A new question answered:

…What happens to the LNP after it delivers the mRNA?

The Lipid Nanoparticles used in Pfizer and Moderna are basically large fat bubbles that contain smaller fat bubbles. The large fat bubble is about 100 nm in diameter, curiously the size of a virus particle. The size of the larger fat bubble is controlled by the presence of Polyethylene Glycol or PEG. The smaller fat bubbles are what contain the mRNA, and these will self-assemble in the manufacturing process. No, they are not assembling into nanobots that connect to the internet, they just automatically surround the negatively charged mRNA due to their positive charge. Neither Pfizer nor Moderna has revealed how many of these smaller fat bubbles are in each larger bubble.

But they did tell us what lipids they used. Pfizer used ALC-0315, Moderna used SM102. They are chemically different. They also revealed the nucleotide sequences of their proprietary mRNA concoctions. They are different from each other, and different from the original nucleotide sequence that was published for the Wuhan spike protein. So, they are making different proteins that don’t even match what was on the virus. That fact alone should have made anyone using their God given intelligence extremely suspicious.

But it’s worse than that. To make the mRNA more stable and last a long time, Pfizer and Moderna both used N1-methylpseudourine in various locations in their mRNA sequences. Pfizer used 801 of them, Moderna used 626. About two years after this stuff was injected into billions of humans, we learned that because of these pseudouridines, ribosomes that read the codes that make the proteins will chop off smaller proteins before the big one is done. These smaller proteins can either be biologically active and toxic, or they can closely resemble normal body proteins, resulting in autoimmune reactions. All this protein stuff is bad enough, but someone asked: What happens to those lipids that got left behind?

The answer is, they become extremely toxic and damaging to cellular components.

In this 30 minute video, Dr. Gabriele Segalla, Independent Research Biochemist, Specialist in Chemistry of microemulsions and colloidal systems, author of scientific publications and holder of various international patents (orcid.org/0000-0002-5969-3732), examines significant and surprising new aspects of the chemical-physical criticalities and toxicological potential of an mRNA vaccine.

The entire docu-video is based on the study by G. Segalla published in peer-review, on October 16, 2023, in the International Journal of Vaccine Theory, Practice, and Research (IJVTPR), with the title "Apparent Cytotoxicity and Intrinsic Cytotoxicity of Lipid Nanomaterials Contained in a COVID-19 mRNA Vaccine".

Here's a link to the video: https://rumble.com/v40b2as-the-pandoras-vaccine.html

Here's a link to the study: https://www.researchgate.net/publication/374760573_Apparent_Cytotoxicity_and_Intrinsic_Cytotoxicity_of_Lipid_Nanomaterials_Contained_in_a_COVID-19_mRNA_Vaccine

Thanks for reading, and thanks for staying smart.