Updated 11/23/2024
Viruses, such as phages, can be of great help to leukocytes in defending themselves from bacteria.
It could be said that bacteria are infected by viruses such as phages and these viruses that infect bacteria also infect cells, with simple genetic information that leukocytes need to locate bacteria, with the same simple genetic information that these viruses give them.
It may happen that bacteria that are not infected by viruses and viruses that do not infect cells, limit or incapacitate leukocytes against bacteria.
Without this genetic information of the viruses, bacteria could escape from leukocytes, because they do not create an attraction field.
If this is true, we can say that viruses are essential for survival against bacteria.
It can also be said that the micro muscular mobility of the leukocyte is due to the magnetic field when it is close to pathogens and if it is outside the magnetic field of the pathogens, these leukocyte cells lose mobility and become part of the bloodstream or their number decreases, due to lack of food for pathogens.
Macrophages could use the same system as leukocytes, but due to their size, they are only effective against viruses due to their smaller attraction fields, since a leukocyte has difficulty attracting viruses at certain distances.
Phage viruses could create cellular inflammation due to their proteins. When infecting cells, phages synthesize proteins that prevent the phage virus from dying or exploding when it comes into contact with oxygen. Therefore, with the help of their proteins, when infecting cells, these cells are emptied of this dangerous gas.
It could also happen that, in some cases, these viruses explode inside the cells and this effect, depending on the climate, can generate atmospheric explosions in high layers.
In a simple dental infection by this phage virus, if the cells take oxygen or dissolve their proteins, this virus would die by exploding and the dental pain would subside, in just a few minutes or it could also happen that, in the long term, when its proteins dissolve, the inflammation or dental pain would subside.