12/18/2024
Jiminy Crickets I was hoping to stay out of the Facebook/Meta free-speech censors this year but, here goes anyways . . .
Originally vaccines were designed to have an initial inoculation shot as a primer followed by a booster after 28 days.
The humoral immune system normally produces IgM immunoglobulin in first response to an antigen on a bacteria and then upon subsequent exposure undergoes a class-shift to make IgG immunological memory B-cells.
If a pathogen is severe and not cleared right away, and lasting 3 weeks then the Thelper cells can produce IL17 (Interleukin-17) cytokine that induces a Th17 immune response which speeds up the process of creating memory B cells.
Over concern that a parent might not give their children the booster shots and the vaccine loosing it's efficacy, the pharmaceutical companies developed single shot vaccines. These includes the attenuation agent Thimerosal which contains mercury which is a toxic heavy metal. The Thimerosal induces a Th17 response causing the humoral immune system to react more aggressively to induce immunological memory.
Did Scientists lie to the American public about the association between vaccines containing mercury in Thimerosal causing Autism?
https://www.facebook.com/reel/1156548989255017?mibextid=9drbnH&s=yWDuG2&fs=e
Mercury can cross over the Blood Brain Barrier (BBB) and get lodged in brain tissue and act as a hapten causing this combination of heavy metal + brain tissue to be identified as a foreign antigen and induce an immune response by triggering the microglia that are the immune cells in the brain. An activated microglia is kinda like straping a bazooka onto a chihuahua, highly excitable and indiscriminately destructive. If you aim a bazooka at a target on the wall, you end up taking out the whole wall!
In the rest of the body we have Treg (Regulatory T-cells) that have receptors for vitamin D which activate these cells which then calm down the Thelper cells lowering the immune response for example after getting over a cold/flu.
But, in the brain we do not have Treg cells to calm down activated Microglia. This is like a house on fire, neuroinflammation causing 'brain fog' this can result in the production of neurotransmitters (NT) as well as decreased NT receptor sensitivity.
Add to this the fact that childhood vaccination schedules often call for giving multiple vaccinations or a combined vaccine shot at tye sane time including vaccinating simultaneously against bacteria and viruses.
This Rev-up in cytokine production overestimating the immune system to induce immunological memory and inadvertently Reving-up the Microglia attack on the brain and impairing NT function is possible to be the culprit with the large increase in Autism and spectral disorders. Further research would help to rule this out or corroborate this observation.
The 'Cellular' immune system is our body's natural response to virus.
The Th1 subset of cytokines stimulate the Cellular immune response.
The 'Humoral' immune system is tye body's natural immune response to bacteria. The humoral immune system is primed and subsequently induced into immunological memory during vaccinations.
Thimerosal is still used in some Flu shot and travel vaccinations! It might be a really good suggestion to avoid getting vaccines containing Thimerosal but, as a doctor. Oh, by the way iatrogenic medicine (doctor error) is no longer the #3 most common cause of death in America, it got passed up by Covid.
The most common cold/flu are rhinoVirus, influenza Virus, respiratory sensitive Virus (RSV), and coronaVirus; notice that these are all Viruses and not bacteria (staph or Strep, etc). Antibiotics only work against Bacteria (not Virus). And, if your vaccine kicks in to start making antibodies this will shift your Thelper cell immune balance away from Th1 Cellular (the body's natural anti-viral response) over to Th2 Humoral instead to make antibodies (our body's normal anti-bacteria response). All these cytokines actually cross over the BBB and influence Microglia immune response as either M1 or M2 which have a hard time switching back.
