To create a visual organ, the first thing to do is to find a way to interact with light, which is the so-called ‘photochemical reaction’.

　　 The difficulty in manufacturing visual organs is that they can receive light and convert these light into the retina that can understand bio-electric waves. It is precisely because of such an important component that the human eye can see this vast world.

"In order to carry out photoreaction activities, mitochondria are required to participate in it, allowing matter to'actinize' from the ground state into an excited state, and then introduce the excited state matter into the mitochondria for material processing, and the matter will return from the excited state to the ground state, one by one. Out, this can form an electronic signal."

　　 "Because light has different degrees of wavelength, there will be a difference in the number of photons participating in the photochemical reaction per unit time, and this can be used to depict the image of the outside world with electronic signals."

　　 "Relying on these quickly drawn images, building continuity, like film movies in the 1980s and 1990s, forming a dynamic visual system."

　　 With the deepening of self-discussion, the structure of the visual system in Huogu’s thinking has gradually become clear.

　　 Speaking of mitochondria, Hogu thought of the single-celled organism that had been captured before and reacted with sulfur.

　　 "The mitochondria that process sulfur can't meet my requirements..."

　　 "Even if it is hypochlorous acid, ultraviolet light is needed for photolysis..."

　　 "In this way, wouldn't you only be able to see the world from the ultraviolet perspective?"

　　 Huo Gu thought for a while and said.

　　 "It is necessary to adjust the mitochondria."

　　 Time just passed by bit by bit. Huo Gu didn't know how long it had passed. He only knew that the cell cluster had been updated more than 400 times.

During the period of 　　, the number of cells did not increase much, mainly for safety reasons.

　　 In the case of an active volcano that may exist nearby, Hogu needs cell clusters to ensure a basic mobility. Excessive numbers are just a burden at this time.

　　 Finally, the drawings of the visual system are formed in Huogu's thinking, and the new mitochondria are also designed.

　　 This kind of mitochondria mainly processes hydrochloric acid, which combines with carbon dioxide to convert hydrochloric acid into hypochlorous acid.

　　 After calming down, Huo Gu's attention began to be highly concentrated.

　　 During this period of time, it discovered that as long as its thinking is highly focused on one thing, it can enter the state when it is at war with the phage, and its thinking will change particularly fast.

　　Of course, this comes at a price. The metabolism of cells will be significantly accelerated, and the average life span will be shortened.

　　 Hogu estimated that this should be the result of the acceleration of the two processes of energy release and reception of cells.

　　Although he couldn't bear it, Huogu still had to do this out of overall safety considerations.

　　 The cells are dividing, they receive instructions, and the whole group needs new members.

　　The cylindrical creatures floating in the liquid gradually open and close their mouths regularly, in order to obtain enough material to build the visual system they need.

　　 As time passed, a small bulge protruded from the side of the cylindrical creature, and gradually, after a period of time, the small bulge grew into a thin column.

　　 After another period of time, the pillar no longer stretched, but became thicker.

　　 The most central part of this column is a lot of thin wires composed of cells. They are the ‘optical cables’ that carry the electrical signals of the retina.

　　 Next, these "optical cables" are wrapped around the inner cells for feeding.

　　 Then, it is the outermost layer, which constructs a Great Wall of wall cells to prevent viruses from invading outside.

　　 The pillar is the final preparation. During the growth of the pillar, Huogu also collected enough chlorine to build this retina that can receive ultraviolet light.

　　 The parietal cell at the end of the column begins to divide and grow into a sphere.

　　 Then, in the safe place constructed by parietal cells, the inner cells transport the collected chlorine to this sphere.

　　Finally, the cells that are ‘optical cables’ are also dividing. The cells that they divide are partially transcribing DNA, and the cytoplasm is acidic, and there are more mitochondria that can combine with hypochlorous acid.

　　 These are the retinal cells prepared by Hogu.

　　 From the end of the sphere, half of the cells gradually become transparent, like crystal clear glass, in order to be able to refract the collected light onto the retina.

　　The work of parietal cells and inner cells has not changed, they are only adjusted by the pigment in the cytoplasm by Hogu.

　　 The moment the retina officially started working, Huogu's perspective changed.

　　 It has an extra perspective, and it is not obtrusive. Huo Gu can't feel the sense of violation at all. It seems to be born with it. It should be this perspective.

　　 Compared with the perspective of a comprehensive analysis of cell clusters, this perspective can be said to be quite narrow.

　　The angle of view can only be seen at one hundred and eighty degrees, and at the other one hundred and eighty degrees, you can't see anything.

　　 However, Huo Gu doesn't feel anything, UU reading www. uukanshu. The problem of limited viewing angle of the com can be easily solved. It is only necessary to grow a vision system like this on the other side to achieve 360-degree observation without blind spots.

　　 Huogu began to investigate the surrounding environment.

　　 What should I say...

　　 I don’t know, I was shocked when I saw it.

　　 Just some distance from Huogu, a giant plume of smoke rises from the bottom and floats straight to the top, accompanied by countless bubbles, impurities, and other messy things.

　　 From time to time, Huogu can still see the root of the smoke column, with a bright light.

　　 This is an underwater active volcano!

　　 Huogu felt fortunate while mourning that he guessed right.

　　 If I didn't create a visual system, I would just follow the fluke in this area with a fluke mindset, and I might be buried in this active volcano at any time.

　　 The ubiquitous currents can also be explained. There will be interval eruptions in active volcanoes at the bottom of the water. This eruption is not an eruption of power under the crust, but the ejection port is blocked and the pressure released.

　　 This kind of small wave formed a turbulent flow after being reflected by the surrounding rocks.

　　 "Huh? Something is wrong..."

　　 "In this way, doesn't it mean that cells are only organisms suitable for living in acidic liquids?!"

　　 Active volcanoes will inevitably pollute water quality. According to the microorganisms that used sulfur for life activities before, the liquids nearby should be acidic.

　　 In other words, since cell clusters can jump around here, it means that they are actually organisms that live in an acidic environment.

　　 Thinking of this, Huo Gu felt his brain hurt, if he still had a brain.