One can criticize lots of the assumptions made here
Thanks for permission:
Statistics don't apply directly to the individual. Like, 14% of people don't bathe every day. That doesn't mean that every single person bathes 6 days a week and takes 1 off. It's probably a few that never bathe that's dragging down the statistic. Despite.
Your math shows that a giant problem exists, but I don't think you can arrive at "life expectancy is reduced by X years for each person after receiving this mRNA-based poison." I mean, on average maybe yes, but the average result isn't the common result.
Thanks for permission:
Statistics don't apply directly to the individual. Like, 14% of people don't bathe every day. That doesn't mean that every single person bathes 6 days a week and takes 1 off. It's probably a few that never bathe that's dragging down the statistic. Despite.
Your math shows that a giant problem exists, but I don't think you can arrive at "life expectancy is reduced by X years for each person after receiving this mRNA-based poison." I mean, on average maybe yes, but the average result isn't the common result.