Updated 02/09/2025
Vaccines cannot fit into the gears of the tumor cell’s DNA. An almost impossible task.
Molecules can be a relief, but chronic and do not manipulate the tumor cell’s DNA.
Defenses do not attack tumor cells because it would be suicide.
But, for example, it could happen that, if you change DNA sequences, of the tumor cell, with the help of your brain and going back to the stem cell, that tumor cell would travel to the liver, through the bloodstream and could be eliminated, by the liver, by adding specific sequences, in the liver cells, to eliminate the tumor stem cell, or stem cell.
This liver option is possible, but I think the best option would be to return the tumor cell to a stem cell and transform or divide it into leukocytes or macrophages, which would be a good defense because the tumor cells contain sequences of viral DNA that produce the tumor, and transforming them into macrophages would attract the virus that causes it, because it contains information about the virus.
When reproducing in defense, the stem cell derived from the tumor cell, the DNA sequence of the tumor cell, which is the entry point for the virus, must coincide with the DNA sequence of the gland that traps the virus when the cell is transformed into defense.
A tumor cell greatly reduces the DNA movements that are what produce the tumor. To increase the DNA movements of the tumor cell, it is necessary to reduce the DNA sequences, mainly protein and sugars, which is what feeds the cell and with this process, it gives more freedom of movement of the DNA, giving rise to the movement and gearing of the DNA sequence, which forms the stem cell and the release or formation, within the tumor cell, of the virus that causes the failure or saturation of the gearing or movement of the DNA. Afterwards, this virus is released so that the stem cell transforms into a macrophage or melanocyte.
Tumor cells or cells that age, if they do not transform into stem cells and then into defense cells, to reduce the virus, it is necessary to inject antibody sequences into the DNA in chromosomes and antibody sequences into the blood for the same virus and each time this virus is released from the tumor cell or stem cell, the virus modifies its DNA making it less violent, but it causes the same damage over time. The more antibody sequences in tumor cells transformed into stem cells, the better the cell and the better the tissue will be.
If the virus affects a lot of tissue, the stem cell has to divide into macrophages. The antibody actually immobilizes the virus for the leukocyte, but if it escapes from the antibody, the macrophage is needed.
This effect has to be synchronized with the liver, which reduces the presence of protein in the blood, which pushes food into the cells and could also cause more insulin to be formed with sugars, for the formation of chlorine, which will relieve the cells and also some cells can raise and lower the levels of red blood cells and if the DNA sequences are reduced, which feed the tumor cell with fat in some types of tumor, you also need to synchronize the liver and kidney for the levels of fat in the blood.
With this method and having a good age, since the younger, the more freedom of movement of the DNA, the tumor could be reduced in weeks.
In tumor cells, DNA becomes very long and with many fractions and only the sequences of our proteins and carbohydrates can be eliminated, because the walls of these sequences contain numerous genes, which trap gases that biodegrade the DNA sequence, eliminating the sequence, but it can be regenerated thanks to the main DNA and not chromosomes. Unlike an aggressive virus, the DNA sequences that the virus reproduces, its walls do not have genes, that is why the sequence cannot be eliminated because it does not biodegrade, because it does not take gases, that is why the entire process must be counted.
It could be said that a virus can greatly increase the chromosomes, but by reducing its aggressiveness or shortening the chromosomes, the viral DNA could take genes in its walls or thread, which absorb gases and thus can be eliminated or biodegraded, but if its sequences increase too much when infecting us, some might not biodegrade.
DNA assembles and disassembles sequences in its processes.
It could be said that this tumor cell, which is then converted into a stem cell, when it transforms into a melanocyte, by reducing the viruses, could transform itself again into the tissue cell, but with a better configuration.
When we attack many physical changes or tumors, many stem cells reproduce, which absorb information in the form of DNA from other cells that travel through the bloodstream to the cells of the affected tissues to adapt. When the changes and DNA of many cells begin the process, the DNA sequences are fragmented, they roll up and remain spinning and at that moment, they do not release information, nor do they produce more changes. To go back to improvements from an adult to a younger person or a tumor, you have to take charge from the giant cells, in the highest layers of the atmosphere, which are the cells with the most DNA charge.