How to boost immunity

...and how not to

First, how not to. The pharmaceutical industry, vaccine manufacturers, talking heads on TV, and physicians who aren't paying attention have you convinced that “boosting” your levels of antibodies is a good idea. It’s a really bad idea and here’s why: It is the MEMORY of your exposure to foreign antigens from natural infections or injections that is important, not the numbers of antibodies floating around in you. After that first exposure, your T-cells that guard the barrier that separates the outside from your insides and protects you from stuff getting through the barrier, got activated and will remember that event for the rest of your life. They just sit there, waiting, and the next time it tries to get through, it is stopped, provided you have enough of them in the right places.

Something else important happened after that first exposure. Your T-cells that got activated communicated with your B-cells to start cranking out antibodies at the rate of about 2,000 per second per cell. Those free-floating antibodies then attached to the antigens on the pathogen, preventing them from getting into more cells. The antibodies did not destroy the pathogens, they only marked them for destruction so that other immune cells would gobble them up and eliminate them. After that happened, the levels of those antibodies naturally dropped, and the B-cells turned into long living plasma cells that hang out in your bone marrow and will remember that antigen for the rest of your life. That way if the cellular protection of infection fails, those plasma cells will immediately clone themselves and start cranking out antibodies again. These will attach to the invader and prevent it from getting into other cells. In other words, you got infected again but your adaptive immune system reacted quickly enough that you didn’t even know it happened. That’s beautiful and how it is supposed to work.

Science knows that the T-cells are what protect you from infection and recognize cancer cells in your body and eliminate them. They also know that it takes a special signal from dendritic cells to activate them into action. So they thought, hey, let’s make a drug that will artificially stimulate those T-cells into action! We’ll inject it and those T-cells will do their job. They tried this in 2006 in the UK and the drug was called TGN1412. They tried it in animals first and it appeared to “safe and effective". Then they got six healthy humans to volunteer for a trial. What they did not realize was that T-cells in humans have many more receptors that can stimulate them into action. Every human in that trial got extremely ill and some of them nearly died. The point is, when you try to outsmart the God given intelligence of the immune system, there can be very serious consequences. You can read about that horrific trial failure here: https://pubmed.ncbi.nlm.nih.gov/21042496/

Science is still trying to outsmart that immune memory by injecting something right past the T-cell memory that protects you from infection and stimulate your body to make more antibodies that can only react to the infection. But you already have the memory to quickly remake those antibodies. What can possibly go wrong? A lot. The B-cell memory is there so that when the antigen gets in the blood from a natural infection, they immediately crank out antibodies that attach, block, and stop it from entering more cells. But this injection is not an antigen. It is mRNA HIDDEN inside of lipid nanoparticles that the immune system cannot detect. The mRNA is delivered to cells that make the antigens and release them into the bloodstream potentially by the billions. NOW the immune system can see them. But the idea of the B-cell antibody memory was to prevent this from happening. Now you have both arms of the immune system that failed because of man’s intervention; the innate protective arm, and the adaptive reactive arm. The result can be activation of the complement cascade that is very destructive. It will go after all cells of the body that are either making spike proteins or have them attached, and with vengeance. It uses a cell membrane attacking system that can destroy normal cells nearby, and this can be deadly if it happens in heart tissue. No, it doesn’t happen to everyone due to variability of both the shot and the recipient: https://rumble.com/v20ljrg-five-reasons-why-some-people-get-adverse-reactions-and-others-do-not.html

So, how does one safely boost the immune system? You keep that barrier that protects you nice and strong. It relies not only on the epithelial cells that comprise it, but the integrity of itself. It is held together by proteins that require essential amino acids to make. They are called essential because your body can’t synthesize those amino acids, you must get them from the food you eat. Much of our food has been genetically modified to resist glyphosate, a powerful substance that kills plant life. That way they can spray it on crops that will resist it, but weeds around them will die. Unfortunately for us, these genetically modified foods do not have the essential amino acids in them due to interruption of a metabolic process called the shikimate pathway. So, many of us are malnourished, even though we don’t look like we are. Also, glyphosate itself is a powerful antibiotic than can kill normal bacteria in our gut lining that are necessary for health. Unfortunately, glyphosate has tainted our water supply and many other foods. This weakness can be overcome by drinking purified water and eating certified organic food.

Another way to keep the barrier strong is by exercising. Those cells that make up the barrier need to have fresh oxygenated, and nutrient filled blood to keep them healthy. They also need the ability to eliminate waste products into the lymphatic system. You do this by aerobic exercise, stretching, and moving your limbs.

The cells of the barrier are what will copy virus particles and release them inside of you. The presence of zinc inside of cells will inhibit that process to some degree. So, you can either eat natural foods that are high in zinc, or you can take zinc supplements with a zinc ionophore like quercetin to get it into your cells. This works for RNA viruses, not DNA viruses. Most respiratory viruses are RNA viruses.

It makes more sense to build up the fence that protects you than to rely on something inside the fence that can only react to something that can be prevented. Here is a short fun video of John Denver reciting the poem “An Ambulance Down in the Valley” that drives the point home: https://rumble.com/vm5mtz-john-denver-recites-an-ambulance-down-in-the-valley.html