Updated 04/02/2025
Leukocytes, apart from eliminating bacteria and viruses, are also responsible for 100% of the substances eliminated by the liver and kidneys and can be very effective against harmful substances we ingest.
For example, sugars are primarily a source of nutrition for leukocytes, and the derivatives they produce when they phagocytize are antibodies, which they use to engulf viruses and eliminate through the liver, and antibodies that plug holes in chromosomes, preventing sugars from entering cells that don’t use them. When the pancreas releases insulin, the sugars enter the leukocytes, and the antibodies leave the holes in the cells and end up in the melanocytes.
The same thing happens with proteins and fats, but in this case, they are eliminated through the kidneys. When the kidney secretes hormones, fats and proteins can end up in leukocytes and unblock the holes in chromosomes. Antibodies are sent to melanocytes. These fats and proteins are absorbed by the leukocytes and transformed into antibodies to plug certain holes in chromosomes so that the fats or proteins do not enter cells that do not need them. They also act as antibodies to combat viruses that are eliminated by the kidney.
Leukocytes can be very effective against substances that can be protein-like, for example, and that are harmful and cause inflammation or tumors. Leukocytes are prepared for major inflammation, more so than cells in other organs, and can transform these substances into waste products for elimination by the liver (types of sugar) or by the kidney (types of proteins).
When a foreign body enters our blood through a poisonous snake bite, for example, these substances can end up in cells and cause a tumor. In the case that the tumor is not very malignant, the leukocytes attack these cells due to the force of attraction of the substance when hormones are released and in this case we need to increase the doses of hormones or their potency by increasing a chromosome of kidney cells or insulin from the pancreas depending on the foreign body, so that these molecules end up in the leukocytes and do not attack the cells nor do the cells absorb more of this substance that can remain in the blood, but there are always risks because the foreign body enters the cells first due to a lack of antibodies. If this happens, you can notice that an asteroid dissolves in space and the leukocyte transforms it into antibodies.
It may be that leukocytes are more sensitive to foreign bodies, poisons, and bacteria, and macrophages to viruses. Sometimes, when we take a moment, we may experience hallucinations, especially in young people, and we may see more bodies or flying insects, for example. Or they may not, and they may be hidden and almost impossible to see, especially in adults who surround us and we can’t see them and can introduce foreign bodies, such as mosquitoes, into our bloodstream. Could bacteria be poisonous? Sometimes with bacteria, the inflammation may be due to their venom, while without venom, the inflammation would be less. Sometimes, the venom of bacteria, like that of a snake, could cause movements of bodies like asteroids in space or asteroids near us, and these remain hallucinations, and it’s better to remain calm. That body or asteroid can cause a very small wound for the leukocyte’s antibodies if we are positive for that bacteria, but with calm, it happens less. If we are not positive, it doesn’t cause a wound.
It could happen that without foreign bodies in the blood, leukocyte levels drop, but not macrophage levels, and there are fewer antibodies in the blood, which would improve physical performance because it doesn’t plug the holes in chromosomes. However, it could happen that melanin is less, whitening the skin more and causing gray hair to appear.
Hormones like adrenaline can help produce antibodies against foreign bodies, and the thyroid can help expel them, since this antibody can lose its gravitational pull and cause a wound or puncture, due to the effect of the asteroid’s altitude or magnetism. Triiodothyronine or thyroxine can form complexes with these antibodies against foreign objects, and when they decompose, they are lost in the Earth’s magnetism, and adrenaline separates it from the magnetism for antibodies.
Perhaps when a foreign body or substance enters, the leukocyte with adrenaline forms the antibody and sends it to the blood by phagocytizing, but the magnetism of a rotation of the Earth can cause it to be more or less magnetic, thus giving the thyroid time to produce the hormone that releases it. When it phagocytizes, the inflammation of the leukocyte decreases and prevents the cells from absorbing the substance and depending on the magnetism, it ends up in melanin for the skin or for the hair. It can happen that sometimes the hair takes color and loses it in a rotation of the Earth and it can be due to the rotation and a high degree of magnetism and if the magnetism is strong, it will be the thyroid that eliminates it.
It can happen in the summer when we exercise, such as cycling, and our physical performance is optimal. We can collide with dangerous insects due to clumsiness. It often happens that in the summer we have a high antibody load that clogs cells and our physical performance plummets. An analysis of this case is that leukocytes feed on sugars, fats, proteins, and vitamins, and all of this is phagocytosed and eliminated by the liver and kidneys. But what happens if we eat this food and don’t go to the bathroom? The most common thing is that physical performance plummets because the antibodies and their magnetism have to lose gravity, for example, to dissolve an asteroid, but this can take days or years. It can also happen that a few calories are burned, but only proteins and melanin with little or no magnetism.
Molecules in blood are not actually visible under a light microscope; only plasma and clusters of molecules like cholesterol, more or less dissolved in plasma, are visible. The concentrated molecules or clusters seen in blood can be foreign bodies, because they do not dissolve in the blood, thanks to the digestive system and liver. Macrophages are only visible under a microscope when they become inflamed and can reach the size of a leukocyte.
An example of a foreign body in blood would be this. My image.
Sometimes we may also experience itching, and it’s not just a phantom, but rather the effect of adrenaline attracting particles to the antibodies in leukocytes. It can be more noticeable in mosquito bites that cause itching after injecting a foreign body. This itching may wear off in a few days, but painful bites can create disorienting itching effects as the adrenaline dissolves in the body, or they can last for years or even be fatal. Often, as the itching continues, the inflammation subsides, and the foreign body is dissolved by the leukocytes. If it stings, it’s not serious, but if it hurts, it can be serious.