N. Levashov's «SvetL Broom» in A. Khatybov's «Bath School» Book 3. The Cell and Health

Book 3. The Cell and Health. Chapter 4. Ages and ages ago and in today’s realities 200 first sign that it is time to conserve the fish. Various sharp protrusions on the fish body make it possible to conclude that this species ancestor was a plant of a camel's thorn type. There are a lot of descriptions from the fish pathology-anatomy, and there is no point in repeating them. As a rule, the scientific interest in fish is shown after it is eaten, and if suddenly there are hordes of viruses hiding under the fin, with the desire to have a ride, the fact of their presence does not surprise. A Note (unscientific, but very useful for understanding)... A living fish cell, like all living things, has gravitational frequencies, magnetic impulses and electrical potentials . The fish scales resemble mica (insulator) and, depending on the type of electrical potential and the slip angle (in an atom) of this potential, the scales can be either a conductor or an insulator. Gravitoelectric component of the scales allows the fish to overcome water resistance. All edible fish have a positive potential on scales, and inedible (like piranhas) – negative. Not taking into account the presence of inedible fish in the Volga, the Oka, and the Kama basins (the Dnieper has not been investigated for their absence), we will consider only the species of edible fishes where the colonies of viruses moving to the new habitat were observed (under the supervision of doctors). Unlike living creatures on land, the fish do not breathe. Gills are just a filter, and there is no generator to separate dissolved oxygen from the water (in pure form, oxygen does not exist in water, and this was pointed out by N. Levashov). The fish swallowing air bubbles is the swallowing of positively charged particles that are different from the environment (these particles are also food). The gills work when there is some hazard (sensitivity – up to 1 meter, the role of the searcher of a positive charge is performed by the eyes), sifting water and neutralizing an electric potential on the scales. This occurs if the external potential exceeds the protection potential. The fish hides in the environment, and the predator does not "see" it. If the positive potential is much less than the protection potential, the fish itself catches prey. By the way, there are cases when fish sucked to a log floating on the river – this log's potential was much lower than the protection potential, and the fish just tried to eat it. The eyes act as a locator, and the fish have an organ that analyzes the water potential difference in which it is located and the potential of any object. If this potential exceeds a certain limit, then the fish just avoids meeting. Sea fish can not survive in fresh water, as its potential is higher than the potential of