"Almost half of the US Covid-19 hospitalisations this winter could have been averted if the country had matched the vaccination coverage of leading European countries, according to a Financial Times analysis of the Omicron variant’s impact on either side of the Atlantic.
The data show large pockets of unvaccinated or partially vaccinated people in the US have placed more pressure on hospitals during the Omicron wave than in European nations with higher immunisation rates.
The analysis supports the findings of scientists and accounts of frontline medics who say lower vaccination levels are perpetuating the pandemic in the US. The number of Covid patients in US hospitals on January 19 would have peaked at 91,000 instead of 161,000 if the US had the same rates of vaccine coverage in each age-group as Denmark, 100,000 if the US had matched the UK, and 109,000 if the US uptake rates looked like Portugal’s, the analysis showed.
Across the seven months since July, spanning the Delta and Omicron waves, US daily patient numbers would have averaged 39,000 — rather than the 80,000 recorded — had its vaccination coverage tracked that of Portugal."
FT.com
The data show large pockets of unvaccinated or partially vaccinated people in the US have placed more pressure on hospitals during the Omicron wave than in European nations with higher immunisation rates.
The analysis supports the findings of scientists and accounts of frontline medics who say lower vaccination levels are perpetuating the pandemic in the US. The number of Covid patients in US hospitals on January 19 would have peaked at 91,000 instead of 161,000 if the US had the same rates of vaccine coverage in each age-group as Denmark, 100,000 if the US had matched the UK, and 109,000 if the US uptake rates looked like Portugal’s, the analysis showed.
Across the seven months since July, spanning the Delta and Omicron waves, US daily patient numbers would have averaged 39,000 — rather than the 80,000 recorded — had its vaccination coverage tracked that of Portugal."
FT.com