My Cell Game

It didn't take long for the manufacturing materials of the defensive armor to be determined.

Undoubtedly, among the gastrointestinal maps, the most suitable material for making defensive protective gear is cellulose. Firstly, there are a lot of them, and secondly, the price is not expensive.

The next step is to design with cellulose.

Through the means of attacking Mutant Enterococcus on the battlefield and the introduction of it in the update notes of version 4.2, Huping and the others concluded that most of the attacks of Mutant Enterococcus were physical attacks.

Moreover, Enterococcus mutans is more inclined to defense than offense. For example, the main capsule is the magic resistance armor, and the flagella is mainly used to speed up the movement.

The reason why the damage of Enterococcus mutans is so high is mostly due to the suppression of the source cell level.

Enterococcus mutabilis is basically 10-20 levels higher than the source cells. The level suppression in the early stages of cell online is not too obvious, but the level suppression becomes more obvious in the later stages. Sometimes the difference of level 1 will make a big difference in the battle .

It is more than ten levels higher, and it is obvious that the attack is stronger.

However, at the same level, the attack of mutated enterococcus is not strong, and even weak, basically unable to beat the source cells of the same level, and it is far worse than the mutated cancer cells.

Huping and the others quickly discovered that cellulose is a good material for making protective gear.

With the attack ability of mutated enterococcus, the protective gear made of cellulose cannot be destroyed, and basically will not be broken down. At the same time, cellulose can also play a certain buffering role, and the protective effect is better than that made of black wood. Armor works better.

Of course, the armor must be thick enough, if it is too thin, it will still be torn or penetrated by Enterococcus mutans.

The more they continue to study, the more Huping and the others feel that cellulose is really suitable.

In terms of cost, the cellulose armor made by players to protect injectors is very expensive, and it is very troublesome to manufacture. The main point is that the injectors are too small. To block the injectors, the armor must be made very dense .

For source cells, it is time-consuming and labor-intensive to do such delicate work. The price of cellulose armor for anti-injection patients is so high, mainly because the production process is too troublesome.

However, Enterococcus mutans is different from the injectors. The size of Enterococcus mutans is much larger, and it does not parasitize the source cells like the injectors.

Therefore, the design of defensive armor is very easy. Pile cellulose, the more cellulose, the thicker the effect is, as long as it is thick and durable. Even if there are many small gaps, it doesn't matter, and fine processing is not required.

For example, making the protective gear for injectors is equivalent to knitting a sweater, which needs to be carefully woven one by one with needles and threads, which is even more difficult for the source cell operation;

But to make protective gear for Enterococcus mutans, you only need to pile up a lot of thread balls and tie them together tightly to ensure that they are thick and durable.

As long as there is no fine treatment, it is very easy for the source cells to manufacture protective gear, the difficulty of production is greatly reduced, and the efficiency has also increased by nearly a hundred times.

Such a thick protective gear, like the injector’s protective gear, must not be placed on the outside of the source cell. It is difficult for the source cell to move wearing such a thick protective gear, and with so much cellulose piled up, the cost will also go up .

In the end, Huping and the others decided to manufacture the defensive armor in the form of a shield and equip it on one side of the source cell. In this way, the weight is not too heavy and the cost is not too high.

When facing the attack of Mutant Enterococcus, you only need to block the side equipped with the shield in front to form a barrier that Mutant Enterococcus cannot penetrate.

Under the current situation, using this shield to deal with mutant Enterococcus is almost impossible to penetrate, and the protective effect is comparable to the strongest defensive protective gear in the cell mall.

Unless it's too late to turn the shield to defense, the mutant Enterococcus can't do anything to kill the source cells.

However, this shield is only effective against mutant Enterococcus, and cannot resist injectors, mutant cancer cells and mutant Helicobacter pylori.

Needless to say, the injector is too small to stop it;

The mutated Helicobacter pylori relies on a special corrosive liquid, which is equivalent to a magic attack, and the shield cannot stop it.

Mutated cancer cells have a stronger attack ability. A shield of this thickness is estimated to be penetrated after one or two blocks.

But this is not a shortcoming. After all, this shield was designed to deal with Mutant Enterococcus.

The cellulose shield is a very suitable weapon for resisting the attack of mutated Enterococcus. The source cells equipped with cellulose shield can be said to be the nemesis of mutated Enterococcus.

Huping and the others moved quickly and with high efficiency. After just over an hour, more than a dozen experimental shields were made.

A group of elite members of the "Blackwood Automobile Power Group" hurried towards the distant battle area with more than a dozen experimental shields.

At this time, the battle between the source cells and the mutant Enterococcus is not over yet, and is in a fierce stage.

According to Jiang Zuo's estimate, this battle will take about four or five hours to end. The final winner must be the source cell, but it will be hard to say next time. Jiang Zuo is feeling a headache about this matter.

At some point, a group of special source cells suddenly appeared on the battlefield.

Different from ordinary source cells, this group of source cells who did not know when they appeared on the battlefield had a thick shield-like thing hanging on one side of the cells.

Whenever Enterococcus mutans launches an attack, this group of source cells will turn the side with the shield to the front and block in front of themselves.

Surprisingly, these thick shields are really able to block the attack of E. mutans.

After the mutant Enterococcus hit the shield, the source cells protected behind the shield did not suffer any damage except for retreating a little. On the other hand, those source cells without shields basically died after being hit once.

"What is this? A shield? It doesn't seem to be sold in the cell mall?" Jiang Zuo glanced at it, and was amazed by the excellent protection ability of these shields. He immediately called up the perspective of all the source cells carrying the shields.

After observing for a period of time, Jiang Zuo found that these shields were basically not pierced.

When one came down, two of the more than ten source cells with shields were lost, but these two source cells had no time to turn the shields, and were directly hit by the Mutant Enterococcus before they died.

"This shield is fine!" Jiang Zuo couldn't help but exclaimed in surprise.

With the help of these shields, facing the attack of mutant Enterococcus, the player has almost indestructible means of defense.

Once the player can use the shield proficiently, it is conceivable that the viability of the source cells will be greatly improved in the process of fighting against the mutant Enterococcus in the future.

Jiang Zuo was very interested in these shields, and he soon discovered that the maker of these shields was the "Blackwood Automobile Power Group" that developed the "Blackwood" and "Water Flow" series.