It is well known that plants can carry out photosynthesis because there are chloroplasts in their cells. Chloroplasts can convert light energy into chemical energy.


    The inheritance of this structure in cells is not entirely determined by the genetic material in the nucleus. The earliest chloroplast was actually a single cell. But later, after parasitizing in the cells, they live better. Gradually, this symbiotic relationship gradually developed into the current situation of later plants. Chloroplasts are no longer separate cells, but become part of other cells.


    This is actually the same as mitochondria. The genetic material in the nucleus is only part of determining biological traits. Cytoplasmic inheritance is also very important for biological traits.


    Therefore, how to make animals carry out photosynthesis has become a topic worthy of research. Now the nano machinery implanted in organisms is cytoplasmic inheritance in a sense. But when tulips use nano machinery, they know it but don''t know why. Although the genetic material and components of nano machinery have been analyzed. But it can''t be made by manual means. Perhaps long-term symbiosis can integrate them with the human body and eventually evolve into a kind of creatures that do not distinguish each other.


    However, the technology of controlling cytoplasmic inheritance and changing biological characters by increasing cell structure in the cytoplasm is still very worthy of study.


    Allowing animals to carry out photosynthesis is one of the important topics in this research. The development team plans to make it suitable for animals. Chloroplast cells are transformed and implanted into embryos.


    In this way, in the process of embryonic cell development, chloroplasts will be distributed in each cell of the whole new life individual. In theory, this allows photosynthesis.


    But the situation is far from so simple. Plants can photosynthesis because they have supporting facilities. Chloroplasts are only software, while the body structure suitable for photosynthesis is hardware.


    There are no tubes and sieve tubes in the animal''s body, and there are no pores on the skin surface. Transpiration is not possible. Similarly, the nucleus of animal cells cannot guide the synthesis of corresponding proteins to inhibit the work of chloroplasts in cells that do not need chloroplasts.


    This leads to the abnormal development of these embryos even if they are implanted, and eventually turn into a pool of rotten meat. There are no surviving individuals in many experiments.


    Of course, scientists can''t have only such an idea. Since it is easy to die due to foreign chloroplasts during embryonic development. Then the body transformation of mature individuals has also entered the vision of scientists.


    There is no doubt that the transformation of mature individuals is more difficult. There are 8 billion cells in the human body. It is impossible to inject chloroplasts into these cells one by one.


    Therefore, chloroplasts must be modified so that they can replicate themselves without nuclear guidance. And invade into cells by a series of means.


    Tulip scientists have long been familiar with similar genetic research. A group of geneticists who started with zombie viruses are very good at how to make a cell aggressive.


    But when things get too extreme, they make chloroplasts too aggressive and turn them into green poisons. When tested on mice, this chloroplast. Killed the mouse in a short time.


    The dead mouse was pale green all over. Put his body in the sun and found that photosynthesis could indeed take place. But because the respiratory and circulatory systems have stopped, photosynthesis has only lasted for a short time. Then most of the cells died.


    Later, experiments were carried out with larger animals. The bigger the animal. The more it can resist the invasion of chloroplast, because the volume of chloroplast is very small and the genetic material contained in chloroplast is relatively small. An increase in the number of divisions leads to the loss of genetic material, just as cell telomeres say.


    When a large amount of genetic material is lost, the material added to genetic information will be lost first. That is, the genetic information that induces chloroplasts to produce aggression. In theory, as long as the organism is large enough, the injected chloroplasts are small enough. There is a chance to achieve symbiotic effect.


    Once they experimented with elephants, injecting only one chloroplast. The elephant survived for a full month, although its body surface turned green. But he did not die immediately. Instead, he did not have to eat.


    But the size of the elephant seems to be a little worse after a month. The elephant still died of a brain tumor. Later, 100000 year old captives were also used as experimental objects.


    A small amount of chloroplasts will be directly killed by the immune system of 100000 year old ghosts. And a large number of chloroplasts will directly threaten the lives of 100000 year old soul animals. We need to find a balance. This balance point is obviously that the larger the body, the more cells contained in the body, the easier it is to find.


    Originally, tulip wanted to catch the deep-sea demon whale king and try it. With that guy''s huge size, you should be more than 80% sure to make it into a deep-sea magic whale that can carry out photosynthesis


    But now we meet Kunpeng, the problem is simple. The volume of Kunpeng is almost a million times that of the deep-sea demon whale king. This body shape can balance the chloroplast with itself without even adjusting it. There is no possibility of failure at all. Unless Kunpeng killed himself, he dried dozens of tons of chloroplasts.


    But even if he wants to do it, the studio doesn''t have so much inventory.


    Kunpeng probably understood the description of the film, but he was still worried. Such a dangerous thing directly entered his body. After thinking about it, he would peck on his wings with his sharp.


    From his point of view, he just tore off a small piece of meat. There was an insignificant wound on his wing, but from the perspective of photography, he tore more than 100 tons of meat from his wing. This is almost the size of an ordinary deep-sea demon.


    "Try this piece of meat first. I won''t agree to the injection until I see that he is safe."


    This is a reasonable request. Few people would like to know that this is a deadly thing. Let someone inject him directly into his body.


    With a nod, 100 tons of body tissue is enough for a very small amount of. Chloroplasts are in equilibrium with them. The undertaker injected about 0.1 ml of diluent into the large lump of flesh and blood, and then saw that the flesh and blood began to turn light green from the injection position.


    The green spread a little and finally covered most of the flesh and blood, which stopped.


    [to be continued]


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