In a lengthy presentation featuring nine international experts, Dr. Sucharit Bhakdi framed the issue of compliance with DNA contaminated mRNA injections in stark terms.
“Whoever propagates RNA vaccines as effective and safe – whoever claims nothing can happen to your genome – is either incredibly ignorant or endlessly evil,” he said.
Such people, claimed the retired University of Mainz professor of microbiology, are turning their backs on the “horror scenario unfolding in front of our very eyes.”
Speaking with Dr. Mark Trozzi on a platform organized by the World Council for Health, Bhakdi called on the people – and the doctors – of the world to decide where they stand.
“Fellow citizens and physicians of the world, turn away from the perpetration of this monstrous crime against humanity,” he said.
“Do this to save yourselves, your descendants, to rescue the name of your family, or go down in history as one of the greatest criminals of all time.”
Bhakdi’s segment on the three-and-a-half hour video was devoted to an explanation of the workings of the mRNA injections, with specific focus on the recently discovered plasmid DNA that they contain.
He claimed that not only is this plasmid DNA present, but that it can indeed cause genetic mutation in the host. What is more, he says, these mutations can be inherited. This means that the children of those receiving the injections can be subjected to genetic modification without being injected themselves, and without consent.
Bhakdi was asked to talk in layman’s terms of the dangers of the so-called vaccines, “so that any 14-year-old could understand.”
He used a bakery analogy to show how mRNA and DNA work.
The genome is the entire set of DNA instructions in the cell, packaged in the chromosomes – the “books of life” – which are kept safe in the cell nucleus.
When a “recipe” for a product is required, “let’s say a cake,” the “book” is opened at the right page and a copy is made from the recipe.
This recipe is sent to the manufacturing site – the “bakery” – in the cell.
The cake is placed for inspection on the windowsill of the cell. Having fulfilled its purpose, the copied recipe – which is mRNA – is disposed of. Naturally occurring mRNA is short-lived.
