Dr. Robert Malone: 'There Absolutely Is a Vaccine Cabal' w' Alex Jones

Dr. Robert Malone on 'The Vaccine Cabal Fallacy': 'There Absolutely Is a Vaccine Cabal' and 'You Drive the Virus to Be Able to Escape' – How Groupthink and RNA Virus Mutation Challenge Herd Immunity
"Peter Hotez looked pretty, unhinged in in that, predictive clip that you're showing a a section of right now. I I I hope he is, his mental health is improving, and he's dropping his caffeine dosing. Maybe maybe he's been overdosing on methylene blue."

"So so Peter, and and his buddies, really, there is there absolutely is a vaccine cabal. They all suffer from groupthink, and they have invested in the logic that vaccines can solve all infectious disease problems. And as you're pointing out, it doesn't work when you deploy vaccines in the face of a pandemic or an epidemic, particularly when it is a highly mutation prone RNA virus, which is what we're dealing with with most of these respiratory viruses, including coronaviruses."

"Remember, coronaviruses are one of the components of the common cold. The common cold is not just rhinoviruses. It's many things, including what was, you know, being pumped as the fear porn before this human metapneumovirus because we were being told it was circulating in China and it would soon come here and it was coming for your kids."

"Well, human metapneumovirus is something that has been relatively recently identified, but that's just a consequence of improved methods to identify viruses. It turns out that it's been circulating again for decades together with respiratory and tissue virus. So there's many of these RNA viruses that circulate, and they mutate very rapidly."

"And to understand this, you have to understand herd immunity and some other things that, I think are a little advanced for going into right now. We'd need another twenty minutes to talk about that. But herd immunity is is the important concept, and it's what's used to justify these vaccine requirements and mandates. And what it comes down to is that if a virus replicates at a certain frequency, which is to say if you're infected, you will infect a certain number of other people on average."

"So if you when you're infected in with no other interventions, you go into the population and you generally infect two other people statistically, then it would have what's called an r naught or replication coefficient of two. You can prevent the spread of a replication coefficient of two, maybe three, certainly one and a half, with a partially effective vaccine. It's kind of like nuclear, fission in that it is a kind of a cascade. You infect two, and then they infect two, and they infect two. Exponential."

"But but if in that infection cycle, the virus is encountering at random a critical number of people that already have enough immunity that they can suppress the replication and don't infect others. If there's enough of those people, then the virus will be extinguished in the population. It won't be able to continue to grow exponentially."

"And so the logic of herd immunity is that you get enough people vaccinated even though the vaccines are not necessarily particularly good so that the virus kind of can't replicate through the population. It can't be extinguished in this way. It can't it will be extinguished. I'm sorry. And so that's why the advocacy of, you know, this messaging that none of us are protected until all of us are protected."

"Problem is that a lot of these respiratory viruses are incredibly infectious. In the case of COVID, it became so infectious that there was no way even with a almost a % effective vaccine. And, of course, we learned that over time, the effectiveness of the vaccines, the genetic vaccines, dropped well below fifty percent and, you know, in some cases, down to zero percent effective."

"And so if you if you already have an ongoing epidemic, it's already spreading in the population, it's already infected a very large number of people, then it becomes almost impossible to quench its spread by then starting to vaccinate. And what happens is with a partially effective vaccine, if you start deploying it, all you do is you drive the virus to be able to escape the protection afforded by the vaccine by this partially effective product."

"If you had previously vaccinated everybody with kind of a average vaccine that isn't particularly good, you might prevent the virus from gaining a foothold. But once it's in the population and rapidly spreading, it becomes almost impossible."

"And if you vaccinate into that situation, what you'll do is drive evolution of the virus, and that's exactly what happened with SARS CoV2 and it's what is gonna happen now as they're trying to vaccinate their way out of the bird flu outbreak in chicken flocks and duck flocks and turkey flocks."