I'm seeing the writing on the wall regarding forced vaccinations, and I believe it may be prudent to begin brainstorming ways to reduce the effectiveness (whatever they may be) of the vaccine when it is administered, hopefully reducing side effects as well.
This is meant to be a brainstorming post.
I'll start: From my research it looks like the mRNA segments are encapsulated in lipid nanoparticles (basically fat) to protect it while it's transported to the cell. These lipids are positively charged so they are not repelled by the negatively charged lipids of the cell wall.
Could we increase the negatively charged ions in the body to bind to a majority of the mRNA lipids before they get to the cells of the lymph nodes?
I will agree with Vigilo but there is no harm in increasing our knowledge at the same time.
Are you able to source official Pfizer/Biontech information about what is actually in the vaccine?
I think your hypothesis is that if the liposomes are destroyed then the mRNA will as well? What if it released in such case (it will eventually, right)?
What destroys RNA naturally?
I am wondering if the mRNA can even make into through the cell membrane, without the lipid package. https://cen.acs.org/pharmaceuticals/drug-delivery/Without-lipid-shells-mRNA-vaccines/99/i8
I was brainstorming more in terms of positive and negative charges. Increase the negative charges to bind to the limited number of positive charged lipids wrapped around the mRNA, and you would limit the the number of packages that could make it through the cell wall.
If we can find a way to strip or destroy the lipids that could achieve the same effect as the mRNA fragments are negatively charged as well.
These are the kind of ideas I was hoping for. Outside the box "novel" ideas. I think it's worth researching more what ultra high frequencies can break nano sized lipid shells.