The mounting evidence of severe health effects in humans following COVID-19 vaccination warrants additional investigation.
New study has found that the nanoparticles in the mRNA vaccine change the immune system.
LNPs are lipid shells that surround mRNA to evade degradation and detection by our immune system
These nanoparticles are extremely long-lasting and can stay in the body for 20 to 30 days
Immune responses and inflammation in mice are not absolute indicators of what will occur in people, but they are a hint of potential health hazards in people
Pre-Exposure to mRNA Nanoparticles Reduce Innate Cell Numbers
Mice that received two doses of LNP injections had less innate immune cells, which are the primary immune cells.
The scientists hypothesized that the two dosages of LNPs given to these mice induced increased inflammation, resulting in a decrease in blood cell formation and low neutrophil numbers.
Antigen Numbers Reduced in Mice with High Nanoparticle Exposure
There are two types of immune cells: first responders (innate immune cells) and second responders (adaptive immune cells):
First responders launch an immediate assault, but their attacks are generic and frequently fail to completely remove illnesses.
Second responders act as our second line of defense, becoming active about a week into infection and clear infections by launching powerful and targeted attacks.
mRNA Nanoparticles Reduce T and B cell Responses
Reduced T cell activation was observed in mice who received two injections of LNP compared to those who had only received one
The quantities of antibodies against the influenza protein were likewise lower in the double-dosed groups
LNP exposure reduced T progenitor cells, which are essential for our immune system's capacity to eradicate infections
Pre-exposure to mRNA-LNP inhibits T cell responses
Immunization and post-vaccination did not diminish the number of activated T cells
Immunity Changes Can Be Inherited
Mice given two doses of LNPs were more resistant to an influenza infection than those given only one dosage
Surprisingly, this enhanced defensiveness may be handed down to their kids
The study did not address whether the kids also inherit immunological deficiency, such as a loss in immunity against C. albicans
Implication of the Study and Pressing Questions
The results of the mice study indicate that T and B cell functions temporarily decline in mice, which begs the issue of whether this also happens in people.
An increased prevalence of sickness reported to the Vaccine Adverse Event Reporting System (VAERS) following COVID-19 vaccination implies that patients have less immunity after vaccination.
There have been numerous cases of cancers developing as a result of COVID vaccines.
https://noqreport.com/2022/09/03/nanoparticles-in-the-mrna-vaccine-change-the-immune-system-finds-new-study/
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