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In a nutshell, in this article, what they found was that the BNT162b2 (Pfizer/ | In a nutshell, in this article, what they found was that the BNT162b2 (Pfizer/ | ||
{{ : adaptive_vs_innate_immunity.png}} | {{ : adaptive_vs_innate_immunity.png}} | ||
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+ | ==== Differences for non-amplifying mRNA and self-amplifying mRNA Vaccines ===== | ||
+ | {{ :: | ||
+ | Front. Cell Dev. Biol., 25 May 2021 | https:// | ||
+ | A Guide to Nucleic Acid Vaccines in the Prevention and Treatment of Infectious Diseases and Cancers: From Basic Principles to Current Applications | ||
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+ | Figure 2. The structure and mechanism of action of mRNA vaccines. (1) There are two widely acknowledged types of mRNA vaccines, namely non-amplifying mRNA and self-amplifying mRNA. | ||
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+ | The typical components of the two mRNAs are: the cap, untranslated regions (UTRs) of 5′ and 3′, an open reading frame (ORF, including GOI) encoding the antigen, and Poly(A)n tail. | ||
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+ | Compared to non-amplifying mRNA, the size of self-amplifying mRNAs is fairly larger than non-amplifying mRNAs. | ||
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+ | For example, in α-virus-based replicons, the extra length comes from a large ORF encoding four non-structural proteins (nsP1-4). (2) In vivo transcribed mRNA (IVT mRNA) is obtained from a DNA template in a cell-free system. | ||
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+ | The IVT mRNA is transfected into dendritic cells (DC) by endocytosis. The mRNA is translated into antigenic proteins by utilizing a ribosome translation mechanism. | ||
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+ | The post-translational antigen protein undergoes post-translational modification and can play a role in the cells it produces. The antigen protein is degraded by the proteasome in the cytoplasm. | ||
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+ | The resulting antigen peptide is loaded onto the MHC molecule. The loaded peptide-MHC epitope complex appears on the cell surface, and after T cell receptor recognition and appropriate co-stimulation, | ||
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+ | Image non-amplifying mRNA and self-amplifying mRNA Vaccines ((https:// | ||
===== History of mRNA Vaccine ===== | ===== History of mRNA Vaccine ===== | ||
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+ | mRNA Vaccines: The CIA and National Defense | ||
+ | This isn't going to end well. | ||
+ | Substack Robert W Malone MD, MS - October 27, 2022 | ||
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+ | Transcript of the video above | ||
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+ | === mRNA Vaccines: Fact Versus Fiction. === | ||
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+ | My purpose is not to overwhelm you with all of the various clips, newspaper clippings, scientific journal articles, et cetera, et cetera, but rather to help you to comprehend the technology and why it's being pushed and how it's being pushed. I'm going to present this as being focused on comprehension, | ||
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+ | Now that may elicit some, "Oh, you're just controlled opposition." | ||
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+ | Looking at understanding the RNA technology as a way to start to make sense out of what we've all experienced. Paul has just given you another lens that through which you can view what has occurred. There are many others. He, for instance, just barely touched on the World Economic Forum and the [[:World Health Organization]], | ||
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+ | What was the unmet medical need that was being addressed? I think it's important for us to understand at least those points of view of the other side that are comprehensible. There are clearly aspects that are nefarious, but I want you to understand at least some of the underlying rationale. Understand genetic vaccine technology, including mRNA. What is really the tech? It has been presented to a lot of people as a black box. It has this acronym that seems very intimidating to many people. I hope that when you leave here, you'll feel that you have a good grasp of what the technology is, what its fundamentals are so that you can process information and read the papers and make your own decisions about what you think things mean. | ||
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+ | I want you to understand the difference between the payload and the platform. We're talking about the fundamentals of the [[: | ||
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+ | Why [[:mRNA vaccines]]? Why is this being pushed? (more) | ||
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+ | === Bio-warfare or Bio-defense === | ||
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+ | The truth is that [[:DARPA]], which is the operational development arm, basically the CIA, fell in love with the RNA technology over a decade ago. They decided to capitalize it and force it into the market space. For instance, they' | ||
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+ | The **technology was basically pulled out of the trash can**, because it had been suppressed by [[:Merck]] after I developed it over 30 years ago. Then it was advanced very aggressively by DARPA. DARPA funded and basically built [[: | ||
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+ | When you see all these circumventing of normal procedures and rules, that's happening because largely our intelligence community is pushing that through the administrative state structure. Why are they doing it? | ||
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+ | === How mRNA Does & Doesn' | ||
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+ | The problem is like everything, it all sounds great on paper, and then, you got to make it work, and you got to deal with the consequences when things don't go right. I just wanted you to understand that. The logic for why mRNA was because mRNA typically only lasts for a few hours or maybe half a day after it's manufactured in your body. The idea that I had way back then was that this RNA could be used like a drug, administered, | ||
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+ | Now, let's talk about, remember, my goal is that you walk out of this understanding. This is not a focus on passing judgment. This is a focus on empowering you to comprehend what's going on. And the starting point is you have to understand that DNA makes RNA, and RNA makes protein. Not everybody has been through modern biology and understands the central dogma, but that's where this is going. mRNA is one of many different types of RNA. It's an acronym. It sounds scary to some people. It means messenger RNA. There' | ||
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+ | And one of them is to transfer information from DNA to the protein manufacturing machinery. And so, the idea of using mRNA as a drug is basically like hijacking the normal apparatus. If you think of RNA like a ticker tape to tell the little machine that makes protein what to make, you're taking and sticking in a foreign molecule, a foreign RNA that's not made from a copy of your DNA, and that's going to make the protein manufacturing machinery make a different protein, protein from a virus. I just wanted you to understand that. And this is just a diagram of those different types of RNAs and the machinery. We don't need to go into the molecular biology of it. | ||
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+ | And we all know this virus now. Everybody' | ||
+ | ===== Genetic Modification ===== | ||
+ | During the rollout of the COVID-19 mRNA [[quasi-vaccines]], |