Pathologist Dr. Ryan Cole (Part 2) How does mRNA vaccine affect us genetically? DNA?

Interviewer: How exactly does the MRNA vaccine work and does it affect us genetically? Can it affect long term DNA?

Dr. Ryan Cole: Well yeah, I am kind of getting to this. This is my concern, when you get the shot the sequins go into your cell, it gets transcribed into a message that makes a protein that gets expressed onto your cell. Now technically, the mRNA aren't supposed to become part of your DNA, there are a few cell culture studies with the J&J vaccine which is a DNA which gets turned into RNA then gets turned into a protein, where some fragments of it in cell studies have been intercalated into the DNA. So technically that shouldn't happen, the anchoring protein, the anchoring sequins where it's supposed to stay on your cells... it doesn't work that way. It ends up that the spike does end up circulating in your body and can land in any organ in your body and we know from the Japanese biodistribution studies on the lipid nanoparticle, we know that those can concentrate multiple organs including the ovaries. So this spike, as Dr. Urso likes to say that the shots and lipid nanoparticles they're like garlic, once they're in your body they can go everywhere. So it's diffuse in terms of the ways it can reach most parts of your body and when that spike circulates we know that it can cross the blood-brain-barrier so that spike can get into your brain so we see a lot of these neurologic side effects it can go into the parasites, the supporting cells, and heart tissue that causing the mild carditis in the young people. We know that countless nations have banned these now, for individuals under the age of 30 because they're seeing so much damage. We know certain nations like Taiwan have had more vaccine deaths than Covid deaths. We look at countless Scandinavian nations that say stop it, we just are not doing this for the young people anymore.