Holy Grail of COVID-19 Spike Protein Detoxification
Far and away the most common question I get from those who took one of the COVID-19 vaccines ...
www.theepochtimes.com
What this article is talking about “in English”. The main chemical in the jab is foreign messenger RNA (m-RNA) which is synthetic and not part of our normal body biochemical make-up.
To make it worse, when it is injected into a person, it attaches to the ribosomes of that individual and makes what is called “spike protein” within their body.
This spike protein punctures the outer membrane and/or nucleus membrane of normal healthy cells and helps the COVID virus to enter the cell and spread.
The m-RNA detaches and then goes to other ribosomes and makes more of the spike protein, and nobody really knows how many times it does this before the foreign m-RNA is eventually catabolized and eliminated from the body.
The scientists that developed this m-RNA designed it so that it is resistant to being removed by the body’s natural immunity defense system.
The blood clots in people who have gotten sick or died from the jab are thought to be made largely of protein(s).
These blood clots can be seen in the videos taken by embalmers who remove the long strings of protein(s) from the jabbed deceased person’s veins and arteries, so that they can inject the embalming fluid.
Proteins are made out of amino acids hooked together through what is called a peptide bond.
The treatment strategy for those survivors who have gotten the jab and/or booster shots is to eliminate the proteins by enzymatically breaking the peptide bonds of the protein.
The long strings of protein are cut down into smaller pieces that the body can then eliminate.
Hopefully, the jabbed person can then fully detoxify and recover.
Nattokinase is a Serine Protease enzyme that can break the peptide bonds of the protein by enzymatic action.
Therefore, it is being considered to be used as a detoxifying agent to break down the blood clotting protein into smaller pieces so that the body can eliminate them…