"An adversary that develops a virus (e.g. another modified/mutated bat virus, for example) that selectively targets ADE in people with the specific antibodies from vaccination, which are distinct from natural infection, could easily kill every single person who was vaccinated and not harm or only make mildly sick those who either had Covid-19 naturally or who were uninfected and unvaccinated."
It has been determined that this is because of two things:
1) after the first infection, antibody levels start to fall. Once they fall to within a narrow range, ____you are 7.64x more likely to develop the lethal form. ____On the other hand, if you are infected again but your antibody levels are still relatively high, you are protected.
2) Dengue Fever Virus has 4 variants. If you are infected with Variant 1 initially and then subsequently contract variant 4 after your antibody levels have diminished over time, you are likely to experience ADE Dengue fever
So now think of all the people that had mild Covid from the original strain. Their antibody level is unpredictable. The people who were vaccinated, on the other hand, will have predictably high levels of antiboddies and, as such, we will be better able to predict when they need a booster shot to keep their antibody levels high. versus the people who decline the vaccine who will have low levels of antibodies and will inevitably come into contact with one of the Covid variants.
In my opinion, people who decline the vaccine are more likely to experience ADE in subsequent Covid infections. they certainly aren't guaranteed any kind of safety.
