MTL - 4.6 Billion Year Symphony of Evolution-Chapter 20 evolution!

The water still ruthlessly swept across the whole rock, this time it was much more violent than the last one.

All the large and small cells here have been washed away and disappeared into the deep blue of the distance, but Lin's huge tentacles still stand in the center of the rock.

Each time the impact of the water can bend the huge tentacles and tear a lot of cells inside.

But Lin didn't have any plans to back down. Every time it relied on constant repairs and splits to re-erect the entire tentacles and face the next wave of water again.

Lynn understands that its cells will evolve at high speed in the face of adversity, and they will become even stronger after each injury!

Non-stop repairs are also extremely consuming food, so Lynn connects all the fat cells to the tentacles, which can deliver the fastest energy for them.

As for other free cells, keep going back and forth to the cave below and transport the new food to feed the fat cells.

The water is still sweeping the rocks, and the interval is getting shorter and shorter. It doesn't take long, the next wave of water is coming again, and Lin's tentacles are washed away again, but this time it is smaller than the previous ones. many.

The number of muscle cells that break is significantly less, and most of their bodies become more flexible than ever in this short wave of water, and can withstand greater pull.

Evolution is revealed, and Lin is delighted.

The flow of water did not give Lin more fun, and again and again, the wave of time was getting shorter and shorter.

However, Lynn did not fall, and it can repair the tentacles faster every time.

Until the end, the water flow even became continuous, and there was no gap in their impact, but at this time, Lin did not need to be repaired.

The toughness of its tentacles can be protected from damage even in such a rapid current.

Lynn succeeded, and Lin took another big step on the road to evolution.

Happy? Yes, Lin discovered that it has added new words.

As a result, Lin’s threat is one less. Now, the only remaining threat in Lin’s memory is the sudden spread of ice in the frozen waters.

Lynn believes that it will once again face the fear of extreme cold and defeat it!

The water continued for a while and began to slowly slow down, then slowly stabilized, and the entire waters returned to calm again.

Lin opened the opening at the top of the tentacles and a large number of cells swam out. Lin began to completely control the area.

Thanks to the flow of water, all the cells on the rock have been washed away. Lin even has no need to fight, and can easily capture 100% of the rock.

Lin began to build more tentacles on the rocks so that it could more easily control the entire rock.

The tentacles can not only be used to prevent water flow, but also to be used for hunting. As long as other cells are sucked in and then solved with a solution, it is easy and convenient. Lin also intends to put those needle-punched cells on the tentacles to allow them to grow. It became a terror tentacles covered with deadly spikes.

……wrong.

Lynn suddenly thought of a better way.

Ok……

Yes, it is much more useful to directly enclose the whole rock than to build a lot of tentacles on the rock. There is more space left for Lin's cells to swim inside.

Just think of it.

Lin let a large number of basic cells swim to the edge of the rock and begin to combine the layers of layers on the edge. After the combination, Lin makes them evolve into the same as the tentacle, which becomes flexible, thus ensuring hardness. And can guarantee that they can carry out activities.

However, it seems that this flat and wide structure can be used for activities, and it is impossible to make various actions like the tentacles.

For the time being, Lin feels that moving is always good.

As for the base, it is made up of a large number of fat cells for grasping the rock below.

Lin also found an interesting place, that is, although the cells can't dig the rocks, if some cells are drilled into the cracks of the rocks, they may crack the rocks.

In this way, they can also be made more stable on the rock.

When Lynn's observers observed the combination of cells, they also began to pay attention to the edges of the rock.

The edges of the rock are very smooth, but there are many cracks or protrusions on them that allow Lin's cells to hold them and form a 'wall'.

If you look down from the edge, you can only see the rocky cliffs that have been leading to the deep water. Lin can't see what's underneath. Lin may have to explore sometime, but not now.

Next, just grow while eating...

Lin’s number of cells soared, they quickly swallowed all the white plaster on the rock, and the walls of the cells surrounding the rock were quickly plasticized. During this period, Lin did not encounter water flow and did not encounter any powerful cell community. Coming to harassment, only some occasional small community cells have become Lin's food without exception.

It is worth mentioning that the light bacteria in those caves, they are not afraid of the cells of Lin, began to eat in the cell group of Lin, but Lin will drive them away. In this period of urgent need for food, Lin will only give them The food needed for the community, as for the more to eat, then don't think about it.

The cells grew up slowly... The shaping of the walls was finally completed after several nights passed.

During the period, Lin also felt that the layer of cells was not thick enough, so it added several layers, so it took a little longer.

The cells form a huge semicircular hood around the entire rock, covering the entire rock surface, with a large hole in between, allowing Lin's tentacles to extend.

Lin also has a number of closable pores on the surface for cells to enter and exit. In addition, there are many such pores in the multi-layer structure, so that the cells can be quickly released to repair the damage.

However, the direct division of cells around the damaged part can also be repaired.

With such a safe protection, Lin no longer needs to be afraid of the flow of water, but the construction of such a huge protective cover uses a huge number of cells, and they also need to consume huge amounts of food.

Therefore, Lin generally keeps them in a state of inactivity. Lin found that as long as the cells are not moving, they will hardly need any food.

But despite this, the white cream added to the outer layer of the rock in the cave can maintain the entire community, and there are still more, but it is not enough for Lin to continue to expand the community.

Lynn has designed a new solution that allows some cells to stop life activities and then let other cells break it down and digest it, so that it can get a lot of energy at critical moments.

This method also works on some cells that have lived for a long time. Their death can leave space for newly split cells. Lin knows that a cell can evolve faster than it can split a new cell.

Fast, and the longer the cell lives, the damage it receives from life activities, such as grinding on rocks, and finally becoming weaker than normal cells.

But newly split cells can inherit all the advantages of old cells, and are usually stronger, and do not inherit the disadvantages.

This cell-eliminating solution can replace some of the already old cells, allowing Lin to evolve without increasing the number of communities and food consumption.

What is this program called? There are new words in Lynn’s thoughts.

"life".

That's right, to put it simply, it's a great way to get rid of old cells and make room for new, more vibrant and powerful cells.

If you don't eliminate the old ones and just keep splitting, then the food will be worn out more, of course, if there is enough food, Lin will not run this 'lifetime' program.

However, Lin still wants to increase the community. It does realize that it is not enough to rely on the white cream emerging from the stone.

But this rock often has large and small cell communities close to it, and Lynn decided to start capturing them.

However, these cells are not very good, because they swim on the outer layer of the lining and find that they can't get in and leave. Lin doesn't know where they are coming from.

But as long as you can solve it, what are these cells attracted to?

Yes, it is white cream. In this case, why shouldn’t Lynn use the white cream as a trap to trap them?

Hmm... trap?

Good word...