[grey_whiskers]

Since the purpose of a vaccine is to cause an adaptive response to proteins, the adaptive immunity raised against RNA is problematic for a couple of reasons. An unmodified mRNA vaccine formulation might not survive long enough to reach the lymph nodes where the adaptive immune response takes place. And immunity against a viral mRNA is useless, since all viruses package their mRNA inside a protein-studded lipid membrane, where the immune system can't see it.

So you're talking in circles.p> Because the jabs were never designed to provoke an adaptive immune response to the m(modified)RNA, but to a specific protein generated by the m(odified)RNA.

The real problem was the innate response;and how to get the genetic package into the cells, *and* to have it last long enough to do it's dirty work of hijacking the protein construction to crank out artificial (therefore fixed, therefore losing efficacy in provoking immune response as the natural spike mutates in the wild over time).

So why you're wasting your time trying to bluster at people with a non-sequitur straw man is anyone's guess.

Maybe you're just paid by the word.

[exDemMom]

The real problem was the innate response;and how to get the genetic package into the cells, *and* to have it last long enough to do it's dirty work of hijacking the protein construction to crank out artificial (therefore fixed, therefore losing efficacy in provoking immune response as the natural spike mutates in the wild over time).

So you *have* read something about how an mRNA vaccine works. Yet you still fail to show any comprehension of what you read.

The purpose of any vaccine is to introduce an antigen into the body in order to provoke the adaptive immune system into producing antigen-specific T-cells, B-cells, and antibodies. This is true whether the antigen is injected directly, or whether an mRNA is used to cause immune cells in the lymph nodes to make antigen.

Let me tell you something about virus infections. During an infection, a virus attaches to a cell. It forces the cell to release its "guts" into the cell cytoplasm. The guts consist of RNA or DNA, mRNA, and proteins. Those nucleic acids and proteins force the cell to make virus DNA or RNA, mRNA, and proteins and to package them into new virus particles. That is all the cell can do once it is infected. Many viruses, such as the coronavirus, cause the cell to fill with virus particles until it bursts open, killing it. All of those new virus particles go infect nearby cells and enter the blood where they can access and infect cells all over the body.

Clearly, you are all hyped up about a single mRNA species that causes a cell to make a single virus protein for a limited period of time, but you are unconcerned about viruses that force your cells to make large quantities of mRNA, protein, and DNA or RNA. Talk about inability to conduct basic risk assessment...