….. Forget it.

Eat it.
Chapter 1 New Nutrient Series
Lin has made a circle around the worm body, and this worm body can hardly find anything to eat except those multi-cell combinations like pipes.
These pipes are all over the whole shield worm body, including every corner of the body in the joints, except the position around the esophagus, but Lin believes that the esophagus should be destroyed by the virus
And all the pipes are connected to the huge thing in the middle. Lin didn’t know what the meaning was. After observing it for a while, Lin gave up and ate them.
It was not until Lin’s devourers bit these pipes that Lin gradually understood their way.
There are not only a large number of blue cells in the pipeline, but also a lot of fat, oil and various food scraps, and there are also many epidemic cells
These epidemic cells are different in length from what Lin saw before. They are a little smaller than the virus. They are probably the reason why the pipeline is not affected by the virus. They secrete a sticky substance that can prevent the virus from approaching.
But what round shield worm has its organs destroyed by the virus? Lin believes that this epidemic cell may be responsible for pipeline defense and other organ defense. The epidemic cell was blocked by Lin’s troops, which led to the destruction of his organs.
Lin doesn’t know why these epidemic cells stay in the pipeline and don’t go to other places, but this is not Lin’s main heart problem
Lin is mainly concerned with these channels to see what is the difference between the composition of the round shield worm and her own cell composition
These pipes should be mainly used in various areas of the body where nutrients are transported.
This nutrient delivery effect feels very good. The method of Lin delivery is to connect the combined cells with fat cells and then let them deliver to each other at a much slower speed. For example, it takes a long time for some large devourers to fill up the nutrients.
What makes Lin feel most powerful is that the center of these pipes is connected with that huge thing. After eating a part of it, Lin will find that it is almost composed of cells like its muscle cells, which means that this thing can contract or expand like a pump, so that nutrient cells in all pipes can flow quickly to all parts of the body.
What is a’ pump’?
Despite this inexplicable word, this structure is really very good.
That’s right. We should combine these pipes into a circulating structure, and then form a place to put food at a certain point. Then, if the central muscle structure keeps contracting, the circulating cells in the pipes can continue to transport nutrients to the body
There must be a place where food is placed to connect these pipes, but Lin didn’t find it. It was probably destroyed by the virus.
But this structure turned out to be so effective
Lin’s devourer is composed of pure muscle cells and pure lethal cells in the mouth. To say that it has strong damage and strength to single cells, but it consumes quickly and easily enters a state of fatigue. At this time, it will take a long time to replenish before it can move again.
The outer skin of aircraft carrier is a kind of relatively hardened cells, which can’t move because of hardening and don’t consume energy, but the tentacles of mobile aircraft carrier are also pure muscle structures, and if they keep moving, they are prone to fatigue.
However, with this structure, the muscles may be weaker than before, but they can move for a long time and can quickly repair the damaged areas.
It feels very good. Although it is not enough for Lin to repair the aircraft carrier by 3%, it thinks it is worthwhile to kill this worm, so that it can learn a lot. If it is not for his part being destroyed by the virus, it is estimated that it can learn more.
It must not be a virus again.
Lin thought so, and at the same time, the cells almost ate up everything left by the round shield worm
The surrounding ice is slowly melting, and Lin is about to repair the aircraft carrier. Although there is little left in the round shield worm, Lin has hidden a lot of fat cells enough to repair the entire aircraft carrier.
The group of green cells in the carrier’s outer skin’ feeding ring’ also escaped this crisis, because they just happened to be the other side of the shield worm didn’t eat that position, and Lin found that they were doing very well, and they split more with the light shining through the ice.
Lin is considering whether to get more pens.
But the most important thing now is to figure out the circulating pipeline structure first.
After repairing the aircraft carrier, Lin learned the pipeline structure from the round shield worm about the composition of the aircraft carrier core.
Firstly, the composition of muscle cells can rapidly contract and expand the central part. Lin found that it has a new word to shape this part.
Heart’
The heart is mainly divided into two layers, which are responsible for sucking pipeline water and then squeezing it to release it, so as to achieve the purpose of circulation.
Then the pipeline structure, Lin let the basic cells form these pipelines, they are all interconnected and the ends are connected to the aircraft carrier wall, which can transport nutrients to the whole aircraft carrier at any time
What Lin used to do was that the second half of the aircraft carrier formed some tentacles to absorb nutrients. They mainly swallowed food and then let cells pass each other. It was not as efficient as this water flow to pass nutrients.
The pipeline construction word is called’ blood vessel’
It feels a little strange, but Lynn decided on the name.
Lin is not going to put so many cells in her blood vessels to transport food like the round shield worm.
Speaking of food, Lin combines an oval structure called’ capsule’, which can be closed and connected with blood vessels. Generally, food is put in the capsule, which is taken away by blood vessel cells and brought to other places to supplement nutrition, and fat cells can also be thrown in.
When Lin’s general idea is completed, it is also the combination. When the aircraft carrier is completed, it looks like a vertical and horizontal pipeline, but Lin also feels that this structure has shortcomings. Once the blood vessels are damaged, the things inside may gush out uncontrollably. In this case, Lin can stop the heart from contracting and wait for the blood vessels to be repaired before the circulation can be restored.
Lin must have stronger defense ability to prevent the enemy from attacking these blood vessels.
Speaking of defense, this is Lynn’s biggest pain.
Although it now forms a cortical structure that can prevent various attacks of single cells, including spike venom, it is easily torn by round shield worms.
The shell of the round shield worm is extremely hard. Although it is not as flexible as its tentacles, no matter what attack, it will damage the outside of the node.
Lin should not only study the worm department of the round shield, but also know the outside in detail.
How on earth did it grow such a hard shell? Lin cells are perfect to achieve this hardness, whether it is digger or cone cells.
Maybe it is possible to evolve this ability by digging hard objects as before?
But Lin doesn’t want to wait that long. She wants to know how these hard shells are made now.
It doesn’t feel like a cell structure whether you look at it or bite it.
I can’t eat it after I understand it, and I can’t break it to see what it is.
In this case, Lynn decided to benefit it. Maybe this thing can help her evolve.
How to benefit?
very simple
Lin just let her cells live in this shell, right? Virus destruction is a round shield worm, but the body cells have no harm to this shell.
….. That’s right!
Lynn may be able to make it move again, just like it did when it was alive!
Just combine the cells by yourself! If you put muscle cells into the joints and muscles can move, and then put heart and blood vessel structures into the shell …
Although I don’t know what other organs of the round shield worm are, it doesn’t matter. Lin knows that muscles and nutrients are the basis of activity
If you put enough cells, you can’ resurrect’ the whole worm!
Chapter 9 Away from the ice
After the vascular structure is completed, it works well, but Lin found some small problems, and it is difficult for vascular cells to get oxygen, so their actions will become slow.