2 MINUTE EXPLANATION OF WHAT HAPPENS TO YOUR HEART, BRAIN, LUNGS WHEN YOU GET VAXED
HERE IS HOW THE mRNA COVID SHOT AFFECTS THE IMMUNE SYSTEM
The coronavirus vax is designed to train the immune system to recognize the coronavirus spike protein of the original strain by turning your cells into a spike protein factory, spurring the generation of antibodies for potential use down the line. The immune system is then tasked with battling the virus, yet the vax efficacy ultimately dissipates 5% per month.
In fact, the actual documents from the Pfizer trials showed the relative efficacy (effectiveness) of the mRNA vaccine was calculated at 95%, but the medical standard for vaccines is to use the actual efficacy and that was calculated at less than 1%. This translates into 1 out of every 119 people might be protected from the COVID virus. This is not conspiracy theory; the documents have been published and a former CEO of Pfizer brought this to the attention of the medical community early in the pandemic.
Once your body is turned into a factory producing millions of spike proteins, they start attaching to your body organ cells (brain, heart, lung, kidney, liver, etc.), penetrating the cell membrane, and replicating inside the cells causing damage, hyperinflammation, and significant adverse health issues.
The key to protecting yourself is to stop the first step of the process whereby the mRNA vaccine spike proteins attach themselves to your body organ cells.
SUMMARY
The mRNA vaccine produces millions of spike proteins which cause the immune system to produce antibodies to fight the infection, but the other process taking place is the spike proteins attaching themselves to your body organ cells (brain, heart, lung, kidney, liver, etc.), penetrating the cell membrane, replicating inside the cells, damaging body organ cell tissue and mitochondria, causing hyperinflammation, severe adverse health events, and in many cases death.
Patent Pending (#17/815,878) AcuteShield Vanquish® was developed to inhibit mRNA spike proteins from attaching to cells, penetrating cell membranes (infiltration), and replicating inside the cells causing severe damage! Protection starts by stopping the mRNA spike proteins from attaching to the cells. After that, penetration and replication cannot happen.
