. They seem to be very thirsty for internal force and start to devour them around.

This result was completely expected by the researchers.

When studying the "affinity" of internal force, relevant researchers have already tried to inject internal force into various cells.

The final result is very gratifying. The researchers found that the internal force can basically coexist with all cells, and every cell that absorbs the internal force will become stronger and healthier.

It's just that after absorbing a little internal force, these cells will become very "greedy" and want to absorb more internal force.

The researchers provided a sufficient amount of internal force for ordinary cells to absorb, and found that these ordinary cells generally absorb 15 to 20 "nano super" internal forces before stopping, and then they will not move, and there will be no internal changes .

A normal cell acts like a pure consumer.

After absorbing the internal force, the internal force cells will undergo functional structural changes, and then independently generate internal force and provide internal force externally.

From this perspective, internal force cells are like a combination of producers and consumers.

This is the biggest difference between ordinary cells and internal force cells.