“Normally, messenger RNA is not free in your body because it's a danger signal. As a molecular biologist, the central dogma of molecular biology is that our genetic code, DNA, is transcribed, written, into the messenger RNA. That messenger RNA is translated into protein, or used in a regulatory capacity … to regulate gene expression in cells.

So, taking a synthetic messenger RNA and making it thermostable — making it not break down — [is problematic]. We have lots of enzymes (RNAses and DNAses) that degrade free RNA and DNA because, again, those are danger signals to your immune system. They literally drive inflammatory diseases.

Now you've got PEG, PEGylated and polyethylene glycol, and a lipid nanoparticle that will allow it to enter every cell of the body and change the regulation of our own genes with this synthetic RNA, part of which actually is the message for the gene syncytin …

Syncytin is the endogenous gammaretrovirus envelope that's encoded in the human genome … We know that if syncytin … is expressed aberrantly in the body, for instance in the brain, which these lipid nanoparticles will go into, then you've got multiple sclerosis.

The expression of that gene alone enrages microglia, literally inflames and dysregulates the communication between the brain microglia, which are critical for clearing toxins and pathogens in the brain and the communication with astrocytes.

It dysregulates not only the immune system, but also the endocannabinoid system, which is the dimmer switch on inflammation. We've already seen multiple sclerosis as an adverse event in the clinical trials, and we're being lied to: ‘Oh, those people had that [already].’ No, they didn't.

We also see myalgic encephalomyelitis. Inflammation of the brain and the spinal cord, which is [associated with] exogenous gammaretroviruses, the XMRVs.”