Leila
Senior Member (Voting Rights)
The presidents of Germany's four biggest science institutions have published a joint statement based on a mathematical analysis of the current data.
According to science journalist Kai Kupferschmidt this might help to ease some of the emerging backlash our CDC is getting for its somewhat incoherent communication on COVID strategies.
From what I understand it's also a clear "no" to herd immunity.
They also emphasize though that political decisions have to take other factors into account (economy, psychological factors etc.)
translation with deepl
According to science journalist Kai Kupferschmidt this might help to ease some of the emerging backlash our CDC is getting for its somewhat incoherent communication on COVID strategies.
From what I understand it's also a clear "no" to herd immunity.
They also emphasize though that political decisions have to take other factors into account (economy, psychological factors etc.)
translation with deepl
- Different and independent models of different groups on the spread of SARS-CoV-2 come to consistent results. Since the end of March the reproduction number R was slightly below 1.
- The clear decline in new infections N that we are currently observing is the combined effect of all the measures introduced in March and the behavioural adjustments of the population.
- The situation is not stable, even a small increase in the reproductive rate would take us back to a phase of exponential growth. Therefore, until a vaccine becomes available, the reproduction rate must be kept below 1. The new R-value close to 1 reported by the RKI on 28 April 2020 makes it clear that in this phase further consistent contact restrictions are necessary.
- The value of R in response to a modified measure can only be estimated with a delay of two to three weeks.
- According to the data available so far, achieving "herd immunity" would require a period of several years if the health care system is not to be overloaded. With such a strategy, restrictive measures would have to be maintained over the entire period.
- From the point of view of modelling, the following two-phase strategy appears to be reasonable: In the first phase, new infections are further reduced until effective contact tracing is possible. In the second phase, an adaptive strategy based on low numbers of new infections follows.
Edit: @lycaena Sorry, I didn't see you've already posted this!
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