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).