It is impossible for Lin to have a vascular hole so that things inside will flow out, but the vascular cells will not move by themselves, but will move quickly by the water flow inside, and Lin is not so interested

Lin Swallowers have also updated their vascular structure, but there is no heart to replace it. Instead, there is a muscle cell deep in the mouth and connected to the blood vessel. The devourer can take the crushed food into the capsule, and the capsule will contract at this time, and the food and water will be squeezed into the vascular system, which will be decomposed by the blood vessel cells to deliver nutrients.
While the excess water circulates in the blood vessels and is discharged when the devourer opens his mouth.
The plan to revive the worm has been put on hold for a while, because Lin can’t get so many cells to fill the worm shell, and it has consumed a lot to construct the heart blood vessels, and it needs to find more food
But this cold lasted for a long time, although it didn’t affect Lin, it meant that other cells wouldn’t appear, so there would be no food. Although fat cells were enough for Lin to last for a long time, if something similar to an aircraft carrier was made, it would almost consume 7%. Lin didn’t want to consume so much. What should I do if I encountered any danger again?
Maybe it can digest the carrier itself and build a new base in the worm shell of the round shield?
No, Lin doesn’t want to be so dependent on other creatures. She wants to grow such a hard shell by herself. If she lives in it, it will be difficult to evolve a hard skin.
What should we do now?
Go out looking for food?
No matter how big the digger digs out?
It seems too slow to do that. Lin hopes to get some more powerful ice-digging structures, such as round shield worms, which will dig very fast …
By the way … the round shield worm doesn’t dig the ice with its limbs. It seems that the semi-circular shell on its head breaks the ice, but it needs great size and strength.
In this case, there is a modified aircraft carrier
Lin’s aircraft carrier body is cylindrical, which is very suitable for hitting. Lin doesn’t want to hit the aircraft carrier body, but two huge tentacles are formed on both sides of the aircraft carrier body. The front end of these tentacles is formed by Lin into a solid circle with a serrated structure. The tentacles are composed of a large number of muscle cells, which can exert great power to hammer the ice.
Lin thought of this structure a long time ago, but the efficiency is not very high because the continuous swinging hammer will consume a lot of energy for muscle cells, but with the vascular system, Lin can swing her tentacles and continue to replenish energy for muscle cells, which is much more efficient than before
After the structure is completed, Lin starts the aircraft carrier, and there are two swimming tentacles on the aircraft carrier body, and there are huge water spray holes at the back end, which can also move very quickly. If it is not the worm root of the frozen round shield around it, it will not hurt it.
Lin left a part of the cell round shield worm shell and went on the ice breaking journey.
Before the aircraft carrier swam to the ice, the hammer tentacles slammed into the ice wall. Not only was a hole punched in the ice wall, but also several cracks appeared around it.
It’s really effective. It feels similar to that of the round shield worm excavation.
Lin let the aircraft carrier continue to smash the ice crystals in front of her with a swing hammer, and smashed a passage for the aircraft carrier to move.
Suilin also hardened the head of the aircraft carrier, so that it could not only hit the ice with a hammer, but also hit it.
Lin Qian refused to do this because she was afraid of hurting the vascular system of the body, but now it seems that there is no problem, because the tentacles have vascular system when hammering, and she didn’t get hurt when waving just now.
The big eyeball on the head of the aircraft carrier was degraded by Lin, and several small eyeball tentacles were formed on the side of the head of the aircraft carrier to observe.
It’s much easier for the ice to move forward.
It should be moving on, right? Lynn thinks those wild cells should hide in the sand. Maybe it’s warm there and frozen there by ice.
Thinking that Lin changed to move forward and continue to easily smash the ice layer, although the ice layer will have different hardness, hammering tentacles will not be a problem, and it will probably not take long to reach the bottom beach.
After breaking a layer of ice again, Lin saw an unusual scene before her eyes. She didn’t reach the beach yet, but there was an ice area.
This is enough for Nalin’s three aircraft carrier ice caves. There is no sign that the ice wall around them has been excavated. Lin doesn’t know how it formed. Lin slowly swam into the ice.
Strange place. Why is there such a place? Ice can’t dissolve itself into this sample. Is it dug up by some kind of creature? But I didn’t see that creature
Lin was wondering about the cause of the formation here when she suddenly found some small points moving around the ice wall.
What is that?
You can’t see clearly only by the eye tentacles on the side of the aircraft carrier. Lin dispatched a small devourer of the aircraft carrier. When they swam near the ice wall, they found that the original moving dots were some cells, which were almost as difficult to see as the color of ice.
These small cells are all over the ice wall. Lin doesn’t know why they are, but it’s always food.
Lin let the devourer hunt them without thinking too much, and Lin let the aircraft carrier release more devourers to clean up these cells.
The devourer quickly devours the ice wall cells, which are defenseless and common. They are round and small, but they can do strange things to escape the devourer.
They can drill directly into the ice without relying on excavation methods, but directly into it.
The cells drill out of the small hole, and the devourer can give up hunting after entering the law.
It’s strange. How do they do it? Lin watched them carefully. From the eyes of the smallest devourer, she could see that the cells seemed to secrete a liquid that could instantly dissolve the ice crystals around the body, so they could get in and out of the ice.
I see. Is that how they made this hole? So this cell should be called …’ ice-dissolving bacteria’
The ice-melting bacteria are hiding in the ice. They seem to be happy and shaking there.
For a moment, Lin’s carrier hammer tentacles slammed into the ice wall, which not only shattered the ice wall, but also knocked out the ice-dissolving bacteria hiding inside, and then the devourers quickly swallowed up the small cells in these mixed ice chips.
The ice-melting bacteria knew that they were uneasy about hiding in the ice, so they fled to the depths together, and Lin immediately broke the ice again and chased them in the direction of escape
Although these ice-dissolving bacteria say that they can drill in the ice, their real speed is very slow. Without Lin, the aircraft carrier can smash the ice quickly. Almost every one of them can smash a large number of ice-dissolving bacteria from the ice. With Lin, large devourers can directly swallow them together with ice chips and bite them into powder.
Lin just moved forward while hammering them out of the wall, but Lin didn’t move forward for long, and suddenly she found herself in the water again, and there was no ice in front of her.
Into the ice cave again? No, no
This is a wider area than the water. Lin has left the ice area.
What’s that?
Lin saw a strange sight in front of her eyes.
The vast waters are still vast and empty, but there are many things in the square sand that Lin has never seen before
Most of these things are flat or round, and their surfaces are covered with striped protrusions. Some of them lie on the sand, and some stand in the sand for a while before Lin confirms that they are creatures, because they are almost motionless, but when water passes by, their bodies will shake and their tentacles will protrude from their bodies and wave in the water.
These creatures should also be a multicellular combination. They are very abundant and almost spread all over the beach. It seems that there is a reason why the round shield worm doesn’t eat single cells. It should be better at eating these multicellular creatures.
Where do these multicellular creatures come from? Lin has been meeting single cells for so long. Since when have other organisms also appeared multicellular?
Chapter 10 Desert creatures in the sea
At present, there is a glimpse of the beach in the open water, and behind it is a thick ice layer, which is estimated to have nothing but ice-melting bacteria.
What is Lin going to do? Forward? Or back off?
Lin doesn’t know that these multicellular organisms lose a lot in the face of round shield worms, but Lin doesn’t want to retreat. This may be an evolutionary opportunity and Lin needs food.
These creatures don’t seem to move, but they are fixed. Maybe they can find one that looks good and will be killed.
However, Lin doesn’t know which one is easy to deal with, and the size is not the point. The most obvious example is the virus, which is so small but so horrible.
These multicellular creatures are very big, and you can get a lot of food by killing just one Lin.