
8x more likely to get
that particular strain, , not 8x more likely to get infected, as that was the only one able to “break through” the vaccine barrier. The unvaccinated people presumably were equally likely to get any number of strains, so that group was infected with multiple strains. Very selective reading on your part, but I don’t blame you entirely as this is typical sensational journalism.
If I dump some marbles of different sizes into a bucket with different sized holes in the bottom, I expect to have marbles of all different sizes filter through. Now if I dump marbles of all different sizes into a bucket with only small holes, only the small marbles should fall through. This does NOT mean that the bucket with smaller holes meant you have a higher rate of marbles falling through, just a disproportionately higher rate of marbles of that one size as only the smallest can fit through. If only the South African strain was making its way around you wouldn’t see more vaccinated people getting it that unvaccinated. This is elementary school principles.
Also, that study has been criticized widely because it uses a ridiculously small sample group, (Really, 400?!) and it has yet to be peer reviewed (or should I say “silenced and censored”)? However the small sample size in a way speaks to the efficacy of the vaccine as this study was looking at only people who had been infected despite being vaccinated. The publishers of the study also cautioned this small sample size, and they explained that it was based purely on a small supply of people who got infected after being vaccinated in Israel.