Technique May Help Mitigate Damage Triggered by mRNA Covid Injections Pfizer-BioNTech and Moderna studies show that mRNA from covid-19 injections, which is carried by tiny particles called nanolipids, does not stay only in the shoulder muscle or nearby lymph nodes as initially claimed.
To address these concerns, scientists are looking at ways to eliminate this leftover mRNA to stop the production of the spike protein, which the covid-19 injection mRNA helps produce.
McCullough's study highlights "Emerging concerns regarding the wide systemic biodistribution of these mRNA vaccines leading to prolonged inflammatory responses and other safety concerns."4 According to the scientists, "The stability of mRNA vaccines, their pervasive distribution, and the longevity of the encapsulated mRNA along with unlimited production of the damaging and potentially lethal Spike protein call for strategies to mitigate potential adverse effects."5.
SiRNA and RIBOTACs May Act as Off Switch for Covid mRNA Injections siRNA is a type of RNA molecule that can specifically bind to and degrade messenger RNA in cells.
A: siRNA targeted against covid-19 vaccine mRNA enters the vaccinated cell via LNPs , where it incorporates into the RISC. The siRNA in RISC binds to the complementary sequence of the target vaccine mRNA and cleaves it, thus suppressing spike protein production.
Covid mRNA Injections Linked to 111,795% Increase in Brain Clots Adding to the urgency in uncovering a strategy to help those who have received covid injections, another study led by McCullough revealed they're linked to a 111,795% increase in brain clots known as cerebral thromboembolism.
Help for Those Injured by an mRNA Covid Injection It's important to be wary of any new mRNA injections that come on the market and carefully weigh if the risks outweigh the reported benefits before getting one.
https://expose-news.com/2024/07/05/new-study-may-have-identified-an-off-switch/
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