Colleen27
DIS Veteran
- Joined
- Mar 31, 2007
Not saying that breakthroughs aren’t a very low occurrence.
But, you can’t just conclude it’s happening in only 0.0008% of the time. Not every 2.9M people who’s had a vaccine have been tested to solidify that denominator. Plus, you have to wait. Not enough time has passed. This is a metric that can only increase as time goes on.
And most of those 2.9 million have been vaccinated fairly recently (1.7m of them recently enough that they haven't even had their second dose yet), and as such have had limited time in which to be exposed. Since the state data said these cases happened in "fully vaccinated" people, assuming they're using the standard 2 doses + 2 weeks definition of that term, the actual sample size would be much smaller than the 2.9 million who have gotten at least one dose or even the 1.2 million who have had two doses but for whom not enough time has passed to be considered fully vaccinated, much less to be fully vaccinated, then exposed to covid, then tested and returned a positive result.
In trials, we know that the vaccines are 95%ish effective over the few months the trial ran. We don't yet know if that number will go down over time or when a decline might begin, if ever. But even if we could get to 100% vaccination in the US, that 5% failure rate would translate to about 16 million new cases in vaccinated people in the months following vaccination. If the rate is higher for variants, or if effectiveness declines over time, that number will be even bigger. It really is quite discouraging.