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[–] 0 pt

>The injection contains a limited number of particules so, at most, that number of cells will be affected by the foreign RNA.

That got me thinking. Cells usually have a cycle of 7 days if I remember correctly... so if the mRNA was successfuly injected into a cell that only has a lifespan of 7 days, then theoretically the mRNA would theoretically also end its cycle along with it (but viruse's aren't alive anyway). So there's 3 scenarios I can think of:

Does the mRNA get duplicated by other cells? Does it 'die' after your cell dies? Does it continue injecting itself into other cells after the previous cell dies?

[–] 0 pt (edited )

AFAIK, the RNA doesn't get duplicated. Cells will copy a gene from the nucleus (DNA) into a segment of RNA and bring it into the body of the cell. Cells will work with this segment until it degrades. I don't the timespan for the "vaccines'" mRNA, but what I'm seeing is an average of 600 minutes in general.

Natural virus do contain genes to encode proteins to do a bunch of stuff, including reverse transcription (incorporating changes into the DNA). The "vaccines" manufacturers didn't include in their documentation any indication that such genes are present; only the spike protein code is confirmed.

edit: mRNA should be destroyed after a cell dies. If the mRNA is gets outside a cell, it could enter another cell, but naked RNA isn't stable and may degrade before being translated (into a protein). This instability is the rationale for the lipid nanoparticle used to encapsulate the RNA, to ease the delivery of the payload.