From
dangerousmedicine.com
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Five risks of mRNA vaccines
The big problem with mRNA vaccines is that
human biochemistry is incredibly complex, and the body’s synthesis of tens of thousands of different proteins is remarkably delicate and easy to throw out of balance. Many people don’t realize this, but proteins are not merely structural components of the body (such as muscle tissue), they are also messengers (such as hormones), transport vehicles, enzymes, antibodies and many other types of molecules necessary for good health.
Injecting the body with mRNA strands — which are essentially protein synthesis instructions — could theoretically unleash
catastrophic unintended consequences in the body, which could include causing destructive self-reinforcing feedback loops that either diminish necessary protein synthesis or cause runaway excessive protein synthesis. These side effects can potentially lead to at least five negative outcomes:
1) Sudden onset of
autoimmune disorders that cause the body’s immune system to attack its own cells. (See more details below.)
2) Heightened
inflammation in the body, resulting in a hyper-inflammatory response in some people, leading to secondary effects such as neurological damage, organ failure or cancer. This is also sometimes called an “enhanced” inflammatory response.
3) A heightened risk of
blood clotting in response to mRNA strands circulating in the blood
outside the body’s cells. This can lead to potentially fatal episodes of stroke or serious cardiovascular events.
4) Immune response interference due to the presence of unintended RNA fragments being translated into unintended proteins, leading to a vast array of negative possible outcomes including molecular deficiencies that can result in various diseases and syndromes including hormonal / endocrine disorders, infertility, cardiovascular disease, neurological disorders and many more.
5) In the case of self-replicating mRNA vaccines using viral components, an inability to stop a runaway process that’s replicating out of control in the body. This could theoretically occur when the mRNA snippets are pushed into cells via virus replicon particles (VRP), for example, or using other viral delivery methods that rely on viral replication machinery. On the other hand, self-replicating mRNA vaccines allow for injection doses to be incredibly small, since the mRNA coding material is self-replicating, and this could lead to safer vaccines with far smaller dosing requirements compared to traditional vaccines.