Doctor Richard Fleming Explains, Multiple Injections of mRNA Vaccines Causes The Human Body To Recognize the Vaccine As Part of the Human Body, Causing More Genetic Code To Be Sequenced And Injected Into People

The State of TX will lead the way! Don't mess with Texas! pic.twitter.com/Ads9eEHnCD

— Richard M Fleming, PhD, MD, JD (@Doctor_I_am_The) March 24, 2023

AND THEN THERE'S THIS:

Lipid nanoparticles crossing the placenta into a developing fetus

I still remember a time when we would protect pregnant women and their baby. This journal article only reinforces that the covid vaccine should have NEVER been given to any pregnant woman. Ever. (It shouldn’t have been given to anyone, ever.) 

As we discussed many times, birth rates have dropped globally since the introduction of mRNA injections.  We know that the vaccine accumulates in many areas of the body where it is not supposed to, the “it stays in the arm” theory has long since sailed into misinformation of epic proportion. 

“Synthetic nanoparticles (NP’s) are specifically designed or unintentionally produced by different human activities. Owing to their nano size and special properties, the engineered NPs can enter the human body through different routes such as dermal penetration, intravenous injection and inhalation. NPs may accumulate in various tissues and organs including the brain. Indiscriminate use of NP is a matter concern due to the dangers of NP exposure to living organisms. It is possible for NPs to cross the placental barrier, and adversely affect the developing fetus, posing a health hazard in them by causing neurodevelopmental toxicity. Thus, NP-induced neurotoxicity is a topic that demands attention at the maternal-fetal interface. This chapter summarizes the routes by which NPs circumvent the blood-brain barrier, including recent investigations about NPs’ neurotoxicity as well as possible mechanisms involved in neural fetotoxicity.

Types of synthetic nanoparticles: Organic and inorganic nanoparticles include liposomes, dendrimers, micelles, gold, iron, silver, aluminum, titanium oxide , and zinc oxide. Nanomaterials can also be classified based on their size for example zero-dimension, one dimension, two dimension, and three dimensions. Silver, gold, copper, and platinum are some of the most commonly used metals NP. Metal-based NPs can be easily conjugated with various functional groups, like polylysine, polyethylene glycol (PEG) or bovine serum albumin. 

(Notice the PEG?  That is what is in mRNA injections).  Extensive use of engineered NP poses risk to human health. The health hazards are cause of concern in pregnant women and their unborn children. Therefore, it is important to study the toxic effect of NP on developing fetuses. In this chapter, we summarize the developmental toxicity of NP on the nervous system.

How nanoparticles become toxic: Smaller NPs have been shown to induce more pronounced blood brain barrier (BBB) breakdown, brain edema and neuronal injuries, glial fibrillary acidic protein upregulation, and myelin vesiculation in young animals ...