@augieray @McPatrick
I've read this paper a couple of times now and please point out if I'm wrong, but they don't ever define "long COVID" do they?
I also found it a little odd that their paper says:
"In this analysis, we used data on long COVID risk after infection published by the Minneapolis Fed...
Under these assumptions, we found that at steady-state, approximately 25% of unvaccinated individuals with the median contact rate have long COVID at any given time, while 12% of vaccinated individuals have long COVID..."
When the data they reference goes to a paper that states:
"I first find about 24.1% of individuals who have had COVID are long-haulers"
Which doesn't appear to discuss vaccinated vs non-vaccinated, so all I can assume is that there's underlying data there that they've seen, that I'm not finding.
I appreciate the fact that people are trying to apply modeling to all of this, though.
If it's of interest to anyone, to the best of my knowledge the most complete data I've seen is from last fall:
https://www.thelancet.com/journals/eclinm/article/PIIS2589-5370(22)00354-6/fulltext#back-bib0040
And seems to show varying numbers in each study they reviewed, along with the problem that everyone defines "long COVID" differently.
"First, the effects of vaccines on long-term post-COVID symptoms are scarce, since most studies identified in this review investigated the risk of long-COVID in people infected the first month after being vaccinated. Second, there was no consistent definition of long-COVID in the published literature."
"In conclusion, low level of evidence suggests that vaccination before SARS-CoV-2 infection could reduce the risk of developing subsequent long-COVID."