That's the absolute number of deaths and not the rate of deaths, which would be deaths divided by population size.
In the ONS dataset for mortality by vaccination status, unvaccinated people have a higher age-standardized mortality rate than vaccinated people (even though it's probably partially or even mostly because of the healthy vacci…
That's the absolute number of deaths and not the rate of deaths, which would be deaths divided by population size.
In the ONS dataset for mortality by vaccination status, unvaccinated people have a higher age-standardized mortality rate than vaccinated people (even though it's probably partially or even mostly because of the healthy vaccinee effect, like in the case of the new Czech data). The crude mortality rate is higher for vaccinated people than unvaccinated people, but that's because vaccinated people are much older on average:
That's the absolute number of deaths and not the rate of deaths, which would be deaths divided by population size.
In the ONS dataset for mortality by vaccination status, unvaccinated people have a higher age-standardized mortality rate than vaccinated people (even though it's probably partially or even mostly because of the healthy vaccinee effect, like in the case of the new Czech data). The crude mortality rate is higher for vaccinated people than unvaccinated people, but that's because vaccinated people are much older on average:
t=fread("http://sars2.net/f/ons-table-2-2023-august.csv",na.strings="<3")
t[cause=="All causes",.(sum(dead,na.rm=T)/sum(pop)*1e5),status]